The Selenium WebDriver with Java course teaches testers and automation engineers how to build and execute automated web tests. Designed for those starting out in automation or looking to formalise their Selenium skills, you will learn how to identify web elements and structure maintainable test suites. For learners completing this course through our classroom study option the training will take three full days, for live virtual classroom delegates the training will be spread over five half days.
Selenium Web Driver with Java
Automation testing using Selenium WebDriver
Selenium WebDriver is widely used to automate browser testing within software delivery environments. This course focuses on building the techniques needed for developing automated web tests using WebDriver and Java. Using practical examples and guided exercises, you will learn how automation scripts are created and structured, helping you develop skills that can support more efficient testing and broaden your capabilities as a software tester.
Learning objectives
- Understand Selenium WebDriver fundamentals
- Create automated web tests using Java
- Identify elements using locator strategies
- Use XPath and CSS selectors effectively
- Structure maintainable automation tests
- Develop reliable WebDriver automation scripts
Key facts
Certification
This is a skills and knowledge-based course and does not include a formal accreditation.
Who it's for
This course is suitable for testers who are new to Selenium, including those with previous automation experience.
Prerequisites
You should have a basic understanding of HTML and how web pages are structured. Some programming experience may be beneficial.
Exam information
There is no exam requirement for this course.
Optional extras
There are no optional extras available for this course.
Pre-course
There is no pre-course work.
Course syllabus
Explore the full Selenium WebDriver with Java syllabus below.
- Installation and setup
- How to install Selenium WebDriver, Java, JUnit, Eclipse and other useful tools
- How to organise your file structure
- Introduction to Java (optional)
- Basic introduction to the Java programming language and OOP
- Introducing WebDriver
- How to write a simple automation script in WebDriver within a standard Java class
- Object identification
- Element locator strategies, using simple techniques
- Object identification using CSS and XPath
- More complex locator strategies using CSS and XPath notation
- Synchronisation and debugging
- Implicit and explicit waits explained
- Debugging your test scripts
- WebDriver with JUnit
- Overview of the JUnit keywords
- Using the correct WebDriver methods
- Using the correct validation techniques
- Using JUnit test suite
- Helpers and base classes
- Code re-use through helper methods and base classes
- Introducing Page Objects (POM)
- Introduction to why we do it and how it makes life easier
- Refactoring our tests to use a page object model
- Developing a library of pages
- Data-driven testing
- In-line and external data sources
- Data-driving your tests
- Reporting
- Screenshots, using ANT reports
- Using third-party reporting tools
- Cross-browser and Selenium server
- Executing tests remotely using Selenium Server/Grid
- Cross-browser testing
- Integration
- Command-line execution
- Integration with source control (Git)
- Integration with Jenkins
- Automating test execution
FAQs
This course introduces the techniques used to develop automated web tests using Selenium WebDriver with Java. It explains how automation scripts are created, web elements are identified and Selenium WebDriver is used to automate browser testing for web applications.
Will I gain practical experience during the course?
Yes. Examples are demonstrated throughout the course, and you will practice automation techniques using a web training application. This allows you to see how Selenium WebDriver automation scripts are created and how tests interact with a web application.
What type of testing can Selenium WebDriver automate?
Selenium WebDriver is commonly used to automate functional testing of web applications by interacting with elements in a browser. Automated tests can simulate user actions such as navigating pages, entering data and verifying application behaviour.
Why are locator strategies important in Selenium automation?
Locator strategies are used to identify elements within a web page so automation scripts can interact with them. Understanding how to use different locator techniques helps ensure automated tests remain stable and reliable as applications change.
How can learning Selenium WebDriver support my testing career?
Understanding Selenium WebDriver can help testers begin developing automated web tests rather than relying solely on manual testing. Learning how automation scripts are created and interact with web applications can broaden a tester’s skill set.
How long does this training take to complete?
The course length differs depending on your chosen study option. For classroom learners the training will take place over three full days. For those who opt for live virtual classroom it will be five half days.
What our customers say
“Really informative course, structured to support all forms of learning and at a good pace.”
Owen, Graduate Trainee Engineer, Utilities
“John was a great, kind instructor and thoroughly explained key concepts alongside the use of multiple examples to demonstrate. He was very helpful in answering any questions that arose with detailed explanations and/or examples when relevant.”
Jessica, Systems Developer – IT
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