Salesforce Interview Preparation Guide

1. 285+ Technical Interview Questions & Answers

  1. Cloud Computing & Salesforce Fundamentals 1-20 (20 Questions)
  2. Object Management & Relationships 21-45 (25 Questions)
  3. Data Management 46-65 (20 Questions)
  4. Data Automation 66-90 (25 Questions)
  5. Security & Sharing 91-120 (30 Questions)
  6. Reports & Dashboards 121-140 (20 Questions)
  7. Apex Programming Fundamentals 141-170 (30 Questions)
  8. Trigger Development 171-195 (25 Questions)
  9. Apex Classes & Methods 196-215 (20 Questions)
  10. Asynchronous Apex 216-235 (20 Questions)
  11. Lightning Web Components (LWC) – Basics 236-255 (20 Questions)
  12.  Lightning Web Components (LWC) – Advanced 256-270 (15 Questions)

 Integration & Web Services 271-285 (15 Questions)

🎓Ready to Level Up Your Salesforce Skills?

Kickstart your journey with our Salesforce Developer Course — Designed to turn preparation  into real-world  success.

Section 1: Cloud Computing & Salesforce Fundamentals (20 Questions)

Q1. What is Cloud Computing?

Answer: Cloud computing is the delivery of computing services including servers, storage, databases, networking, software, and analytics over the internet (“the cloud”). It offers faster innovation, flexible resources, and economies of scale, eliminating the need for organizations to own and maintain physical data centers.

Q2. What are the main characteristics of Cloud Computing?

Answer: The main characteristics include On-Demand Self-Service, Broad Network Access, Resource Pooling, Rapid Elasticity, and Measured Service. These features allow users to access computing resources as needed without human interaction with service providers.

Q3. Explain the differences between PaaS, SaaS, and IaaS.

Answer:

  • IaaS (Infrastructure as a Service): Provides virtualized computing resources like servers, storage, and networking
  • PaaS (Platform as a Service): Offers a platform allowing developers to build, test, and deploy applications
  • SaaS (Software as a Service): Delivers software applications over the internet on a subscription basis (Salesforce is SaaS)
 

Q4. What is Salesforce and why is it popular?

Answer: Salesforce is a cloud-based Customer Relationship Management (CRM) platform that helps businesses manage customer interactions, sales processes, marketing campaigns, and customer service. It’s popular due to its scalability, customization capabilities, regular updates, and comprehensive ecosystem of tools.

Q5. What is Multitenant Architecture in Salesforce?

Answer: Multitenant architecture means multiple customers (tenants) share the same infrastructure and application while their data remains completely isolated and secure. Each customer’s data is separated logically, ensuring privacy while maximizing resource efficiency and reducing costs.

Q6. What are the benefits of Multitenant Architecture?

Answer: Benefits include cost efficiency (shared infrastructure), automatic upgrades for all tenants, scalability without additional hardware, optimized performance through shared resources, and reduced maintenance burden as Salesforce handles infrastructure management.

Q7. Name the different Salesforce Editions.

Answer: Salesforce offers various editions including Essentials, Professional, Enterprise, Unlimited, and Developer Edition. Each edition provides different features, customization levels, and support options based on organization size and requirements.

Q8. What are the main Salesforce Products?

Answer: Main Salesforce products include Sales Cloud, Service Cloud, Marketing Cloud, Commerce Cloud, Platform (Force.com), Community Cloud, Analytics Cloud, and Industry-specific solutions. Each product targets specific business functions.

Q9. How do you create a Salesforce Developer Account?

Answer: Visit developer.salesforce.com, click “Sign Up,” fill in required details including email, name, role, company, and country. Verify email and access the free Developer Edition org with full platform capabilities for learning and development purposes.

Q10. What is CRM and why is it important?

Answer: CRM (Customer Relationship Management) is a strategy and technology for managing all company interactions with customers and potential customers. It’s important because it centralizes customer data, improves customer relationships, increases sales, enhances customer retention, and provides actionable insights.

Q11. Explain the Lead Conversion Process in Salesforce.

Answer: Lead conversion transforms a qualified Lead into an Account, Contact, and optionally an Opportunity. When converting, Salesforce transfers Lead information to these objects, marks the Lead as converted, and maintains the relationship through the ConvertedAccountId, ConvertedContactId, and ConvertedOpportunityId fields.

Q12. What are Users, Profiles, and Roles in Salesforce?

Answer:

  • Users: Individual people who can log into Salesforce
  • Profiles: Define what users can do (permissions and access settings)
  • Roles: Define what users can see (record-level access through hierarchy)
 

Q13. What is the difference between Classic and Lightning App?

Answer: Classic is Salesforce’s original user interface with traditional tab-based navigation. Lightning Experience offers a modern, responsive interface with enhanced productivity features, component-based architecture, dynamic pages, and better mobile experience. Lightning is the current standard.

Q14. How do you create a Lightning App?

Answer: Navigate to Setup → App Manager → New Lightning App. Define app branding (name, logo, color), select navigation style, choose utility items, add Lightning pages and items, assign user profiles, and save. The app appears in the App Launcher.

Q15. What are Standard Objects in Salesforce?

Answer: Standard Objects are pre-built objects provided by Salesforce including Account, Contact, Lead, Opportunity, Case, Campaign, Product, and User. They come with standard fields, page layouts, and relationships designed for common business processes.

Q16. What are Custom Objects?

Answer: Custom Objects are database tables created by administrators to store information specific to an organization’s unique business requirements. They include custom fields, relationships, page layouts, and can be integrated into apps and processes.

Q17. How do you create a Custom Object?

Answer: Go to Setup → Object Manager → Create → Custom Object. Define the object label, plural label, API name, record name format, and deployment status. Configure optional features like reports, activities, track field history, and search. Save to create the object.

Q18. What is Field Dependency in Salesforce?

Answer: Field Dependency creates a relationship between two picklist fields where values in the dependent (child) picklist are filtered based on the selection in the controlling (parent) picklist. This ensures data consistency and guides users through proper data entry.

Q19. What is Field History Tracking?

Answer: Field History Tracking monitors and stores changes made to specific fields on an object. It records the field name, old value, new value, date of change, and who made the change. Salesforce retains field history for up to 18 months, with up to 20 fields trackable per object.

Q20. Explain Web-to-Case and Web-to-Lead functionality.

Answer:

  • Web-to-Case: Captures customer service requests directly from a website and automatically creates Cases in Salesforce
  • Web-to-Lead: Captures prospect information from website forms and creates Leads automatically. Both features involve generating HTML code from Salesforce and embedding it on external websites
Flat Salesforce data relationship diagram showing Account, Contact, and Opportunity connections in minimalist blue design.
Section 2: Object Management & Relationships (25 Questions)

 

Q21. What are the different types of fields in Salesforce?

Answer: Field types include Text, Number, Date/Time, Picklist, Multi-select Picklist, Checkbox, Currency, Percent, Email, Phone, URL, Textarea, Lookup Relationship, Master-Detail Relationship, Formula, Roll-Up Summary, and Auto-Number fields. Each serves specific data storage needs.

Q22. What is a Formula Field?

Answer: Formula Fields are read-only fields that calculate values automatically based on other fields, expressions, or values. They can return various data types (text, number, date, checkbox) and update dynamically whenever referenced fields change, without consuming storage.

Q23. What are Validation Rules?

Answer: Validation Rules verify data entered by users meets specified criteria before saving a record. They contain a formula that evaluates to true or false, and an error message displayed when validation fails. They ensure data quality and business logic enforcement.

Q24. What is a Page Layout?

Answer: Page Layouts control the organization and appearance of fields, related lists, and custom links on record detail and edit pages. They can be customized per profile, determining which fields are visible, required, or read-only for different user groups.

Q25. What are Record Types?

Answer: Record Types allow different business processes, picklist values, and page layouts for different types of records within a single object. For example, Accounts could have “Customer” and “Partner” record types with unique fields and processes.

Q26. What is a Lookup Relationship?

Answer: Lookup Relationship links two objects together loosely. The child record isn’t dependent on the parent; deleting the parent doesn’t delete the child. The relationship field is optional, and doesn’t affect security or ownership. Up to 40 lookup relationships are allowed per object.

Q27. What is a Master-Detail Relationship?

Answer: Master-Detail Relationship creates a tight parent-child relationship where the detail (child) record’s ownership and security are determined by the master (parent). Deleting the master deletes all details. Roll-up summary fields can be created on the master. Maximum 2 master-detail relationships per object.

Q28. What is a Hierarchical Relationship?

Answer: Hierarchical Relationship is a special lookup relationship available only on the User object. It allows users to be related to other users hierarchically (not related to role hierarchy). Useful for creating management chains or organizational structures.

Q29. What is an External Lookup Relationship?

Answer: External Lookup Relationship links a child standard, custom, or external object to a parent external object. It’s used with Salesforce Connect to access data stored outside Salesforce org while maintaining relational data model capabilities.

Q30. Explain Cascading Relationships.

Answer: Cascading Relationships occur when an object is on the detail side of a master-detail relationship and simultaneously the master in another master-detail relationship. This creates a chain where deletion of the top-level master cascades down, deleting all related detail records.

Q31. What are the limitations of Master-Detail Relationships?

Answer: Limitations include: maximum 2 per object, detail records can’t be reparented (unless “Allow Reparenting” is enabled), detail side can’t have sharing rules or ownership settings, can’t convert existing records easily, and the master field is always required on the detail.

Q32. Can you convert a Lookup to Master-Detail Relationship?

Answer: Yes, but with conditions: all lookup fields must be populated (no blank values), existing workflow rules must be reviewed, detail records can’t be reparented after conversion, and you must consider the impact on ownership and sharing rules.

Q33. What is a Roll-Up Summary Field?

Answer: Roll-Up Summary Field calculates values from related child records in a master-detail or lookup relationship. It can perform COUNT, SUM, MIN, or MAX operations on child records. Available only on master/parent objects and updates automatically when child records change.

Q34. How many custom fields can be created on an object?

Answer: Standard objects can have up to 500 custom fields (800 for Accounts and Opportunities). Custom objects can have up to 800 custom fields. These limits vary by Salesforce edition and object type.

Q35. What are Custom Buttons in Salesforce?

Answer: Custom Buttons are clickable elements that execute custom functionality. They can be List Buttons (appear on list views), Detail Page Buttons (on record details), or Inline Edit Buttons. They can execute JavaScript, redirect to URLs, or launch Visualforce pages.

Q36. What is the difference between a Custom Button and a Custom Link?

Answer: Custom Buttons execute actions (JavaScript, Visualforce) and appear as buttons, while Custom Links navigate to URLs and appear as hyperlinks. Buttons offer more functionality including confirmation prompts, while links are simpler navigational elements.

Q37. How do you create Field Dependency?

Answer: Navigate to object’s Fields & Relationships → Select controlling field → New Dependency. Choose dependent field, then use the Field Dependency Matrix to specify which dependent values are available for each controlling value. Save the configuration.

Q38. What happens when you delete a Master Record?

Answer: Deleting a master record in a Master-Detail relationship automatically deletes all associated detail records (cascade delete). These deleted records go to the Recycle Bin but can only be restored if the master record is restored first.

Q39. Can you create a Master-Detail relationship on an existing object with data?

Answer: Yes, but you must ensure all lookup fields are populated beforehand. Convert the existing lookup relationship to master-detail, or populate the master-detail field for all existing records before saving the relationship configuration.

Q40. What is a Junction Object?

Answer: Junction Object creates a many-to-many relationship between two objects. It’s a custom object with two master-detail relationships, one to each of the objects being related. Records in both parent objects can be related to multiple records in the other object.

Q41. What are the use cases for Record Types?

Answer: Use cases include: different sales processes for different product lines, separate case processes for different support tiers, unique lead qualification criteria by region, different picklist values for various business units, and customized page layouts per department.

Q42. How do you assign Record Types to Profiles?

Answer: Go to Profile settings → Object Settings → Select object → Record Type Settings. Assign available record types and set the default. Users with that profile will see only assigned record types when creating or converting records.

Q43. What is the difference between Required and Not Required in Formula Fields?

Answer: Formula fields themselves are always read-only and calculated, so “required” doesn’t apply in the traditional sense. However, the fields referenced in formulas may be required. Formulas always evaluate, returning blank or error if referenced fields are empty.

Q44. Can you make Formula Fields editable?

Answer: No, formula fields are always read-only as they calculate values based on other fields. If you need an editable field with default calculated values, use workflow field updates or Process Builder to populate a regular field instead.

Q45. What are Cross-Object Formulas?

Answer: Cross-Object Formulas reference fields from related objects (through lookup or master-detail relationships). They can span up to 10 relationships and access parent records. Syntax uses relationship names like Account.Owner.Email or Parent.Status__c.

Vector infographic illustrating Salesforce data management flow with CSV import arrows and database icons.
Section 3: Data Management (20 Questions)

Q46. What is Data Import Wizard?

Answer: Data Import Wizard is a point-and-click tool for importing up to 50,000 records for standard objects (Accounts, Contacts, Leads, Solutions, Campaign Members) and custom objects. It supports CSV file format and provides field mapping, duplicate checking, and error reporting.

Q47. What is Data Loader?

Answer: Data Loader is a client application for bulk import or export of data (up to 5 million records). It supports Insert, Update, Upsert, Delete, Hard Delete, and Export operations on all standard and custom objects. It operates via CSV files and supports command-line operation.

Q48. What are the differences between Data Import Wizard and Data Loader?

Answer: Data Import Wizard handles up to 50,000 records through browser, limited objects, user-friendly. Data Loader handles up to 5 million records, requires installation, supports all objects, allows scheduling, command-line operation, and provides more advanced functionality.

Q49. What is Workbench?

Answer: Workbench is a free, open-source, web-based tool suite for Salesforce administrators and developers. It provides utilities for data manipulation (SOQL queries, DML operations), metadata management, REST/SOAP API testing, and Apex execution without installing software.

Q50. What is Salesforce Inspector?

Answer: Salesforce Inspector is a browser extension (Chrome/Firefox) that provides quick access to record details, field values, metadata information, and allows running SOQL queries directly from any Salesforce page. It’s invaluable for debugging and development.

Q51. What is an Upsert operation?

Answer: Upsert is a combination of Insert and Update. It uses an external ID or record ID to determine whether to insert a new record or update an existing one. If a matching record exists, it updates; otherwise, it inserts new. Very useful for integration scenarios.

Q52. What are External IDs?

Answer: External IDs are custom fields marked as unique identifiers for records from external systems. They’re used for Upsert operations and to establish relationships without knowing Salesforce record IDs. Up to 7 external ID fields can be created per object (25 for custom objects).

Q53. How do you handle duplicate records during import?

Answer: Use matching rules and duplicate rules to identify duplicates. Data Import Wizard offers duplicate checking options. Enable “Use matching external IDs” for upsert behavior. Review duplicates before import, or use tools like Duplicate Management to merge after import.

Q54. What is Hard Delete?

Answer: Hard Delete permanently removes records from Salesforce, bypassing the Recycle Bin. It’s available only through Data Loader and requires special permission (“Bulk API Hard Delete”). Used when compliance requires permanent data deletion.

Q55. Can you schedule Data Loader operations?

Answer: Yes, Data Loader supports command-line interface allowing scheduled operations through Windows Task Scheduler or cron jobs. Configure the process using process-conf.xml and encrypt credentials using encrypt.bat utility.

Q56. What file formats does Data Loader support?

Answer: Data Loader primarily works with CSV (Comma-Separated Values) files. For export operations, it generates CSV files. For import operations, the CSV must have a header row with API field names matching Salesforce fields.

Q57. What is Bulk API in Data Loader?

Answer: Bulk API processes large data sets asynchronously in batches. It’s optimized for loading or deleting large numbers of records (thousands to millions). Enable it in Data Loader settings for better performance with large data volumes, though it has slightly different governor limits.

Q58. How do you export data using Data Loader?

Answer: Open Data Loader → Export → Login → Select object → Select fields → Add filters (optional) → Choose destination CSV file → Finish. Data Loader executes a SOQL query and writes results to the CSV file.

Q59. What are the governor limits for Data Import Wizard?

Answer: Maximum 50,000 records per import, file size limit of 100MB, limited to specific standard objects and custom objects, operates through web browser with session timeout considerations.

Q60. What are the governor limits for Data Loader?

Answer: Up to 5 million records per operation (for bulk API), 10,000 records per batch (SOAP API), 10,000 records per batch (Bulk API v1), 150,000,000 characters of field data (Bulk API). Actual limits depend on API type used.

Q61. Can you import attachments using Data Loader?

Answer: Yes, for Attachments: include ParentId and Body fields (base64-encoded file content). For Files (ContentVersion): include Title, PathOnClient, and VersionData (base64-encoded). Large files may require special handling.

Q62. How do you update existing records using Data Loader?

Answer: Select Update operation → Login → Export existing records including IDs → Modify CSV with changes (keep Id column) → Import updated CSV → Map Id field → Complete update. The Id field determines which records to update.

Q63. What is the difference between Delete and Hard Delete?

Answer: Delete moves records to Recycle Bin for 15 days, allowing recovery. Hard Delete permanently removes records immediately without Recycle Bin, cannot be recovered. Hard Delete requires special permission and is available only through Data Loader.

Q64. How do you handle parent-child relationships during data import?

Answer: Import parent records first, export them with IDs, use external IDs on parent objects, then import child records referencing parent external IDs. For master-detail relationships, ensure the master field is populated for all child records.

Q65. What is Data Export Service in Salesforce?

Answer: Data Export Service (Setup → Data Export) allows scheduled weekly or monthly exports of all Salesforce data. It generates CSV files organized by object, includes all records, and sends download link via email. Exports remain available for 48 hours.

Flat illustration showing Salesforce workflow automation process with connected flow blocks and triggers.
Section 4: Data Automation (25 Questions)

Q66. What is an Approval Process?

Answer: Approval Process automates record approval. It specifies steps for a record to be approved, who must approve at each step, and actions to execute when approved or rejected. Common for expense reports, discount approvals, time-off requests, and contract approvals.

Q67. What are the components of an Approval Process?

Answer: Components include: Entry Criteria (determines eligible records), Approver Selection (who approves), Initial Submission Actions, Approval/Rejection Actions, Recall Actions, Email Templates, and Approval Steps. Each step can have unique approvers and criteria.

Q68. What are Flows in Salesforce?

Answer: Flows are powerful automation tools that collect data, perform logic, and execute actions using a drag-and-drop interface. They replace Workflow Rules and Process Builder for complex automations, supporting screen flows (user interaction), autolaunched flows (background), scheduled flows, and record-triggered flows.

Q69. What is the difference between Workflow Rules and Process Builder?

Answer: Workflow Rules offer simple automation (field updates, tasks, emails, outbound messages) with limited criteria. Process Builder offers more complex logic, multiple actions, cross-object updates, and invocable actions. Both are legacy; Flows are now recommended for new automations.

Q70. What are the types of Flows?

Answer: Screen Flow (user input required), Autolaunched Flow (no user interaction), Scheduled Flow (runs at specified times), Record-Triggered Flow (before/after save), Platform Event-Triggered Flow, and Approval Process Flow. Each serves different automation scenarios.

Q71. What is the difference between Before-Save and After-Save Record-Triggered Flows?

Answer: Before-Save runs before record is saved to database, allows updating the triggering record without DML, very fast. After-Save runs after record is committed, allows creating/updating related records, requires DML for the triggering record updates, can access record Id.

Q72. What are the entry criteria for Approval Processes?

Answer: Entry Criteria define which records enter the approval process using filter conditions or formula evaluation. Only records meeting these criteria display the “Submit for Approval” button. Criteria can check field values, record types, user profiles, or complex formulas.

Q73. Can you have multiple approval processes on one object?

Answer: Yes, multiple approval processes can exist per object, but only one can be active for a specific record type at a time. Different record types can use different approval processes. Use entry criteria to ensure records enter the appropriate process.

Q74. What actions can be performed in an Approval Process?

Answer: Initial Submission Actions, Final Approval Actions, Final Rejection Actions, Recall Actions. Actions include: field updates, email alerts, tasks, outbound messages. Lock/unlock record features prevent editing during approval. Custom notifications inform stakeholders.

Q75. What is Dynamic Approval Routing?

