AI-Driven Playwright Automation with Salesforce & Java – Live Training Demo

AI-Driven Playwright Automation with Salesforce & Java – Live Training

(Master AI-powered test automation using Python and Playwright with MCP, framework design, and real-world project experience)

Master the future of Salesforce test automation with this industry-focused training program designed for aspiring SDETs, QA Engineers, and Automation Testers. This course combines the power of Java, Playwright, Salesforce, AI-driven testing, API automation, and DevOps practices to help you build complete end-to-end automation solutions for real-time enterprise applications.

Starting with Core Java fundamentals and advanced automation concepts, learners will gain strong programming knowledge required for scalable test automation. The course then dives deep into Playwright — the modern automation framework replacing traditional Selenium approaches — covering advanced UI automation techniques, dynamic locators, Shadow DOM handling, iframe management, and Salesforce-specific automation challenges.

You will also learn Salesforce business workflows, Lightning UI architecture, API testing using OAuth 2.0, and data validation techniques. The program further introduces cutting-edge AI-powered testing concepts including self-healing locators, AI-generated Playwright scripts, LLM-assisted debugging, predictive analytics, and intelligent test maintenance strategies.

In addition, the course covers framework development using Playwright, TestNG, API integrations, reporting mechanisms, Git version control, CI/CD pipelines with Jenkins and GitHub Actions, Docker-based execution, and SOQL/SQL database validations.

The training concludes with a real-time capstone project focused on automating complete Salesforce business processes such as Lead-to-Cash or Service Cloud workflows. Learners will also receive career guidance including resume preparation, mock interviews, and LinkedIn optimization for high-demand Salesforce SDET roles.

Live Sessions Price:

For LIVE sessions – Offer price after discount is 3~~00 USD 259 ~~USD~~~~ 99 USD Or ~~13000 INR~~ ~~12900 INR~~ 7900 Rupees

Enroll For Free Demo

Free Demo On:

Indian Timings: 8th June @ 8 PM – 9 PM (IST)/

U.S Timings: 8th June @ 10:30 AM – 11:30 AM (EST)/

U.K Timings: 8th June @ 3:30 PM – 4:30 PM (BST)

Class Schedule:

For Participants in India: Monday to Friday @ 8 PM – 9 PM (IST)/

For Participants in the US: Monday to Friday @ 10:30 AM – 11:30 AM (EST)/

For Participants in the UK: Monday to Friday @ 3:30 PM – 4:30 PM (BST)

What students have to say about Devansh:

⭐️ Excellent trainer with strong real-time Salesforce automation knowledge. — Vikram

⭐️ The trainer explained Playwright with Salesforce automation in a very practical way. Real-time examples and hands-on practice helped me gain confidence in automation testing. — Keerthi

⭐️ One of the best Salesforce Playwright automation courses available for QA professionals. The trainer covered Java, Playwright, CI/CD, Docker, and DevOps concepts very effectively. Hands-on exercises and assignments made the learning process more practical and interactive. I highly recommend this course for anyone looking to become a Playwright Automation Engineer.— Amit

⭐️ I really enjoyed learning Salesforce UI automation and Playwright advanced concepts. The trainer explained Shadow DOM, Iframes, and dynamic locators in a simple way. Overall, it was a valuable and career-oriented training program.— Lucky

⭐️ The training program was highly practical, informative, and aligned with current industry requirements. The trainer provided detailed explanations for Playwright automation, Salesforce workflows, and framework development. I really appreciated the hands-on practice sessions and real-time business scenarios covered during the training. The AI testing modules and ChatGPT-based automation optimization sessions were very interesting and useful. I strongly recommend this course for anyone looking to build a successful career in Salesforce automation testing. — Patel

Who can enroll in this course?

Manual Testers who want to transition into Automation Testing
Automation Test Engineers looking to upgrade from Selenium to Playwright
Salesforce Testers aiming to specialize in Salesforce UI & API Automation
QA Engineers interested in AI-Driven Testing and Intelligent Automation
SDETs who want to build Advanced Automation Frameworks
Java Developers interested in Test Automation and DevOps Integration
Freshers & Graduates seeking High-Demand Software Testing Skills
Professionals looking to gain Real-Time Project Experience in Salesforce automation
Engineers interested in CI/CD, GitHub Actions, Jenkins, and Docker-Based Testing
Anyone who wants to build a career as a Salesforce Automation Engineer or Playwright SDET

Salient Features:

45 Hours of Live Training along with recorded videos
Lifetime access to the recorded videos
Course Completion Certificate

What will I learn by the end of this course?

