Software Engineer - Test Engineering (Hybrid/Onsite) - job 10 of 27

As a Software Engineer - Test Engineering at Risk Services, your main responsibilities include executing testing strategies for various applications, creating comprehensive test plans and cases, and developing automated testing frameworks. You'll also execute full testing suites, collaborate with development teams to resolve software issues, and ensure robust integration testing efforts. Your role is pivotal in maintaining software quality and supporting cross-functional team collaboration.

To excel as a Software Engineer - Test Engineering at Risk Services, candidates typically need a solid foundation in software engineering principles, experience with test automation, and proficiency in programming languages. Familiarity with both Linux and Windows platforms is also important. Critical thinking skills, attention to detail, and the ability to work collaboratively in a hybrid environment further enhance your candidacy for this role.

The hybrid work model for the Software Engineer - Test Engineering position at Risk Services allows for a flexible work environment where you'll split your time between working onsite in Foster City and remotely. This setup promotes a balanced work-life dynamic while maintaining effective collaboration with your test engineering peers and other cross-functional teams.

Essential technical skills for a Software Engineer - Test Engineering at Risk Services include proficiency in creating test automation scripts, familiarity with different testing frameworks, an understanding of software development lifecycles, and experience in debugging and analyzing software issues. Knowledge of tools for configuring and maintaining test environments is also valuable.

As a Software Engineer - Test Engineering at Risk Services, you'll find numerous opportunities for growth within our organization. You can expand your technical skill set, take on more complex projects, mentor junior engineers, and even explore leadership roles as you gain experience. Continuous learning and development are highly encouraged in our collaborative work culture.

When answering, focus on the specific frameworks you've used, the types of tests you've automated, and any significant outcomes from your automation efforts. Be sure to highlight your experience with both manual and automated testing to showcase your versatility.

Discuss the systematic steps you take when debugging, including how you isolate the problem, tools or techniques you use, and your methods for collaborating with development teams for a resolution. Emphasize your critical thinking and analytical skills.

Share your approach to determining when to automate versus when to conduct manual testing. Discuss how you assess test case complexity, regression risks, and project timelines to create an effective strategy that ensures thorough testing coverage.

Provide a specific example of a challenging situation you faced, detailing your role, the hurdles you overcame, and the final outcome. This shows your problem-solving capabilities and resilience in the face of challenges.

Illustrate how you've successfully collaborated with various teams such as development, operations, or quality assurance. Emphasize communication strategies, the importance of teamwork, and how you contributed to successful project outcomes.

Explain your methods for keeping abreast of the latest trends, tools, and technologies in software testing, such as attending webinars, participating in relevant workshops or networking events, and continuously learning through online resources.

Mention the test management tools you are familiar with, along with your reasons for preferring them based on their features, ease of use, or benefits during the testing process.

Outline your testing strategy, including your focus on thorough test coverage, continuous integration practices, and collaboration with development teams to ensure any issues are addressed before release.

Discuss your previous experience with setup, configuration, and maintenance of test environments. Highlight any best practices you follow to ensure environments remain stable and relevant for the testing process.

Provide an example where you identified inefficiencies in a testing process and the steps you took to improve it. Highlight the impact of those changes on the overall quality and efficiency of the project.