AI-Powered Selenium Automation with Java – Live Training
(Master Java, Selenium 4, TestNG, Cucumber, POM & Hybrid Frameworks, Selenium Grid, Jenkins, CI/CD, SQL, API & AI-Powered Test Automation for Enterprise-Ready Automation.)
This comprehensive, industry-aligned course is designed to build end-to-end automation testing skills using Java and Selenium WebDriver 4. Learners will start with Core Java and OOP fundamentals and progress into Advanced Java, Collections, Exception Handling, File Handling, Selenium Locators, Synchronization, TestNG, BDD Cucumber, Page Object Model (POM), and Hybrid Framework Development. The course includes hands-on practice with Apache POI for Excel test data, reusable utilities, data-driven testing, Extent Reports, Allure Reporting, Selenium Grid 4, parallel execution, and cross-browser automation.
The program also covers real-world automation practices including Git/GitHub, Jenkins CI/CD, Linux/Shell commands, SQL and JDBC for database validation, and AI-powered testing. Learners will use AI for test-script generation, coding assistance, locator suggestions, failure-log analysis, root-cause identification, and defect-summary generation, while applying proper human review and validation. By the end of the course, participants will build and demonstrate a scalable real-time Selenium automation framework and gain practical skills needed for Automation Tester, SDET, and QA Automation Engineer roles.
About the Instructor:
| Kenny is a seasoned Automation Testing Expert and Trainer with around 15 years of industry experience in software quality assurance and test automation. He specializes in Selenium Automation Testing with Java, helping learners build strong expertise in modern web automation and automation framework development. He has strong hands-on experience in designing and implementing scalable frameworks using Page Object Model (POM), Hybrid Frameworks, Data-Driven Testing, TestNG, and BDD Cucumber.
He has extensive expertise across Selenium WebDriver 4, advanced locators, synchronization, complex browser interactions, Apache POI, Excel-based test automation, Selenium Grid 4, automated reporting, and parallel execution. His technical experience also includes Jenkins CI/CD, Git, GitHub, Linux/Shell commands, SQL, JDBC and database validation, enabling learners to understand the complete automation lifecycle from test development to continuous integration and backend validation. As a trainer, Kenny has successfully trained 200+ students, focusing on practical and project-oriented learning. His training approach emphasizes real-time automation scenarios, hands-on implementation, reusable framework design, data-driven testing, parallel execution, reporting, CI/CD integration, database validation, and interview-oriented concepts. He also incorporates AI-powered testing techniques, including AI-assisted test-script generation, coding assistance, locator suggestions, failure-log analysis and defect-summary generation, helping learners develop industry-ready Selenium automation skills and practical experience through real-world capstone projects. |
What will I learn by the end of this course?
- Master Core Java and OOP concepts for automation testing.
- Work with Collections, Exception Handling, File I/O and Java 8 Streams.
- Automate web applications using Selenium WebDriver 4.
- Create robust locators using CSS Selectors, XPath and Relative XPath.
- Handle dynamic elements, waits, frames, alerts and complex web interactions.
- Build test suites using TestNG, Cucumber BDD and Data-Driven Testing.
- Design scalable frameworks using POM and Hybrid Framework Architecture.
- Implement Extent Reports, Allure Reports and Selenium Grid 4 for reporting and parallel execution.
- Integrate automation with Git, GitHub, Jenkins CI/CD, SQL and JDBC.
- Apply AI-Powered Testing techniques and complete a real-world Selenium automation capstone project.
Course Features
- Lectures 58
- Quiz 0
- Duration 40 hours
- Skill level All levels
- Language English
- Students 520
- Assessments Yes
- 8 Sections
- 58 Lessons
- 40 Hours
- MODULE 01: Core Java & OOP Foundations (5 Hours)6
- 1.1Language fundamentals: variables, data types, operators and control-flow statements.
- 1.2Classes and objects, constructors and method concepts
- 1.3OOP pillars: encapsulation, inheritance, polymorphism and abstraction
- 1.4Practical Java examples focused on automation use cases.
- 1.5Create small Java programs using conditions and loops.
