The tech world is always evolving, and one of the most exciting fields within this industry is automation software testing. Automation testing allows software test automation engineers to reduce time and cost when developing products by testing code quickly and efficiently.
If you’re looking to break into this field, you’ll need to have a well-rounded understanding of software engineering principles, automation tools, test automation strategy, coding languages, and quality assurance processes.
In this blog, we shall cover the fundamentals of software testing in test automation fashion, along with seeking to understand the steps necessary to initiate a successful automation testing career as an automation software tester.
What is Automation Software Testing?
Test Automation is a process of using specific tools and techniques to test an application for functionality, performance, and accuracy. Automation testing uses automated processes to run test cases on the code, allowing developers to quickly identify potential issues with the application. This process is essentially carried out with the help of Automation Testing Tools.
Test Automation Scripts are written by a software tester in order to simulate user interactions and validate various features of the application.
This type of testing helps improve the quality of the product or service by detecting bugs early in the development cycle, before they become more serious issues. Automation tester also create data-driven tests that can be used over multiple releases.
Want to know more about the field of Automation Testing? check out our blog on "What is Automation Testing?"
What are the Benefits of Test Automation over Manual Testing?
1. Automation testing is faster than Manual Testing and can greatly reduce the amount of time needed to test software applications with the help of test automation tool.
2. Test automation tools allow for more comprehensive tests that would be impossible or extremely difficult to perform manually.
3. Automated tests are repeatable and consistent, ensuring each release has the same level of quality assurance applied as previous versions.
4. Tests can be easily automated with automated test scripts, once they have been written, and do not need human intervention again for executing test cases repeatedly.
5. Test Automation makes it possible to test multiple system configurations quickly and thoroughly since it enables the running of a single script across various platforms or operating systems.
6. Since automation scripts require less effort than manual testing, developers can focus more of their time on improving the application.
7. Automation allows for tests to be executed in parallel, reducing the amount of time needed to test an entire system.
8. Automated testing makes it possible to create a library of reusable test components that can be used across different projects and environments. This helps ensure consistency and reliability across each project’s tests.
The debate between Manual Testing and Automated Testing is a never ending one. If you wish to read more on this topic, do check out our blog on "Manual vs. Automation Testing"
What is a Software Automation Testing Career and What does it Entail?
A software automation testing career requires a person who has technical knowledge in automation testing tools, coding languages, programming language, debugging, scripting, and various types of software development processes such as Agile, Waterfall or Scrum.
To thrive in this role you must have a strong understanding of the automation testing process, and be able to develop automated test scripts that are easy to maintain and reuse. Your technical skills should include the ability to identify areas in which automation strategies can or cannot provide significant value within the testing field.
The job responsibilities vary with each company, but they generally involve writing automated tests, executing tests across multiple environments, debugging issues found during testing, and performing maintenance on the automated test scripts.
Additionally you will need to work closely with developers, QA teams and other stakeholders in order to ensure that all features of the application are functioning correctly before being released into production.