Automation Testing Course Process

Automation Testing Course Process in Detail

1. Checking Eligibility

2. Joining Process

3. Payment Details

Automation Testing Course Curriculum Details

Automation testing course syllabus 

• Software Testing 
• Java programing language
• Selenium 
• Frameworks
• Understanding and using Build tools
• Managing source code

Assignments and Projects  

• Capstone project using Selenium and TestNG Framework for E-commerce Application
• Capstone project using Selenium and TestNG Framework for Human Resource Management
• Capstone project using Rest API Testing for Telecom

Course Stages and Curriculum

Module 1: Java Basics Refresher for Selenium

• This module refreshes your knowledge of Java programming, which is essential for writing Selenium test scripts effectively.
• You'll cover core concepts like classes, objects, methods, constructors, data types, variables, operators, and control flow statements.
• Object-oriented programming principles and exception handling mechanisms are also included to build a solid foundation.

Module 2: Selenium and its Components

• This module introduces you to Selenium and helps you understand the different components of the Selenium suite.
• You'll learn about the Java Collection Framework including ArrayList, LinkedList, HashSet, and HashMap which are frequently used in test automation.
• The module also covers different types of applications, testing methods, and how Selenium integrates with other tools.

Module 3: Selenium WebDriver and Locators

• Here you'll understand the architecture and working of Selenium WebDriver, which is the core component for browser automation.
• You'll learn various strategies to locate web elements using ID, Name, Class Name, Tag Name, Link Text, CSS Selector, and XPath.
  XPath functions, types, and customisations are covered in detail to help you handle complex element identification scenarios.

Module 4: Interacting with Web Elements and Waits

• This module teaches you how to interact with web elements and perform various actions like clicking, typing, and selecting.
• You'll learn about CSS Selectors as an alternative locating strategy and various Selenium WebDriver commands.
• Synchronisation is crucial in automation, so you'll understand different types of waits (implicit, explicit, fluent) to handle timing issues.

Module 5: TestNG Framework

• TestNG is a powerful testing framework that helps you organise and execute test cases efficiently.
• You'll learn about annotations, grouping, sequencing, and parameterisation to structure your tests professionally.
• The module also covers parallel testing, cross-browser testing, and generating detailed test reports.

Module 6: Handling Web UI Elements - Part I

• This module focuses on handling common web UI elements like alerts, modal dialogue boxes, and pop-ups.
• You'll learn to manage multiple browser windows and tabs, which is essential for testing complex web applications.
• Scrolling techniques using JavaScriptExecutor and tooltip verification are also covered.

Module 7: Handling Web UI Elements - Part II

Module 8: Selenium Grid and Robot Class

• Selenium Grid allows you to run tests on multiple machines and browsers simultaneously, enabling distributed testing.
• You'll learn to deploy and configure a Grid with multiple nodes for parallel test execution.
• The Robot class is introduced for automating keyboard and mouse events at the operating system level.

Module 9: Selenium IDE and Page Object Model

• Selenium IDE is a browser extension for record-and-playback testing, useful for quick test creation and prototyping.
• Page Object Model (POM) is a design pattern that makes your test code more maintainable and reusable.
• You'll implement POM using Selenium WebDriver and Page Factory to create professional-grade automation frameworks.

Module 10: Automation Frameworks - Part I

• This module introduces key test automation frameworks and their importance in professional testing environments.
• You'll learn about the Data-Driven Framework, which separates test data from test scripts for better flexibility.
• Apache POI for reading Excel files and TestNG Data Providers for parameterisation are covered in detail.

Module 11: Automation Frameworks - Part II

• A keyword-driven framework is introduced, which uses keywords to represent actions, making tests readable by non-programmers.
• The Hybrid Framework combines the best features of Data-Driven and Keyword-Driven approaches for maximum flexibility.
• You'll learn to integrate Page Object Model with Hybrid Framework for creating robust enterprise-level automation solutions.

Module 12: BDD Framework with Cucumber

• Behaviour Driven Development (BDD) bridges the gap between technical and non-technical team members through readable test scenarios.
• Cucumber is introduced as a tool that uses Gherkin syntax to write tests in plain English-like language.
• You'll learn to create feature files, write step definitions, and implement complete BDD frameworks using Selenium.

Additional Placement Training in Automation Testing Course  

Eligibility for Placement Training

• The candidates should have more than 75% of attendance during automation testing course.
• Completed all the assignments and projects on time.
• Clear the competency test.

Topics included in placement Training 

• Profile Building 
• Resume Building
• Portfolio Building
• Mock Interviews
• Such developments will ensure the placement of the candidates. and know about the Bug Reporting in Software Testing.

Key Learning Areas

Test Types: Functional, Regression, Performance, API Testing

• You'll learn different categories of software testing, each serving a unique purpose in ensuring application quality.
• Functional testing verifies that features work as expected, regression testing ensures new code doesn't break existing functionality, performance testing checks
• speed and stability under load, and API testing validates backend communication between systems.

