Robot Framework Practice Exam

Robot Framework Practice Exam

Robot Framework  refers to the software which is used keyword-driven automation testing of software applications. The software is open-source, and is mainly used for acceptance testing and RPA (robotic process automation). The software provides many exclusive features as It is platform-independent, and can integrate with many other available libraries and tools used fr testing of software applications for web, mobile, APIs, etc. The Robot Framework uses plain text test cases thus making it simple for developing, and maintaining tests cases even for non-technical users.

Certification in Robot Framework verifies your skills and knowledge in using the Robot Framework for test automation. The certification assess you in the development, and debugging of automated test cases.
Why is Robot Framework certification important?

• The certification certifies your skills and knowledge in Robot Framework
• Adds credibility to your resume for relevant roles.
• Increases your job prospects in automation testing .
• Validates your practical knowledge of Robot Framework.
• Boosts your standing in managing automation testing.
• Improves your chances of career advancement in RPA.

Who should take the Robot Framework Exam?

• Test Automation Engineers
• Software Quality Assurance Analysts
• Robotic Process Automation (RPA) Developers
• QA Automation Leads
• DevOps Engineers with a focus on CI/CD pipelines
• Software Testers transitioning to automation
• Software Developers in Test (SDET)

Skills Evaluated

Candidates taking the certification exam on the Robot Framework is evaluated for the following skills:

• Robot Framework syntax.
• Architecture and extensibility
• Libraries and external tools.
• Debugging and troubleshooting
• Best practices
• Keywords and custom libraries

Robot Framework Certification Course Outline
The course outline for Robot Framework certification is as below -

Domain 1. Introduction to Robot Framework

• Overview and architecture

• Installation and setup

Domain 2. Writing Test Cases

• Keyword-driven approach

• Test case syntax and structure

Domain 3. Built-In Libraries

• Commonly used libraries (e.g., SeleniumLibrary, String, Collections)

• Library-specific keywords

Domain 4. Custom Keywords

• Creating reusable keywords

• Using variables and arguments

Domain 5. Test Execution and Reporting

• Running test cases and test suites

• Understanding output and log files

Domain 6. Debugging and Troubleshooting

• Identifying and fixing errors

• Using logs for debugging

Domain 7. Integration

• Connecting with CI/CD pipelines

• Integration with external tools (e.g., Jenkins, Git, Docker)

Domain 8. Advanced Topics

• Data-driven testing

• Parallel test execution

• Extending Robot Framework with custom libraries