• The audience for this course includes software testers, quality assurance professionals, developers, and anyone interested in learning web automation techniques using Selenium WebDriver with Python.

• Participants should have a basic understanding of Python programming and familiarity with web technologies such as HTML and CSS to effectively engage with the course content.

Course Outline:

Module 1: Introduction to Selenium and Web Automation

• 1 Overview of Web Automation
  • What is web automation?
  • Importance and applications of web automation.
• 2 Introduction to Selenium
  • What is Selenium?
  • Components of Selenium (WebDriver, Grid, IDE).
  • Selenium vs. other automation tools.
• 3 Setting Up the Environment
  • Installing Python and pip.
  • Installing Selenium.
  • Downloading and setting up WebDriver (ChromeDriver/GeckoDriver).

Module 2: Basic WebDriver Concepts

• 1 Understanding WebDriver Architecture
  • How WebDriver communicates with browsers.
  • Browser drivers and their role.
• 2 Navigating Web Pages
  • Opening a URL.
  • Refreshing and navigating back/forward.
• 3 Managing Browser Windows
  • Handling multiple windows and tabs.
  • Maximizing, minimizing, and closing windows.

Module 3: Locating Elements

• 1 Strategies for Locating Elements
  • By ID, Name, Class Name, Tag Name.
  • By XPath and CSS Selector.
• 2 Practical Examples
  • Hands-on exercises for locating different elements on a sample website.
• 3 Best Practices for Element Locators
  • Choosing the right locator strategy.
  • Avoiding brittle selectors.

Module 4: Interacting with Web Elements

• 1 Performing Actions on Elements
  • Click, send keys, and retrieve text.
• 2 Handling Forms
  • Filling out and submitting forms.
  • Managing checkboxes, radio buttons, and dropdowns.
• 3 Working with Alerts and Pop-ups
  • Handling JavaScript alerts and confirmation boxes.
  • Managing modal dialogs.

Module 5: Advanced WebDriver Features

• 1 Implicit and Explicit Waits
  • Understanding the need for waits.
  • Implementing implicit and explicit waits.
• 2 Handling Frames and Iframes
  • Switching between frames.
  • Interacting with elements inside iframes.
• 3 Taking Screenshots and Logging
  • Capturing screenshots.
  • Logging actions and errors for debugging.

Module 6: Practical Applications and Best Practices

• 1 Building a Sample Automation Project
  • Creating a complete project from scratch.
  • Automating a real-world web application (e.g., login, data entry).
• 2 Best Practices in Selenium Automation
  • Writing maintainable and reusable code.
  • Organizing test cases and using page object model (POM).
• 3 Introduction to Test Frameworks
  • Overview of pytest/unittest with Selenium.
  • Setting up a basic testing framework.