Learn Core Java and Advanced Java Concepts for Automation Testing
Master Playwright with Java for modern UI automation
Automate complex Salesforce Lightning Applications
Handle Dynamic Elements, Shadow DOM, Iframes, and Multi-Tab Scenarios
Perform Salesforce API Testing using REST APIs and OAuth 2.0
Build Data-Driven Automation Frameworks using Excel, JSON, and Property Files
Develop reusable frameworks using Playwright + TestNG + POM Design Pattern
Implement AI-Powered Testing and Self-Healing Automation Concepts
Use ChatGPT & Claude for script debugging and automation optimization
Integrate automation tests with GitHub Actions, Jenkins, and Docker
Learn Git & Version Control concepts used in real-time projects
Validate Salesforce data using SOQL and SQL Queries
Gain hands-on experience with a Real-Time Salesforce Automation Project
Understand CI/CD Pipelines and DevOps Integration
Improve career opportunities with Resume Building, Mock Interviews, and LinkedIn Optimization
Become job-ready for roles like Salesforce Automation Tester, Playwright SDET, and QA Automation Engineer

Course Syllabus:

Phase 1: Salesforce UI & API Automation (10 Hours)

Module 01: Salesforce Fundamentals – 3 Hours

Salesforce Architecture

- Multitenant Cloud Infrastructure: Understanding shared platform resources governed by strict runtime limit systems.
- Metadata-Driven Platform: Exploring how configurations, layouts, and code exist as metadata descriptions.
- Database Layer Organization: Examining how data records are stored securely inside core tables.
- API-First Design: Recognizing how all platform features expose interfaces for integration and automation.

Standard vs Custom Objects

- Standard Objects Architecture: Utilizing built-in tables like Accounts, Contacts, Leads, and Opportunities.
- Custom Objects Creation: Understanding user-defined tables appended with unique namespace suffixes.
- Object Metadata Differences: Distinguishing standard fields from custom fields during automated operations.
- Object Management Settings: Navigating schemas to verify backend API names for automation targeting.

Fields & Relationships

- Data Type Variations: Automating lookups, picklists, checkboxes, formula text, and master-detail connections.
- Relationship Traversal: Navigating lookup paths from child objects to parent record fields.
- Field-Level Security (FLS): Assessing field visibility restrictions based on automation user profiles.
- Required vs Optional Fields: Identifying mandatory layout inputs needed for successful record creation.

Lightning vs Classic UI

- Classic Architecture: Analysing legacy page layouts structured around traditional HTML DOM elements.
- Lightning Experience Web Components: Navigating single-page application architectures built on modern framework layers.
- DOM Structure Comparisons: Adapting locator strategies for complex, dynamic Lightning component markups.
- Performance Considerations: Managing rendering behavior variations between older and newer layouts.

Profiles, Roles & MFA Concepts

- Profile Permissions: Mapping object-level permissions and system rights for automation accounts.
- Role Hierarchy Rules: Validating record visibility and sharing parameters across corporate tiers.
- Multi-Factor Authentication (MFA): Handling secondary identity challenges within automated login processes.
- Security Tokens: Appending credentials with API tokens to bypass geolocation security blocks.

Module 02: Salesforce UI Automation with Playwright – 4 Hours

Salesforce Login Automation

- Custom Domain Routing: Directing automated browsers to specific My Domain login URLs.
- Handling MFA Challenges: Injecting time-based one-time passwords (TOTP) during automated authentication flows.
- Session State Reuse: Storing authorization cookies to bypass subsequent logins across test classes.
- Verification of Landing Pages: Asserting successful logins by validating home page dashboard components.

Picklists & Lookup Handling

- Standard Picklist Selections: Interacting with native drop-down elements to choose picklist options.
- Multi-Select Picklist Management: Choosing and moving multiple values between available and selected blocks.
- Dynamic Lookup Fields: Typing search terms and clicking matching results from lookup fields.
- Recent Records Dropdowns: Handling popovers that appear when focusing on relationship fields.

