Software Engineer - Test Engineering (Hybrid/Onsite) - job 20 of 27

As a Software Engineer - Test Engineering, you'll be responsible for executing testing strategies for various projects, creating detailed test plans, cases, and scripts. Your duties will include developing enhanced automated test frameworks, executing both manual and automated tests, and collaborating with development teams to troubleshoot design and software issues, ensuring seamless integration.

To succeed as a Software Engineer - Test Engineering, you typically need a background in computer science or a related field, along with experience in test engineering and automation. Proficiency in Linux and Windows platforms is preferred, alongside skills in software development and problem resolution.

Collaboration is key in the Software Engineer - Test Engineering role. You will work closely with the Risk Systems product development team, Operations & Infrastructure, and your peers in Test Engineering to ensure all aspects of testing are addressed. This teamwork is essential to uphold high software quality and facilitate smooth code releases.

The work environment for the Software Engineer - Test Engineering role is hybrid, allowing flexibility with work from home and in-office days, which will be determined by your hiring manager. This setup promotes a balance between collaboration and independent work.

In this role, the Software Engineer - Test Engineering will focus on both manual and automated testing. You will create and execute comprehensive test cases across various Risk Systems applications, ensuring that fraud detection tools function optimally and meet our quality standards.

When answering this question, share specific examples of test automation frameworks you've worked with, the types of tests you've automated, and the impact of your contributions on overall software quality. Highlight your problem-solving skills and any metrics that demonstrate success.

Discuss your approach to prioritization, such as identifying high-risk areas that need immediate testing attention or utilizing a risk-based testing approach. Provide an example of a situation where prioritizing effectively led to successful project completion.

Emphasize the importance of maintaining open communication and updating developers regularly on testing progress. Mention any collaborative tools or methods you’ve used to streamline the process, such as Agile methodologies or regular sync meetings.

Explain your process for gathering requirements, designing test cases, and executing them systematically. Mention any tools you utilize for tracking outcomes and how you analyze results to refine future test iterations.

Identify a specific challenge, reflect on the steps you took to address it, and the outcome of your actions. This demonstrates your problem-solving skills and ability to adapt to unexpected issues in the testing process.

Discuss best practices such as code reviews, documentation, and modular script design. Explain how these practices have helped you maintain a high-quality test suite over time while minimizing technical debt.

Talk about your evaluation process for new testing tools, including how you assess their capabilities against your team's needs and how you involve your colleagues during the integration process to ensure a smooth transition.

Detail your methodical debugging techniques, perhaps starting with reproducing the problem, performing root cause analysis, and documenting findings. Include any tools you frequently use for debugging to support your claims.

Provide a specific example where your test case uncovered an essential issue or directly contributed to the quality of the product. Mention any metrics that reflect the test’s success or lessons learned from the experience.

Articulate the critical role that testing plays in the software development lifecycle. Discuss how rigorous testing not only ensures quality and security but also enhances user satisfaction by delivering reliable applications.