Answer: Dynamic Approval Routing determines approvers based on field values or formulas rather than static user selection. Examples include routing to the record owner’s manager, territory-based routing, or amount-based escalation. Uses related user lookup fields or custom approval routing.

Q76. How do you test an Approval Process?

Answer: Create test records meeting entry criteria, submit for approval, verify submission actions execute, approve/reject at each step, verify step-specific actions execute, test recall functionality, check final approval/rejection actions, and verify email notifications and field locks.

Q77. What are the limitations of Approval Processes?

Answer: Maximum 30 approval processes per object (5 active), 30 steps per process, can’t modify locked records without approval, limited branching logic compared to Flows, no cross-object field updates, and performance considerations with complex processes.

Q78. What is a Flow Variable?

Answer: Flow Variables store values during flow execution. They have data types (Text, Number, Boolean, Record, Collection) and can hold user inputs, query results, or calculated values. Variables are accessed throughout the flow and can be inputs/outputs for flow interviews.

Q79. What are Flow Resources?

Answer: Flow Resources include Variables (store values), Constants (fixed values), Formulas (calculations), Text Templates (dynamic text), Choices (picklist options), Record Collections (multiple records), Stages (progression tracking), and Apex-Defined types. They’re building blocks for flow logic.

Q80. What is a Flow Interview?

Answer: Flow Interview is a running instance of a flow. Each time a flow executes, it creates an interview. Interviews maintain variable values, transaction context, and execution state. Multiple interviews of the same flow can run simultaneously for different records.

Q81. How do you debug Flows?

Answer: Use Debug mode in Flow Builder to step through execution, inspect variable values, test decision outcomes, and identify errors. Enable Debug Logs for flows, check Flow Fault emails, review Paused Flow Interviews, and use checkpoints in complex flows.

Q82. What are Flow Best Practices?

Answer: Use descriptive names, bulkify flows (handle collections), minimize DML statements, avoid infinite loops, use subflows for reusability, handle null values, test thoroughly with various scenarios, document complex logic, enable error handling, and follow Salesforce automation best practices.

Q83. Can Flows call Apex classes?

Answer: Yes, through Invocable Apex Actions. Create Apex class with @InvocableMethod annotation, define inputs/outputs, invoke from Flow using Action element. Useful for complex logic not possible declaratively or accessing external systems.

Q84. What is the Order of Execution in Salesforce?

Answer: 1. Original record loaded 2. New values overwrite old 3. System Validation 4. Before-Save Flows 5. Before Triggers 6. Validation Rules 7. Duplicate Rules 8. Record saved (not committed) 9. After Triggers 10. After-Save Flows 11. Assignment Rules 12. Auto-Response Rules 13. Workflow Rules 14. Processes/Flows 15. Escalation Rules 16. Commit to database 17. Post-commit logic.

Q85. How do Schedule-Triggered Flows work?

Answer: Schedule-Triggered Flows run at specified times/frequencies. Set start date/time, frequency (daily/weekly), and optionally an offset. They query records meeting criteria and process them in batches. Useful for scheduled notifications, data cleanup, or periodic calculations.

Q86. What are Platform Events in Flows?

Answer: Platform Event-Triggered Flows execute when platform events are published. They enable event-driven architecture, integrate external systems, and process asynchronous operations. Flows subscribe to event channels and process event data when published.

Q87. How do you migrate Workflow Rules to Flows?

Answer: Analyze existing workflow rules, identify field updates, email alerts, and tasks. Create equivalent Record-Triggered Flow with same entry criteria, add corresponding actions using assignments, email alerts, and create record elements. Test thoroughly before deactivating workflows.

Q88. What are Scheduled Actions in Process Builder?

Answer: Scheduled Actions execute at a specified time relative to a date field (e.g., 7 days before Close Date). They’re evaluated when criteria are met and execute later. Can be canceled if record criteria change. Limited to 250,000 pending scheduled actions per org.

Q89. Can you update the same record that triggered a Flow?

Answer: Yes. In Before-Save Flows, use Assignment elements (no DML needed). In After-Save Flows, use Update Records element with the triggering record’s ID. Avoid infinite loops by checking conditions to prevent continuous re-triggering.

Q90. What is the difference between Fast Field Updates and DML in Flows?

Answer: Fast Field Updates (Before-Save) modify records before database commit, no DML statement counted, very performant. Regular Updates (After-Save) require Update Records element, count against DML limits, happen after initial commit. Use Before-Save when possible for efficiency.

Section 5: Security & Sharing (30 Questions)

Q91. What is Organization-Wide Default (OWD)?

Answer: OWD sets the baseline record access level for all users. Options include Private (no access), Public Read Only (view only), Public Read/Write (view and edit), and Public Read/Write/Transfer (for Cases/Leads). OWD is the most restrictive starting point; access is then granted through hierarchy, sharing rules, or manual sharing.

Q92. What is Grant Access Using Hierarchy?

Answer: Grant Access Using Hierarchy allows users higher in the role hierarchy to access records owned by users below them. This setting applies when OWD is Private or Public Read Only. It’s automatically enabled for most objects but can be disabled for specific custom objects.

Q93. What are Sharing Rules?

Answer: Sharing Rules extend access beyond OWD by granting additional record access to specific groups, roles, or territories. Types include Owner-Based (share records owned by certain users) and Criteria-Based (share records meeting specific criteria). They only grant additional access, never restrict.

Q94. What is Field-Level Security (FLS)?

Answer: FLS controls field visibility and editability at the profile or permission set level. For each field, you can set: Visible (users can see), Editable (users can modify), or Hidden (users can’t access). FLS overrides page layouts; hidden fields remain inaccessible even if on layout.

Q95. What is Record-Level Security?

Answer: Record-Level Security controls which records users can access. It’s established through OWD, role hierarchy, sharing rules, manual sharing, and team access. It determines who can view, edit, delete, or transfer specific records based on ownership and sharing settings.

Q96. What is Object-Level Security?

Answer: Object-Level Security controls whether users can create, read, edit, or delete records of specific objects. It’s configured through profiles and permission sets using CRED permissions (Create, Read, Edit, Delete). Users need appropriate object permissions regardless of record access.

Q97. What are Profiles?

Answer: Profiles define what users can do in Salesforce, including object permissions, field permissions, app access, tab visibility, page layouts, record types, login hours, and IP restrictions. Each user has exactly one profile. Standard profiles can’t be deleted; custom profiles can be created.

Q98. What are Permission Sets?

Answer: Permission Sets grant additional permissions without changing profiles. Users can have multiple permission sets, allowing flexible permission management. They extend user capabilities beyond profile permissions but can’t restrict access. Ideal for temporary or role-specific permissions.

Q99. What is the difference between Profiles and Permission Sets?

Answer: Profiles: Each user has one, define baseline permissions, can restrict access, required for all users. Permission Sets: Users can have multiple, only grant additional permissions, never restrict, optional. Use profiles for common access and permission sets for exceptions.

Q100. What are Permission Set Groups?

Answer: Permission Set Groups bundle multiple permission sets together. Assign the group to users, and they receive all permissions from included permission sets. Useful for role-based access control and simplifying permission management for complex access requirements.

Q101. What is Manual Sharing?

Answer: Manual Sharing allows record owners or users with “Full Access” to share individual records with other users, groups, or roles. Sharing can grant Read Only or Read/Write access. It’s useful for one-off sharing needs outside standard sharing rules.

Q102. What is Apex Sharing?

Answer: Apex Sharing programmatically creates sharing records using share objects (e.g., AccountShare, CustomObject__Share). It’s used when declarative sharing doesn’t meet requirements, enabling complex, conditional, or bulk sharing logic through Apex code.

Q103. Can you restrict access below OWD level?

Answer: No, Salesforce security model only grants access, never restricts. OWD is the most restrictive level. All other mechanisms (hierarchy, sharing rules, manual sharing) only extend access. Use more restrictive OWD and grant exceptions rather than attempting restrictions.

Q104. What are the OWD options for different objects?

Answer: Most objects: Private, Public Read Only, Public Read/Write. Cases and Leads: Also include Public Read/Write/Transfer. Campaigns: Includes Public Full Access. Calendars: Public, Hide Details, Hide Details and Add Events. Price Books and Products have special settings.

Q105. How does Role Hierarchy affect record access?

Answer: Users higher in role hierarchy can access records owned by users below them (if Grant Access Using Hierarchy is enabled). This access extends to related records. However, role hierarchy doesn’t grant object or field-level permissions; those require profiles/permission sets.

Q106. What is the difference between Owner-Based and Criteria-Based Sharing Rules?

Answer: Owner-Based: Shares records based on record owner (e.g., all records owned by Sales team). Criteria-Based: Shares records based on field values (e.g., all opportunities in Western region). Both extend access; criteria-based offers more flexibility.

Q107. Can you create Sharing Rules for detail records in Master-Detail relationship?

Answer: No, detail records inherit sharing settings from master records. You cannot create separate sharing rules for detail objects. Sharing must be configured on the master object; details automatically follow master’s access.

Q108. What is Implicit Sharing?

Answer: Implicit Sharing provides automatic access to related records. Examples: users with access to parent accounts get read access to child contacts, users with opportunity access get access to associated accounts, and team members get access to shared records.

Q109. What are Login Hours and IP Restrictions?

Answer: Login Hours (set on profiles) specify when users can log in, blocking access outside allowed times. IP Restrictions (org-wide or profile-level) limit login to specific IP ranges. Both enhance security by controlling when and where users can access Salesforce.

Q110. How do you troubleshoot record access issues?

Answer: Check OWD settings, verify role hierarchy, review sharing rules, examine manual shares, check profile/permission set permissions, use “View/Debug” on role hierarchy, review “Sharing” button on records, check field-level security, and use the “Why can’t I see this record?” feature.

Q111. What is Object vs Record vs Field Level Security?

Answer: Object-Level: Can user access the object (CRED permissions)? Record-Level: Can user access specific records (OWD, hierarchy, sharing)? Field-Level: Can user see/edit specific fields (FLS in profiles/permission sets)? All three must allow access for users to work with data.

Q112. Can you have different OWDs for the same object?

Answer: No, each object has one OWD setting that applies org-wide. However, you can achieve record-level variations using sharing rules, role hierarchy, manual sharing, and teams. Consider record types with page layouts for field-level variations.

Q113. What is the impact of changing OWD from Public to Private?

Answer: Restricts access immediately. Users may lose access to records they previously viewed. Sharing recalculation occurs (can take time for large orgs). Sharing rules and hierarchy settings become critical. Test thoroughly in sandbox before production change.

Q114. What are Sharing Sets?

Answer: Sharing Sets (for Communities/Experience Cloud) grant record access to external users based on criteria. They work similarly to Sharing Rules but specifically for portal/community users, providing access to data external users need without compromising internal security.

Q115. How do Teams provide record access?

Answer: Opportunity Teams, Account Teams, and Case Teams allow adding users to records with specific access levels (Read Only, Read/Write). Team members get access to the specific record and related data. Default teams can be automatically added to new records.

Q116. What is the difference between Public Groups and Queues?

Answer: Public Groups: Collections of users, roles, or other groups for sharing and list views, don’t own records. Queues: Own and manage records (Cases, Leads, custom objects), multiple users can work from shared queue, includes automatic record assignment capabilities.

Q117. Can you have more than 500 Sharing Rules per object?

Answer: No, limit is 300 owner-based and 50 criteria-based sharing rules per object (may vary by edition). Exceeding limits impacts performance. Consider consolidating rules, using public groups, or implementing Apex sharing for complex requirements.

Q118. What is Territory Management?

Answer: Territory Management assigns accounts and opportunities to territories (geographical regions, product lines, etc.) with defined users. Territory hierarchy can grant access similar to role hierarchy. Enterprise Territory Management (v2) offers advanced features over original Territory Management.

Q119. How does security work in Lightning Web Components?

Answer: LWC respects object-level, field-level, and record-level security automatically. Use WITH SECURITY_ENFORCED in SOQL or stripInaccessible() in Apex for explicit security enforcement. Custom permission checks may be needed for complex security scenarios.

Q120. What are View All and Modify All permissions?

Answer: View All: Users can view all records of an object regardless of sharing. Modify All: Users can view, edit, and delete all records. These permissions bypass OWD and sharing rules. Available on profiles/permission sets; use cautiously as they grant broad access.

Flat design of Salesforce CRM dashboard featuring bar charts, pie charts, and analytics panels in blue-white theme.
Section 6: Reports & Dashboards (20 Questions)

Q121. What are Reports in Salesforce?

Answer: Reports are organized displays of Salesforce data based on criteria. They pull from objects and fields, apply filters, and present data in various formats. Reports don’t modify data; they only display it. Users see only records they have access to based on sharing settings.

Q122. What are the types of Reports?

Answer: Tabular (simple lists), Summary (grouping with subtotals), Matrix (grouping by rows and columns), and Joined (multiple report blocks). Each type serves different analysis needs from simple lists to complex cross-tabulation.

Q123. What are Report Types?

Answer: Report Types determine which objects and fields are available in reports. They define relationships between objects (primary object and related objects). Salesforce provides standard report types; admins can create custom report types for specific business needs.

Q124. How do you create a Custom Report Type?

Answer: Setup → Report Types → New Custom Report Type. Select primary object, define relationships to related objects (specify whether related records are required), choose available fields, set categories, define deploy status, and save. Users can then create reports using this type.

Q125. What are Dashboards in Salesforce?

Answer: Dashboards are visual representations of report data using charts, graphs, metrics, tables, and gauges. They provide at-a-glance views of key metrics and can include up to 20 components. Dashboards refresh at scheduled intervals or manually.

Q126. What are the types of Dashboard Components?

Answer: Chart (bar, column, line, pie, donut, funnel, scatter), Gauge, Metric, Table, Lightning component. Each component is based on a source report and displays data visually. Multiple components can reference the same report with different visualizations.

Q127. What is a Dynamic Dashboard?

Answer: Dynamic Dashboards show data relevant to the viewing user. Instead of running as a specific user, they apply user’s security and sharing settings. Each viewer sees data they have access to, making one dashboard suitable for all users.

Q128. What are Dashboard Filters?

Answer: Dashboard Filters allow users to change component data without modifying underlying reports. Apply filters to multiple components simultaneously, choosing dimension values (date ranges, picklists, etc.). Filters make dashboards interactive and reusable for different perspectives.

Q129. How many components can a Dashboard have?

Answer: Up to 20 components per dashboard. Lightning dashboards can have up to 9 columns. Consider dashboard performance when adding many components; complex reports may slow refresh times.

Q130. What is the difference between Tabular and Summary Reports?

Answer: Tabular Reports display records in simple table format without grouping or calculations, fastest to run. Summary Reports group rows by fields and provide subtotals, better for analysis. Summary reports can be used in dashboards; tabular reports have limitations.

Q131. Can you use Tabular Reports in Dashboards?

Answer: Yes, but with limitations. Tabular reports in dashboards can only display as tables, not charts or gauges. For visualizations, use summary or matrix reports that provide grouping and aggregation.

Q132. What are Report Formulas?

Answer: Report Formulas create custom calculations in reports using fields, operators, and functions. They can perform mathematical operations, text manipulations, and date calculations. Formulas exist only in the report, not as actual fields on objects.

Q133. What are Bucket Fields in Reports?

Answer: Bucket Fields group field values into categories within reports. Create ranges for numbers, dates, or custom groupings for picklists. Example: bucket Opportunity Amount into “Small,” “Medium,” “Large.” Buckets simplify analysis without creating custom fields.

Q134. How do Report Filters work?

Answer: Filters limit report data using field criteria (equals, contains, greater than, etc.). Standard Filters include Date Range and Show records. Custom Filters use field-specific conditions. Cross Filters show records with or without related records. Filter logic combines conditions using AND/OR.

Q135. What is Cross-Object Reporting?

Answer: Custom Report Types enable reporting across related objects (up to 4 relationship levels). Example: report showing Opportunities with related Accounts and Products. Define which relationships are required or optional and which fields from each object are available.

Q136. What are Joined Reports?

Answer: Joined Reports combine multiple report blocks with different report types in one report. Each block can have its own source report type, fields, filters, and groupings. They enable comparing data from different contexts side-by-side.

Q137. How do you schedule Reports?

Answer: From report view, click Subscribe, set schedule (daily, weekly, monthly), choose conditions (always or when specific criteria met), add recipients, and save. Salesforce emails report results automatically based on schedule.

Q138. What are Report Snapshots?

Answer: Report Snapshots capture report data at specific times and write it to a custom object. Schedule snapshots to run regularly, creating historical data for trend analysis. Useful for tracking metrics over time when reporting on historical data isn’t possible.

Q139. What is the Running User in Dashboards?

Answer: Running User determines whose security settings apply when viewing the dashboard. Static dashboards run as specified user (all viewers see same data). Dynamic dashboards run as viewing user (each viewer sees their accessible data). Requires Enterprise Edition or higher for dynamic.

Q140. How many Dashboard Filters can you add?

Answer: Up to 10 filters per dashboard. Filters can apply to some or all components. Date filters, picklist filters, and lookup filters are supported. Filters make dashboards flexible without creating multiple similar dashboards.

Minimalist AI-style illustration of developer coding Apex on laptop with Salesforce code elements in blue.
Section 7: Apex Fundamentals (30 Questions)

Q141. What is Apex?

Answer: Apex is Salesforce’s proprietary, strongly-typed, object-oriented programming language similar to Java. It runs on Salesforce servers (Force.com platform) and is used for implementing complex business logic, data manipulations, custom transactions, and integrations that declarative tools can’t achieve.

Q142. What are the benefits of Apex?

Answer: Multi-tenant aware (automatic governor limits), integrated with database (direct DML and SOQL), strongly typed (compile-time checking), object-oriented (classes, inheritance, polymorphism), hosted (no server maintenance), automatically upgradeable, easy testing (built-in test framework).

Q143. What are Apex Data Types?

Answer: Primitive: Integer, Long, Double, Decimal, Boolean, String, Date, DateTime, Time, ID, Blob. Collections: List, Set, Map. sObjects: Standard and custom objects. Enums, User-defined classes, and Null type. Each serves specific data storage needs.

Q144. What is the difference between List, Set, and Map?

Answer: List: Ordered collection, allows duplicates, accessed by index (0-based). Set: Unordered collection, no duplicates, faster for checking existence. Map: Key-value pairs, keys are unique, accessed by key. Choose based on whether order matters, duplicates are needed, and lookup requirements.

Q145. What are Access Specifiers in Apex?

Answer: Private (accessible only within class), Public (accessible within namespace), Global (accessible everywhere), Protected (accessible in class and subclasses). Access specifiers control visibility and encapsulation. Use the most restrictive level appropriate.

Q146. What is Object-Oriented Programming in Apex?

Answer: OOP principles include Encapsulation (data hiding), Inheritance (extending classes), Polymorphism (method overriding/overloading), and Abstraction (interfaces and abstract classes). Apex supports all OOP concepts, enabling modular, reusable, maintainable code.

Q147. What are Classes and Objects in Apex?

Answer: Class is a blueprint defining properties (variables) and behaviors (methods). Object is an instance of a class created using ‘new’ keyword. Classes encapsulate data and logic; objects are actual instances used in code execution.

Q148. What is SOQL?

Answer: Salesforce Object Query Language retrieves records from Salesforce database. Syntax similar to SQL SELECT but designed for Salesforce’s relational model. Returns lists of sObjects. Supports WHERE, ORDER BY, LIMIT, but not JOIN (uses relationships instead).

Q149. What is SOSL?

Answer: Salesforce Object Search Language performs text-based searches across multiple objects and fields. Used for searching words across multiple objects simultaneously (like global search). Returns lists of lists of sObjects. More efficient than multiple SOQL queries for text search.

Q150. What is the difference between SOQL and SOSL?

**Answer:** SOQL: Query one object (plus relationships), returns specific records, uses WHERE clause, can query on any field, returns List<sObject>. SOSL: Searches multiple objects simultaneously, text-based search, uses FIND clause, searches indexed fields, returns List<List<sObject>>. SOSL faster for text searches.[^1]

 

Q151. What are DML Statements?

Answer: Data Manipulation Language operations: Insert (create new records), Update (modify existing), Delete (move to Recycle Bin), Undelete (restore from Recycle Bin), Upsert (insert or update based on external ID), Merge (combine duplicate records). Limited to 150 statements per transaction.