Dynamic Lightning Components

- Lightning Data Tables: Locating records inside custom reactive tables with asynchronous loads.
- Modal Dialog Interactions: Handling pop-up action panels that overlay primary workspace pages.
- Tabbed View Navigation: Switching between Related, Details, and Activity tabs on record layouts.
- Dynamic ID Resolution: Bypassing dynamically changing alphanumeric attributes using stable text selectors.

Toast Message Validations

- Catching Success Toasts: Capturing fleeting confirmation messages after record creation steps.
- Text Extraction from Overlays: Parsing exact string contents inside status alert components.
- Error Toast Inspections: Validating validation rule messages triggered by bad test data inputs.
- Dismissing Alert Elements: Clicking close buttons on toast banners to clear browser viewports.

Lead & Opportunity Automation

- Lead Lifecycle Testing: Automating creation, updating, and conversion workflows of lead records.
- Opportunity Stage Transitions: Advancing deals through pipeline stages to test validation rules.
- Path Component Interactions: Clicking Chevron indicators on visual processes to update statuses.
- Converting Records UI: Navigating specialized modal screens that generate Accounts and Contacts.

Module 03: Data-Driven Framework Design – 3 Hours

Hybrid Framework Architecture

- Component-Based Design: Structuring projects with separate configuration, utility, data, and test layers.
- Combining UI and API Workflows: Integrating backend data setup scripts with frontend UI validation steps.
- Configurability Controls: Driving framework behaviours using global variables and flag files.
- Scalability Standards: Framing patterns that allow multiple testers to add scripts seamlessly.

Page Object Model (POM)

- Encapsulating Page Elements: Mapping locators as private properties inside dedicated page classes.
- Exposing Page Actions: Creating public class methods to represent user actions on specific screens.
- Reducing Script Maintenance: Updating single page classes when application UI structures shift.
- Enhancing Script Readability: Writing clean test scripts that call descriptive business-level methods.

Excel & JSON Data Handling

- Apache POI Integration: Reading test inputs from rows and columns within external Excel sheets.
- JSON File Parsing: Deserializing data files into typed objects for structured configuration inputs.
- Data Provider Integrations: Passing external data arrays dynamically into execution loops.
- Parameterizing Test Suites: Running single test logics against varying boundary and localization data sets.

Property File Management

- Key-Value Pair Configurations: Storing environment URLs, user credentials, and global timeouts in configuration files.
- Environment Switching Utilities: Loading distinctive property files dynamically based on target testing environments.
- Reading Properties Programmatically: Loading files into memory maps during framework initialization.

Extent Reports Integration

- Reporter Instance Setup: Initializing file targets, themes, and titles for target test reports.
- Test Step Logging: Pushing precise action descriptions and step statuses into reporting workflows.
- Embedding Visual Screenshots: Capturing and appending visual base64 images upon encountering failures.
- Dashboard Summary Generation: Viewing total execution statistics, pie charts, and durations on index pages.

Phase 2: API Testing & AI Integration (6 Hours)

Module 04: Salesforce API Testing – 3 Hours

REST API Concepts

- HTTP Request Methods: Utilizing GET, POST, PATCH, and DELETE operations against endpoints.
- Status Code Validations: Verifying typical responses like 200 OK, 201 Created, and 401 Unauthorized.
- JSON Payloads Structures: Formatting and parsing body payloads for structured API communications.
- Salesforce Endpoint Patterns: Mapping standard URI schemas for sObject data interactions.

API Automation using Playwright

- Request Context Creation: Launching API context instances separate from browser configurations.
- Executing Endpoint Calls: Submitting direct HTTP operations through Playwright API systems.
- Response Body Parsing: Reading and deserializing text responses into manageable JSON objects.
- Schema Validation Checks: Validating field structures and key presence within returned items.

Module 05: AI-Powered Automation Engineering – 3 Hours

AI in Automation Testing

- Generative AI Capabilities: Understanding how large language models optimize script lifecycles.
- Enhancing Tester Productivity: Accelerating repetitive coding structures through intelligent assistants.
- Shift-Left Testing Support: Utilizing AI to review requirements and predict potential edge failures.
- Framework Optimization Patterns: Refactoring redundant framework code using structural AI models.

ChatGPT & Claude for Script Generation

- Contextual Prompt Engineering: Crafting prompt formats containing DOM structures to receive accurate locators.
- Generating Playwright Scripts: Converting natural language step definitions into valid automated code blocks.

