Software Engineer - Test Engineering (Hybrid/Onsite) - job 12 of 27

As a Software Engineer - Test Engineering located in Foster City, you will be responsible for collaborating on a testing strategy, executing both manual and automated tests, creating test plans and scripts, developing automated test frameworks, and supporting cross-functional integration efforts. Your role is pivotal in analyzing and resolving design and software issues to ensure the quality of Risk Services applications.

To be a successful Software Engineer - Test Engineering in Foster City, you'll need a solid background in software engineering, particularly in test automation and quality assurance. Familiarity with both Linux and Windows platforms is essential, as well as experience in developing test plans and frameworks. Strong analytical skills and the ability to collaborate with cross-functional teams will also be critical.

In the Software Engineer - Test Engineering position in Foster City, you will collaborate closely with various teams, including product development, support, and operations. This teamwork is essential for executing testing strategies effectively and ensuring high-quality software releases. Your ability to work with peers and gain technical guidance from colleagues will significantly enhance your contributions.

As a Software Engineer - Test Engineering, you will engage in both manual and automated testing. You'll create and execute test cases across our Risk Services applications and work on continuous enhancement of automated test frameworks. This balanced approach ensures all aspects of software quality are addressed in your testing efforts.

The work environment for a Software Engineer - Test Engineering in Foster City is hybrid, so you can expect a blend of onsite and remote work. You'll be part of a lively team that prioritizes collaboration, innovation, and continuous improvement, making it a rewarding place to advance your career in test engineering.

In preparing for this question, think about specific frameworks you've worked with, detailing your role in developing, enhancing, or implementing them. Be ready to discuss how these experiences have improved testing efficiency or software quality in your previous roles.

A solid answer will emphasize your understanding of the strengths and limitations of both testing types. Discuss how you evaluate the needs of a project based on its timeline, complexity, and testing requirements, highlighting instances where you've successfully balanced the two.

Your answer should reflect a structured approach: identify the defect, document your findings, communicate with the development team, and ideally, discuss steps for resolution. Mention any tools you use for tracking defects and how you follow up.

Prepare a specific example where your input led to a measurable improvement in the testing process. Focus on the problem you identified, the solution you proposed, and the results achieved, such as time saved or increased defect detection.

Explain your time management strategies and how you maintain quality under pressure. Provide examples of how you’ve adjusted testing processes or collaborated with teams to meet project timelines while still delivering thorough testing.

Discuss how you rely on collaboration with developers, product owners, and other testers to enhance testing outcomes. Provide examples of successful teamwork from previous positions, emphasizing communication and shared goals.

Talk about specific metrics such as defect density, test coverage, or test pass rates. Explain why these metrics are important and how you use them to inform your testing strategy and improve software quality.

Show your commitment to professional development by mentioning specific resources you follow, such as blogs, online courses, or forums. Discuss how you apply new findings or techniques from your research into your work as a Software Engineer - Test Engineering.

Provide a detailed story of a specific challenge you faced in testing, outlining the context, the obstacles, and the steps you took to reach a solution. Highlight the skills you used, such as analytical thinking or technical proficiency.

Share your experience with specific test automation tools, including the pros and cons of each. Discuss why you prefer certain tools based on factors like ease of use, community support, or integration capabilities with existing systems.