Enterprise Automation Architect Program – Live Training

Enterprise Automation Architect Program – Live Training

(Java, Selenium WebDriver, TestNG, Maven, Docker, Selenium Grid, Allure Reports, REST Assured, AWS EC2,  AI in QA)

 

The Enterprise Automation Architect Program is a 6-week intensive live online training designed for testers, automation engineers, SDETs and QA professionals who want to move beyond basic automation scripting into real-time framework design and architect-level automation practices.

Over 30 live sessions (Monday to Friday, 9:00–10:00 PM IST), you will build a complete, production-grade UI + API hybrid automation framework from scratch — covering Java, Selenium WebDriver, REST Assured, TestNG, Maven, Jenkins, Docker, Selenium Grid, AWS EC2 overview and AI-assisted QA. By the end you will have a real portfolio project and the confidence to discuss framework architecture in any interview or project discussion.

 

PREREQUISITES:

• Basic knowledge of Java programming
•  Basic knowledge of Selenium Webdriver
• Interest in learning automation framework design

 

Live Sessions  Price:

For LIVE sessions – Offer price after discount is 300 USD 259 USD 99 USD Or 25000 INR 19900 INR 7900 Rupees

Enroll For Free Demo

OR

WhatsApp

Free Demo Session:

Indian Timings: 17th June @ 9:00 PM – 10:00 PM (IST)/

U.S Timings: 17th June @ 11:30 AM – 12:30 PM (EST)/

U.K Timings: 17th June  @ 4:30 PM – 5:30 PM (BST)

 

Class Schedule:

For Participants in India: Monday to Friday @ 9:00 PM – 10:00 PM (IST)

For Participants in the US:  Monday to Friday @ 11:30 AM – 12:30 PM (EST)

For Participants in the UK:  Monday to Friday @ 4:30 PM – 5:30 PM (BST)

 

What student’s have to say about Trainer:

The trainer explained every Selenium and Java concept with real-time examples, making it easy to understand even complex framework components. His practical approach helped me build confidence in automation testing. – Neha One of the best trainers I have learned from. – Arjun I thoroughly enjoyed every session of this course because of the trainer’s engaging teaching style. He ensured that every student understood the concepts by providing detailed explanations and practical demonstrations. The industry insights and best practices shared during the training were extremely valuable. This course has greatly enhanced my confidence as an Automation Test Engineer. – Priya The sessions were highly practical and aligned with current industry requirements. The trainer’s real-world examples made learning both enjoyable and effective. I now feel confident attending Automation Testing and SDET interviews. Hari The trainer’s practical teaching approach, industry expertise, and continuous support helped me gain strong confidence in Automation Testing and Framework Development. – Joy

 

Salient Features:

• 30 Hours of Live Training with real-time project demonstrations
• Lifetime Access to All Recorded Sessions for continuous learning and revision
• Industry-Recognized Course Completion Certificate upon successful completion

 

Who can enroll in this course?

• Automation testers aiming for senior roles
• QA engineers and SDETs
• Test leads wanting to understand framework architecture
• API testers learning end-to-end automation
• Professionals preparing for Automation Architect / Lead SDET roles

 

What will I learn by the end of this course?

• Build a fully functional UI + API Hybrid Automation Framework and host it on GitHub.
• Present your framework architecture, design decisions, and implementation approach with confidence.
• Create a polished Resume, LinkedIn profile, and GitHub portfolio ready for job applications.
• Gain the confidence and practical knowledge needed to succeed in SDET, Automation Engineer, and Automation Architect interviews.
• Learn industry best practices for building scalable, maintainable, and production-ready automation frameworks.
• Gain hands-on experience with Jenkins, Docker, Selenium Grid, REST Assured, and AI-powered testing workflows used in modern QA teams.

 

 

Course syllabus:

MODULE 1: Java Refresh, Automation Foundation & Selenium Basics

Build a strong Java programming base and get hands-on with Selenium WebDriver from the ground up. By end of week you will have written your first automated browser test.