Self-Healing Locators

- Resilient Element Targeting: Constructing multi-attribute alternative locator pools for single items.
- Runtime Failure Interceptions: Catching locator missing errors and applying fallback strategies instantly.
- Dynamic Layout Adaptations: Identifying shifted elements using secondary proximity configurations.
- Self-Correction Logging: Flags modified selectors to alert engineers of needed framework updates.

AI-Based Debugging & Optimization

- Automated Log Analysis: Feeding stack traces to AI models to receive isolated root causes.
- Identifying Race Conditions: Analysing execution histories to detect timing issues.
- Code Refactoring Suggestions: Implementing algorithmic advice to trim down processing loops.
- Fixing Flaky Asserts: Rewriting problematic assertions with stable, self-retrying alternatives.

Phase 3: Framework, DevOps & Real-Time Project (6 Hours)

Module 06: Hybrid Framework Construction – 2 Hours

Playwright + TestNG Integration

- Test Suite Configurations: Organizing execution targets inside dedicated XML suite configurations.
- TestNG Hook Attributes: Utilizing Before Suite, Before Method, and After Method triggers to manage states.
- Data-Driven Parameterization: Linking TestNG Data Providers with framework spreadsheet utilities.
- Listener Extensions Execution: Intercepting test events to trigger screenshots and custom dashboard logs.

API + UI Framework Structure

- Unified Request Libraries: Wrapping standard API calls into reusable structural utility classes.
- Shared State Transports: Passing data parameters from API configurations directly into UI tests.
- Hybrid Execution Flow Routing: Toggling between API fast-tracks and full UI loops programmatically.
- Multi-Layer Validation Models: Asserting data presence on screen layouts and database targets concurrently.

Singleton Pattern

- Driver Instance Regulations: Limiting configuration setups to guarantee single execution entry handles.
- Thread-Safe Initializations: Securing instance creations inside multithreaded runtime contexts.
- Resource Leaks Protections: Blocking rogue duplications of core driver classes.
- Global Configuration Sharers: Exposing standardized configuration parameters uniformly across active sessions.

Parallel Execution

- Multithreaded Class Runs: Launching independent test classes across parallel worker lanes.
- Thread Local Driver Allocations: Isolating page handles cleanly per active running thread.
- Thread Conflicts Remediations: Managing database record allocations to prevent resource locking.
- Execution Speeds Optimization: Cutting overall test pipeline durations through horizontal processing loads.

Module 07: CI/CD & DevOps Integration – 2 Hours

CI/CD Fundamentals

- Continuous Integration Concepts: Merging code branches frequently into main repositories with automated checks.
- Continuous Delivery Workflows: Promoting verified builds down to sandbox environments automatically.
- Automated Regression Triggers: Hooking pipeline runs directly to fresh developer code commits.
- Build Feedback Systems: Messaging status updates directly to development team channels.

GitHub Actions & Jenkins

- Pipeline Workflow Definitions: Documenting build steps within YAML definitions or Jenkins files.
- Environment Setup Tasks: Configuring runtime dependencies on temporary execution runners.
- Test Script Triggers: Passing command line executions into pipeline run contexts.
- Artifacts Management Routing: Storing output execution HTML files and videos on host servers.

Git & Version Control

- Branching Strategy Standards: Managing feature additions using isolated code branch channels.
- Commit History Management: Tracking framework evolution via descriptive commit logging.
- Pull Request Reviews: Merging framework additions using code check gates.
- Conflict Resolutions Workflows: Merging overlapping script edits using comparison alignment tools.

Phase 3: Playwright Automation Mastery (10 Hours)

Module 08: Playwright Fundamentals – 4 Hours

Why Playwright over Selenium

- Architecture Differences: Comparing Selenium’s HTTP-based WebDriver protocol against Playwright’s WebSocket connections.
- Speed and Performance: Evaluating execution times and efficiency benchmarks between both tools.
- Built-in Capabilities: Analyzing Playwright’s native features like auto-waiting, tracing, and network interception.
- Flakiness Reduction: Mitigating unstable test runs through modern synchronization mechanisms.

Playwright Architecture

- Chrome DevTools Protocol (CDP): Utilizing direct browser control protocols for faster automation commands.
- Single Connection Pipe: Communicating via a single, persistent WebSocket for all automated actions.
- Node.js and Language Wrappers: Understanding how language bindings interact with the core Playwright driver.
- Process Isolation: Managing separate processes for scripts and browsers to ensure stable environments.

