Build practical web automation testing skills with Selenium WebDriver, test frameworks, reusable automation design, and real-world testing workflows.
Learn through a structured path covering software testing fundamentals, Selenium WebDriver, locators, XPath, CSS selectors, WebElements, waits, TestNG, Page Object Model, data-driven testing, automation frameworks, API testing fundamentals, Git, CI/CD concepts, debugging, and 6 capstone projects.
Build your Selenium automation testing knowledge through a structured curriculum that progresses from software testing fundamentals to browser automation, test frameworks, debugging, and practical project implementation.
The course can be relevant for learners from different technical and testing backgrounds who want to understand Selenium and web automation testing.
Selenium automation is more than writing browser scripts. Effective automation requires an understanding of testing principles, locators, synchronization, reusable test design, execution, reporting, debugging, and framework structure. Codelyra's Selenium learning path connects these concepts progressively so learners can understand how individual automation techniques fit into a broader testing workflow.
Progress from software testing fundamentals to Selenium WebDriver, locators, waits, TestNG, Page Object Model, data-driven testing, frameworks, and advanced automation.
Build the testing and automation foundation first before moving into frameworks, API testing, Git, CI/CD concepts, debugging, and project implementation.
Work through browser automation, WebDriver commands, navigation, WebElements, forms, buttons, links, dropdowns, frames, windows, and alerts.
Learn ID, Name, Class Name, Tag Name, Link Text, Partial Link Text, CSS Selectors, XPath, XPath functions, and XPath axes.
Understand implicit and explicit waits, expected conditions, dynamic elements, timing issues, and synchronization strategies for web applications.
Explore annotations, assertions, test organization, groups, dependencies, parameterization, DataProviders, XML configuration, execution, and reporting.
Learn how page-specific structures, reusable methods, base classes, utilities, and test logic can be organized for maintainable automation.
Understand how test data can be separated from automation logic using parameterization, DataProviders, and external data concepts.
Understand test, page, utility, configuration, test-data, driver-management, reporting, logging, and screenshot components within an automation framework.
Learn API testing basics including HTTP methods, requests, responses, status codes, headers, parameters, JSON, and validation concepts.
Understand repositories, commits, branches, merging, push and pull workflows, and version-control practices for automation projects.
Learn how automated tests can fit into build pipelines, regression execution, reporting, continuous integration, and continuous testing workflows.
Understand common Selenium exceptions, failed tests, synchronization issues, screenshots, logs, debugging approaches, and automation maintenance.
The course connects individual Selenium concepts into a practical automation workflow.
The Selenium course combines core testing knowledge with browser automation, reusable test design, execution, debugging, and project-based application.
Apply Selenium concepts across practical automation scenarios covering web workflows, e-commerce testing, Page Object Model, data-driven testing, regression testing, and an integrated automation workflow.
Course features and availability can vary by batch. Confirm current terms with Codelyra.
Certification availability, the number and type of certificates, placement support, flexible timing, EMI eligibility, project implementation, and other course terms should be confirmed with Codelyra for the current batch. Placement support does not represent a guaranteed job offer.
Follow a structured Selenium automation testing curriculum that progresses from software testing fundamentals and Selenium WebDriver to TestNG, Page Object Model, automation frameworks, API testing, Git, CI/CD concepts, debugging, case studies, and capstone project development.
Build the foundation required for software testing and Selenium automation.
Learning Outcome: Understand software testing fundamentals and the role of automation testing.
Learning Outcome: Understand test case design and suitable automation scenarios.
Learning Outcome: Understand Selenium WebDriver and web automation.
Learning Outcome: Identify and interact with web elements using locators and WebElement methods.
Develop reusable Selenium tests and understand structured test execution.
Learning Outcome: Automate common web controls and browser interactions.
Learning Outcome: Handle dynamic web applications and synchronization challenges.
Learning Outcome: Build a programming foundation for Selenium scripts.
Learning Outcome: Organize, execute, and manage Selenium tests with TestNG.
Learning Outcome: Design reusable and maintainable Selenium automation with POM.
Learning Outcome: Create reusable test scenarios with multiple data sets.
Explore framework design, advanced automation, integration, debugging, and projects.
Learning Outcome: Understand structured Selenium framework architecture.
Learning Outcome: Handle complex browser automation scenarios and dynamic elements.
Learning Outcome: Identify, troubleshoot, and document Selenium automation failures.
Learning Outcome: Understand API testing fundamentals and their relation to UI automation.
Learning Outcome: Understand version-control workflows for Selenium projects.