Q152. What is the difference between insert and Database.insert()?

Answer: insert: Throws exception if any record fails, all-or-nothing. Database.insert(allOrNone=false): Returns Database.SaveResult[], allows partial success, you handle individual failures. Use Database methods when processing large datasets where some failures are acceptable.

Q153. What are the types of Loops in Apex?

Answer: While Loop (condition-controlled), Do-While Loop (executes at least once), For Loop (counter-based), For-Each Loop (iterates collections), SOQL For Loop (efficiently processes large query results). SOQL For Loop prevents heap size limits by processing records in batches.

Q154. What is a SOQL For Loop?

Answer: Special loop syntax that retrieves and processes records in batches of 200, preventing heap size governor limits. Syntax: for (sObject record : [SOQL Query]) { }. Ideal for processing large datasets. Salesforce automatically handles batching.

Q155. What are Collections in Apex?

Answer: Collections store multiple values: List (ordered, indexed), Set (unique values), Map (key-value pairs). Lists maintain insertion order, Sets ensure uniqueness, Maps enable quick lookup by key. Collections are essential for bulk processing and data manipulation.

Q156. How do you declare a List?

**Answer:** `List<DataType> listName = new List<DataType>();` Example: `List<String> names = new List<String>();` or `List<Account> accounts = [SELECT Id FROM Account];`. Lists can hold primitives, sObjects, or user-defined types.[^1]

 

Q157. How do you declare a Set?

**Answer:** `Set<DataType> setName = new Set<DataType>();` Example: `Set<Id> accountIds = new Set<Id>();` Sets automatically handle uniqueness. Useful for de-duplication and fast existence checking using `.contains()` method.[^1]

 

Q158. How do you declare a Map?

Answer: Map<KeyType, ValueType> mapName = new Map<KeyType, ValueType>(); Example: Map<Id, Account> accountMap = new Map<Id, Account>([SELECT Id, Name FROM Account]); Maps enable O(1) lookup complexity, much faster than iterating lists.

Q159. What are common List methods?

Answer: add() (append), add(index, element) (insert at position), get(index) (retrieve), size() (length), isEmpty() (check empty), clear() (remove all), remove(index) (delete), sort() (order elements). Lists are zero-indexed.

Q160. What are common Set methods?

Answer: add() (add element), contains() (check existence), remove() (delete), size() (count), isEmpty() (check empty), clear() (remove all), addAll() (add collection). Sets don’t have get() or index-based access.

Q161. What are common Map methods?

Answer: put(key, value) (add/update), get(key) (retrieve), containsKey(key) (check key), keySet() (all keys), values() (all values), size() (count), isEmpty() (check empty), remove(key) (delete entry).

Q162. How do you iterate through a Map?

Answer: Over keys: for (KeyType key : mapName.keySet()) { ValueType value = mapName.get(key); } or Over entries: for (KeyType key : mapName.keySet()) { … }. Choose based on whether you need both key and value.

Q163. What is an sObject?

Answer: sObject is a generic abstract type representing any Salesforce object (standard or custom). All standard and custom objects extend sObject. Use sObject when working generically with records, allowing flexibility in method parameters and return types.

Q164. How do you cast sObject to specific type?

Answer: Use explicit casting: Account acc = (Account)sObjectRecord; or use the specific type directly when querying. Casting allows accessing object-specific fields. InvalidTypeException thrown if casting to wrong type.

Q165. What is the difference between sObject and specific object types?

Answer: sObject: Generic, can’t access specific fields directly, requires casting, used for flexibility. Specific types (Account, Contact): Access fields directly, type-safe, better IDE support. Use sObject for generic operations, specific types for type-specific logic.

Q166. What are Governor Limits in Apex?

Answer: Governor Limits prevent resource monopolization in multi-tenant environment. Include: 100 SOQL queries, 150 DML statements, 50,000 SOQL records, 10,000 DML records, 6MB heap size, 10 million CPU time (synchronous), 60 million CPU time (asynchronous) per transaction.

Q167. How do you handle Governor Limits?

Answer: Bulkify code (process collections not single records), use SOQL For Loops, avoid queries/DML in loops, use Map for lookups instead of repeated queries, use @future/@Queueable for asynchronous processing, selective queries, and optimize code efficiency.

Q168. What is Bulkification in Apex?

Answer: Bulkification is writing code to efficiently handle multiple records simultaneously rather than one at a time. Process collections in single DML/SOQL operations instead of iterating and performing operations individually. Essential for governor limit compliance and performance.

Q169. Can you call a future method from another future method?

Answer: No, calling a future method from another future method throws an exception. Workaround: use Queueable Apex (which can chain), or refactor logic to avoid nested asynchronous calls.

Q170. What are the best practices for Apex development?

Answer: Bulkify code, avoid hardcoding IDs, use meaningful variable names, comment complex logic, handle exceptions, write test classes (75%+ coverage), use trigger handlers, avoid SOQL/DML in loops, use selective queries, optimize for performance, follow naming conventions, use static variables carefully.

Section 8: Triggers (25 Questions)

Q171. What are Triggers in Apex?

Answer: Triggers are Apex code that executes automatically before or after DML events (insert, update, delete, undelete) on specific objects. They implement complex business logic, validate data, update related records, and maintain data integrity beyond declarative tools’ capabilities.

Q172. What are the types of Triggers?

Answer: Before Triggers (before record saved to database) for validation and field updates on same record. After Triggers (after record committed) for operations on related records, sending emails, or accessing record IDs. Choose based on whether you need access to record ID or are modifying the triggering record.

Q173. What are Trigger Context Variables?

Answer: Context variables provide information about trigger execution: Trigger.new (new versions), Trigger.old (old versions), Trigger.newMap (Id to new record), Trigger.oldMap (Id to old record), Trigger.isInsert, Trigger.isUpdate, Trigger.isDelete, Trigger.isUndelete, Trigger.isBefore, Trigger.isAfter, Trigger.size.

Q174. When to use Before vs After Triggers?

Answer: Before: Update fields on the same record being processed, perform validation before saving, no DML needed for triggering record. After: Work with related records, need record ID, send emails, create child records, complex operations requiring committed data.

Q175. Can you have multiple Triggers on the same object?

Answer: Yes, but not recommended due to unpredictable execution order. Best practice: One trigger per object with a handler class containing logic organized by context (before insert, after update, etc.). This ensures predictable execution and easier maintenance.

Q176. What is a Trigger Handler?

Answer: Trigger Handler is a separate Apex class containing trigger logic, called from the trigger itself. It separates business logic from trigger code, enables code reusability, simplifies testing, supports recursion control, and follows best practices for maintainable code organization.

Q177. How do you prevent Trigger Recursion?

Answer: Use static Boolean variables in handler class to track execution: public static Boolean isFirstRun = true; Check this flag at trigger start and set to false. Use static Sets to track processed record IDs. Implement proper recursion control to prevent infinite loops.

Q178. What is Trigger.new and Trigger.old?

Answer: Trigger.new: List of records in new state (available in insert, update, undelete). Contains new field values. Read-only in after triggers; modifiable in before triggers. Trigger.old: List of records in old state (available in update, delete). Contains original field values before changes.

Q179. What are Trigger.newMap and Trigger.oldMap?

Answer: Trigger.newMap: Map<Id, sObject> of new record versions, keyed by record ID (not available in before insert). Trigger.oldMap: Map<Id, sObject> of old record versions (available in update, delete). Maps enable efficient lookup without iterating lists.

Q180. How do you compare old and new values in Update trigger?

Answer: Use Trigger.oldMap to get old values: if (Trigger.newMap.get(record.Id).FieldName != Trigger.oldMap.get(record.Id).FieldName). This checks if a specific field changed. Essential for executing logic only when relevant fields are modified.

Q181. Can you perform DML on Trigger.new in Before trigger?

Answer: No explicit DML needed. Directly modify fields: record.FieldName = value; Changes are automatically saved. Performing DML on Trigger.new in before trigger causes an error. After triggers require explicit DML for triggering record updates.

Q182. What are the limitations of Triggers?

Answer: Subject to governor limits, complex debugging, no guaranteed execution order with multiple triggers, can cause performance issues if not optimized, require careful recursion handling, testing requires 100% code coverage for deployment, and can be challenging to maintain.

Q183. Can you call a Trigger from another Trigger?

Answer: Triggers can’t be explicitly called. However, DML operations in one trigger can cause another trigger to fire on related objects. This cascading behavior must be carefully managed to avoid recursion and governor limit issues.

Q184. What is the order of execution with Triggers?

Answer: 1. Original record loaded 2. New values overwrite old 3. System validation 4. Before triggers execute 5. Custom validation rules 6. Record saved (not committed) 7. After triggers execute 8. Assignment/auto-response/workflow rules 9. Processes/flows 10. Commit to database.

Q185. How do you handle bulk operations in Triggers?

Answer: Always iterate through Trigger.new collection, collect data in Sets/Maps outside loops, perform SOQL queries outside loops using collected IDs, build collections of records for DML, perform single DML operation on collection. Never process records individually in loops.

Q186. What are the best practices for Trigger development?

Answer: One trigger per object, use handler classes, bulkify all operations, avoid SOQL/DML in loops, implement recursion control, use meaningful variable names, comment complex logic, handle exceptions, write comprehensive test classes, use Trigger context variables appropriately.

Q187. Can you disable a Trigger?

Answer: Not directly through UI. Methods: 1. Delete/deactivate trigger code 2. Use custom setting to control execution (check flag at trigger start) 3. Use Trigger Handler with enable/disable logic 4. In sandbox, can delete temporarily. Production requires deployment.

Q188. How do you test Triggers?

Answer: Create test class with @isTest annotation, insert test data, perform DML operations that fire trigger, assert expected outcomes using System.assertEquals(), test bulk scenarios (200+ records), test all trigger contexts (insert, update, delete, undelete), achieve 100% code coverage.

Q189. What is addError() method in Triggers?

Answer: addError() prevents DML operation and displays error message to user. Syntax: record.addError(‘Error message’); or record.FieldName.addError(‘Field-specific error’);. Used in before triggers for custom validation beyond validation rules.

Q190. Can you perform SOQL queries in Triggers?

Answer: Yes, but follow best practices: Query outside loops, use WHERE clauses with collected IDs from Trigger.new, limit results, use selective queries, store results in Maps for efficient lookup. Respect governor limit of 100 SOQL queries per transaction.

Q191. How do you handle related records in Triggers?

Answer: Query related records using parent/child relationship queries, use Maps keyed by parent ID for efficient lookup, collect related record IDs in Sets, perform separate DML for related records, ensure proper null checking, handle scenarios where relationships might not exist.

Q192. What is Trigger Framework?

Answer: Trigger Framework is an architectural pattern providing structure for trigger development. Components: Interface defining trigger operations, Base handler class with common functionality, Object-specific handlers extending base class, Trigger calling appropriate handler. Enables scalability and maintainability.

Q193. Can you use @future methods in Triggers?

**Answer:** Yes, but cannot pass sObjects directly to @future methods. Pass record IDs as Set<Id> or List<Id>, query records inside @future method. Useful for callouts, time-intensive operations, or avoiding mixed DML errors. Be mindful of @future limits.[^1]

 

Q194. What are Trigger Events?

Answer: Events triggering triggers: before insert, before update, before delete, after insert, after update, after delete, after undelete. Each event provides specific context variables and use cases. Triggers can handle multiple events using Trigger context variables.

Q195. How do you avoid mixed DML errors in Triggers?

Answer: Mixed DML error occurs when setup and non-setup objects are modified in same transaction. Solutions: Use @future methods for setup object DML, use System.runAs() for user operations, separate transactions, or use Queueable Apex for asynchronous processing.

Section 9: Apex Classes & Methods (20 Questions)

Q196. What are Apex Classes?

Answer: Apex Classes are templates defining data structure (properties) and behavior (methods). They support object-oriented programming with constructors, instance/static members, inheritance, interfaces, and access modifiers. Classes encapsulate reusable business logic separate from triggers and controllers.

Q197. What are Methods in Apex?

Answer: Methods are functions within classes that perform specific tasks. They have return types (or void), parameters, access modifiers, and can be instance methods (require object) or static methods (called on class). Methods encapsulate business logic for reusability.

Q198. What is the difference between Static and Instance methods?

Answer: Static methods: Called on class (ClassName.methodName()), no object needed, can’t access instance variables, memory efficient. Instance methods: Called on object (objectName.methodName()), access instance variables, require object creation. Use static for utility functions.

Q199. What are Constructors in Apex?

Answer: Constructors are special methods called when creating object instances. Named same as class, no return type, can be parameterized or default. Used for initializing instance variables. If no constructor defined, Salesforce provides default no-argument constructor.

Q200. What is Method Overloading?

Answer: Method Overloading is defining multiple methods with same name but different parameter lists (different number or types of parameters). Apex determines which method to call based on arguments passed. Enables flexible method usage.

Q201. What is the difference between Public and Global classes?

Answer: Public: Accessible within same namespace/package. Global: Accessible everywhere including managed packages and external applications. Use Public by default; use Global only when creating managed packages or web services requiring external access.

Q202. What are Static Variables?

Answer: Static variables belong to class, not instances. Shared across all instances and trigger contexts within same transaction. Retain values throughout transaction. Useful for recursion control, caching, and sharing data. Reset when transaction completes.

Q203. What is the this keyword?

Answer: ‘this’ refers to current instance of the class. Used to distinguish between instance variables and parameters with same names, or to pass current object to other methods. Improves code clarity when naming conflicts exist.

Q204. What is Inheritance in Apex?

Answer: Inheritance allows class (child/subclass) to inherit properties and methods from another class (parent/superclass) using ‘extends’ keyword. Enables code reuse and polymorphism. Apex supports single inheritance (one parent class), not multiple inheritance.

Q205. What is Method Overriding?

Answer: Method Overriding is redefining parent class method in child class with same signature. Child’s version executes when called on child object. Enables polymorphism. Parent method must be declared ‘virtual’ or ‘abstract’ to allow overriding.

Q206. What are Virtual Methods?

Answer: Virtual methods can be overridden by child classes. Declared with ‘virtual’ keyword in parent class. Provide default implementation that child classes can customize. Enable polymorphism while maintaining backward compatibility.

Q207. What are Abstract Classes?

Answer: Abstract classes cannot be instantiated directly. Declared with ‘abstract’ keyword. Can contain abstract methods (no implementation) that must be implemented by child classes, and concrete methods (with implementation). Used as base templates for related classes.

Q208. What are Interfaces in Apex?

Answer: Interfaces define contracts—method signatures without implementation. Classes ‘implement’ interfaces and must provide method implementations. Enable multiple inheritance (class can implement multiple interfaces). Useful for defining common behavior across unrelated classes.

Q209. What is the difference between Abstract Class and Interface?

Answer: Abstract Class: Can have concrete methods, instance variables, constructors; single inheritance. Interface: Only method signatures, no variables (except constants), no constructors; multiple implementation. Use interfaces for defining contracts, abstract classes for shared implementation.

Q210. What are Getter and Setter methods?

Answer: Getter methods retrieve property values (public Type getPropertyName()). Setter methods update property values (public void setPropertyName(Type value)). They control access to private variables, enable validation in setters, and support computed properties in getters.

Q211. What is Encapsulation?

Answer: Encapsulation is bundling data (variables) and methods operating on that data within classes, restricting direct access using access modifiers (private variables with public getter/setters). Protects data integrity, enables controlled access, and improves maintainability.

Q212. Can you have Private Constructors?

Answer: Yes, private constructors prevent class instantiation from outside. Used in Singleton pattern (ensuring single instance) or utility classes with only static methods. Other classes cannot create instances using ‘new’ keyword.

Q213. What is the Singleton Pattern in Apex?

Answer: Singleton ensures only one instance of class exists. Implementation: private constructor, private static instance variable, public static getInstance() method returning single instance. Useful for managing shared resources or state within transaction.

Q214. What are Wrapper Classes?

Answer: Wrapper classes combine different data types or sObjects into single unit. Commonly used in Visualforce/LWC for displaying custom data structures, selecting records with checkboxes, or grouping related information. Enable flexible data representation beyond standard objects.

Q215. How do you pass parameters to methods?

Answer: Apex is pass-by-reference for objects (changes affect original) and pass-by-value for primitives (changes don’t affect original). When passing sObjects, Lists, Maps, or custom objects, modifications inside method affect original. Primitives create copies.

Section 10: Asynchronous Apex (20 Questions)

Q216. What is Asynchronous Apex?

Answer: Asynchronous Apex executes processes in separate thread, not blocking main transaction. Used for long-running operations, callouts to external systems, operations hitting synchronous governor limits, or processing large data volumes. Types: @future, Batch Apex, Queueable Apex, Scheduled Apex.

Q217. What are @future methods?

Answer: @future methods run asynchronously in separate thread. Annotated with @future, must be static and void, can’t pass sObjects (use IDs instead). Used for callouts, avoiding mixed DML, or operations that don’t need immediate completion. Limited to 50 per transaction.

Q218. What are the limitations of @future methods?

Answer: Cannot call another @future method, cannot pass sObjects (only primitives and collections of primitives), must be static and void, limited monitoring/debugging capability, no guaranteed execution order, limited to 50 method calls per transaction, 250,000 per 24 hours.

Q219. What is Batch Apex?

Answer: Batch Apex processes large data volumes beyond synchronous governor limits by dividing records into batches. Implements Database.Batchable interface with start(), execute(), and finish() methods. Each batch (up to 2,000 records) executes independently with fresh governor limits.

Q220. What are the methods in Batch Apex?

Answer: start(): Returns QueryLocator or Iterable for records to process. execute(): Contains processing logic, receives batch of records, called once per batch. finish(): Executes after all batches complete, used for cleanup, sending completion emails, or chaining jobs.

Q221. What is Database.QueryLocator?

Answer: Database.QueryLocator returns up to 50 million records from start() method. Created using Database.getQueryLocator(SOQL). Efficient for processing standard/custom objects. Alternative is Iterable for complex data sources (up to 50,000 records per execute).

Q222. What is the batch size in Batch Apex?

Answer: Default batch size is 200 records. Can be configured when calling Database.executeBatch(batchInstance, batchSize) with values between 1-2000. Smaller batches reduce processing per batch (avoiding limits); larger batches reduce total batches (better performance). Balance based on complexity.

Q223. How do you schedule Batch Apex?

Answer: Implement Schedulable interface with execute() method that calls Database.executeBatch(). Schedule using System.schedule(jobName, cronExpression, schedulableInstance). Cron expression defines timing. Can also schedule through UI: Setup → Apex Classes → Schedule Apex.

Q224. What is Queueable Apex?

Answer: Queueable Apex combines @future benefits with additional features: can pass complex types (sObjects), returns job ID for monitoring, supports job chaining (call another queueable from finish), better exception handling. Implements System.Queueable interface with execute() method.

Q225. What are the advantages of Queueable over @future?

Answer: Queueable: Pass non-primitive types, get job ID for monitoring, chain jobs, better exception handling, object-oriented. @future: Only primitives, no job ID, no chaining, static methods only. Use Queueable for complex asynchronous operations.

Q226. How do you chain Queueable jobs?

Answer: In execute() method, call System.enqueueJob(new AnotherQueueableClass()) to chain another queueable. Limited to one chained job per execution. Useful for breaking complex operations into stages or when processing depends on completion of previous stage.

Q227. What is Scheduled Apex?

Answer: Scheduled Apex runs at specified times/intervals. Implements Schedulable interface with execute(SchedulableContext) method. Schedule using System.schedule() with cron expression, or through Setup → Apex Classes → Schedule Apex. Used for nightly processing, reports, data cleanup.

Q228. What is a Cron Expression?

Answer: Cron Expression defines schedule timing: Seconds Minutes Hours DayOfMonth Month DayOfWeek Year(optional). Example: ‘0 0 2 * * ?’ runs daily at 2 AM. Use wildcards (*), specific values, ranges, or intervals. Cron generator tools help create complex schedules.

Q229. How many scheduled jobs can you have?

Answer: Maximum 100 scheduled Apex jobs at once. This includes all scheduled jobs (Batch, Schedulable classes). Monitor in Setup → Apex Flex Queue or Scheduled Jobs. Remove completed/aborted jobs to free slots for new schedules.

