In this module, we will provide an overview of the course, introducing the key topics you will learn, the instructor's background, and the importance of Selenium WebDriver. Additionally, we will delve into the architecture of Selenium WebDriver and how it operates, along with ways to stay connected with the instructor.

In this module, we will guide you through the installation and configuration of essential tools and plug-ins, including Java, Eclipse, and Maven, on both Mac and Windows systems. By the end of this section, you will have a fully set-up development environment ready for Selenium WebDriver projects.

In this module, we will cover fundamental Java concepts including writing your first program, understanding variables and data types, and exploring string methods and arrays. These concepts will provide a strong foundation for working with Java in Selenium WebDriver automation.

In this module, we will introduce you to object-oriented programming concepts in Java, focusing on methods and classes. Through practical examples, you will learn how to implement methods, understand return types, and explore different classes used in Java programming.

In this module, we will delve into practical examples of getters, setters, and the 'this' keyword in Java. Additionally, we will explore the concept of constructors and their role in Java programming, enhancing your understanding of these key components.

In this module, we will guide you through setting up the Selenium WebDriver environment, including creating your first project and configuring it using Maven. You will also learn how to attach JavaDoc to your project and understand the new syntax introduced in Selenium 4.

In this module, we will demonstrate how to run automated tests on various browsers, configure system paths for drivers, and use Selenium Manager. Additionally, you will learn about common interview questions related to running tests on different browsers, enhancing your test automation skills.

In this module, we will explore techniques for inspecting web elements using DevTools in various browsers. You will also learn how to install and use SelectorsHub, generate XPath, and handle disappearing elements, equipping you with advanced inspection skills for web automation.

In this module, we will cover multiple methods to locate web elements using attributes like id, XPath, name, linkText, partialLinkText, className, and tagName. These techniques will be applied in practical scenarios, and you will also gain insights into common interview questions on element location.

In this module, we will delve into advanced locator strategies using CSS selectors. You will learn how to use id and class attributes, apply wildcards, and find child nodes, enhancing your ability to locate elements on a webpage effectively.

In this module, we will explore advanced XPath locators, covering the differences between absolute and relative XPath, and how to build effective XPath using various functions. You will also learn to identify parent and sibling nodes, applying these concepts in practical exercises.

In this module, we will cover various interactions with web elements, including clicking, typing, handling different element states, working with lists, dropdowns, and hidden elements. You will learn to implement these interactions in practical Selenium automation scenarios.

In this module, we will introduce you to working with browser profiles and options. You will learn the significance of Firefox profiles, how to use them in Selenium automation codes, and configure Chrome options to work with extensions, enhancing your web automation capabilities.

In this module, we will explore useful methods and properties in Selenium WebDriver. You will learn how to retrieve text and attribute values, create generic methods to find elements, and refactor code using utility methods for checking element presence, improving your automation efficiency.

In this module, we will address handling synchronization issues in Selenium WebDriver. You will learn the differences between implicit and explicit waits, how to implement them, and develop generic methods to handle synchronization issues, along with insights into related interview questions.

In this module, we will cover advanced interactions in Selenium WebDriver, including working with calendar date pickers, dynamic dropdowns, and capturing screenshots. You will learn through practical and real-time examples, enhancing your web automation skills.

In this module, we will explore executing JavaScript commands using Selenium WebDriver. You will learn how to scroll elements into view, determine window size, and click elements using JavaScript, applying these techniques in practical automation scenarios.

In this module, we will cover techniques for switching focus between multiple windows and iFrames, handling JavaScript pop-ups, and traversing the DOM to find iFrame attributes, enhancing your ability to manage complex web application scenarios in automation.

In this module, we will introduce you to the Actions class in Selenium WebDriver. You will learn how to perform mouse hover actions, drag and drop elements, and work.

In this module, we will explore how to simulate keyboard keypress events using Selenium WebDriver and Java. You will learn how to perform individual keypress actions, send key combinations, and utilize the Actions class for handling complex keypress events, enhancing your test automation capabilities.

In this module, we will tackle some of the most common exceptions faced when using Selenium WebDriver, including "NoSuchElementException", "Element Not Clickable at Point", "Stale Element Exception", and "Element Not Interactable". Through practical examples, you will learn how to identify and handle these exceptions effectively, preparing you for related interview questions and enhancing your troubleshooting skills in test automation.