🚀 Industry-Recognized Selenium Certification

Master Selenium Automation Testing with Our Certification Training Course

Transform your career in software testing. Our comprehensive Selenium certification training course is designed to take you from manual testing fundamentals to becoming a proficient automation engineer. Gain hands-on experience with real-world projects, learn from industry experts, and earn a certification that validates your skills to top employers worldwide.

50+
Hours of Training
10+
Real Projects
100%
Placement Support
🔥Limited seats • Enroll Now
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Why Choose Our Selenium Certification Training Course?

Go beyond theory with a curriculum built for the modern QA job market.

 

Generic Online Tutorials

Our Selenium Certification Program

Learning Methodology
Passive video watching, outdated examples
Interactive, project-driven learning with live mentorship
Curriculum Depth
Basic Selenium WebDriver commands
Full-stack automation: Selenium, TestNG, Maven, Jenkins, CI/CD
Instructor Support
Community forums or no support
Dedicated 1:1 mentorship from senior SDETs
Outcome & Certification
PDF certificate of completion
Industry-recognized certification + a portfolio of 10+ real projects
Career Support
None
100% job support: Resume building, mock interviews, referral network

Comprehensive Curriculum: Your Path to Selenium Mastery

A structured, module-by-module journey from beginner to job-ready automation tester.

Module 1

Core Java for Selenium Automation

Goal: Build a strong programming foundation essential for writing robust Selenium automation scripts.

Learning Objectives:

  • Understand Object-Oriented Programming (OOP) concepts: Classes, Objects, Inheritance, Polymorphism.
  • Master control flow statements, loops, and data structures (Arrays, ArrayLists).
  • Handle exceptions and file operations in Java.
  • Write clean, maintainable Java code for test automation.

Key Concepts & Tools:

Eclipse/IntelliJ IDEA JDK OOP Principles Collections Framework

Hands-On Project:

Java Console Application for Test Data Management
  • Deliverable: Build a Java application that reads test data from Excel/CSV files, processes it using OOP concepts, and logs results, simulating a core component of a test automation framework.
Module 2

Selenium WebDriver Fundamentals

Goal: Gain proficiency in Selenium WebDriver to automate interactions with web applications.

Learning Objectives:

  • Set up Selenium WebDriver with different browsers (Chrome, Firefox, Edge).
  • Locate web elements using various strategies (ID, XPath, CSS Selector).
  • Perform actions: click, type, select, navigate, handle alerts & pop-ups.
  • Implement synchronization using implicit, explicit, and fluent waits.

Key Concepts & Tools:

Selenium WebDriver Browser Drivers XPath & CSS WebDriver Waits

Hands-On Project:

Automate a E-Commerce Website Workflow
  • Deliverable: Create scripts to automate user registration, product search, adding to cart, and checkout process on a live e-commerce site, handling dynamic elements and synchronization issues.
Module 3

TestNG Framework & Advanced Selenium

Goal: Structure automation code using TestNG and implement advanced automation techniques.

Learning Objectives:

  • Set up and configure TestNG for test execution management.
  • Use annotations (@Test, @BeforeSuite, @DataProvider etc.), assertions, and grouping.
  • Generate detailed HTML reports and logs.
  • Handle advanced UI components: frames, windows, dynamic tables, AJAX calls.
  • Perform actions using Actions Class and JavaScriptExecutor.

Key Concepts & Tools:

TestNG Maven Extent Reports Actions Class

Hands-On Project:

Data-Driven Test Framework with Reporting
  • Deliverable: Build a data-driven automation framework using TestNG and Maven. Automate login scenarios for a web application using data from Excel, execute tests in parallel, and generate a comprehensive Extent Report.
Module 4

Framework Design: Page Object Model & CI/CD

Goal: Design a robust, maintainable, and scalable automation framework integrated with CI/CD pipelines.

Learning Objectives:

  • Design and implement the Page Object Model (POM) design pattern.
  • Integrate frameworks with version control (Git).
  • Set up continuous integration using Jenkins for scheduled test execution.
  • Run Selenium tests in headless mode and on remote machines (Selenium Grid).
  • Understand basics of API testing for a holistic automation approach.

Key Concepts & Tools:

Page Object Model Git & GitHub Jenkins Selenium Grid Postman
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Detailed Course Syllabus & Learning Path

An exhaustive, deep-dive curriculum covering every tool and concept required for a professional Automation Engineer role.

Module 5: Advanced Framework Design & Design Patterns

Duration: 12 Hours

Move beyond basic POM to build enterprise-grade, scalable, and maintainable test automation frameworks using industry-standard design patterns and best practices.