Q230. What is the difference between Batch and Queueable?

Answer: Batch Apex: Process large datasets (millions of records), built-in batching mechanism, three methods (start/execute/finish), complex setup. Queueable: Smaller datasets, single execute method, simpler implementation, better for sequential processing. Choose based on data volume and complexity.

Q231. Can you monitor Asynchronous jobs?

Answer: Yes, Setup → Environments → Jobs → Apex Jobs shows running/completed jobs. AsyncApexJob object stores job details (Status, CompletedDate, NumberOfErrors). Query this object for monitoring: SELECT Id, Status, JobItemsProcessed FROM AsyncApexJob WHERE Id = :jobId.

Q232. What are the governor limits for Batch Apex?

Answer: Per execution() cycle: 150 DML statements, 100 SOQL queries, 50,000 records retrieved, 12MB heap size. Overall: 250,000 records processed per 24 hours, 5 batch jobs in Apex Flex Queue. Each batch gets fresh limits.

Q233. Can you abort Batch or Scheduled jobs?

Answer: Yes, programmatically using System.abortJob(jobId) or through UI: Setup → Apex Jobs → Abort. Aborting stops new batches but allows current batch to complete. Check job status before aborting to avoid data inconsistency.

Q234. What is Apex Flex Queue?

Answer: Apex Flex Queue holds batch jobs waiting for execution. Maximum 100 jobs total in queue and processing. First 5 are in ready state; others are queued. Reorder queued jobs based on priority. Monitor in Setup → Apex Flex Queue.

Q235. When should you use each Asynchronous method?

Answer: @future: Simple callouts, quick operations, no monitoring needed. Batch: Large datasets (millions of records), scheduled processing. Queueable: Complex objects, job chaining, need monitoring. Scheduled: Time-based recurring operations. Platform Events: Real-time event-driven architecture.

Napkin-AI style visual showing Lightning Web Components with HTML, JS, and CSS icons connecting to Salesforce cloud.
Section 11: Lightning Web Components (LWC) - Basics (20 Questions)

Q236. What is Lightning Web Component (LWC)?

Answer: LWC is Salesforce’s modern UI framework built on web standards (HTML, JavaScript, CSS). It provides better performance than Aura components, uses standard JavaScript (ES6+), has smaller footprint, easier debugging, and aligns with W3C Web Components standards.

Q237. What are the benefits of LWC?

Answer: Faster performance (lightweight, browser-native), standard JavaScript (easier learning curve), better security (Lightning Locker automation), easier debugging (browser dev tools), smaller bundle size, modern syntax (ES6+), interoperability with Aura, and future-proof technology.

Q238. What is the structure of an LWC component?

Answer: Three files minimum: HTML file (markup), JavaScript file (logic), XML file (metadata – where component can be used). Optional: CSS file (styling), SVG file (icon). Files must have same name and reside in component folder.

Q239. What is the naming convention for LWC?

Answer: camelCase for folder and file names (myComponent), must start with lowercase letter, no hyphens or spaces, namespace when referencing (c-my-component in HTML), JavaScript class name PascalCase (MyComponent). Consistent naming is critical.

Q240. What are decorators in LWC?

Answer: Decorators are @annotations adding functionality to properties/methods: @api (public property), @track (private reactive property – now automatic), @wire (retrieve data from Salesforce). Placed directly before property/method declaration. Enable powerful declarative features.

Q241. What is @api decorator?

Answer: @api makes property/method public, accessible from parent components or flows. Properties with @api are reactive (UI updates when value changes). Syntax: @api propertyName; Common for creating reusable components with configurable attributes.

Q242. What is @track decorator?

Answer: @track (legacy) made private properties reactive. In modern LWC, all properties are automatically reactive. @track still needed for deeply nested object mutations where reassignment doesn’t occur. Generally avoid; use spreading or direct assignment instead.

Q243. What is @wire decorator?

Answer: @wire retrieves data from Salesforce (Apex methods or Lightning Data Service). Syntax: @wire(adapter, config). Data retrieves automatically; updates reactive. Handles loading/error states. Two uses: wire to property or wire to function for complex handling.

Q244. How do you import Apex methods in LWC?

Answer: Use import statement: import methodName from ‘@salesforce/apex/ClassName.methodName’; Apex method must be static, decorated with @AuraEnabled, and optionally cacheable=true. Call using @wire or imperatively with .then()/.catch().

Q245. What is Lightning Data Service (LDS)?

Answer: LDS provides standardized data access without Apex code. Handles caching, security, sharing automatically. Wire adapters include getRecord, getRecords, createRecord, updateRecord, deleteRecord. Benefits: automatic record updates across components, reduced server calls, simplified development.

Q246. How do you retrieve records using LDS?

Answer: Import getRecord: import { getRecord } from ‘lightning/uiRecordApi’; Wire to property: @wire(getRecord, { recordId: ‘$recordId’, fields: FIELDS }) record; Access data via this.record.data. Automatically reactive when record changes.

Q247. What are lifecycle hooks in LWC?

Answer: Lifecycle hooks are callback methods: constructor() (component created), connectedCallback() (inserted into DOM), renderedCallback() (after render), disconnectedCallback() (removed from DOM), errorCallback() (descendant error). Use for initialization, DOM manipulation, cleanup.

Q248. When do you use connectedCallback()?

Answer: Use connectedCallback() for initialization logic requiring DOM access, making imperative Apex calls, setting up event listeners, or subscribing to events. Called when component inserts into DOM. Avoid querying DOM here; use renderedCallback() instead.

Q249. What is the difference between connectedCallback() and constructor()?

Answer: constructor(): Component instantiation, no DOM access, can’t access public properties, called once. connectedCallback(): Component inserted into DOM, DOM available, access public properties, called once (or multiple times if inserted/removed). Use constructor for basic initialization, connected for DOM-dependent logic.

Q250. How do you handle events in LWC?

Answer: Create CustomEvent: new CustomEvent(‘eventname’, { detail: data }); Dispatch: this.dispatchEvent(event); Handle in parent: add event listener in HTML <c-child oneventname={handleEvent}></c-child>. Use detail property to pass data. kebab-case event names.

Q251. What is the difference between component events and application events?

Answer: LWC uses component events (Custom Events) following DOM event model – bubble up component hierarchy. No direct equivalent to Aura application events. Use Lightning Message Service (publish-subscribe) for cross-component communication outside parent-child relationship.

Q252. What is Lightning Message Service (LMS)?

Answer: LMS enables publish-subscribe communication between LWC, Aura, and Visualforce across DOM boundaries. Define message channel (XML file), publish messages from sender, subscribe in receiver. Useful for communication between unrelated components or different page contexts.

Q253. How do you navigate in LWC?

Answer: Import navigation: import { NavigationMixin } from ‘lightning/navigation’; Apply mixin: export default class extends NavigationMixin(LightningElement) Use thisNavigationMixin.Navigate. PageReference defines navigation type (standard__recordPage, standard__objectPage, standard__namedPage, etc.).

Q254. How do you show toasts in LWC?

Answer: Import ShowToastEvent: import { ShowToastEvent } from ‘lightning/platformShowToastEvent’; Create event: new ShowToastEvent({ title, message, variant }) Dispatch: this.dispatchEvent(event); Variants: success, error, warning, info. Shows notification at top of page.

Q255. What is the difference between LWC and Aura Components?

Answer: LWC: Standard JavaScript, better performance, smaller size, easier debugging, web standards-based, modern syntax. Aura: Salesforce proprietary framework, heavier, custom syntax, slower performance. LWC is recommended for new development; both can coexist.

Section 12: Lightning Web Components (LWC) - Advanced (15 Questions)

Q256. How do you call Apex methods imperatively?

Answer: Import method, call directly with parameters, handle promise:

import apexMethod from ‘@salesforce/apex/ClassName.methodName’;
apexMethod({ params })
  .then(result => { // handle success })
  .catch(error => { // handle error });

Use for user-initiated actions (button clicks).

Q257. What is the difference between @wire and imperative Apex calls?

Answer: @wire: Automatic/reactive, caches data, refreshes automatically, declarative. Imperative: Manual invocation, user-triggered, full error control, non-cacheable (unless cacheable=true). Use @wire for initial data load, imperative for user actions or complex error handling.

Q258. How do you refresh @wire data?

Answer: Import refreshApex: import { refreshApex } from ‘@salesforce/apex’; Store wired result: wiredResult; Use @wire to function: @wire(method, params) wiredFunction(result) { this.wiredResult = result; } Call: refreshApex(this.wiredResult); Forces data refetch.

Q259. What are slots in LWC?

**Answer:** Slots allow parent components to pass content into child components. Default slot: `<slot></slot>` Named slots: `<slot name=”header”></slot>` Parent uses: `<c-child><div slot=”header”>Content</div></c-child>` Enables flexible, reusable component composition.[^1]

Q260. How do you query DOM elements in LWC?

Answer: Use template.querySelector(): this.template.querySelector(‘.className’) or template.querySelectorAll(): this.template.querySelectorAll(‘tag’) Returns first match or NodeList. Always scope queries to component’s template. Query in renderedCallback() or after DOM rendering.

Q261. What is Shadow DOM in LWC?

Answer: Shadow DOM encapsulates component’s DOM and styles from rest of page. Prevents style/script leaks. Components can’t directly access each other’s DOM. Provides isolation and security. Query within component using this.template; parent can’t query child’s internal elements.

Q262. How do you style LWC components?

Answer: Create CSS file in component bundle. Styles automatically scoped to component (Shadow DOM). Use CSS custom properties for themes. Import SLDS (Salesforce Lightning Design System) classes. External stylesheets loaded via static resources. Styles don’t leak to/from other components.

Q263. What are Lightning Design System (SLDS) tokens?

Answer: SLDS tokens are CSS custom properties defining design standards (colors, spacing, fonts). Use in CSS: var(–lwc-colorBackground). Maintain consistency across org, automatic theming support, future-proof styling. Reference: Salesforce Lightning Design System documentation.

Q264. How do you handle forms in LWC?

Answer: Use lightning-record-edit-form (edit), lightning-record-view-form (view), lightning-record-form (automatic). Include lightning-input-field for fields. Handle onsubmit, onsuccess, onerror events. Forms handle DML automatically through Lightning Data Service, respecting security and validation.

Q265. What is the use of lightning-record-form?

Answer: lightning-record-form automatically handles create/edit/view based on mode. Syntax: <lightning-record-form record-id object-api-name fields layout-type mode> Modes: view, edit, readonly. Layout-types: Full, Compact. Minimal code for standard CRUD operations.

Q266. How do you implement pagination in LWC?

Answer: Retrieve all records, use JavaScript to slice data based on current page: displayedRecords = allRecords.slice(start, end). Track currentPage, pageSize. Create previous/next handlers incrementing/decrementing page. Display page info. Can also implement server-side pagination with offset in Apex.

Q267. What is getter in LWC?

Answer: Getter is function that returns computed value. Syntax: get propertyName() { return computation; } Access in template like property: {propertyName}. Recalculates when dependent values change. Use for derived data, conditional logic, or formatting display values.

Q268. How do you debug LWC?

Answer: Use browser Developer Tools (Console, Sources, Network tabs), add console.log() statements, use debugger; statement for breakpoints, enable Debug Mode for user (Setup → Users), check browser console for errors, inspect Lightning Web Components Chrome extension, review server-side logs for Apex errors.

Q269. What is the use of renderedCallback()?

Answer: renderedCallback() executes after component renders/re-renders. Use for DOM queries/manipulations, initializing third-party libraries, measuring element dimensions, or responding to rendering. Called multiple times; add guards to prevent infinite loops. Avoid heavy logic here.

Q270. How do you conditionally render elements in LWC?

**Answer:** Use if:true and if:false directives: `<template if:true={condition}>`, `<template if:false={condition}>`. Condition must be JavaScript expression evaluating to boolean. Elements not rendered are removed from DOM (not just hidden). Use for showing/hiding content based on state.[^1]

Minimalist diagram of Salesforce API integration connecting to REST and SOAP systems with blue gradient design.
Section 13: Integration & Web Services (15 Questions)

Q271. What is Integration in Salesforce?

Answer: Integration connects Salesforce with external systems for data synchronization, process automation, or accessing external functionality. Methods include REST API, SOAP API, Bulk API, Streaming API, outbound messaging, platform events, and callouts from Apex.

Q272. What is REST API?

Answer: REST (Representational State Transfer) API uses HTTP methods (GET, POST, PATCH, DELETE) for CRUD operations. Lightweight, stateless, supports JSON/XML. Used for mobile apps, web applications, or third-party integrations. Requires authentication (OAuth 2.0).

Q273. What is SOAP API?

Answer: SOAP (Simple Object Access Protocol) API is XML-based web service protocol. More formal and structured than REST. Includes WSDL (Web Service Description Language) defining operations. Used for enterprise integrations requiring contract-based communication.

Q274. What is the difference between REST and SOAP?

Answer: REST: Lightweight, JSON/XML, HTTP methods, stateless, easier to use, better performance. SOAP: Heavyweight, XML only, formal contracts (WSDL), stateful possible, enterprise-grade security, more rigid. Choose REST for modern apps, SOAP for enterprise integrations.

Q275. How do you make HTTP callouts from Apex?

Answer: Create HttpRequest, set endpoint/method/body, create Http object, call send():

HttpRequest req = new HttpRequest();
req.setEndpoint(‘URL’);
req.setMethod(‘GET’);
Http http = new Http();
HTTPResponse res = http.send(req);

Handle response. Add remote site settings.

Q276. What are Remote Site Settings?

Answer: Remote Site Settings (Setup → Remote Site Settings) authorize external endpoints for callouts. Required before making HTTP requests to external servers. Specify URL and enable. Without this, callouts are blocked for security. Can also use Named Credentials.

Q277. What are Named Credentials?

Answer: Named Credentials store endpoint URLs and authentication credentials. Simplify callouts by handling authentication automatically. Reference in callouts: callout:NamedCredentialName. Support OAuth, password authentication, JWT. Centralize credential management and improve security.

Q278. Can you make callouts from Triggers?

Answer: Not directly in synchronous trigger code. Use @future(callout=true) or Queueable with implements Database.AllowsCallouts. Callouts require asynchronous context. Future method receives parameters and makes callout separately from trigger execution.

Q279. What is Outbound Messaging?

Answer: Outbound Messaging sends SOAP messages to external endpoints when workflow rule triggers. Configuration: Create Outbound Message in workflow, specify endpoint, select fields. External system receives notification and can process data or respond. Point-to-point integration method.

Q280. What are Platform Events?

Answer: Platform Events enable event-driven architecture in Salesforce. Publish events when actions occur; subscribers react. Support real-time integrations, decouple processes, enable pub-sub pattern. Define platform event object, publish via Apex/Process/Flow, subscribe via triggers/processes/external systems.

Q281. What is Streaming API?

Answer: Streaming API provides real-time notifications when data changes. Subscribers receive push notifications. Types: Generic Streaming (custom events), PushTopic (SOQL-defined changes), Change Data Capture (object changes), Platform Events. Uses Bayeux protocol/CometD. Reduces polling.

Q282. What is Change Data Capture?

Answer: Change Data Capture publishes change events when Salesforce records create, update, delete, or undelete. Near real-time notifications. Enable per object (Setup → Change Data Capture). Subscribe via CometD client or Apex triggers. Useful for syncing data to external systems.

Q283. What is Bulk API?

Answer: Bulk API loads/queries large data sets asynchronously (thousands/millions of records). Optimized for bulk operations with better performance than SOAP/REST for large volumes. Processes data in batches. Version 1.0 (CSV) and 2.0 (CSV/JSON/XML). Used by Data Loader.

Q284. What is OAuth in Salesforce?

Answer: OAuth 2.0 is authentication protocol allowing secure authorization without sharing passwords. Flows include Web Server, User-Agent, JWT Bearer Token, Username-Password, Refresh Token. Applications receive access tokens to authenticate API requests. Configure Connected Apps for OAuth.

Q285. What are Connected Apps?

Answer: Connected Apps integrate external applications with Salesforce using APIs and standard protocols (OAuth, SAML). Define in Setup → App Manager → New Connected App. Configure OAuth settings, callback URLs, scopes. Used for authentication, API access, and single sign-on scenarios.

🗺️Master salesforce Step-by-Step

 Want a structured path to master all Salesforce concepts? Follow our 90-Day Salesforce Developer Roadmap  to stay on track

2. SELF-PREPARATION PROMPTS (50 Prompts Total)

How to Use These Prompts

Copy each prompt into ChatGPT to generate detailed explanations, examples, practice scenarios, and deeper understanding of Salesforce concepts. These prompts are designed to help reinforce learning, clarify doubts, and prepare effectively for technical interviews.

Section 1: Salesforce Fundamentals & Administration (10 Prompts)

Prompt 1: Cloud Computing Fundamentals

“Explain cloud computing in simple terms with real-world examples. Then describe the differences between IaaS, PaaS, and SaaS with specific examples of each service type. Finally, explain why Salesforce is classified as SaaS and what advantages this provides to businesses.”

Prompt 2: Salesforce Platform Architecture

“Describe Salesforce’s multitenant architecture in detail. Explain how data isolation works, how resources are shared, and what benefits this architecture provides. Include examples of how governor limits relate to multitenant architecture and why they exist.”

Prompt 3: Object Relationships Mastery

“Explain the differences between Lookup, Master-Detail, and Hierarchical relationships in Salesforce. For each type, provide real-world business scenarios where you would use them. Include advantages, limitations, and how each affects data sharing, deletion behavior, and roll-up summaries.”

Prompt 4: Security Model Deep Dive

“Create a comprehensive explanation of Salesforce’s security model covering all layers: object-level, field-level, and record-level security. Explain how OWD, role hierarchy, sharing rules, manual sharing, and teams work together. Provide a scenario where a user needs access to specific records and walk through the security configuration needed.”

Prompt 5: Automation Tools Comparison

“Compare Workflow Rules, Process Builder, and Flows in Salesforce. Create a detailed comparison table showing capabilities, limitations, use cases, and migration strategies. Then provide 5 real-world business scenarios and recommend which automation tool to use for each, with justification.”

Prompt 6: Formula Fields & Validation Rules

“Explain formula fields and validation rules in Salesforce. Provide 10 practical examples of formula fields (text, number, date, and checkbox formulas) and 10 validation rule examples for common business scenarios like email validation, date range checks, and conditional requirements.”

Prompt 7: Data Management Best Practices

“Explain data import and export strategies in Salesforce. Compare Data Import Wizard, Data Loader, and Workbench. Provide step-by-step guides for handling parent-child relationships during import, managing duplicates, using external IDs for upsert operations, and scheduling automated data operations.”

Prompt 8: Page Layouts vs Record Types

“Explain the difference between Page Layouts and Record Types in Salesforce. Provide detailed examples of when to use each, how they work together, and walk through a complete scenario of setting up different business processes for different types of Opportunities using both features.”

Prompt 9: Reports & Dashboards Mastery

“Teach me how to create effective reports and dashboards in Salesforce. Explain each report type (Tabular, Summary, Matrix, Joined) with examples. Then describe how to create custom report types, use cross filters, bucket fields, and formulas. Finally, explain dashboard components and dynamic dashboards.”

Prompt 10: Approval Process Configuration

“Walk me through creating approval processes in Salesforce. Explain all components: entry criteria, submission actions, approval steps, approver selection (including dynamic approval), actions at each stage, and testing strategies. Provide a complete example for expense report approval with multiple approval levels.”

Section 2: Apex Programming Fundamentals (10 Prompts)

Prompt 11: Apex Language Basics

“Teach me Apex programming from scratch. Explain data types, variables, operators, control statements (if-else, loops), collections (List, Set, Map), and how Apex differs from Java. Provide 15 code examples demonstrating each concept with detailed explanations.”

Prompt 12: SOQL Query Mastery

“Explain SOQL in detail with examples. Cover basic queries, WHERE clauses, relationship queries (parent-to-child and child-to-parent), aggregate functions, GROUP BY, ORDER BY, LIMIT, and OFFSET. Provide 20 SOQL query examples ranging from basic to advanced, including queries across multiple relationships.”

