
Discover the fundamentals of test automation, define its role in the testing lifecycle, and build a solid foundation to launch your software testing career.
Learn how test automation writes code to simulate user interactions, executes test cases with tools like Selenium, and reduces regression time through data driven testing and concurrent test execution.
Debunk common myths of test automation, detailing that automation augments manual testing, relies on human guidance, and does not replace testers or require a computer science degree.
Translate manual test cases into automation code by writing independent, short, well-defined tests with a single verification, ensuring clear criteria, execution accuracy, and coverage.
Determine which tests to automate by assessing useful life, complexity, and stability, and apply a total cost of automation analysis to prioritize long life regression tests over manual ones.
Learn how test decay diminishes automated tests as applications change. Practice ongoing test maintenance to update tests, code, and libraries, ensuring validation of workflows and staying current with requirements.
Test Automation has become the testing standard for software projects. Most projects already have some form of test automation or plan to add it to maximize the testing effort. There are a lot of misconceptions about what test automation is and what it can do for a software project as well as uninformed individuals attempting to do test automation without a proper understanding.
This course is designed to give individuals with little knowledge of software test automation a broad understanding of the key principles that lead to a successful career in test automation. After taking this course you will have an understanding that will allow you to begin or continue on the path to becoming a Software Test Automation Engineer.
Throughout this course you will learn what test automation is and what it can and cannot do for a testing project. You will also learn about how to select the appropriate tests to automate as well as the concepts of test decay and how to minimize it with maintenance. We wrap up the course with an introduction into programming and specifically which language to learn if you are just starting out and which concepts are necessary to know for test automation.