Core Concepts

  • Hybrid Framework Design: Combining Keyword-Driven and Data-Driven approaches with POM.
  • Factory Design Pattern: Implementing Driver Factory for multi-browser management.
  • Singleton Pattern: Ensuring a single instance of WebDriver across the framework.
  • Listener Implementation: Custom ITestListener and IRetryAnalyzer for robust test execution.
  • Property Files & Configuration Management: Externalizing test data, URLs, and environment configs.

Tools & Integration

  • Log4j2 / SLF4J: Implementing hierarchical logging for debugging and audit trails.
  • Apache POI: Advanced Excel operations for complex test data handling.
  • JSON & XML Parsing: Using Jackson/Gson for test data serialization/deserialization.
  • Java Reflection: Dynamic method invocation for reducing code duplication.
  • Build Tools Deep Dive: Maven profiles, dependencies, and pom.xml optimization.

Module Outcome:

You will architect and code a professional-grade automation framework from scratch that is modular, configurable, and production-ready, demonstrating deep understanding of software design principles as applied to test automation.

Module 6: Selenium Grid & Cross-Browser/Platform Testing

Duration: 8 Hours

Master distributed test execution to achieve parallel testing across multiple browsers, versions, and operating systems, drastically reducing test execution time.

Selenium Grid Setup & Configuration

  • Hub & Node Architecture: Setting up a local Selenium Grid from scratch.
  • JSON Configuration: Customizing node capabilities for OS, browser, resolution.
  • Dockerized Selenium Grid: Using Docker containers for scalable, isolated node environments.
  • Cloud-Based Grids: Integrating with BrowserStack, Sauce Labs, and LambdaTest.
  • DesiredCapabilities & ChromeOptions: Advanced browser session configuration.

Parallel Execution Strategies

  • TestNG Parallel Execution: Configuring parallel runs at suite, test, class, and method levels.
  • ThreadLocal for Thread-Safe Drivers: Preventing collisions in parallel runs.
  • Dynamic Test Allocation: Writing logic to distribute tests based on priority and complexity.
  • Result Consolidation: Merging reports from multiple parallel threads into a single dashboard.

Module Outcome:

You will be able to configure and execute a full test suite in parallel across 4+ different browser-OS combinations, cutting down a 2-hour sequential suite to under 20 minutes, a critical skill for CI/CD pipelines.

Module 7: CI/CD Integration & DevOps for QA

Duration: 10 Hours

Integrate your automation framework seamlessly into the software development lifecycle, enabling continuous testing and rapid feedback.

Jenkins Mastery

  • Pipeline as Code (Jenkinsfile): Writing declarative and scripted pipelines in Groovy.
  • Parameterized Builds: Triggering tests with dynamic environment variables.
  • Pipeline Stages: Code checkout, build, test, report, and notify.
  • Plugins Integration: Email-ext, HTML Publisher, TestResult Aggregation.
  • Master-Slave Configuration: Setting up Jenkins agents for distributed execution.

Advanced DevOps Integration

  • Git Hooks & Webhooks: Triggering Jenkins jobs automatically on Git commit/push.
  • Docker for Test Execution: Creating Docker images with pre-installed test environments.
  • Integration with Jira: Updating test execution status back to Jira tickets.
  • Slack/Teams Notifications: Sending real-time alerts for build/test status.
  • Performance Benchmarking: Tracking test execution time trends across builds.

Module Outcome:

You will build a complete CI/CD pipeline that automatically runs your Selenium test suite on every code change, publishes reports, and notifies the team, embodying the role of a modern SDET (Software Development Engineer in Test).

Portfolio of Real-World Capstone Projects

Build a compelling portfolio with these industry-relevant projects that simulate actual workplace challenges.

Enterprise-Level

Project 1: End-to-End E-Commerce Automation Suite

Scope: Automate the complete user journey for a complex, dynamic e-commerce platform (like Amazon or Shopify).

Technical Implementation:

  • Framework: Hybrid Framework (POM + Data-Driven) with a Utility layer.
  • Features Automated: User registration/login, product search with filters, cart management, multiple payment gateway simulations, order history validation.
  • Advanced Challenges: Handle CAPTCHA using third-party services, manage dynamic OTPs for payments, automate flash sales with high concurrency.
  • Reporting: Integrated dashboard with pass/fail rates, screenshots on failure, and video recording of test execution.

Skills Demonstrated:

Advanced Synchronization Handling Dynamic Data Extent Reports Data-Driven Testing Cross-Browser Testing
CI/CD Focus

Project 2: Cloud-Based SaaS Application Regression Pipeline

Scope: Create a fully automated regression testing pipeline for a multi-tenant SaaS CRM application, integrated into a DevOps workflow.

