Automation Test Engineer

As an Automation Test Engineer at KMS Technology, your primary responsibilities will include executing all testing activities to enhance product quality, collaborating closely with developers and other team members to deliver successful products, and automating functional, regression, and performance acceptance tests. You will also be tasked with ensuring comprehensive test coverage and participating in sprint planning with the Scrum team to analyze requirements.

To qualify for the Automation Test Engineer position at KMS Technology, candidates should have at least 2 years of hands-on experience in automation testing and proficiency in developing automated tests for various applications. Familiarity with Agile methodologies and solid knowledge of the software testing process are also essential. Additionally, candidates should possess an upper-intermediate or higher English proficiency.

An ideal Automation Test Engineer at KMS Technology should have experience in using popular testing frameworks such as Katalon, Playwright, Selenium, Cucumber, and Cypress, alongside programming languages like Groovy, Java, and JavaScript. Familiarity with tools like Postman, Git, and IntelliJ IDEA is also beneficial for success in this role.

At KMS Technology, an Automation Test Engineer can expect diverse career opportunities, including various roles in software outsourcing, product development, and IT consulting. The company promotes continual learning and professional development, providing multiple training sessions on trending technologies and best practices, as well as the potential for onsite assignments in various countries.

Automation Test Engineers at KMS Technology enjoy a range of perks, including an attractive salary, performance appraisals twice a year, premium healthcare insurance, and various fitness activities. Employees also benefit from participation in community development activities, flexible working hours, and fun company events, fostering a close-knit and enjoyable work environment.

In responding to this question, focus on the specific tools you have used, such as Selenium or Cypress. Discuss the types of tests you have automated, the challenges you faced, and how you overcame them to ensure thorough test coverage.

When answering this question, emphasize your ability to assess project requirements and deadlines. Describe your approach to managing testing based on risk, deadlines, and overall project goals, showcasing any tools you may use for task management.

Discuss your approach to writing clean, maintainable code and your strategies for regularly reviewing tests. Explain the importance of regression testing and how you ensure that existing features remain unaffected by new code changes.

Outline your systematic approach to addressing test failures, including how to analyze logs, replicate issues, and collaborate with developers. Highlight your communication skills and how you document findings for continuous improvement.

Share a detailed example of a project where you encountered significant challenges. Discuss the obstacles, your specific contributions, and the outcome of the project to illustrate your problem-solving skills and resilience.

Provide examples of resources you use to keep your skills fresh, such as online courses, webinars, or industry conferences. Mention any professional networks or communities you engage with to share knowledge and insights.

Explain the strategies you implement to minimize flaky tests, such as utilizing waits properly, isolating tests, and avoiding reliance on network configurations. This response demonstrates your understanding of best practices in test automation.

Detail your organizational skills and time management techniques when faced with tight deadlines. Discuss how you prioritize tasks, communicate with your team, and adapt your testing approach to ensure quality under pressure.

In your answer, describe the performance testing tools and techniques you have utilized, and provide context for why performance testing is crucial. Share outcomes from previous projects that illustrate your contributions and findings.

Outline the steps you take in your test automation process, from identifying test cases to scripting, running tests, and reporting results. This response should reflect a clear and methodical understanding of the testing life cycle.