Learning Outcome: Understand automated tests in CI/CD and continuous testing workflows.
Learning Outcome: Apply Selenium to realistic web application testing and framework planning.
Learning Outcome: Complete a practical Selenium automation project using the concepts covered throughout the course.
A structured path from testing fundamentals to advanced automation and project development.
The syllabus above reflects the generated Selenium Training curriculum for Codelyra. Programming language coverage, tool versions, framework implementation details, CI/CD tooling, and environment setup may vary based on the current course structure.
The Selenium Training in Chennai curriculum is designed around the skills needed to understand web automation, create structured tests, work with reusable automation components, troubleshoot failures, and understand how Selenium fits into broader testing workflows.
Understand testing concepts, test scenarios, test cases, testing types, regression testing, and the role of automation.
Work with WebDriver commands, browser drivers, navigation, browser controls, and automated browser workflows.
Identify web elements using common Selenium locator strategies and select appropriate approaches for different elements.
Work with relative and absolute XPath, XPath functions, axes, and dynamic element identification concepts.
Interact with fields, buttons, links, checkboxes, radio buttons, dropdowns, tables, and other web elements.
Automate dropdowns, date pickers, web tables, frames, windows, tabs, alerts, and other common browser interactions.
Understand timing issues, implicit and explicit waits, expected conditions, dynamic elements, and synchronization strategies.
Organize Selenium tests with annotations, assertions, groups, dependencies, parameterization, DataProviders, XML, and reporting.
Structure automation using page classes, reusable methods, base classes, utilities, driver management, and separated test logic.
Work with parameterized tests, multiple data sets, DataProviders, external data concepts, and reusable data utilities.
Understand framework architecture across test, page, utility, configuration, data, driver-management, and reporting layers.
Explore dynamic elements, advanced XPath, JavaScript execution, scrolling, custom controls, cookies, browser options, and cross-browser concepts.
Identify common Selenium exceptions, analyze failures, use screenshots and logs, and understand debugging and maintenance practices.
Understand APIs, HTTP methods, requests, responses, status codes, headers, parameters, JSON, authentication concepts, and validation.
Understand repositories, commits, branches, push, pull, merge, remote repositories, and collaboration workflows.
Understand automated test execution, build pipelines, regression execution, version-control integration, reporting, and continuous testing concepts.
Build from core testing knowledge toward structured automation and advanced testing workflows.
The curriculum connects technical skills with practical Selenium testing workflows and project-based automation scenarios.
Understand how individual Selenium skills connect within a structured automation workflow from application analysis through testing and reporting.
The skills listed reflect the generated Selenium Training curriculum for Codelyra. Programming language coverage, tool versions, framework implementation, CI/CD tooling, and environment setup may vary based on the current course structure.
Explore the core Selenium tools, testing frameworks, programming concepts, version-control practices, API testing concepts, and CI/CD technologies included in the course curriculum. The focus is on understanding how these components work together within a practical automation testing workflow.
Learn the core browser automation technology used to launch browsers, navigate web applications, interact with WebElements, and execute automated workflows.
Understand the locator strategies used to identify elements and interact with web applications through Selenium.
Work with relative and absolute XPath, XPath functions, axes, and dynamic element identification concepts.
Use TestNG concepts to organize and execute Selenium tests with annotations, assertions, groups, dependencies, parameterization, and DataProviders.
Learn the Page Object Model approach for organizing page classes, locators, reusable methods, and test components.
Understand how Selenium projects can be organized using test, page, utility, configuration, test-data, driver-management, and reporting layers.
Learn version-control concepts and common Git workflows used for managing and collaborating on Selenium automation projects.
Understand API testing fundamentals including HTTP methods, requests, responses, JSON, status codes, parameters, and validation.
Build programming fundamentals needed for automation, including variables, conditions, loops, methods, classes, collections, and exception handling.
Understand how automated tests can fit into build pipelines, regression execution, version-control integration, and continuous testing workflows.
The curriculum connects the core automation components into a structured testing workflow.
The tools and technologies are introduced according to their role in Selenium automation, test execution, framework design, and project workflows.
The technology stack reflects the generated Selenium Training curriculum for Codelyra. The exact programming language, tool versions, framework implementation, CI/CD tooling, and environment setup may vary based on the current course structure.
The Selenium Training in Chennai curriculum includes six capstone projects designed around different web automation and software testing scenarios. Each project brings together Selenium concepts such as WebDriver, locators, TestNG, Page Object Model, data-driven testing, frameworks, debugging, Git, and CI/CD concepts.
