Apply Selenium WebDriver with Java for Web Automation

Overview

By the end of this course, learners will be able to apply Selenium WebDriver using Java to automate real-world web applications, implement reliable locator strategies, handle dynamic web elements, perform data-driven testing with Excel, and design maintainable automation frameworks using the Page Object Model. This course is designed to help learners transition from understanding Selenium basics to confidently building practical automation workflows. Through a structured, hands-on approach, learners work with a realistic e-commerce case study to automate search functionality, extract and validate dynamic data, and simulate complete user journeys such as adding items to a shopping cart. The course emphasizes best practices for synchronization, data handling, and scalable test design, ensuring learners develop industry-relevant automation skills. What makes this course unique is its strong focus on real-world implementation rather than isolated examples. Learners gain experience with end-to-end automation scenarios, progressive complexity from basics to optimization, and framework-level thinking using proven design patterns. Upon completion, learners will be well-prepared to extend their skills into advanced Selenium frameworks, real project environments, and professional test automation roles.

Syllabus

Selenium Foundations and Search Automation

This module introduces Selenium WebDriver fundamentals using Java and applies them to a real-world e-commerce case study, enabling learners to identify web elements, automate search interactions, and handle dynamic search results effectively.

Data Handling and Cart Automation

This module focuses on implementing data-driven testing by integrating Excel with Selenium, fetching and persisting application data during execution, and automating add-to-cart workflows with validation in dynamic e-commerce environments.

Scalable Test Design and Course Wrap-Up

This module introduces the Page Object Model design pattern to build scalable and maintainable Selenium automation frameworks, followed by a structured review of key concepts and guidance on next steps for advancing automation skills.