Prompt 13: DML Operations Deep Dive

“Explain all DML operations in Apex: Insert, Update, Delete, Undelete, Upsert, and Merge. For each operation, provide syntax, examples, error handling using Database methods, and best practices for bulkification. Include examples of processing results and handling partial successes.”

Prompt 14: Collections & Data Manipulation

“Teach me advanced collection handling in Apex. Explain Lists, Sets, and Maps with 20 practical examples. Cover iteration techniques, nested collections, converting between collection types, using collections for bulkification, and common patterns like creating Maps from SOQL queries.”

Prompt 15: Object-Oriented Programming in Apex

“Explain OOP concepts in Apex: classes, objects, constructors, methods (static vs instance), inheritance, polymorphism, interfaces, and abstract classes. Provide complete code examples for each concept and explain when to use each OOP feature in Salesforce development.”

Prompt 16: Exception Handling

“Teach me exception handling in Apex. Explain try-catch-finally blocks, built-in exception types (DMLException, QueryException, etc.), custom exceptions, and best practices for error handling. Provide 10 examples showing proper exception handling in different scenarios.”

Prompt 17: Governor Limits & Bulkification

“Explain Salesforce governor limits in detail. List all major limits (SOQL, DML, CPU time, heap size) with their values. Then teach me bulkification patterns: processing collections instead of single records, avoiding queries in loops, efficient DML operations, and using Maps for lookups. Provide before/after code examples.”

Prompt 18: Test Class Development

“Teach me how to write comprehensive test classes in Apex. Explain @isTest annotation, Test.startTest()/stopTest(), System.assert methods, creating test data, testing bulk scenarios, achieving code coverage, and best practices. Provide 5 complete test class examples for different scenarios.”

Prompt 19: Wrapper Classes

“Explain wrapper classes in Apex. What are they, when to use them, and how to implement them? Provide 5 real-world examples including displaying custom data in Visualforce/LWC, processing multiple objects together, and handling complex data structures.”

Prompt 20: Asynchronous Apex Overview

“Compare all asynchronous Apex methods: @future, Batch Apex, Queueable Apex, and Scheduled Apex. Create a detailed comparison table, explain when to use each, provide complete code examples for each type, and explain monitoring and error handling strategies.”

Section 3: Trigger Development (10 Prompts)

Prompt 21: Trigger Fundamentals

“Teach me Salesforce triggers from basics. Explain trigger syntax, trigger events (before/after insert/update/delete/undelete), trigger context variables (Trigger.new, Trigger.old, Trigger.newMap, Trigger.oldMap), and when to use before vs after triggers. Provide 10 simple trigger examples.”

Prompt 22: Trigger Best Practices

“Explain trigger best practices and design patterns. Cover one trigger per object, trigger handler framework, bulkification, recursion prevention, and separation of concerns. Provide a complete trigger handler framework implementation with examples.”

Prompt 23: Bulkifying Triggers

“Teach me how to write bulk-safe triggers. Explain common mistakes (queries in loops, DML in loops), proper bulkification patterns using collections, and how to handle related records efficiently. Provide 5 before/after examples showing unbulkified and bulkified versions.”

Prompt 24: Trigger Recursion Control

“Explain trigger recursion problems and solutions. Why does recursion occur? How to prevent it using static variables, handler patterns, and context checking? Provide complete code examples demonstrating recursion issues and multiple prevention techniques.”

Prompt 25: Complex Trigger Scenarios

“Provide 10 complex trigger scenarios with complete solutions:

  1. Prevent duplicate records based on custom criteria
  2. Update parent account when child opportunities close
  3. Send email alerts based on field changes
  4. Calculate roll-up summary on lookup relationships
  5. Maintain audit trail of changes
  6. Sync data across related objects
  7. Enforce complex validation rules
  8. Auto-populate fields based on related records
  9. Archive records before deletion
  10. Implement cascading updates across multiple objects”
 

Prompt 26: Trigger Context Variables Deep Dive

“Explain all trigger context variables in detail with examples: Trigger.new, Trigger.old, Trigger.newMap, Trigger.oldMap, Trigger.isInsert, Trigger.isUpdate, Trigger.isDelete, Trigger.isUndelete, Trigger.isBefore, Trigger.isAfter, Trigger.size, Trigger.isExecuting. Provide code examples using each variable appropriately.”

Prompt 27: Before vs After Trigger Use Cases

“Explain when to use before triggers vs after triggers. Provide 20 business scenarios (10 for before, 10 for after) with explanations. Include scenarios like field updates, validation, related record operations, email notifications, and external system callouts.”

Prompt 28: Trigger Testing Strategies

“Teach me how to comprehensively test triggers. Explain testing single records, bulk testing (200+ records), testing all trigger events, testing negative scenarios, and achieving high code coverage. Provide complete test class examples for various trigger scenarios.”

Prompt 29: Trigger Handler Framework

“Explain trigger handler frameworks in detail. Provide a complete, production-ready trigger handler framework implementation with interface, base handler class, object-specific handler, and trigger. Include recursion control, bypass mechanisms, and error handling.”

Prompt 30: Mixed DML Errors

“Explain mixed DML errors in triggers. What causes them? Which objects are setup vs non-setup? How to resolve using @future methods, System.runAs(), or Queueable Apex? Provide complete code examples demonstrating the problem and multiple solutions.”

Section 4: Lightning Web Components (10 Prompts)

Prompt 31: LWC Fundamentals

“Teach me Lightning Web Components from scratch. Explain component structure (HTML, JS, CSS, XML), naming conventions, decorators (@api, @track, @wire), lifecycle hooks, and how LWC differs from Aura. Provide 5 simple component examples with complete code.”

Prompt 32: Data Binding & Reactivity

“Explain data binding and reactivity in LWC. How do properties become reactive? How does @api work? When is @track needed? Provide examples of one-way binding, two-way binding (with lightning-input), and computed properties using getters.”

Prompt 33: Lightning Data Service

“Teach me Lightning Data Service in LWC. Explain wire adapters (getRecord, getRecords, createRecord, updateRecord, deleteRecord), their parameters, handling loading/error states, and refreshing data. Provide 10 complete examples using LDS for various CRUD operations.”

Prompt 34: Apex Integration in LWC

“Explain how to call Apex methods from LWC. Cover importing Apex methods, @wire adapter pattern, imperative calls with promises, handling errors, passing parameters, and refreshing wired data. Provide 10 examples ranging from simple queries to complex DML operations.”

Prompt 35: Component Communication

“Teach me all component communication patterns in LWC:

  1. Parent to child (public properties and methods)
  2. Child to parent (custom events)
  3. Unrelated components (Lightning Message Service)
    Provide complete code examples for each pattern with detailed explanations.”
 

Prompt 36: Event Handling in LWC

“Explain event handling in LWC. Cover standard DOM events, custom events (creating, dispatching, handling), event bubbling, event composition, passing data through events, and best practices. Provide 10 examples of different event scenarios.”

Prompt 37: Navigation & Toast Messages

“Teach me navigation and user notifications in LWC. Explain NavigationMixin with examples for navigating to records, objects, list views, related lists, and external URLs. Also explain ShowToastEvent for success/error/warning/info messages. Provide 10 practical examples.”

Prompt 38: Forms in LWC

“Explain form handling in LWC. Cover lightning-record-form, lightning-record-edit-form, lightning-record-view-form, handling form submissions, validation, error handling, and field-level security. Provide examples for create, edit, and view scenarios.”

Prompt 39: LWC with External APIs

“Teach me how to make HTTP callouts from LWC. Explain that LWC calls Apex which makes callouts, how to structure Apex methods for callouts, handle authentication, process responses, and display results in LWC. Provide complete examples for GET and POST requests.”

Prompt 40: Advanced LWC Patterns

“Teach me advanced LWC patterns:

  1. Conditional rendering (if:true, if:false)
  2. List rendering (for:each, iterator)
  3. Slots for content projection
  4. Dynamic styling
  5. Querying DOM elements
  6. Using third-party JavaScript libraries
  7. Implementing pagination
  8. Handling large data sets
    Provide complete code examples for each.”
💡 Looking for practical, hands-on examples to apply these prompts? Dive into our Salesforce How-to Guides for detailed step-by-step tutorials.
Section 5: Integration & Advanced Topics (10 Prompts)

Prompt 41: REST API Basics

“Teach me Salesforce REST API. Explain authentication (OAuth 2.0), making HTTP requests (GET, POST, PATCH, DELETE), JSON request/response formats, API versions, and error handling. Provide examples of querying records, creating records, updating records, and deleting records using REST API.”

Prompt 42: Making Callouts from Apex

“Explain how to make HTTP callouts from Apex. Cover HttpRequest, HttpResponse, Http class, setting endpoints/methods/headers/body, parsing responses, handling errors, and Remote Site Settings/Named Credentials. Provide 5 complete examples for different integration scenarios.”

Prompt 43: Named Credentials

“Teach me Named Credentials in Salesforce. What are they? How to create them? How do they handle authentication? How to use them in Apex callouts? Provide step-by-step setup guides and code examples for password authentication and OAuth authentication.”

Prompt 44: Platform Events

“Explain Platform Events in detail. What are they? When to use them? How to create platform event objects? How to publish events from Apex, Process Builder, and Flows? How to subscribe using triggers? Provide complete examples for event-driven architecture scenarios.”

Prompt 45: Batch Apex Implementation

“Teach me Batch Apex thoroughly. Explain Database.Batchable interface, start(), execute(), and finish() methods, Database.QueryLocator vs Iterable, batch size considerations, and monitoring. Provide 5 complete batch class examples for different data processing scenarios.”

Prompt 46: Queueable Apex

“Explain Queueable Apex in detail. How does it differ from @future? How to implement System.Queueable interface? How to enqueue jobs? How to chain jobs? How to monitor? Provide complete examples including passing complex data types and chaining multiple queueables.”

Prompt 47: Scheduled Apex

“Teach me Scheduled Apex. Explain Schedulable interface, cron expressions, scheduling jobs programmatically and through UI, limitations, and monitoring. Provide examples of daily, weekly, and custom schedule patterns. Include batch job scheduling examples.”

Prompt 48: Change Data Capture

“Explain Change Data Capture in Salesforce. What is it? How to enable it? How to subscribe to change events? How it differs from Platform Events? Provide examples of using CDC for real-time data synchronization with external systems.”

Prompt 49: Visualforce Basics

“Teach me Visualforce pages. Explain page structure, Visualforce tags, standard controllers, custom controllers, controller extensions, and when to use Visualforce vs LWC. Provide 5 complete Visualforce page examples with controllers for common scenarios.”

Prompt 50: Interview Scenario Practice

“Act as an interviewer and give me 10 complex Salesforce scenario-based questions that combine multiple concepts (triggers + SOQL + bulkification, LWC + Apex + integration, etc.). For each question, help me break down the approach, design the solution, and provide complete code implementation. Then critique my approach and suggest improvements.”

How to Maximize Learning with These Prompts

Step 1: Deep Understanding

  • Copy each prompt into ChatGPT exactly as written
  • Read the generated response thoroughly
  • Take notes on key concepts and examples

Step 2: Practice Implementation

  • Try coding the examples in your Salesforce Developer org
  • Modify examples to create variations
  • Test thoroughly to understand behavior

Step 3: Follow-Up Questions

  • Ask ChatGPT follow-up questions for clarification
  • Request additional examples for difficult concepts
  • Ask for real-world use cases and best practices

Step 4: Test Your Knowledge

  • Ask ChatGPT to quiz you on the topics
  • Request scenario-based questions to solve
  • Compare your solutions with ChatGPT’s recommendations

Step 5: Interview Simulation

  • Use Prompt 50 extensively for interview practice
  • Ask ChatGPT to act as interviewer for mock interviews
  • Practice explaining concepts verbally as you would in interviews
   Turn Your Preparation Into   Professional Success

         Enroll in our Salesforce Developer Course today — build projects, gain confidence, and get interview-ready!

Flat illustration of a candidate and interviewer having a conversation at a desk in a professional interview setting.

3. COMMUNICATION SKILLS & BEHAVIORAL (30 Questions Total)

Section 1: Self-Introduction & Personal Branding (5 Questions)

Q1. Tell me about yourself.

Structure: Present – Past – Future Framework

Sample Answer:
“I’m a Salesforce Developer with hands-on experience in building custom solutions using Apex, Lightning Web Components, and declarative tools. Currently, I’ve completed comprehensive training in Salesforce Administration and Development at Frontlines Edutech, where I worked on real-world projects including building custom objects, triggers for automation, and Lightning Web Components for enhanced user experience.

My journey into Salesforce began after [your background – B.Tech/degree], where I developed a strong foundation in programming and problem-solving. During my training, I’ve completed projects like [mention 2-3 specific projects: e.g., ‘a lead management system with automated approval processes’ or ‘a custom LWC component for dashboard analytics’].

Looking ahead, I’m excited to apply my Salesforce skills in a developer role where I can contribute to building scalable solutions, optimize business processes, and continue growing my expertise in the Salesforce ecosystem. I’m particularly interested in working on complex integrations and advanced Lightning Web Components development.”

Tips:

  • Keep it under 2 minutes
  • Focus on relevant Salesforce skills
  • Be enthusiastic and confident
  • Customize based on job description
 

Q2. Why do you want to work as a Salesforce Developer?

Sample Answer:
“I’m drawn to Salesforce development for three main reasons. First, Salesforce is the world’s leading CRM platform with tremendous market demand and career growth potential. The ecosystem is constantly evolving with new features like Einstein AI and Experience Cloud, which keeps the work challenging and exciting.

Second, I love the problem-solving aspect of Salesforce development. Whether it’s writing optimized Apex triggers, creating intuitive Lightning Web Components, or designing automation workflows, each project presents unique challenges that require both technical skills and business understanding.

Third, the impact is tangible. When I build a solution that automates a manual process or creates a better user experience, I can see how it directly helps businesses operate more efficiently. During my training, I developed [specific example project], which streamlined [specific process] and demonstrated how technology can transform business operations.

The Salesforce Trailblazer community and continuous learning opportunities through Trailhead also align with my commitment to professional growth.”

Q3. What are your key strengths as a Salesforce Developer?

Sample Answer:
“My key strengths as a Salesforce Developer are:

Technical Proficiency: I have strong command over Apex programming, SOQL/SOSL queries, Lightning Web Components, and declarative tools like Process Builder and Flows. I understand governor limits thoroughly and always write bulkified, efficient code.

Problem-Solving Ability: I approach complex requirements systematically – breaking them into smaller components, identifying the optimal solution (declarative vs programmatic), and implementing with best practices. For example, [describe a specific problem you solved during training].

Attention to Detail: I focus on code quality, writing comprehensive test classes with high coverage, documenting my code, and following Salesforce best practices. I understand that maintainable code is as important as functional code.

Quick Learner: The Salesforce platform evolves rapidly with three releases per year. I stay updated through Trailhead, release notes, and the developer community. I’ve already earned [mention any Trailhead badges/superbadges] and continue learning daily.

Collaborative Mindset: I communicate clearly with both technical and non-technical stakeholders, understanding that great solutions require understanding business requirements, not just technical implementation.”

Q4. What are your weaknesses?

Strategy: Mention a real weakness but show how you’re working to improve it

Sample Answer:
“One area I’m actively working on is my experience with complex integration scenarios. While I understand REST and SOAP APIs conceptually and have practiced making callouts in my training projects, I haven’t yet worked on large-scale enterprise integrations with multiple external systems.

To address this, I’ve been taking additional Trailhead modules on integration patterns, studying real-world integration architectures, and building practice projects that simulate integration scenarios. I’m also preparing for the Salesforce Platform Developer II certification, which covers integration more deeply.

I believe the best way to strengthen this area is through hands-on experience, which is why I’m excited about opportunities to work on integration projects under the guidance of experienced developers on your team.

Another area is public speaking – while I’m comfortable with technical discussions in small groups, presenting to larger audiences is something I’m building confidence in. I’ve started participating more actively in study groups and am planning to present at local Salesforce community meetups.”

Note: Never say “I’m a perfectionist” or “I work too hard” – these are cliché responses that interviewers see through immediately.

Q5. Where do you see yourself in 3-5 years?

Sample Answer:
“In the next 3-5 years, I see myself growing from a Salesforce Developer to a Senior Technical Consultant or Technical Architect role. Here’s how I envision that progression:

Year 1-2: Master the fundamentals by working on diverse projects, earning my Platform Developer I and II certifications, and becoming proficient in advanced Apex patterns, complex integrations, and Lightning Web Components. I want to become the go-to person for solving challenging technical problems on my team.

Year 3-4: Take on more architectural responsibilities – designing solutions, mentoring junior developers, leading technical implementations, and earning my Application Architect certification. I’m particularly interested in specializing in either integration architecture or platform event-driven designs.

Year 5: Be in a position where I’m architecting enterprise-level Salesforce solutions, contributing to strategic technology decisions, and possibly obtaining my Technical Architect certification. I also want to give back to the community through blogging, speaking at Salesforce events, or mentoring others.

Throughout this journey, I’m committed to continuous learning and staying current with Salesforce innovations. I believe your company, with its [mention specific aspects of the company], would be an excellent environment for this growth trajectory.”

Flat vector showing person in virtual Salesforce interview with checklist on laptop screen, white-blue workspace.
Section 2: Behavioral Questions - STAR Method (15 Questions)

STAR Method Framework:

  • Situation: Set the context
  • Task: Explain the challenge/responsibility
  • Action: Describe what you did (focus on YOUR actions)
  • Result: Share the outcome and what you learned
 

Q6. Tell me about a challenging project you worked on.

Sample Answer:
Situation: During my Salesforce training, I was assigned to develop a custom opportunity management system for a simulated business scenario. The requirement was to automate opportunity stages, calculate complex discount structures, and send automated notifications.

Task: I needed to design a solution that handled bulk records efficiently, maintained data integrity across related objects (Accounts, Opportunities, Products), and met a tight two-week deadline.

Action: I approached this systematically:

  1. Analyzed requirements and created a technical design document
  2. Built custom objects and relationships using best practices
  3. Developed an Apex trigger with a handler class for opportunity calculations
  4. Created validation rules to ensure data quality
  5. Built Lightning Web Components for the custom UI
  6. Wrote comprehensive test classes achieving 95% code coverage
  7. Documented the entire solution for future maintenance

I encountered a challenge with governor limits when processing bulk opportunities. I refactored my code to use Maps for lookups instead of nested queries, which resolved the issue.

Result: I completed the project one day ahead of schedule. The solution handled 200+ opportunity records efficiently, all test cases passed, and my instructor commended the code quality and documentation. This project taught me the importance of planning, bulkification, and thorough testing. It’s now part of my portfolio that I showcase to potential employers.

Q7. Describe a time when you had to debug a complex issue.

Sample Answer:
Situation: While developing a trigger to update account ratings based on opportunity values, I encountered an unexpected error: “Maximum trigger depth exceeded.” The trigger would work fine for single records but fail during bulk operations.

Task: I needed to identify the root cause of the recursion and fix it without compromising the business logic.

Action:

  1. Enabled debug logs and analyzed the execution flow
  2. Discovered the trigger was recursively calling itself when updating accounts, which then updated related opportunities, triggering the account update again
  3. Implemented a static Boolean variable in the trigger handler to track execution
  4. Added recursion control logic: checking if this was the first run before executing update logic
  5. Tested with bulk data (200+ records) to ensure the fix worked
  6. Documented the recursion pattern and solution for future reference
 

Result: The trigger now handles bulk operations flawlessly. This experience taught me the critical importance of recursion control in triggers and the value of testing with bulk data early in development. I now always implement recursion prevention as a standard practice in my trigger handlers.

Q8. Tell me about a time you had to learn something new quickly.

Sample Answer:
Situation: Midway through my Salesforce training, our instructor introduced Lightning Web Components, which was completely new to me. I had only worked with Aura components briefly.

Task: I had one week to learn LWC fundamentals and build a functional component for our project – a reusable data table with sorting, filtering, and pagination capabilities.