Concepts: Mocking, Dependency Injection, Code Coverage

• These are essential technical concepts that make your test code more efficient and maintainable.
• Mocking allows you to simulate external dependencies so you can test components in isolation. Dependency injection makes code more testable by passing dependencies from outside rather than creating them internally. Code coverage measures how much of your application code is actually tested.

Methodologies: Agile Testing

• You'll understand how testing fits into modern agile development workflows where software is built and released in short, iterative cycles.
• Agile testing emphasises continuous testing throughout development rather than waiting until the end, collaboration between testers and developers, and adapting quickly to changing requirements.

Typical Process Flow (What You Learn to Do)

Tool Selection: Criteria for choosing the right automation tool

• You'll learn how to evaluate and select the most suitable automation tools based on project requirements, technology stack, and team expertise.
• Factors like cost, community support, integration capabilities, and learning curve all play a role in choosing between tools like Selenium, Cypress, or Playwright.

Scope Definition: Deciding which tests to automate for maximum ROI

• Not every test should be automated. You'll learn to identify which test cases provide the best return on investment when automated.
• Typically, repetitive tests, high-risk areas, and stable features are good candidates for automation, while frequently changing features or one-time tests may not be worth the effort.

Design & Development: Building frameworks and writing scripts

• This involves creating a structured automation framework that is reusable, scalable, and easy to maintain over time.
• You'll write test scripts using programming languages like Python or Java, following best practices like the Page Object Model to keep your code organised and efficient.

Execution: Running tests (Unit, Integration, E2E)

• You'll learn to execute different levels of testing—unit tests for individual components, integration tests for combined modules, and end-to-end tests for complete user workflows.
• Understanding when and how to run each type helps ensure comprehensive coverage while optimising execution time and resources.

Maintenance & Reporting: Documenting results and updating tests

• Automation isn't a one-time task. Tests need regular updates as the application evolves and new features are added.
• You'll also learn to generate clear reports that communicate test results to stakeholders, track defects, and provide insights into overall software quality.

Who Can Join?

Beginners (no prior coding needed) or experienced manual testers

• This program welcomes complete beginners who have no programming background. The curriculum starts from the basics and gradually builds your coding skills.
• Experienced manual testers looking to upgrade their skills and transition into automation roles will find this especially valuable for career advancement.

Software Developers, Testers, Engineers, or anyone with a computer science background

• If you already have technical experience, you'll be able to progress faster and take on more advanced concepts quickly.
• Professionals from related fields like development or engineering can add automation testing to their skillset, making them more versatile and valuable in the job market.

Outcomes

Certifications (e.g., CAST, CSTE)

• Upon completion, you'll be prepared to earn industry-recognised certifications like CAST (Certified Associate in Software Testing) or CSTE (Certified Software Tester).
• These certifications validate your expertise and significantly improve your credibility when applying for jobs or negotiating salaries.

Skills for roles like Automation Engineer

You'll develop practical, job-ready skills that qualify you for in-demand positions such as Automation Engineer, QA Engineer, SDET (Software Development Engineer in Test), or Test Architect.

The hands-on projects and real-world scenarios covered in the program prepare you to contribute from day one in your new role.

Placement assistance

• Many programs offer dedicated placement support, including resume building, interview preparation, and connections with hiring companies.
• This assistance helps bridge the gap between learning and landing a job, giving you practical guidance on navigating the job market successfully.

Learning Benefits

Live Virtual Training with Industry Experts

• You receive 36 hours of live virtual training conducted by instructors with 15+ years of industry experience.
• Live sessions allow real-time interaction, doubt clarification, and personalized guidance that pre-recorded videos cannot offer.

Hands-On Practical Experience

• Each module includes hands-on assignments that help you apply theoretical concepts to real-world scenarios.
• You gain 3 months of internship experience working on live projects, making you job-ready upon completion.

Lifetime Access and Resources

• You get lifetime access to live virtual classes, allowing you to revisit concepts and stay updated with new content.
• Course materials, recordings, and resources remain accessible even after you complete the program.

Industry-Recognized Certification

Upon completion, you receive a course completion certificate along with a 6-month project experience certificate.

These credentials validate your skills and enhance your resume when applying for automation testing roles.

Placement Support

• The program includes dedicated placement assistance to help you land jobs with a minimum package of 5 LPA.
• Interview preparation sessions ensure you're confident and well-prepared for technical and HR rounds.

Typical Course Structure

Duration and Format

• The course spans 36 hours of live virtual training, typically delivered over weekends or weekdays based on your chosen batch.
• Sessions are interactive and instructor-led, combining theoretical explanations with practical demonstrations.

Module-Based Progression

• The curriculum is divided into 12 comprehensive modules, starting from Java basics and progressing to advanced frameworks like BDD with Cucumber.
• Each module builds upon the previous one, ensuring a logical and structured learning path from beginner to advanced level.

Assessments and Projects

• Every module includes hands-on assignments to test your understanding and reinforce learning.
• Real-world projects and a 3-month internship provide practical exposure to industry-standard automation testing practices.

Why StarAgile for an Automation Testing Course?