- 1.6Model a simple automation domain using classes and OOP concepts.
- MODULE 02: Advanced Java, Collections & File/Data Handling (5 Hours)6
- 2.1Collections Framework: List, Set and Map interfaces; ArrayList and HashMap implementations.
- 2.2File I/O and streams.
- 2.3Exception handling: checked vs unchecked exceptions, try-catch-finally and custom exceptions.
- 2.4Apache POI for Excel, property files and Java 8 Streams.
- 2.5Read test data from Excel/property files.
- 2.6Build reusable data utilities and exception-handling examples.
- MODULE 03: Selenium WebDriver 4 & Advanced Locators (5 Hours)7
- 3.1Selenium WebDriver 4 architecture and W3C standard compliance.
- 3.2Browser setup and WebDriver lifecycle.
- 3.3Element identification using IDs, CSS selectors, XPath and relative XPath.
- 3.4Dynamic CSS selectors, XPath axes and Chrome DevTools Protocol (CDP).
- 3.5Synchronization basics for dynamic web applications.
- 3.6Automate a beginner web flow from browser launch to validation.
- 3.7Create robust locators for static and dynamic elements.
- MODULE 04: Synchronization, TestNG & BDD Cucumber (5 Hours)10
- 4.1Implicit, explicit and fluent waits for dynamic SPA elements.
- 4.2Complex interactions: mouse hover, drag-and-drop, Actions class, JavaScriptExecutor, frames and alerts.
- 4.3TestNG annotations, lifecycle and execution priority.
- 4.4Data-driven testing using @DataProvider.
- 4.5Parallel execution using testng.xml.
- 4.6Cucumber Gherkin syntax, feature files, step definitions and hooks.
- 4.7Scenario Outline, Examples and Cucumber Data Tables.
- 4.8TestNG and Cucumber runner integration.
- 4.9Build a TestNG suite with data-driven tests.
- 4.10Create a BDD scenario and connect Gherkin steps to Java Selenium methods.
- MODULE 05: POM & Hybrid Framework Design (5 Hours)7
- 5.1Page Object Model architecture and reusable page classes.
- 5.2Hybrid framework combining POM, BDD and data-driven concepts.
- 5.3Reusable utilities, configuration/property management and test-data separation.
- 5.4Apache POI integration for Excel-based data.
- 5.5Clean framework structure and maintainability practices.
- 5.6Build Login, Home and business-flow page objects.
- 5.7Create a Hybrid framework skeleton and execute a sample end-to-end flow.
- MODULE 06: Data, Reporting & Selenium Grid 4 (5 Hours)7
- 6.1Data-driven execution and external test data.
- 6.2Extent Reports and Allure HTML reporting.
- 6.3Failure screenshots and defect evidence.
- 6.4Selenium Grid 4 Hub/Node architecture.
- 6.5Distributed parallel execution across browsers/platform combinations.
- 6.6Generate execution reports with failure screenshots.
- 6.7Run a selected suite in parallel using Selenium Grid 4.
- MODULE 07: Jenkins, SQL & CI/CD (5 Hours)7
- 7.1Jenkins CI/CD pipeline concepts for automation.
- 7.2Git and GitHub repository workflow.
- 7.3Linux/Shell commands and scheduled execution concepts.
- 7.4JDBC and SQL for backend database validation.
- 7.5Connect the automation project to a Jenkins pipeline.
- 7.6Execute tests from CI and publish HTML reports.
- 7.7Validate UI data against a database using SQL/JDBC.
- MODULE 08: AI-Powered Testing & Capstone (5 Hours)8
- 8.1AI-powered test-script generation from natural-language test cases.
- 8.2AI coding assistance for Selenium automation and refactoring.
- 8.3AI-assisted locator suggestions and automation productivity.
- 8.4Automated failure-log analysis, root-cause extraction and defect-summary generation.
- 8.5Human review, validation and responsible use of AI-generated automation.
- 8.6Generate a Selenium test skeleton using AI and review/refine the output.
- 8.7Analyze a sample failure log with AI and prepare a defect summary.
- 8.8Complete and demonstrate the capstone framework.