• • Java OOP essentials for automation — classes, objects, inheritance and interfaces
  • Collections framework — List, Map, Set — as used inside real frameworks
  • Exception handling, file I/O and reading .properties configuration files
  • Setting up the full automation environment — Java, IntelliJ/Eclipse, Maven, ChromeDriver
  • Selenium WebDriver fundamentals — launching browsers and navigating URLs
  • Locating web elements — ID, name, class name, link text, XPath and CSS selectors
  • Writing and running your first end-to-end UI test from scratch
  • Implicit vs explicit waits — understanding StaleElementReferenceException and flakiness root causes
  • Understanding WebDriver lifecycle — opening, interacting and closing browsers correctly
  • Introduction to test structure best practices and naming conventions

---

MODULE 2: Advanced Selenium, TestNG & Maven Execution

Go beyond the basics with advanced Selenium techniques, master the TestNG testing framework, and learn how Maven manages your project builds and test execution.

• • Advanced XPath strategies — axes (ancestor, following-sibling), text(), contains(), normalize-space()
  • Dynamic element handling — elements that change ID, load asynchronously or appear conditionally
  • Dropdowns with Select class, multi-selects, checkboxes and radio button groups
  • Handling frames and iframes — switchTo().frame() strategies and best practices
  • Multiple browser windows and tabs — switching context, handling pop-ups
  • JavaScript Executor — scrolling to elements, clicking hidden elements, reading DOM attributes
  • Actions class — mouse hover, drag-and-drop, double-click, right-click, key combinations
  • Alert handling — simple alerts, confirmation boxes, prompt input alerts
  • TestNG annotations — @Test, @BeforeMethod, @AfterMethod, @BeforeClass, @AfterClass, @BeforeSuite
  • TestNG groups, priority, dependsOnMethods, enabled flag and soft assertions
  • Data-driven testing with @DataProvider and parameterization via xml
  • Maven project structure — pom.xml, dependency management, Surefire/Failsafe plugin configuration
  • Running test suites from Maven command line — mvn test, profiles and environment switching

---

MODULE 3: Enterprise Automation Framework Design

This is the core week of the You will design and build a production-grade automation framework architecture from scratch — the same patterns used in top QA teams globally.

• • Page Object Model (POM) — design principles, separation of concerns, why it matters at scale
  • Page Factory and @FindBy annotations — when to use over raw By locators
  • BasePage class — encapsulating common element interactions for reuse across all page objects
  • DriverFactory class — centralised WebDriver creation with support for multiple browsers
  • ThreadLocal — making your framework thread-safe for parallel execution
  • ConfigReader utility — reading config.properties to support multiple environments (dev/stage/prod)
  • Reusable utilities — WaitHelper, ActionHelper, DateHelper, RandomDataHelper
  • BaseTest class — @BeforeMethod / @AfterMethod setup using DriverFactory
  • Screenshot capture on test failure — integrating with ITestListener
  • Retry Analyzer — implementing IRetryAnalyzer to auto-retry flaky tests up to N times
  • Extent Reports — rich HTML reports with test status, screenshots and logs per test
  • Allure Reports — timeline view, categories, step annotations and history trends
  • Log4j2 / SLF4J logging — structured logging at DEBUG, INFO, WARN, ERROR levels
  • Framework folder structure best practices — src/main vs src/test, resources, configs

---

MODULE 4: REST Assured API Automation & Hybrid Framework

Learn to automate REST APIs professionally using REST Assured, then merge your API and UI test frameworks into a single, cohesive hybrid automation solution.

• • REST API concepts — HTTP methods (GET, POST, PUT, PATCH, DELETE), headers, status codes
  • REST Assured setup — adding dependency, first API test, given/when/then syntax
  • Response validation — status code, response time, body content, headers, cookies
  • JSON path and XML path — extracting values from nested JSON responses
  • Authentication — Basic Auth, API key, Bearer Token, OAuth2 client credentials flow
  • POJO (Plain Old Java Object) classes — modelling request and response bodies
  • Jackson / Gson — serialising Java objects to JSON and deserialising JSON to Java objects
  • API chaining — extracting tokens, IDs or session values from one response to use in the next
  • RequestSpecification and ResponseSpecification builders — eliminating boilerplate across tests
  • Schema validation — validating API response structure using JSON Schema
  • Merging API and UI test modules into a single Maven project / unified framework
  • Pre-condition setup via API — creating test data through API calls before running UI tests
  • End-to-end hybrid scenario — user creation via API, login via UI, validation via API

---

MODULE 5: Jenkins, Docker, Selenium Grid, Parallel Execution & Cloud Overview

Integrate your framework into a real CI/CD pipeline, scale test execution across parallel browsers, and get a practical overview of containerised and cloud-based test execution.

