Test Automation Engineer Developer career plan for 1 year
| Quarter | Goals and Objectives | Actions and Tasks | Skills to Develop/Enhance |
|---|---|---|---|
| Quarter 1 | – Gain a foundational understanding of test automation | – Study test automation fundamentals, testing frameworks, and scripting languages like Python | – Test automation basics |
| – Learn about common testing tools and frameworks | – Familiarize yourself with tools like Selenium, TestNG, JUnit, and test management platforms | – Testing tools and frameworks | |
| – Enhance problem-solving skills | – Practice problem-solving techniques, critical thinking, and debugging skills | – Problem-solving skills | |
| – Improve communication and collaboration | – Study effective communication within QA teams and collaborating with developers | – Communication, collaboration | |
| – Attend local or virtual QA-related events | – Connect with testing and development professionals, share experiences, and learn from experts | – Networking with professionals | |
| Quarter 2 | – Dive deeper into advanced test automation | – Study advanced testing frameworks (e.g., Cucumber, pytest), and explore BDD and TDD concepts | – Advanced test automation techniques |
| – Learn about continuous integration and deployment | – Explore CI/CD pipelines, version control (Git), and integrating automated tests into the development process | – CI/CD, version control | |
| – Gain familiarity with scripting languages | – Study scripting languages (e.g., Python) for creating automated test scripts and tools | – Scripting languages (Python) | |
| – Start building a portfolio of automation projects | – Work on small automation projects, create automated test suites, and document your strategies | – Portfolio development | |
| – Regularly contribute to personal GitHub repositories | – Contribute to open-source testing projects, personal projects, or automation scripts on GitHub | – GitHub collaboration | |
| Quarter 3 | – Focus on advanced automation and tools | – Study best practices for automation architecture, design patterns, and optimizing test execution | – Advanced automation techniques |
| – Explore performance and load testing | – Learn about performance testing tools (e.g., JMeter) and load testing strategies | – Performance and load testing | |
| – Gain familiarity with cloud platforms | – Study cloud platforms for automation (e.g., AWS, Azure) and how to set up testing environments | – Cloud platform usage | |
| – Enhance API testing skills | – Study API testing techniques, RESTful API concepts, and tools like Postman | – API testing techniques | |
| – Reflect on your automation projects | – Evaluate your portfolio projects, identify areas for improvement, and set new goals | – Self-assessment and goal-setting | |
| Quarter 4 | – Deepen programming and automation skills | – Study advanced programming concepts and techniques for automation tasks and tool development | – Advanced programming skills |
| – Explore security testing techniques | – Learn about security testing, penetration testing, and identifying vulnerabilities | – Security testing knowledge | |
| – Focus on continuous improvement | – Study how to continuously improve test frameworks, test suites, and maintainable automation code | – Test framework improvement | |
| – Gain experience with containerization | – Study containerization technologies (e.g., Docker) for creating consistent automation environments | – Containerization concepts | |
| – Reflect on the year’s achievements and set new goals | – Evaluate your progress and set goals for the next year based on your growth | – Self-assessment and goal-setting | |
| – Continuously seek learning opportunities | – Stay updated with the latest automation trends, tools, and industry best practices | – Lifelong learning |