Environment Setup

- Node.js Installation: Installing required runtimes to host and manage the Playwright ecosystem.
- Playwright Core Installation: Downloading foundational command-line interfaces and client libraries.
- Browser Binary Downloads: Fetching matching, isolated versions of Chromium, Firefox, and WebKit.
- Project Initialization: Configuring initial file structures, configuration scripts, and environment folders.

Browser, Context & Page Concepts

- Browser Instances: Launching a single global browser executable to conserve system memory resources.
- Browser Contexts: Creating completely isolated incognito-like sessions to prevent state leakage.
- Page Objects: Opening individual tabs or windows within specific browser contexts for testing.
- Session State Preservation: Saving and reuse of cookies or storage states across multiple test files.

Auto-Waiting & Assertions

- Actionability Checks: Waiting automatically for elements to be visible, attached, stable, and enabled.
- Web-First Assertions: Utilizing specialized assertion methods that automatically retry until conditions are met.
- Custom Timeout Configurations: Modifying default wait periods for slow-loading pages or components.
- Assertion Failure Handling: Determining if failing assertions should halt execution or log soft failures.

Cross-Browser Automation

- Chromium Engine Configuration: Running test suites against Google Chrome and Microsoft Edge environments.
- Firefox Engine Execution: Validating application layouts and functionalities on the Mozilla Gecko engine.
- Emulation Profiles: Simulating diverse device viewports, user agents, and geolocation parameters.

Module 09: Playwright Advanced Concepts – 6 Hours

Advanced Locators (CSS, XPath, Text)

- CSS Selector Strategies: Target elements using attributes, classes, IDs, and structural pseudo-classes.
- XPath Expressions: Crafting deep relational paths, text matches, and axes-based element queries.
- Playwright Custom Locators: Utilizing user-visible attributes like placeholders, roles, and text labels.
- Chaining and Filtering Locators: Refining locator queries by combining multiple sub-locators and text filters.

Shadow DOM & iFrame Handling

- Shadow DOM Penetration: Accessing web components hidden inside open shadow roots automatically.
- Frame Locator Strategies: Targeting embedded frame elements safely using URLs or names.
- Interacting with Frame Elements: Executing clicks, fills, and validations inside completely isolated documents.
- Nested Frame Navigation: Drilling down through multiple layers of frames to find elements.

Multi-Tab Handling

- New Page Events: Capturing and identifying new tabs triggered by user click actions.
- Targeting Specific Windows: Switching focus between multiple open tabs based on titles or URLs.
- Inter-Tab Verifications: Validating data updates across separate, concurrent browser windows.
- Closing Secondary Tabs: Disposing of extra pages cleanly to return focus to main windows.

Dynamic Table Automation

- Row and Column Traversal: Iterating through web grids programmatically to extract text values.
- Locating Cells by Text: Finding specific target rows based on unique cell values.
- Dynamic Action Execution: Clicking buttons or checkboxes located inside specific data table rows.
- Pagination Handling: Navigating through multiple data pages to find target table records.

Debugging & Optimization

- Playwright Inspector Usage: Stepping through test execution lines visually with built-in debugging tools.
- Trace Viewer Analysis: Reviewing post-execution visual timelines, actions, console logs, and network snapshots.
- Headless vs Headed Modes: Toggling visibility modes to optimize local debugging or CI speed.
- Execution Logs Inspection: Analysing framework terminal printouts to isolate failures quickly.

Reusable Locator Utilities

- Centralizing Element Maps: Organizing application object definitions in separate, maintainable utility files.
- Dynamic Locator Methods: Creating helper functions that generate locators using runtime variables.
- Reducing Code Duplication: Standardizing common lookup strategies across different test suites.
- Maintenance Optimization: Updating single locator strings to fix broken scripts across multiple tests.

Phase 4: Java & Automation Foundations (8 Hours)

Module 10: Core Java Fundamentals for Automation – 4 Hours

Introduction to Java for Automation Testing

- Role of Java in Automation: Standard language for Selenium WebDriver and major automation frameworks globally.
- Java Development Environment Setup: Installation of Java Development Kit and configuration of system environment variables.
- Basic Syntax and Structure: Anatomy of a Java class and understanding main method execution.
- Variables and Data Types: Storage of test data values using primitive and non-primitive types.
- Operators and Control Flow: Conditional statements and loops for iterating dynamic elements.