Action:

  1. Dedicated 3-4 hours daily to focused learning
  2. Completed the “Lightning Web Components Basics” Trailhead module
  3. Studied official Salesforce LWC documentation and sample code
  4. Built small practice components incrementally (first simple display, then adding interactivity, then data binding)
  5. Joined the Salesforce Stack Exchange community to clarify doubts
  6. Applied concepts immediately in my project component
  7. Sought code review from peers to identify improvements
 

Result: I successfully delivered the data table component on time with all required features. The component was reusable and followed LWC best practices. My instructor noted the clean code structure and proper use of decorators. This experience reinforced my ability to rapidly learn new technologies and proved that consistent, focused effort yields results. I’m now comfortable building complex LWC components and actually prefer LWC over Aura.

Q9. Describe a situation where you worked effectively in a team.

Sample Answer:
Situation: For our capstone project at Frontlines Edutech, I was part of a 4-member team tasked with building a complete CRM solution with custom modules for leads, opportunities, case management, and reporting.

Task: We had three weeks to deliver a functional application with both declarative and programmatic components. I was responsible for the opportunity management module and integration with the team’s other components.

Action:

  1. We started with a team planning session where we divided responsibilities based on strengths
  2. Established daily standup meetings (15 minutes) to share progress and blockers
  3. Used a shared Trello board for task tracking and a GitHub repository for version control
  4. I actively communicated my progress and dependencies, flagging potential integration issues early
  5. When a teammate struggled with Apex trigger bulkification, I conducted a knowledge-sharing session to help the entire team understand the concept
  6. We performed peer code reviews before merging any code
  7. Conducted integration testing together to ensure all modules worked seamlessly
 

Result: We delivered the project two days early with all features working correctly. Our solution received the highest grade in the class. The instructor specifically praised our teamwork, code quality, and documentation. I learned that clear communication, mutual support, and structured collaboration lead to better outcomes than working in silos. These teamwork skills directly translate to professional development environments.

Q10. Tell me about a time you made a mistake and how you handled it.

Sample Answer:
Situation: During a practice project, I deployed a trigger to update account records based on opportunity values. Shortly after deployment to my test environment, I realized the trigger had a critical bug – it wasn’t properly handling null values, causing errors for accounts without opportunities.

Task: I needed to quickly identify the issue, fix it, prevent data corruption, and ensure it wouldn’t happen again.

Action:

  1. Immediately acknowledged the mistake to my instructor rather than trying to hide it
  2. Deactivated the problematic trigger to prevent further issues
  3. Analyzed the debug logs to understand exactly what went wrong
  4. Identified that I had failed to add null checks before performing calculations
  5. Wrote additional test cases specifically for edge cases (null values, zero values, boundary conditions)
  6. Fixed the code with proper null handling and defensive programming
  7. Ran all test cases until achieving 100% coverage including negative scenarios
  8. Created a personal checklist for code review: null checks, bulk testing, boundary conditions
  9. Redeployed the corrected trigger and verified functionality
 

Result: The corrected trigger worked flawlessly across all scenarios. More importantly, I learned invaluable lessons: always test edge cases, never assume data will be perfect, and practice defensive programming. I also learned that owning mistakes quickly earns respect and allows for faster resolution. Since then, I’ve maintained my code review checklist and haven’t missed similar edge cases. This experience made me a more thorough and careful developer.

Q11. Describe a time when you received constructive criticism.

Sample Answer:
Situation: After submitting my first Apex trigger assignment, my instructor provided detailed feedback indicating that while my code worked, it wasn’t bulkified and would fail governor limits with large data volumes.

Task: I needed to understand bulkification principles, refactor my code, and adopt this as a permanent practice.

Action:

  1. Rather than feeling defensive, I requested a one-on-one session to understand the feedback deeply
  2. My instructor walked me through governor limits and showed me how my code would fail with 200+ records
  3. I studied bulkification patterns extensively using Trailhead and developer documentation
  4. Completely rewrote my trigger using collections, moving all SOQL queries and DML operations outside loops
  5. Implemented proper use of Maps for efficient lookups
  6. Tested with bulk data (200 records) to verify performance
  7. Applied these learnings to all subsequent code I wrote
  8. Created a personal document on bulkification patterns for future reference
 

Result: My refactored code not only worked but performed efficiently with large datasets. The instructor commended my receptiveness to feedback and thorough implementation. This experience fundamentally changed how I approach coding – I now always think about bulk operations from the start rather than as an afterthought. I’m grateful for that criticism as it made me a significantly better developer. I actively seek code reviews now because I know feedback accelerates growth.

Q12. Tell me about a time you had to manage multiple priorities.

Sample Answer:
Situation: During the final month of my Salesforce training, I had to simultaneously complete my capstone project, prepare for the Platform Developer I certification exam, complete pending Trailhead modules for course completion, and attend daily classes.

Task: I needed to effectively manage my time to excel in all areas without compromising quality or burning out.

Action:

  1. Created a detailed schedule in Google Calendar, blocking time for each activity
  2. Prioritized tasks using the Eisenhower Matrix (urgent/important quadrants)
  3. Dedicated mornings (6-8 AM) to certification prep when my mind was freshest
  4. Used class time efficiently by asking questions that served both learning and project needs
  5. Allocated afternoons to project work, breaking it into daily milestones
  6. Completed Trailhead modules during commute time or short breaks
  7. Set realistic deadlines, building in buffer time for unexpected challenges
  8. Communicated proactively with instructors about my timeline
  9. Maintained work-life balance by scheduling mandatory breaks and adequate sleep
 

Result: I successfully completed the capstone project with distinction, passed the Platform Developer I certification on my first attempt, and finished all required Trailhead modules. While intense, this period taught me valuable lessons about time management, prioritization, and maintaining quality under pressure. These are crucial skills for professional environments where multiple projects and deadlines are the norm. I now use these time management techniques daily.

Q13. Describe a situation where you showed initiative.

Sample Answer:
Situation: During our training, I noticed several classmates struggling with understanding trigger bulkification and governor limits – concepts our instructor had covered but many found difficult to grasp.

Task: Though not required, I wanted to help my peers succeed and reinforce my own understanding.

Action:

  1. Organized voluntary weekend study sessions focused on triggers and governor limits
  2. Created visual diagrams explaining execution flow and common bulkification patterns
  3. Developed simple, progressive code examples starting from non-bulkified to bulkified versions
  4. Created a shared Google Doc with best practices, code snippets, and common mistakes to avoid
  5. Encouraged peer teaching where those who understood explained concepts to others
  6. Set up a WhatsApp group for quick questions and answers
  7. Compiled frequently asked questions and shared comprehensive answers
  8. Requested our instructor review my materials for accuracy
 

Result: Attendance grew from 5 initial participants to 15+ students. Class performance on subsequent trigger assignments improved significantly, with most students writing bulkified code. Several classmates credited these sessions for their improved understanding. The instructor incorporated some of my materials into official course content. Personally, teaching solidified my own understanding – explaining concepts to others revealed gaps in my knowledge that I then filled. This experience taught me that taking initiative benefits not just others but yourself, and that knowledge grows when shared.

Q14. Tell me about a time you disagreed with someone (peer/instructor).

Sample Answer:
Situation: During a team project, a teammate insisted we should use Process Builder for a complex automation requirement involving multiple object updates and conditional logic.

Task: I believed Flow would be more appropriate and maintainable, but needed to handle the disagreement professionally without creating team conflict.

Action:

  1. Listened fully to their reasoning before presenting my perspective
  2. Acknowledged the valid points in their approach (Process Builder’s simplicity)
  3. Respectfully presented my case: Flows offer better debugging, more flexibility, and are Salesforce’s recommended future-proof solution
  4. Created a quick proof-of-concept in both tools to demonstrate differences
  5. Showed how Flow would make future modifications easier
  6. Suggested we consult our instructor as a neutral third party
  7. Emphasized that our shared goal was the best solution, not winning the argument
  8. Remained collaborative regardless of which approach was chosen
 

Result: After seeing both implementations and consulting our instructor, the team agreed Flow was more suitable for our complex requirements. My teammate appreciated that I respected their opinion while presenting alternatives constructively. We implemented the solution using Flow, which indeed made later modifications much easier. This experience taught me that disagreements, when handled professionally with data and respect, lead to better outcomes. It’s not about being right; it’s about finding the best solution together. That teammate and I maintain a good professional relationship and often discuss technical approaches.

Q15. Describe a time when you exceeded expectations.

Sample Answer:
Situation: I was assigned to create a basic Lightning Web Component to display account records with simple filtering capabilities as part of a module assignment.

Task: The minimum requirement was a list view with basic field filtering.

Action: While I could have delivered just the requirements, I saw an opportunity to create something more valuable:

  1. Completed the basic requirements first to ensure baseline delivery
  2. Added advanced features: sorting columns, pagination, search across multiple fields, and export to CSV functionality
  3. Implemented proper loading states and error handling for better UX
  4. Made the component reusable by using @api properties for configuration
  5. Wrote comprehensive documentation explaining how to configure and reuse the component
  6. Created detailed test classes covering all scenarios
  7. Added inline code comments for maintainability
  8. Presented the enhanced component to the class as a learning resource
 

Result: My instructor gave me the highest grade and used my component as an example for future batches. Several classmates asked if they could study my code to learn advanced LWC patterns. The component became part of my portfolio, and I’ve mentioned it in multiple job interviews as an example of going beyond requirements. This experience reinforced that exceeding expectations isn’t just about impressing others – it’s about pushing yourself to grow, learn more, and create genuine value. The extra effort invested in that project continues paying dividends.

Q16. Tell me about a time you had to adapt to change.

Sample Answer:
Situation: Halfway through our training program, Salesforce released a major update (Spring ’24 release) that introduced significant changes to Flow Builder and deprecated several features we had just learned.

Task: I needed to quickly adapt to the new features, understand what changed, and update my knowledge and existing projects.

Action:

  1. Read the release notes thoroughly, focusing on features affecting our coursework
  2. Watched Salesforce’s official release webinars and demos
  3. Updated my practice org to the new release to explore changes hands-on
  4. Identified which of my existing projects needed updates
  5. Refactored flows using the new recommended approaches
  6. Created comparison notes: old way vs. new way for personal reference
  7. Shared my learnings with classmates who were overwhelmed by the changes
  8. Viewed this as an opportunity to learn rather than a setback
 

Result: I adapted quickly while many peers struggled with the changes. This early experience with handling Salesforce updates prepared me for the reality that Salesforce releases three major updates annually. I now proactively follow release notes and attend release readiness webinars. I’ve learned that in the Salesforce ecosystem, embracing change and continuous learning isn’t optional – it’s essential. This adaptability is one of my strengths; I don’t resist change but rather see it as an opportunity to stay current and add new skills.

Q17. Describe a time you had to explain a technical concept to a non-technical person.

Sample Answer:
Situation: During our project presentations, I had to explain my trigger implementation to guest evaluators who were business analysts with limited technical knowledge.

Task: I needed to communicate the value and functionality of my technical solution without using jargon that would confuse them.

Action:

  1. Avoided technical terms like “trigger,” “governor limits,” “bulkification”
  2. Started with the business problem: “Manual calculation of opportunity discounts was time-consuming and error-prone”
  3. Explained the solution in business terms: “I created an automated system that instantly calculates accurate discounts based on your defined rules whenever opportunities are created or updated”
  4. Used analogies: “Think of it like autocorrect on your phone – it works automatically in the background ensuring accuracy without you thinking about it”
  5. Demonstrated the actual functionality rather than showing code
  6. Highlighted business benefits: time saved, accuracy improved, consistency ensured
  7. Prepared for potential questions with simple, clear answers
  8. Confirmed understanding by asking them to describe the solution back to me
 

Result: The evaluators fully understood the solution’s value and asked insightful business questions rather than getting confused by technicalities. They appreciated the clear communication and rated my presentation highly. One evaluator specifically noted, “You made complex technology understandable.” This experience taught me that technical skills alone aren’t enough – being able to translate technical concepts into business value is equally important. In professional roles, we constantly communicate with stakeholders, product owners, and executives who need to understand what we’re building without needing to know how we’re building it.

Q18. Tell me about a goal you set and achieved.

Sample Answer:
Situation: At the start of my Salesforce training, I set an ambitious goal: earn the Salesforce Platform Developer I certification within six months of course completion.

Task: This required mastering all development concepts, gaining hands-on experience, and passing a rigorous 60-question exam with 65% passing score.

Action:

  1. Created a detailed 6-month study plan with weekly milestones
  2. Completed all relevant Trailhead modules and superbadges (Platform Developer I path)
  3. Built at least three substantial practice projects covering all exam topics
  4. Read the official exam guide and ensured I understood every topic listed
  5. Used Focus on Force practice exams to identify weak areas
  6. Joined study groups where we quizzed each other
  7. Created flashcards for important concepts, formulas, and limits
  8. Scheduled my exam date in advance to create accountability
  9. Took multiple full-length practice exams under timed conditions
  10. Focused extra effort on weaker areas identified in practice tests
 

Result: I passed the Platform Developer I certification on my first attempt with a score of 78%, exceeding the 65% requirement. The certification validated my skills and significantly boosted my confidence. More importantly, the structured preparation process taught me effective learning strategies I now apply to all new skills. The certification has already opened doors – several recruiters specifically reached out because of it on my LinkedIn profile. I’ve since set a new goal: Platform Developer II certification within the next year, and I’m applying the same systematic approach.

Q19. Describe a time when you had to meet a tight deadline.

Sample Answer:
Situation: I was given a week to complete a comprehensive project that typically takes two weeks – building a complete case management system with automation, custom UI, and integration with external email service.

Task: Deliver a fully functional solution with all requirements met, tested, and documented within the compressed timeline.

Action:

  1. Immediately broke down the project into specific tasks with time estimates
  2. Identified must-have vs. nice-to-have features, focusing on core requirements first
  3. Created a daily schedule with specific milestones
  4. Eliminated distractions – informed family/friends I’d be unavailable, turned off social media
  5. Front-loaded the most complex tasks (trigger development, integration) when I was freshest
  6. Developed incrementally, testing each component before moving to the next
  7. Used proven code patterns and templates rather than reinventing solutions
  8. Scheduled only 8 hours of work daily to avoid burnout affecting code quality
  9. Built documentation throughout rather than leaving it for the end
  10. Had checkpoints with my instructor on day 3 and 5 to ensure I was on track
 

Result: I delivered the complete project on day 6, one day ahead of the compressed deadline, with all requirements met. The solution worked correctly, had 92% test coverage, and included clear documentation. My instructor was impressed with both the quality and timely delivery despite the pressure. This experience taught me that tight deadlines are manageable with proper planning, prioritization, and disciplined execution. It also showed me the importance of maintaining code quality even under pressure – cutting corners would have led to bugs and rework. I now feel confident handling pressure situations in professional environments.

Q20. Tell me about your proudest achievement.

Sample Answer:
“My proudest achievement is successfully transitioning from [your previous field] to becoming a skilled Salesforce Developer in just [X] months while maintaining high standards of learning.

When I started, I had [limited/no] programming experience and the Salesforce platform was completely new. The learning curve was steep – understanding object-oriented programming, mastering Apex syntax, learning JavaScript for LWC, and grasping Salesforce-specific concepts like governor limits and security models.

What makes this achievement meaningful isn’t just completing the training, but how I approached it:

  • Maintained consistent discipline, dedicating 6-8 hours daily to learning
  • Built 12+ hands-on projects demonstrating various Salesforce features
  • Earned my Platform Developer I certification
  • Completed 100+ Trailhead modules and earned [X] badges
  • Contributed to my peer community by helping others learn
  • Maintained a project portfolio showcasing my work
 

More than the certificates and badges, I’m proud of developing a genuine problem-solving mindset. I don’t just write code that works; I write code that’s efficient, maintainable, and follows best practices. I’ve learned to think about scalability, user experience, and business value.

This achievement proved to myself that with dedication, structured learning, and persistence, I can master complex technologies. It’s given me confidence that I can continue growing throughout my Salesforce career, tackling new challenges and technologies as they emerge.

Looking forward, this is just the beginning. I’m excited to apply everything I’ve learned to real-world business problems and continue this growth trajectory in a professional development role.”

Section 3: Communication & Soft Skills (10 Questions)

Q21. How do you handle stress and pressure?

Sample Answer:
“I handle stress and pressure through a combination of preparation, perspective, and practical strategies:

Preparation: I’ve found that most stress comes from uncertainty or feeling unprepared. I minimize this by planning ahead, breaking large tasks into manageable pieces, and starting early. For example, when preparing for my certification exam, I created a study schedule months in advance rather than cramming.

Perspective: I remind myself that challenges are temporary and often opportunities for growth. When debugging a particularly difficult issue, instead of panicking, I view it as a learning experience that’s making me a better developer.

Practical Strategies:

  • Take short breaks when feeling overwhelmed rather than pushing through
  • Prioritize tasks – everything doesn’t need to be done simultaneously
  • Communicate early if deadlines are at risk rather than hoping to catch up
  • Maintain work-life balance through exercise, adequate sleep, and hobbies
  • Seek help when needed rather than struggling alone

During my training, when facing multiple deadlines, I stayed calm by focusing on one task at a time, communicating my progress transparently, and maintaining my physical and mental health. This approach has consistently helped me deliver quality work even under pressure.”

Q22. How do you stay updated with Salesforce changes?

Sample Answer:
“Staying current in the Salesforce ecosystem is crucial given the three major releases per year. Here’s my systematic approach:

Official Channels:

  • Read release notes for each Salesforce release (Spring, Summer, Winter)
  • Attend release readiness webinars hosted by Salesforce
  • Follow the Salesforce Developers blog and YouTube channel
 

Continuous Learning:

  • Active on Trailhead, completing new modules and earning badges regularly
  • Working toward Platform Developer II certification
  • Practice new features in my Developer Edition org
 

Community Engagement:

  • Follow Salesforce MVPs and thought leaders on Twitter and LinkedIn
  • Participate in Salesforce Stack Exchange for both asking and answering questions
  • Attend local Salesforce Developer Group meetups (when available)
  • Read blogs by experienced developers like Andrew Fawcett, David Liu, and others
 

Hands-On Practice:

  • Experiment with new features as soon as they’re released
  • Build small projects implementing new functionality
  • Update my existing projects to leverage new best practices

I dedicate at least 5 hours weekly to learning – whether through Trailhead, reading technical articles, or hands-on experimentation. I view continuous learning not as extra work but as an essential part of being a Salesforce professional.”

Q23. How would you handle a situation where you don’t know the answer?

Sample Answer:
“Not knowing something is completely normal, especially in a platform as vast as Salesforce. Here’s how I handle such situations:

Be Honest: I never pretend to know something I don’t. I’d say, ‘That’s a great question. I’m not certain about that specific aspect, but let me research it and get back to you with accurate information’.

Research Systematically:

  1. Check official Salesforce documentation first
  2. Search Salesforce Stack Exchange for similar questions
  3. Review Trailhead content related to the topic
  4. Consult developer forums and blogs
  5. Test in a Developer org if it’s a practical implementation question
 

Leverage Resources: I’d reach out to my network – senior developers, mentors, or the Salesforce community – when documentation alone isn’t sufficient.

Learn and Document: Once I find the answer, I document it for future reference and ensure I truly understand it, not just copy-paste a solution.

Follow Up: I always get back to the person who asked with a complete, well-researched answer and thank them for pushing me to learn something new.

During my training, when I encountered an unfamiliar scenario with platform events, rather than guessing, I admitted I needed to research, spent time understanding the concept thoroughly, tested it practically, and then provided a complete explanation. This approach builds credibility and ensures I’m constantly expanding my knowledge.”

Q24. How do you prioritize your tasks?

Sample Answer:
“I use a structured approach to prioritization based on urgency, importance, and impact:

Assessment Framework:

  • Critical-Urgent: Production bugs, system down, blocking issues – address immediately
  • Important-Not Urgent: Strategic development, code refactoring, learning – schedule dedicated time
  • Urgent-Not Important: Some meetings, interruptions – handle efficiently or delegate
  • Neither: Eliminate or postpone
 

Practical Application:

  1. Start each day listing all tasks
  2. Categorize using the framework above
  3. Consider dependencies – what’s blocking others?
  4. Estimate time required for each task
  5. Schedule high-concentration work (complex coding) during my peak productivity hours (mornings)
  6. Batch similar tasks together (code reviews, testing) for efficiency
  7. Build in buffer time for unexpected urgent items
 

Communication: When priorities conflict, I communicate with stakeholders about trade-offs: ‘I can deliver Feature A by Friday or Features B and C, but not all three. Which provides more value?’