Automate login and common user workflows using Selenium WebDriver and structured test cases. The project focuses on building a clear foundation for browser-based automation.
Skills & Concepts AppliedAutomate e-commerce scenarios covering product navigation, search, selection, cart operations, and checkout-related test scenarios.
Skills & Concepts AppliedBuild a reusable Selenium structure using Page Object Model, page classes, reusable methods, configuration, and organized test execution.
Skills & Concepts AppliedExecute automated scenarios against multiple data sets using parameterization and data-driven testing concepts.
Skills & Concepts AppliedDesign a regression automation suite covering multiple workflows with repeatable execution and structured result analysis.
Skills & Concepts AppliedCombine Selenium automation, framework concepts, Git, reporting, debugging, and CI/CD concepts into an integrated automation workflow.
Skills & Concepts AppliedApply Selenium concepts progressively from application understanding and test design through automation, debugging, reporting, and version control.
Across the six capstone projects, the curriculum brings together Selenium WebDriver, locators, WebElements, waits, TestNG, Page Object Model, data-driven testing, framework concepts, debugging, reporting, Git, and CI/CD concepts in different testing scenarios.
Project implementation, environments, application scenarios, programming language, tool versions, and CI/CD tooling may vary based on the current Codelyra course structure.
Learn Playwright with JavaScript/TypeScript for real-world automation testing. Includes hands-on projects, UI & API testing, and end-to-end automation experience
Build communication, logical thinking & interview confidence. Get placement-focused training to crack automation testing interviews.
Codelyra's Selenium learning path combines structured automation training, practical testing concepts, capstone project work, and course support options. Current batch-specific terms and availability should be confirmed with Codelyra.
Flexible timing options may be available to help learners choose a schedule that fits their learning routine and current batch availability.
Batch-dependentCertification opportunities are part of the course offering, with 2+ certification opportunities indicated in the generated course content.
Confirm current eligibilityEMI options may be available for eligible learners, subject to the applicable terms, eligibility requirements, and current course arrangements.
Terms may applyPlacement support may provide career-oriented assistance for eligible learners. Current support structure and eligibility should be confirmed with Codelyra.
Support, not a job guaranteeWork through six Selenium capstone projects covering web automation, e-commerce testing, POM, data-driven testing, regression, and CI/CD concepts.
6 Capstone ProjectsThe course is structured to connect Selenium fundamentals with practical automation and broader testing workflows.
Apply Selenium and testing concepts across six practical project scenarios, moving from foundational browser automation to structured frameworks, regression testing, and integrated CI/CD concepts.
A practical learning framework connecting Selenium concepts with testing, debugging, reporting, version control, and CI/CD workflows.
Flexible timing, certification details, EMI eligibility, placement support, project implementation, and other course terms can vary by batch and should be confirmed with Codelyra. Placement support does not represent a guaranteed job offer.
Earn a career-focused certification that validates your skills in Selenium WebDriver, Test Automation, Framework Development, API Testing, and real-time industry projects. Complete hands-on assignments and live projects to become job-ready in software testing automation.
Build a strong QA automation profile with Selenium projects, frameworks, and certification that helps you stand out to recruiters.
Work on live Selenium automation projects, testing frameworks, and capstone assignments to create a job-ready portfolio.
Find clear answers to common questions about Selenium training, course prerequisites, curriculum, projects, certification, placement support, and the learning path at Codelyra.
Selenium training teaches web automation testing using Selenium WebDriver along with software testing concepts, locators, XPath, CSS Selectors, WebElements, waits, TestNG, Page Object Model, data-driven testing, automation framework concepts, debugging, reporting, and related testing workflows.
Yes. The generated Codelyra curriculum follows a progressive path beginning with software testing fundamentals and automation basics before moving into Selenium WebDriver, locators, waits, TestNG, Page Object Model, frameworks, advanced automation, and project development.
Basic programming knowledge is useful for Selenium automation. The curriculum includes programming concepts such as variables, data types, conditions, loops, methods or functions, classes, objects, collections, exception handling, and reusable methods. The exact programming language used should be confirmed with Codelyra for the current batch.
The generated syllabus includes Java/Python automation programming concepts. The exact programming language, version, and implementation used for the current Selenium training batch should be confirmed with Codelyra.
The course covers software testing fundamentals, Selenium WebDriver, locators, XPath, CSS Selectors, WebElements, browser automation, waits, TestNG, Page Object Model, data-driven testing, automation frameworks, advanced Selenium, API testing fundamentals, Git, CI/CD concepts, debugging, reporting, case studies, and capstone projects.