OOPs Concepts: Inheritance, Polymorphism, Abstraction, Encapsulation

- Inheritance in Framework Design: Parent and child class relationships to reuse code across test suites.
- Polymorphism in Test Execution: Method overloading and overriding for dynamic runtime script execution.
- Abstraction of Page Interactions: Hiding complex element locator strategies through abstract classes and interfaces.
- Encapsulation of Test Data: Restricting direct access to fields using private variables and public getters/setters.

Collections Framework (List, Set, Map)

- List Interface for UI Elements: Handling ordered collections of multiple matching web objects.
- Set Interface for Window Handles: Managing unique collections of data like dynamic browser window IDs.
- Map Interface for Test Data: Key and value pair storage for reading configuration parameters efficiently.

Exception Handling

- Types of Automation Exceptions: Compile-time checked and runtime unchecked exception variations.
- Try-Catch Blocks: Isolating risky test step executions to prevent abrupt script failures.
- Finally Block Execution: Guaranteeing execution of cleanup steps like closing open browser instances.
- Throw and Throws Keywords: Explicitly forcing custom test failures and declaring exceptions in method signatures.

Hands-on Java Programs for Automation

- String Manipulation Exercises: Reversing strings, extracting sub-strings, and splitting dynamic UI text responses.
- Array and List Iteration: Looping through web element tables and finding specific text inside lists.
- Conditional Logic Programs: Validating expected versus actual results and handling dynamic page alerts.
- Custom Exception Implementations: Writing tailored test failure messages and framework timeout conditions.

Module 11: Advanced Java & Build Tools – 4 Hours

File Handling & Regular Expressions

- Reading and Writing Files: Managing external test data files, logs, and system properties.
- Regular Expressions for Data Validation: Matching dynamic text patterns, order IDs, and UI labels.
- File System Operations: Creating, deleting, and checking directories for test screenshot storage.
- Pattern and Matcher Classes: Applying regex engines to parse complex text responses.

Maven & Gradle Build Lifecycle

- Build Automation Concepts: Automating compilation, testing, and deployment of test suites.
- Maven Lifecycle Phases: Understanding clean, compile, test, package, and install commands.
- Build Configuration Files: Managing project settings within pom.xml.

Dependency Management

- Central Repositories: Fetching testing libraries automatically from Maven Central or custom repositories.
- Transitive Dependencies: Resolving secondary dependencies required by core testing libraries automatically.
- Scope Definition: Configuring test, compile, and runtime scopes for individual project dependencies.
- Version Control of Libraries: Managing and updating versions of Playwright, TestNG, and reporting tools.

Logging & Reporting Basics

- Logging Frameworks Implementation: Integrating Log4j or Slf4j to capture historical runtime execution steps.
- Log Levels Configuration: Setting appropriate Info, Debug, Warn, and Error levels for test runs.
- Console vs File Appenders: Directing log outputs to terminal displays and persistent log files.
- Basic HTML Reports Generation: Creating simple built-in test reports to track pass and fail statuses.

Module 12: Real-Time Project & Career Preparation – 2 Hours

Lead-to-Cash Automation Project

- End-to-End Flow Scenarios: Scripting long-horizon workflows across Leads, Accounts, and Opportunities.
- Quote and Order Creations: Automating validation rules surrounding product pricing structures.
- Status Updates Validations: Tracking transactional status changes across multiple business units.
- Data Consistency Verification: Checking underlying data records across multiple connected screens.

SQL & SOQL Basics

- Relational Database Queries: Using classic standard SQL commands to explore relational data tables.
- Salesforce Object Query Language: Creating SOQL queries to look up object details via APIs.
- Executing Workbench Queries: Extracting verification IDs from data objects using cloud explorer interfaces.
- Automation Query Injections: Inserting direct SOQL statements into framework steps to extract validations.

Resume Preparation

- Highlighting Core Skills: Formatting keywords for Playwright, Java, Salesforce, and DevOps domains.
- Documenting Project Impact: Writing action-oriented project summaries detailing framework savings metrics.
- Formatting Layout Designs: Arranging text components cleanly for scanning systems.
- Technical Stack Profiles: Listing framework libraries, architectures, and integration connections explicitly.