Tools: I use a combination of Salesforce Tasks, Trello, and calendar blocking to stay organized

During my capstone project, when I had module development, bug fixes, and documentation all due, I prioritized critical functionality first, batched similar tasks, and communicated my plan to my instructor. This ensured nothing fell through the cracks while maintaining quality.”

Q25. What motivates you?

Sample Answer:
“I’m motivated by several interconnected factors:

Problem-Solving: I find deep satisfaction in tackling complex challenges. Whether it’s optimizing a slow query, resolving a difficult bug, or architecting an elegant solution, the process of analyzing problems and creating solutions energizes me.

Impact: Knowing that my code improves business processes and helps users work more efficiently is incredibly motivating. When I built [specific project example], seeing how it automated a tedious manual process gave me a sense of purpose.

Continuous Learning: Technology constantly evolves, and I love that Salesforce development requires continuous learning. The challenge of mastering new features, patterns, and best practices keeps work engaging and prevents stagnation.

Mastery: I’m driven by the pursuit of excellence. Writing clean, efficient, maintainable code that follows best practices satisfies my desire for craftsmanship. I don’t just want code that works; I want code I’m proud of.

Recognition: While not my primary motivator, acknowledgment of good work – whether from instructors, peers, or future colleagues – validates effort and encourages continued excellence.

Career Growth: I’m motivated by clear paths to advancement. The Salesforce career trajectory from Developer to Senior Developer to Architect provides tangible goals to work toward.

Ultimately, I’m most motivated when I’m learning, solving meaningful problems, and producing high-quality work that makes a difference.”

Q26. How do you ensure code quality?

Sample Answer:
“Code quality is fundamental to my development approach. Here’s how I ensure it:

During Development:

  • Follow Salesforce best practices and design patterns
  • Write clean, readable code with meaningful variable names
  • Add inline comments explaining complex logic
  • Keep methods focused (single responsibility principle)
  • Avoid hard-coding values; use custom settings/metadata
  • Bulkify all code from the start
 

Testing:

  • Write comprehensive test classes covering positive, negative, and edge cases
  • Aim for meaningful coverage, not just hitting 75% minimum
  • Test with bulk data (200+ records)
  • Include assertions that validate actual behaviour 
  • Test as a different user to verify security
 

Code Review:

  • Review my own code before submission (self-code review)
  • Use a personal checklist: null handling, governor limits, security, error handling
  • Seek peer reviews when possible
  • Be receptive to feedback and criticism
 

Documentation:

  • Write clear header comments for classes and methods
  • Document complex algorithms or business logic
  • Maintain README files for projects
  • Create technical design documents for significant features
 

Continuous Improvement:

  • Refactor code when I identify better approaches
  • Study well-written open-source Salesforce projects
  • Learn from code reviews I receive
  • Stay updated on evolving best practices

Quality code might take slightly longer initially, but it saves significant time in debugging, maintenance, and future enhancements. I view code quality as an investment, not an expense.”

Q27. How do you handle constructive feedback?

Sample Answer:
“I view constructive feedback as a gift – it’s an opportunity for growth that I actively seek out:

My Approach:

  • Listen Fully: I don’t interrupt or become defensive; I listen to understand completely
  • Ask Questions: I clarify anything unclear – ‘Can you give an example?’ or ‘What would better look like?’
  • Acknowledge: I thank the person for taking time to help me improve
  • Reflect: I consider the feedback objectively, separating my ego from the work
  • Act: I create concrete action steps to address the feedback
  • Follow Up: I implement changes and confirm improvement with the feedback provider
 

Real Example:
When my instructor critiqued my code organization, pointing out that mixing business logic with data access made testing difficult, my initial reaction was defensive – the code worked! But I paused, listened completely, and asked for examples of better organization.

I then spent time researching separation of concerns, refactored my code into distinct layers (trigger, handler, service, data access), and asked for a review of the improved structure. The result was more maintainable, testable code, and I now apply this pattern consistently.

Why This Matters:
In professional environments, code reviews are standard practice. Developers who can’t handle feedback create team friction and stagnate in their growth. I’ve learned that the best developers actively seek feedback because they know it accelerates improvement.

I actually prefer working in environments with strong code review cultures because I know I’ll grow faster.”

Q28. Describe your ideal work environment.

Sample Answer:
“My ideal work environment combines several key elements:

Collaborative Culture: I thrive in teams where developers collaborate, share knowledge, and help each other. Pair programming, code reviews, and open discussions create better solutions than working in silos.

Learning-Focused: An environment that encourages continuous learning through Trailhead time, conference attendance, certification support, and exposure to diverse projects. I want to work somewhere that invests in employee growth.

Best Practices: A company that values code quality, follows Salesforce best practices, has documented standards, and doesn’t sacrifice quality for speed. Technical debt accumulates quickly when best practices are ignored.

Mentorship: Access to senior developers who can provide guidance, conduct code reviews, and share their experience. I learn best from those who’ve solved problems I haven’t encountered yet.

Clear Communication: Transparent communication about project goals, priorities, and expectations. I value environments where asking questions is encouraged and stakeholders are accessible.

Work-Life Balance: While I’m willing to work hard and occasionally put in extra hours when needed, I value organizations that respect personal time and understand that sustainable productivity requires balance.

Modern Tools: Using proper version control (Git), development environments, project management tools, and CI/CD pipelines that make development efficient.

That said, I’m also realistic – no environment is perfect. I’m looking for a place that prioritizes these values even if they’re still evolving in some areas. I’m also willing to contribute to creating this culture, not just expecting it to exist.”

Q29. How would you explain a complex technical issue to a non-technical stakeholder?

Sample Answer:
“Communicating technical concepts to non-technical audiences is a critical skill I’ve developed through practice:

My Framework:

  1. Start with Business Impact:
    Instead of: ‘The trigger is hitting governor limits due to non-bulkified SOQL queries in a loop’
    Say: ‘The system is slowing down and occasionally failing when processing large numbers of records, which delays your team’s work’
  2. Use Analogies:
    Technical: ‘We need to refactor the code to use collections instead of iterative queries’
    Business: ‘Think of it like grocery shopping – making one trip with a shopping list is much more efficient than making separate trips for each item’
  3. Avoid Jargon:
    Replace technical terms with plain language:
  • ‘Deployment’ → ‘moving the solution to production’
  • ‘Apex trigger’ → ‘automated process’
  • ‘Test coverage’ → ‘verification that everything works correctly’
  1. Focus on Solutions:
    Explain what you’ll do to fix it and when, not the intricate technical details of how
  2. Visual Aids:
    Use diagrams, flowcharts, or demos rather than code or technical documentation
  3. Confirm Understanding:
    Ask questions like ‘Does this make sense?’ or ‘Would you like me to elaborate on any aspect?’
 

Real Example:
When presenting my project to non-technical evaluators, I explained: ‘I built a system that automatically calculates discounts based on your business rules, saving your team from manual calculations and eliminating errors’ rather than discussing trigger architecture, SOQL optimization, and formula fields.

The key is remembering that stakeholders care about business outcomes, not technical implementation – unless they specifically ask for technical details.”

Q30. What questions do you have for us?

Great Questions to Ask Interviewers:

About the Role:

  1. “What does a typical day look like for a developer in this role?”
  2. “What Salesforce projects is the team currently working on?”
  3. “What percentage of work is development versus configuration?”
  4. “What are the biggest technical challenges the team is facing?”
 

About Growth & Learning:
5. “What opportunities exist for professional development and certification?”
6. “Is there a mentorship program or will I work closely with senior developers?”
7. “How does the company support continuous learning in the Salesforce ecosystem?”
8. “What does the career progression path look like for developers here?”

About Team & Culture:
9. “Can you tell me about the development team structure and how collaboration works?”
10. “What does the code review process look like?”
11. “How does the team stay updated with Salesforce’s three annual releases?”
12. “What do you enjoy most about working here?”

About Processes:
13. “What development methodology does the team follow (Agile, Scrum, etc.)?”
14. “What tools does the team use for version control and deployment?”
15. “How are requirements gathered and communicated to developers?”
16. “What does the testing and quality assurance process look like?”

About Success:
17. “What would success look like for someone in this role in the first 90 days?”
18. “What are the key skills or attributes of your most successful developers?”
19. “What challenges might I face in this role, and how can I prepare?”

About Next Steps:
20. “What are the next steps in the interview process?”
21. “Is there anything about my background or experience we haven’t covered that you’d like to know?”
22. “When can I expect to hear back regarding next steps?”

Note: Ask 3-5 thoughtful questions. Choose questions relevant to the conversation you’ve had. Avoid asking about salary/benefits in initial interviews unless they bring it up.

Plan Your Next Step Confidently

Strengthen both your soft and technical skills — follow our Salesforce Interview Roadmap to stay prepared for every stage.

4.ADDITIONAL PREPARATION ELEMENTS

Section 1: Pre-Interview Research & Preparation
  1. Company Research Checklist
 

Before every interview, thoroughly research the following:

  1. Company Basics
  • What does the company do? (Products, services, industry)
  • Company size and locations
  • Mission, vision, and core values
  • Recent news, press releases, or achievements
  • Company culture and work environment (Glassdoor, LinkedIn)
  • Leadership team and organizational structure
 
  1. Salesforce Implementation
  • How does the company use Salesforce?
  • Which Salesforce clouds/products do they use? (Sales Cloud, Service Cloud, Marketing Cloud, etc.)
  • Are they listed on the Salesforce AppExchange as a partner?
  • Do they have Salesforce case studies or success stories published?
  • What integrations might they have with external systems?
 
  1. Technical Environment
  • What development methodology do they follow? (Agile, Scrum, Waterfall)
  • What tools do they mention in job descriptions? (Git, Jenkins, Copado, etc.)
  • Do they contribute to open-source Salesforce projects?
  • What certifications do their developers hold?
  • Do they publish technical blogs or speak at Salesforce events?
 
  1. Job-Specific Research
  • Read the job description multiple times
  • Identify required vs. preferred skills
  • Note specific technologies or features mentioned
  • Understand reporting structure (who you’ll report to)
  • Research the hiring manager on LinkedIn (if name is provided)
  • Identify how your skills match their requirements
 
  1. Industry Context
  • What industry does the company operate in?
  • What are common challenges in that industry?
  • How does Salesforce solve industry-specific problems?
  • Are there industry-specific Salesforce solutions they might use?
 
  1. Technical Preparation Checklist
 

One Week Before Interview:

Day 1-2: Core Concepts Review

  • Review all Salesforce fundamentals (objects, relationships, security)
  • Practice explaining governor limits and bulkification
  • Review automation tools comparison
  • Understand order of execution thoroughly
 

Day 3-4: Coding Practice

  • Write 5-10 Apex triggers with various scenarios
  • Build 3-4 Lightning Web Components
  • Practice SOQL queries of varying complexity
  • Review asynchronous Apex patterns
 

Day 5-6: Scenario Preparation

  • Prepare for scenario-based questions
  • Practice explaining your projects
  • Review integration concepts
  • Prepare questions to ask interviewers
 

Day 7: Final Review

  • Review your resume and be ready to discuss every point
  • Practice behavioral questions using STAR method
  • Do a mock interview with a peer or mentor
  • Review the company research notes
  • Prepare your introduction (Tell me about yourself)
 
  1. Materials to Prepare
  2. Portfolio Projects
 

Create 4-6 strong portfolio projects demonstrating:

Project 1: Trigger with Complex Business Logic

  • Bulkified trigger with handler class
  • Multiple trigger events
  • Recursion control
  • Comprehensive test class
  • Clear documentation
 

Project 2: Lightning Web Component

  • Component with Apex integration
  • Event handling (parent-child communication)
  • Lightning Data Service implementation
  • Error handling and loading states
  • Professional UI/UX
 

Project 3: Integration Project

  • REST API callout from Apex
  • Named Credentials configuration
  • Response parsing and error handling
  • Test class with HTTP mock
  • Documentation of external service
 

Project 4: Batch or Queueable Apex

  • Processing large data volumes
  • Error handling and logging
  • Test class with proper assertions
  • Monitoring implementation
  • Schedule job examples
 

Project 5: Complete Application

  • Multiple custom objects with relationships
  • Automation (Flows/Process Builder)
  • Security implementation (OWD, sharing rules)
  • Reports and dashboards
  • Custom UI components
 

Project 6: Data Migration/Management

  • Data Loader configuration
  • Complex data transformation
  • Parent-child relationship handling
  • Duplicate management strategy
  • Documentation of process
 
  1. GitHub Repository
  • Create professional GitHub account
  • Upload well-documented projects
  • Include README files with:
    • Project description
    • Technologies used
    • Features implemented
    • Setup instructions
    • Screenshots or demo videos
  • Share GitHub link on resume and LinkedIn
 
  1. Certifications & Credentials
  • Salesforce Platform Developer I certification (highly recommended)
  • Trailhead profile with relevant badges
  • Superbadges demonstrating hands-on skills
  • Trailhead rank (Ranger, Double Star Ranger, etc.)
  • Any relevant non-Salesforce certifications
 
  1. Mock Interview Practice
 

Technical Mock Interview Questions

Practice answering these out loud:

  1. “Explain the difference between Master-Detail and Lookup relationships”
  2. “Walk me through how you would build a trigger to prevent duplicate accounts”
  3. “How do you ensure your Apex code is bulkified?”
  4. “Explain the Salesforce security model”
  5. “How would you integrate Salesforce with an external REST API?”
  6. “What are governor limits and how do you handle them?”
  7. “Explain the difference between @wire and imperative Apex calls in LWC”
  8. “How do you debug issues in Salesforce?”
  9. “Walk me through a complex project you’ve built”
  10. “How would you approach migrating from Process Builder to Flows?”
 

Behavioral Mock Interview Questions

Practice using STAR method:

  1. “Tell me about a challenging project”
  2. “Describe a time you had to learn something quickly”
  3. “Tell me about a mistake you made and how you handled it”
  4. “Describe a time you worked in a team”
  5. “Tell me about a time you received criticism”
Section 2: Day of Interview Preparation
  1. Technical Setup (for Virtual Interviews)
 

30 Minutes Before Interview:

  • Test video and audio equipment
  • Close unnecessary applications and browser tabs
  • Ensure strong internet connection
  • Have backup connection ready (mobile hotspot)
  • Charge laptop/device fully
  • Set phone to silent mode
  • Test screen sharing capability
  • Prepare virtual background (professional/neutral)
  • Have water nearby
 
  1. Physical Preparation
 

For In-Person Interviews:

  • Professional attire (business formal or business casual)
  • Arrive 10-15 minutes early
  • Bring multiple copies of resume
  • Bring notepad and pen for notes
  • Turn phone completely off or on silent
  • Use restroom before interview
 

For Virtual Interviews:

  • Professional attire (at least upper body)
  • Clean, professional background
  • Good lighting (face the light source)
  • Eye-level camera position
  • Minimize background noise
  • Inform household members of interview time
 
  1. Materials to Have Ready
 

Physical/Digital Documents:

  • Multiple copies of resume
  • Portfolio samples or project documentation
  • List of references (if requested)
  • Certifications (printed or digital)
  • Questions to ask interviewers (written down)
  • Company research notes
  • Notepad for taking notes
 

Digital Access:

  • Salesforce Developer org logged in (if live coding)
  • GitHub repository accessible
  • Trailhead profile link ready
  • LinkedIn profile updated
  • Portfolio website link ready
Section 3: During the Interview - Best Practices
  1. First Impressions
 

Opening Minutes:

  • Greet interviewers warmly with smile
  • Make eye contact (or look at camera for virtual)
  • Firm handshake (in-person)
  • Express enthusiasm for the opportunity
  • Thank them for their time
  • Show positive body language
 
  1. Answering Technical Questions
 

Framework for Technical Responses:

Step 1: Clarify the Question

  • “Just to make sure I understand correctly, you’re asking about…”
  • Ask clarifying questions if needed
  • Repeat the question back to confirm understanding
 

Step 2: Think Before Speaking

  • It’s okay to pause for 5-10 seconds to gather thoughts
  • Say “Let me think about that for a moment”
  • Outline your answer mentally before speaking
 

Step 3: Structure Your Answer

  • Start with high-level explanation
  • Provide specific examples
  • Mention edge cases or considerations
  • Conclude with summary
 

Step 4: Check for Understanding

  • “Does that answer your question?”
  • “Would you like me to elaborate on any specific part?”
  • Watch for non-verbal cues
 

Example:
Question: “How do you prevent trigger recursion?”

Poor Answer: “Use a static Boolean variable.”

Strong Answer:
“To prevent trigger recursion, I implement recursion control using a static Boolean variable in a trigger handler class. Let me explain the approach:

First, I create a static Boolean variable, typically called ‘isFirstRun’ and set it to true. At the beginning of my trigger logic, I check if this is the first execution. If it is, I proceed with the logic and set the variable to false. This prevents the same trigger logic from executing again if subsequent DML operations trigger the same trigger.

For example, if I have an Account trigger that updates related Opportunities, which then update the Account again, without recursion control, this would create an infinite loop. The static variable persists throughout the transaction, preventing re-execution.

For more complex scenarios, I might use a static Set to track processed record IDs, ensuring specific records aren’t processed multiple times even across different trigger contexts.

This pattern is a Salesforce best practice and essential for maintaining stable, predictable trigger behavior. Would you like me to show you a code example?”

  1. Live Coding Tips

If Asked to Write Code:

  1. Clarify Requirements
    • Ask about input/output expectations
    • Confirm any assumptions
    • Understand edge cases to handle
  2. Think Out Loud
    • Verbalize your thought process
    • Explain your approach before coding
    • Mention alternative approaches
  3. Start with Pseudocode
    • Outline logic in comments first
    • Get interviewer agreement on approach
    • Then fill in actual code
  4. Write Clean Code
    • Use meaningful variable names
    • Proper indentation
    • Add comments for complex logic
    • Follow Salesforce naming conventions
  5. Consider Best Practices
    • Bulkification from the start
    • Governor limit considerations
    • Error handling
    • Null checks
  6. Test Your Logic
    • Walk through the code with sample data
    • Mention test cases you would write
    • Identify potential edge cases
  7. Be Open to Feedback
    • If interviewer suggests improvements, consider them thoughtfully
    • Don’t be defensive
    • Show willingness to learn
 
  1. Handling Difficult Questions
 

If You Don’t Know the Answer:

  • Be honest: “I’m not familiar with that specific aspect”
  • Show problem-solving: “Here’s how I would approach finding the answer…”
  • Relate to what you do know: “I haven’t used that particular feature, but I have experience with similar concepts like…”
  • Demonstrate willingness to learn: “That sounds interesting. Can you tell me more about it?”
 

If You Need Clarification:

  • “Could you please elaborate on what you mean by…?”
  • “Are you asking about [X] or [Y]?”
  • “Can you provide an example scenario?”
 

If You Need Time to Think:

  • “That’s an interesting question. Let me think about it for a moment.”
  • “I want to give you a thorough answer, so let me organize my thoughts.”
  • Pause is better than rambling
 
  1. Body Language & Communication
 

Positive Body Language:

  • Maintain good posture (sit up straight)
  • Make eye contact (but don’t stare)
  • Smile naturally
  • Nod to show engagement
  • Use hand gestures moderately
  • Lean slightly forward to show interest
  • Avoid crossing arms
 

Negative Body Language to Avoid:

  • Looking at phone/watch constantly
  • Fidgeting excessively
  • Slouching
  • Avoiding eye contact
  • Crossing arms defensively
  • Playing with objects
  • Touching face repeatedly
 

Verbal Communication:

  • Speak clearly and at moderate pace
  • Avoid filler words (um, like, you know)
  • Vary tone to show enthusiasm
  • Don’t interrupt interviewers
  • Listen actively
  • Ask for clarification if needed
Section 4: Post-Interview Follow-Up
  1. Immediately After Interview
 

Within 1 Hour:

  • Write down everything you remember:
    • Questions asked
    • Your answers
    • Interviewer reactions
    • Technical topics discussed
    • Company information learned
    • Names of interviewers
    • What went well
    • What could be improved
  • Note any follow-up items promised
  • Reflect on performance objectively
 
  1. Thank You Email
 

Send Within 24 Hours:

Subject Line Examples:

  • “Thank you for your time – [Your Name] – Salesforce Developer Position”
  • “Following up on our conversation – [Your Name]”
  • “Appreciation for the interview opportunity”
 

Email Template:

Dear [Interviewer Name],

Thank you for taking the time to meet with me today to discuss the Salesforce Developer position at [Company Name]. I truly enjoyed our conversation and learning more about [specific topic you discussed – e.g., “the innovative Lightning Web Component framework your team is implementing”].