Technical Implementation:

  • Infrastructure: Selenium Grid on Docker containers, orchestrated via Jenkins pipeline.
  • Execution: 500+ test cases executed in parallel across 5 different browser-OS combinations on every nightly build.
  • Integration: Tests are triggered via Git webhook. Results are posted to a custom Kibana dashboard and failure alerts are sent to a dedicated Slack channel.
  • Database Validation: Automated DB checks using JDBC to ensure UI actions correctly update backend data.

Skills Demonstrated:

Selenium Grid Jenkins Pipeline Docker Parallel Execution API-DB

Introduction to Selenium & The Automation Testing Landscape

Understanding the 'why' behind Selenium is the first step to mastering it. This section lays the foundation for your journey.

What is Selenium and Why is it the #1 Choice?

Selenium is an open-source, portable framework for automating web application testing. It's not a single tool but a suite, primarily consisting of:

🛠️

Selenium WebDriver

The core API that allows you to write test scripts in Java, Python, C#, etc., to control a browser directly. It's the workhorse for modern automation.

// Example: Launch Chrome and open a page
WebDriver driver = new ChromeDriver();
driver.get("https://www.example.com");
driver.findElement(By.id("username")).sendKeys("testuser");
🧩

Selenium IDE

A Chrome/Firefox extension for record-and-playback of tests. Great for beginners to create quick prototypes, but limited for complex, scalable suites.

🌐

Selenium Grid

Enables parallel test execution across multiple machines and browsers, drastically reducing total execution time—a must for CI/CD pipelines.

The Real-World Problem Selenium Solves

Manual testing is slow, repetitive, and prone to human error, especially with:

  • Frequent Regression Cycles: Every new feature requires re-testing old ones.
  • Cross-Browser/Device Compatibility: Ensuring your app works on Chrome 120, Firefox 121, Safari 17, etc.
  • Large-Scale Data Testing: Testing login with 100 different username/password combinations.

Selenium automates these tasks, executing them faster, more accurately, and during off-hours (like nightly builds), providing rapid feedback to developers.

💡 Industry Insight: The SDET Role

Learning Selenium isn't just about writing scripts. Companies hire for Software Development Engineer in Test (SDET) roles. An SDET uses Selenium as a core tool to:

  1. Design scalable automation frameworks (Page Object Model, TestNG).
  2. Integrate tests into CI/CD pipelines (Jenkins, GitLab CI).
  3. Perform non-UI testing (API, Database) for full coverage.
  4. Analyze results and flaky tests to improve suite reliability.

This course is structured to transition you from a tester to an SDET.

Prerequisites: What You Need to Start

Don't worry if you're not an expert! Here’s a realistic starting point:

Skill Required Level How Our Course Helps
Programming (Java/Python) Basic understanding of loops, conditions, and functions. Module 1 dedicates 15+ hours to Core Java from scratch, focused specifically on automation needs.
Manual Testing Understanding of test cases, bugs, and the SDLC. We cover essential QA concepts in the first week, bridging the gap for career-changers.
HTML & CSS Basics Ability to identify elements like buttons, forms, links. Interactive sessions on dissecting web pages and using browser DevTools for writing robust locators (XPath, CSS).
Tools & Setup None. We start from zero. Step-by-step installation guides for Java, Eclipse/IntelliJ, Maven, Git, and all drivers provided with video support.

Your First 5 Concrete Steps in This Course:

  1. Environment Setup (Day 1): Install JDK, Eclipse, and Maven. Write your first "Hello World" Java program.
  2. First Script (Week 1): Write a Java program to launch Chrome using Selenium WebDriver and open google.com.
  3. First Interaction (Week 2): Automate a login form—entering username/password and clicking submit.
  4. First Framework (Week 3): Structure the login test using TestNG with assertions and generate an HTML report.
  5. First Real Project (Week 4): Automate a complete "Add to Cart" flow on an e-commerce site using the Page Object Model.

🚀 Beyond the Basics: The Full Stack Automation Vision

This course goes beyond simple browser automation. We treat Selenium as the entry point to becoming a full-stack automation engineer. By the end, you will have hands-on experience with the integrated ecosystem that powers modern QA:

Selenium WebDriver → TestNG/Maven (Framework & Build) → Jenkins (CI/CD) → Git (Version Control) → Selenium Grid/Docker (Scale) → Jira/Reporting (Management).

This holistic approach is what makes our certification industry-recognized and job-ready.