• • Parallel test execution with TestNG — configuring parallel=’methods’/’classes’/’tests’, thread-count
  • ThreadLocal WebDriver in depth — thread isolation, cleanup and avoiding session leaks
  • Jenkins installation and initial setup — creating Freestyle and Pipeline jobs
  • Jenkinsfile (Declarative Pipeline) — stages: Checkout, Build, Test, Report, Notify
  • Configuring Jenkins to trigger builds on Git push / pull request (webhook setup)
  • Publishing Allure or Extent reports as post-build artifacts in Jenkins
  • Docker fundamentals — images, containers, Dockerfile, Docker Hub pull and push
  • Running Selenium tests inside a Docker container — headless Chrome configuration
  • Selenium Grid 4 architecture — Hub, Node, registration and routing
  • Docker Compose for Selenium Grid — spinning up a hub + multiple Chrome/Firefox nodes
  • Executing framework tests on Selenium Grid — RemoteWebDriver configuration
  • AWS EC2 overview — launching an instance, installing Java/Maven, running tests remotely
  • Flaky test identification — using retry history, logs and timeline reports for RCA
  • Stabilisation strategies — smart waits, idempotent test data, environment health checks

---

MODULE 6: AI Utilisation in QA, Career Preparation & Project Presentation

Learn how to leverage AI tools to multiply your QA productivity, then prepare and present your capstone project with a polished career portfolio ready for job interviews.

• • AI tools for testers — overview of ChatGPT, Claude, GitHub Copilot in a QA context
  • Prompting strategies for test case generation — boundary value, equivalence partitioning, edge cases
  • Generating Selenium page object classes and test scripts using AI — review and refine workflow
  • Generating REST Assured tests and POJO classes from API documentation using AI
  • Using AI to analyse stack traces and suggest root causes for test failures
  • AI-assisted test report summarisation — generating sprint QA summaries from Allure/Extent data
  • Responsible AI use — understanding limitations, hallucinations and when not to trust AI output
  • Capstone project final review — code quality, structure, readability, documentation
  • Presenting your framework — walking through design decisions and architecture choices confidently
  • Resume crafting for automation roles — how to articulate framework contributions accurately
  • LinkedIn profile optimisation — headline, About section, skills, featured projects
  • GitHub portfolio — README structure, project description, setup instructions, badges
  • Interview preparation — common automation architect and SDET interview questions and answers
  • Career roadmap — from SDET to Automation Architect to QA Engineering Manager

Frequently Asked Questions (FAQs):

1. Who is this course designed for?

This course is ideal for Manual Testers, Automation Testers, QA Engineers, SDETs, and anyone looking to build expertise in Selenium Automation Testing with Java.

2. Do I need prior automation testing experience?

Basic Java and selenium knowledge is required the program will refresh only basic concepts will not teach from basics

3. Which programming language is used in this course?

The course uses Java as the primary programming language for building automation frameworks and test scripts.

4. Will I learn Selenium from scratch?

Yes. The course covers Selenium WebDriver fundamentals, advanced Selenium concepts, and real-world automation scenarios from the ground up.

5. Does the course include API Automation Testing?

Yes. You will learn REST Assured, API validation, authentication, API chaining, schema validation, and hybrid UI + API framework development.

6. Will I build a real-time automation framework?

Yes. You will design and develop a production-grade hybrid automation framework using industry best practices.

7. Are Jenkins and CI/CD concepts covered?

Yes. The course includes Jenkins setup, pipeline creation, automated test execution, report publishing, and CI/CD integration.

8. Will I learn Docker and Selenium Grid?

Yes. You will learn Docker basics, Selenium Grid setup, parallel execution, and running tests in containerized environments.

9. Is parallel execution covered in the training?

Yes. The course covers ThreadLocal WebDriver, TestNG parallel execution, and Selenium Grid-based distributed test execution.

10. What reporting tools will be covered?

You will learn Extent Reports, Allure Reports, screenshot capture, logging frameworks, and test execution reporting.