Our discussion reinforced my enthusiasm for this opportunity. I’m particularly excited about [specific aspect – e.g., “contributing to the customer portal redesign project”] and believe my experience with [relevant skill – e.g., “building user-facing LWC components”] would allow me to make immediate contributions to your team.

[Optional – Address any concerns or provide additional information]:
Following up on your question about [topic], I wanted to mention that [additional relevant information or clarification].

I’m very interested in joining [Company Name] and contributing to [specific team/project goal]. Please don’t hesitate to reach out if you need any additional information from me.

Thank you again for your time and consideration. I look forward to hearing from you about the next steps.

Best regards,
[Your Full Name]
[Phone Number]
[LinkedIn Profile URL]
[Email Address]

 

Tips for Thank You Emails:

  • Personalize for each interviewer if multiple
  • Reference specific conversation points
  • Keep it concise (3-4 paragraphs maximum)
  • Proofread carefully for grammar/spelling
  • Send to each person who interviewed you
  • Professional tone but warm and genuine
 
  1. Following Up on Timeline
 

If They Provided Timeline:

  • Wait until the specified date/time period
  • If deadline passes with no response, wait 2-3 additional business days
  • Then send polite follow-up email
 

Follow-Up Email Template:

Subject: Following up – [Your Name] – Salesforce Developer Position

Dear [Hiring Manager Name],

I hope this email finds you well. I wanted to follow up on my interview on [date] for the Salesforce Developer position.

I remain very interested in this opportunity and excited about the possibility of joining [Company Name]. I understand hiring processes take time, and I’m happy to provide any additional information that might be helpful for your decision.

Could you provide an update on the timeline for next steps?

Thank you for your consideration.

Best regards,
[Your Name]

 

Following Up Timeline:

  • Week 1: Send thank you email within 24 hours
  • Week 2: Wait for their promised timeline
  • Week 2-3: If no response by promised date, follow up after 2-3 days
  • Week 3-4: One more follow-up if still no response
  • After that: Assume they went with another candidate and continue your job search
 
  1. Handling Different Outcomes
 

If You Get the Offer:

  • Express enthusiasm and gratitude
  • Ask for offer in writing
  • Request reasonable time to review (3-5 business days)
  • Review compensation, benefits, start date, job responsibilities
  • Ask clarifying questions about offer terms
  • Negotiate professionally if needed
  • Accept or decline professionally and promptly
 

If You Don’t Get the Offer:

  • Thank them for the opportunity
  • Request feedback (professionally and genuinely)
  • Ask to be considered for future opportunities
  • Connect with interviewers on LinkedIn
  • Learn from the experience
  • Move forward positively
 

Rejection Response Template:

Dear [Hiring Manager Name],

Thank you for informing me of your decision. While I’m disappointed, I appreciate the time you and your team invested in my candidacy and the opportunity to learn about [Company Name].

I would greatly value any feedback you could provide about my interview performance or areas where I could strengthen my candidacy for similar roles in the future.

I remain impressed by [Company Name] and would welcome the opportunity to be considered for future positions that match my skills. Please keep me in mind for upcoming opportunities.

Thank you again, and I wish you and your team continued success.

Best regards,
[Your Name]

 

Section 5: Resume & LinkedIn Optimization
  1. Salesforce Resume Best Practices
 

Resume Structure:

  1. Header
  • Full name (larger font)
  • Phone number
  • Professional email address
  • LinkedIn profile URL
  • GitHub profile URL
  • Location (City, State/Country)
  • Salesforce Trailhead profile URL
 
  1. Professional Summary (3-4 lines)

Salesforce Developer with hands-on expertise in Apex, Lightning Web Components, and declarative automation tools. Completed comprehensive training at Frontlines Edutech with focus on custom development, integration patterns, and best practices. Platform Developer I certified with [X] Trailhead badges demonstrating proficiency in Salesforce development. Passionate about building scalable solutions and optimizing business processes through technology.

  1. Technical Skills (Organized by Category)

Salesforce Technologies: Apex, SOQL/SOSL, Lightning Web Components, Visualforce, Aura Components
Automation Tools: Flows, Process Builder, Workflow Rules, Approval Processes
Development Tools: Visual Studio Code, Salesforce CLI, Developer Console, Workbench
Integration: REST API, SOAP API, Platform Events, Change Data Capture
Data Management: Data Loader, Data Import Wizard, Import/Export
Version Control: Git, GitHub
Testing: Apex Test Classes, Unit Testing, Bulk Testing
Other: HTML, CSS, JavaScript, JSON, XML

  1. Certifications

– Salesforce Certified Platform Developer I – [Month, Year]
– [Any other relevant certifications]
– Trailhead Profile: [Rank] with [X] badges, [Y] points

  1. Projects (3-5 Strong Projects)

Format Each Project:

Project Name | Technologies Used | [Month Year]
– Brief description of project purpose and scope
– Specific technologies/features implemented (Apex triggers, LWC, integrations, etc.)
– Quantifiable results or achievements
– Key technical challenges solved

Example:
Customer Service Management System | Apex, LWC, Flows | June 2024
– Developed comprehensive case management system with automated routing and escalation
– Built custom Lightning Web Components for agent dashboard with real-time case updates
– Implemented REST API integration for email service provider using Named Credentials
– Created Apex triggers with handler framework for automatic SLA tracking (95% test coverage)
– Reduced average case resolution time by 30% through automation

  1. Professional Experience (or Training Experience)

Salesforce Developer Trainee | Frontlines Edutech | [Start Date] – [End Date]
– Completed intensive [X]-month training program covering Salesforce Administration and Development
– Developed [X]+ hands-on projects demonstrating Apex, LWC, integrations, and automation
– Achieved Platform Developer I certification
– Collaborated with peers on capstone project building full-scale CRM application
– Earned [X] Trailhead badges and superbadges including [notable ones]
– Practiced code reviews, version control, and Salesforce best practices

  1. Education

[Degree] in [Field] | [University Name] | [Year]
Relevant Coursework: [If applicable – programming, databases, etc.]

Resume Tips:

Do:

  • Keep it to 1 page (2 pages maximum if extensive experience)
  • Use action verbs (Developed, Implemented, Built, Created, Optimized, Designed)
  • Quantify achievements where possible (X% improvement, Y records processed, Z test coverage)
  • Tailor resume to each job description
  • Use professional font (Arial, Calibri, Times New Roman, 10-12 pt)
  • Consistent formatting throughout
  • Proofread multiple times (zero typos/errors)
  • Save as PDF to preserve formatting
  • File name: FirstName_LastName_Salesforce_Developer_Resume.pdf
 

Don’t:

  • Use unprofessional email addresses
  • Include photo (unless specifically requested)
  • List irrelevant jobs or experiences
  • Use personal pronouns (I, me, my)
  • Include references (provide separately when requested)
  • Use fancy graphics or colors (unless design role)
  • Exaggerate or lie about skills/experience
  • Include salary information
  • Use generic objective statements
 
  1. LinkedIn Profile Optimization
 

Profile Photo:

  • Professional headshot
  • Clear, recent photo
  • Appropriate attire
  • Neutral background
  • Smiling, approachable expression
  • High resolution
 

Headline (120 characters):

Salesforce Developer | Platform Developer I Certified | Apex, LWC, Integration | Seeking Development Opportunities

About Section:

Salesforce Developer passionate about building elegant, scalable solutions that transform business operations.

🎯 EXPERTISE:
• Apex Development & SOQL Optimization
• Lightning Web Components (LWC)
• REST/SOAP API Integrations
• Declarative Automation (Flows, Process Builder)
• Data Migration & Management

🏆 ACHIEVEMENTS:
• Salesforce Platform Developer I Certified
• [X] Trailhead Badges | [Rank] Ranger
• Built [X]+ production-ready projects
• [Notable achievement]

💡 APPROACH:
I believe in writing clean, maintainable code that follows best practices. Every trigger is bulkified, every component is user-focused, and every solution considers scalability and performance.

🎓 CONTINUOUS LEARNING:
Active in the Salesforce Trailblazer community, constantly learning new features, and preparing for Platform Developer II certification.

📫 Open to Salesforce Developer opportunities where I can contribute to meaningful projects and grow alongside talented teams.

GitHub: [your-github-url]
Trailhead: [your-trailhead-url]

Experience Section:

Use same format as resume but can be more detailed with bullet points for each role

Skills & Endorsements:

Add all relevant skills and endorse peers to receive endorsements:

  • Apex
  • Salesforce Lightning
  • SOQL
  • Lightning Web Components
  • Salesforce Administration
  • REST API
  • Integration
  • JavaScript
  • HTML/CSS
  • Problem Solving
  • Software Development
  • Git

Certifications:

Add all Salesforce certifications with credential IDs and links

Projects:

Add same projects from resume with more detail, screenshots if available

Recommendations:

Request recommendations from:

  • Instructors/mentors
  • Peer developers
  • Team members from projects
  • Previous managers (if applicable)
 

LinkedIn Activity:

  • Share Salesforce articles and insights
  • Comment on posts from Salesforce community
  • Join Salesforce Developer groups
  • Follow Salesforce and Salesforce MVPs
  • Post about your learning journey and projects
  • Engage consistently (but authentically)
Section 6: Common Interview Mistakes to Avoid
  1. Technical Mistakes
 
  1. Not Considering Bulkification
  • ❌ Mistake: Writing code that works for single records only
  • ✅ Correct: Always thinking about collections and bulk operations
  • Example: SOQL queries inside loops vs. querying once with WHERE IN clause
 
  1. Ignoring Governor Limits
  • ❌ Mistake: Not mentioning governor limits when discussing solutions
  • ✅ Correct: Proactively discussing how your solution respects limits
  • Example: “This approach ensures we stay within the 100 SOQL query limit by…”
 
  1. Choosing Wrong Tool
  • ❌ Mistake: Always suggesting code-based solutions
  • ✅ Correct: Evaluating declarative vs. programmatic approaches
  • Example: Using Flow when it’s sufficient instead of jumping to Apex
 
  1. Poor Code Quality
  • ❌ Mistake: Writing code without comments, poor variable names, no error handling
  • ✅ Correct: Clean, well-documented, defensive code

– **Example:** `List<Account> accountList` vs. `List<Account> a`[^1]

  1. Forgetting Security
  • ❌ Mistake: Not considering FLS, CRUD, or sharing rules
  • ✅ Correct: Mentioning security considerations in solutions
  • Example: “I would ensure the user has proper permissions before displaying this data…”
 
  1. No Testing Strategy
  • ❌ Mistake: Writing code without discussing how you’d test it
  • ✅ Correct: Explaining test approach, including bulk testing and edge cases
  • Example: “I would write test classes covering positive scenarios, negative scenarios, and bulk data with 200+ records”
 
  1. Communication Mistakes
 
  1. Not Listening Carefully
  • ❌ Mistake: Answering before fully understanding the question
  • ✅ Correct: Listening completely, clarifying if needed, then answering
  • Impact: Answering the wrong question wastes time and shows poor communication
 
  1. Over-Technical Explanations
  • ❌ Mistake: Using excessive jargon with non-technical interviewers
  • ✅ Correct: Adjusting technical level to audience
  • Example: “This optimizes database queries” vs. “This uses a QueryLocator with batch size optimization for SOQL efficiency regarding governor limits”
 
  1. Not Admitting Knowledge Gaps
  • ❌ Mistake: Pretending to know something you don’t or making up answers
  • ✅ Correct: Honestly saying “I’m not familiar with that, but here’s how I’d approach learning it”
  • Impact: Honesty builds trust; dishonesty destroys it immediately when discovered
 
  1. Speaking Too Fast/Slow
  • ❌ Mistake: Rushing through answers nervously or speaking too slowly
  • ✅ Correct: Moderate, clear pace with natural pauses
  • Tip: Practice recording yourself to identify pace issues
 
  1. Not Asking Clarifying Questions
  • ❌ Mistake: Making assumptions about vague requirements
  • ✅ Correct: Asking questions to fully understand before proposing solutions
  • Example: “Before I answer, could you clarify whether you need real-time or batch processing?”
 
  1. Behavioral Mistakes
 
  1. Speaking Negatively About Others
  • ❌ Mistake: Badmouthing previous employers, instructors, or teammates
  • ✅ Correct: Framing challenges diplomatically and focusing on learning
  • Example: Instead of “My instructor didn’t explain things well,” say “I took initiative to research topics independently when I needed deeper understanding”
 
  1. Lack of Specific Examples
  • ❌ Mistake: Giving vague, theoretical answers to behavioral questions
  • ✅ Correct: Using STAR method with concrete, specific examples
  • Example: “I’m a hard worker” vs. detailed STAR story demonstrating work ethic
 
  1. Taking All Credit
  • ❌ Mistake: Using only “I” when describing team projects
  • ✅ Correct: Balancing “I” for your contributions and “we” for team efforts
  • Example: “I was responsible for the trigger development while we collaborated on the overall architecture”
 
  1. Not Showing Enthusiasm
  • ❌ Mistake: Appearing disinterested, bored, or just looking for any job
  • ✅ Correct: Showing genuine interest in the company and role
  • Example: “I’m particularly excited about this role because…”
 
  1. Poor Body Language
  • ❌ Mistake: Slouching, avoiding eye contact, fidgeting excessively
  • ✅ Correct: Good posture, appropriate eye contact, calm demeanor
  • Impact: Body language communicates as much as words
 
  1. Preparation Mistakes
 
  1. Not Researching the Company
  • ❌ Mistake: Knowing nothing about the company you’re interviewing with
  • ✅ Correct: Thorough company research and showing that knowledge
  • Red Flag: “What does your company do?” is a terrible question to ask
 
  1. Not Preparing Questions
  • ❌ Mistake: Having no questions when asked “What questions do you have for us?”
  • ✅ Correct: 5-7 thoughtful questions prepared in advance
  • Impact: No questions suggests lack of interest
 
  1. Not Reviewing Your Own Resume
  • ❌ Mistake: Not remembering details from your own resume/projects
  • ✅ Correct: Be ready to discuss everything on your resume in detail
  • Example: Know your project details, dates, technologies used, challenges faced
 
  1. Not Practicing Out Loud
  • ❌ Mistake: Only thinking about answers mentally
  • ✅ Correct: Practicing answers verbally with a peer or recording yourself
  • Reason: Speaking answers reveals issues that thinking doesn’t
 
  1. Arriving Unprepared
  • ❌ Mistake: Technical issues, forgetting materials, being late
  • ✅ Correct: Testing everything beforehand, arriving early, having backups
  • Impact: First impression is crucial and hard to recover
 
  1. Post-Interview Mistakes
 
  1. Not Sending Thank You Email
  • ❌ Mistake: Forgetting follow-up or thinking it’s unnecessary
  • ✅ Correct: Thoughtful thank you email within 24 hours
  • Impact: Shows professionalism and reinforces interest
 
  1. Following Up Too Aggressively
  • ❌ Mistake: Emailing daily asking for updates
  • ✅ Correct: Following their timeline, one polite follow-up if deadline passes
  • Impact: Appears desperate or unable to respect boundaries
 
  1. Burning Bridges After Rejection
  • ❌ Mistake: Angry response to rejection
  • ✅ Correct: Gracious response thanking them and asking for feedback
  • Impact: Tech industry is small; you might encounter them again
 
  1. Stopping Your Job Search
  • ❌ Mistake: Putting all eggs in one basket after one good interview
  • ✅ Correct: Continuing to apply and interview until you have a written offer
  • Reason: Nothing is certain until you have a signed offer letter
Section 7: Final Preparation Checklist

One Month Before:

  • ✅ Complete all major Trailhead modules relevant to role
  • ✅ Build 4-6 portfolio projects
  • ✅ Create/update GitHub repository
  • ✅ Prepare and polish resume
  • ✅ Optimize LinkedIn profile
  • ✅ Begin applying to positions
 

One Week Before:

  • ✅ Research company thoroughly
  • ✅ Review all technical concepts
  • ✅ Practice coding common scenarios
  • ✅ Prepare behavioral answers (STAR method)
  • ✅ Prepare questions to ask
  • ✅ Do mock interviews
 

One Day Before:

  • ✅ Review company research notes
  • ✅ Review your own resume and projects
  • ✅ Prepare materials (resume copies, notepad, etc.)
  • ✅ Test technology (for virtual interviews)
  • ✅ Plan outfit and logistics
  • ✅ Get good sleep
 

Day Of Interview:

  • ✅ Eat a good meal
  • ✅ Arrive/log in early
  • ✅ Have materials ready
  • ✅ Final technology check (virtual)
  • ✅ Take deep breaths and stay calm
  • ✅ Be yourself and show enthusiasm
 

After Interview:

  • ✅ Take notes on interview
  • ✅ Send thank you email within 24 hours
  • ✅ Follow up based on their timeline
  • ✅ Continue job search until offer received
  • ✅ Learn from experience
Section 8: Confidence Building Strategies

Managing Interview Anxiety

Before Interview:

  1. Preparation is Key: Thorough preparation naturally builds confidence
  2. Positive Visualization: Imagine yourself succeeding in the interview
  3. Physical Exercise: Work out the morning of to reduce stress hormones
  4. Breathing Exercises: Practice deep breathing techniques
  5. Positive Self-Talk: “I am prepared. I know my material. I will do well.”
 

During Interview:

  1. Focus on Conversation: Think of it as a professional discussion, not interrogation
  2. Pause When Needed: It’s okay to take a moment to think
  3. Remember They Want You to Succeed: Interviewers want to find the right candidate
  4. View as Learning Experience: Even if you don’t get the job, you gain interview experience
  5. Be Authentic: Don’t try to be someone you’re not
 

After Interview:

  1. Reflect Objectively: What went well? What can improve?
  2. Don’t Overthink: You did your best with the preparation you had
  3. Move Forward: Whether yes or no, continue your journey
  4. Celebrate Effort: You took action and that itself is success
 

Mindset Shifts

From: “They’re judging me”
To: “We’re evaluating mutual fit”

From: “I must be perfect”
To: “I’ll do my best and learn from this”

From: “This is my only chance”
To: “This is one opportunity among many”

From: “I’m not experienced enough”
To: “I have valuable training and fresh perspective”

From: “What if I fail?”
To: “What if I succeed? And if not, what will I learn?”

Conclusion & Final Tips

Remember:

  1. Preparation Beats Talent: A well-prepared candidate often outperforms a naturally talented but unprepared one
  2. Authenticity Matters: Be genuinely yourself; the right company will appreciate who you are
  3. Every Interview is Practice: Whether you get the job or not, each interview makes you better at interviewing
  4. Persistence Pays Off: Job searching is often a numbers game; don’t give up after rejections
  5. Value Your Journey: Your training at Frontlines Edutech and your commitment to learning Salesforce are valuable regardless of any single interview outcome
  6. Growth Mindset: View challenges as opportunities to improve, not as evidence of inadequacy
  7. Community Support: Leverage the Salesforce Trailblazer community for support, networking, and opportunities
  8. Long-Term Perspective: Your Salesforce career is a marathon, not a sprint; focus on continuous growth
 

You Are Ready When:

  • ✅ You can explain core Salesforce concepts clearly
  • ✅ You can write bulkified Apex code
  • ✅ You can build functional Lightning Web Components
  • ✅ You understand integration patterns
  • ✅ You have portfolio projects to demonstrate skills
  • ✅ You can discuss your learning journey confidently
  • ✅ You’re continuously learning and improving
 

Your Next Steps:

  1. Review all four parts of this guide regularly
  2. Practice, practice, practice – both technical skills and interview skills
  3. Build your network in the Salesforce community
  4. Apply to positions that match your skill level
  5. Learn from every interview experience
  6. Stay persistent and positive
Napkin-AI style illustration of Salesforce developer celebrating certification success with confetti and logo badge.

🎯 Your Salesforce Career Starts Now!

Ready to take the next step? Choose your path:

ALL THE BEST