LinkedIn Optimization

- Profile Keyword Alignment: Injecting terms like Playwright and Salesforce into headings.
- Experience Descriptions Updates: Adding bullet summaries to professional experience blocks.
- Certifications Showcasing: Displaying completed developer, administrator, and testing credentials on profiles.
- Professional Networking Strategies: Connecting with target automation recruitment profiles and groups.

Mock Interviews

- Technical Question Drilldowns: Practicing Java logic puzzles, locator queries, and architecture explanations.
- Salesforce Scenario Handling: Solving situational prompts regarding multi-factor login and dynamic frame failures.
- Behavioural Prompt Formats: Delivering answers structure around Situation, Task, Action, and Result models.
- Real-Time Feedback Reviews: Adjusting explanation strategies based on post-interview assessments.

Training Highlights

- 40 Hours Instructor-Led Training: Engaging in direct web training modules guided by expert automation professionals.
- 100% Hands-On Practical Sessions: Writing framework code and scripts during execution periods.
- Real-Time Salesforce Automation Scenarios: Tackling complex real-world workflows inside sandbox environments.
- Hybrid Framework Development: Constructing maintainable multi-layered framework layouts combining UI and API modules.
- AI-Powered Automation Techniques: Leveraging modern generative tools to produce, debug, and fix selectors.
- CI/CD & Docker Integration: Deploying finished scripts onto pipeline runners inside container systems.
- Real-Time Capstone Project: Consolidating modules into a multi-stage Lead-to-Cash functional suite.
- Interview & Resume Preparation: Refining personal branding and behavioural portfolios through reviews.
- Session Recordings & Assignments: Reviewing recorded archives alongside targeted practical exercises.

FAQ –AI-Driven Playwright Automation with Salesforce & Java

1. What is this course about?

This course is a complete training program on Salesforce Automation Testing using Playwright with Java, covering UI Automation, API Testing, AI-Powered Testing, Framework Development, and DevOps Integration.

2. Who can enroll in this course?

This course is suitable for Manual Testers, Automation Engineers, Salesforce Testers, QA Professionals, SDETs, Developers, and Freshers who want to build expertise in modern automation testing technologies.

3. Is prior coding knowledge required?

Basic knowledge of Java or Software Testing is helpful, but not mandatory. The course starts from fundamentals and gradually moves to advanced concepts.

4. Why is Playwright preferred over Selenium?

Playwright provides faster execution, auto-waiting features, better handling of modern web applications, multi-browser support, and improved stability compared to traditional Selenium automation.

5. Will this course cover Salesforce automation?

Yes. The course includes complete Salesforce UI Automation, Salesforce API Testing, Lightning Components Handling, and Salesforce Business Workflow Automation.

6. Will I learn API Testing in this course?

Yes. You will learn Salesforce REST API Testing, OAuth 2.0 Authentication, API validations, and UI vs API data verification techniques.

7. Does this course include AI-powered testing concepts?

Yes. The program covers AI-based Script Generation, Self-Healing Locators, Visual Testing, and the usage of ChatGPT & Claude for automation debugging and optimization.

8. Will I work on real-time projects?

Yes. You will work on a real-time Salesforce Capstone Project such as Lead-to-Cash or Service Cloud Automation workflows.

9. Will DevOps and CI/CD concepts be covered?

Yes. The course includes Git, GitHub Actions, Jenkins, Docker, and CI/CD Pipeline Integration for scalable automation execution.

10. Will I learn framework development?

Yes. You will build a complete Hybrid Automation Framework using Playwright + TestNG + API Integration + Reporting with Page Object Model (POM) implementation.

How can I enroll for this course?

Enroll For Free Demo

For any other details, Call me or Whatsapp me on +91-9133190573

Live Sessions Price:

For LIVE sessions – Offer price after discount is 3~~00 USD 259 ~~USD~~~~ 99 USD Or ~~13000 INR~~ ~~12900 INR~~ 7900 Rupees

Sample Course Completion Certificate:

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Note:

To maintain the quality of our training and ensure a smooth learning experience for all participants, we do not allow batch repetition or switching between courses.

To reiterate, moving from one course to another or shifting from one trainer to another (even if it is the same course) is not possible. Changing batches or trainers in any form is strictly not permitted.

We request all learners to attend the scheduled sessions regularly and make the most of their learning journey. Thank you for your understanding and continued support.

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AI-Driven Playwright Automation with Salesforce & Java – Live Training Demo

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