Selenium WebDriver is the core browser automation technology covered in the course. It is used to automate browser actions such as launching browsers, navigating web pages, locating elements, interacting with WebElements, and executing browser-based test workflows.
Yes. The syllabus covers XPath, relative XPath, absolute XPath, XPath functions, XPath axes, advanced XPath, and concepts for identifying dynamic web elements.
Yes. CSS Selectors are included as part of Selenium locator and WebElement identification concepts, alongside ID, Name, Class Name, Tag Name, Link Text, Partial Link Text, and XPath.
Yes. TestNG coverage includes annotations, assertions, test groups, dependencies, parameterization, DataProviders, TestNG XML, test execution, and test reports.
Page Object Model, or POM, is a test automation design approach covered in the course. It organizes page-specific structures, locators, reusable methods, page classes, base classes, and test logic to support more structured and maintainable automation.
Yes. The syllabus covers data-driven testing, TestNG DataProvider, parameterization, multiple test data sets, CSV, Excel data concepts, JSON concepts, data validation, data mapping, and reusable data utilities.
Yes. The course includes Selenium automation framework concepts covering framework architecture, test and page layers, utility and configuration layers, test data, reporting, driver management, reusable components, screenshots, logging concepts, error handling, and framework maintenance.
The curriculum includes API testing fundamentals such as HTTP basics, GET, POST, PUT, PATCH and DELETE methods, requests and responses, status codes, headers, parameters, JSON, authentication concepts, API test scenarios, and API validation.
Yes. Git and version control topics include repositories, Git Init, Clone, Add, Commit, Push, Pull, branches, Merge, Status, Log, remote repositories, collaboration workflows, and version-control practices for automation projects.
Yes. The advanced curriculum covers CI/CD concepts including continuous integration, continuous delivery, continuous deployment concepts, automated test execution, build pipelines, regression execution, version-control integration, test reporting, pipeline debugging, and continuous testing.
The generated Selenium Training curriculum includes 6 capstone projects. They cover different automation scenarios, including web application workflows, e-commerce testing, Page Object Model, data-driven testing, regression testing, and an integrated Selenium automation and CI/CD workflow.
The six projects are: Web Application Login & User Workflow Automation, E-Commerce Website Automation, Page Object Model Automation Framework, Data-Driven Testing Project, Regression Testing Automation Suite, and Integrated Selenium Automation & CI/CD Workflow.
Certification opportunities are included in the generated course content. The exact certification structure, certificate types, eligibility, assessment requirements, and current availability should be confirmed with Codelyra.
The course content includes certification opportunities. The exact number and type of certifications, eligibility requirements, and certification process should be confirmed with Codelyra for the current batch.
Placement support is included as a course feature in the generated content. The exact nature of the support, eligibility, process, and current terms should be confirmed with Codelyra. Placement support does not represent a guaranteed job offer.
The generated course content includes placement support as a feature. Learners should confirm the current placement-support process, eligibility, scope, and applicable terms with Codelyra. Placement support should not be interpreted as a guaranteed job placement.
The course is structured for students and graduates, beginners interested in software testing, manual testers, QA professionals, automation testing beginners, developers interested in test automation, web application testers, IT professionals, and working professionals.
Manual testing involves a tester executing test steps manually, while automation testing uses scripts and tools to execute selected test scenarios. The course introduces both testing fundamentals and automation concepts so learners can understand where Selenium-based automation fits into software testing workflows.
The generated Codelyra curriculum follows a structured progression from software testing fundamentals to Selenium WebDriver, locators, waits, TestNG, Page Object Model, data-driven testing, automation frameworks, API testing, Git, CI/CD concepts, debugging, case studies, and 6 capstone projects.
The learning path progresses from Software Testing Fundamentals and Automation Fundamentals to Selenium WebDriver, Locators, WebElements, Browser Automation, Waits, Programming Concepts, TestNG, Page Object Model, Data-Driven Testing, Automation Frameworks, Advanced Selenium, Debugging, API Testing, Git, CI/CD, case studies, and capstone projects.
From testing fundamentals and Selenium WebDriver to locators, TestNG, Page Object Model, automation frameworks, API testing, Git, CI/CD concepts, debugging, and six capstone projects, the curriculum follows a structured beginner-to-advanced progression.
Certification details, placement support, EMI options, batch timings, programming language, tool versions, and other course-specific terms may vary. Confirm the latest information and eligibility with Codelyra.
