Software Engineer in Test, Applications

As a Software Engineer in Test at NetBox Labs, you will be responsible for ensuring high-quality releases by identifying and validating defects and regression scenarios. Your key duties include executing manual testing, maintaining automated test frameworks, and collaborating with multiple engineering teams to drive quality best practices.

To qualify for the Software Engineer in Test role at NetBox Labs, candidates should have proven experience in executing manual and exploratory testing processes. You need a solid background in testing distributed systems, familiarity with REST and gRPC APIs, and at least 3 years in a SaaS startup environment. Strong communication skills are crucial for documenting test plans and defect reports.

The Software Engineer in Test at NetBox Labs will handle a variety of testing types, including manual testing, regression testing, and exploratory testing. This includes performing comprehensive coverage checks for user interactions and edge cases, as well as automating tests for backend logic and administration UIs to ensure application reliability.

Yes, NetBox Labs operates as a remote-first team with strong communication channels like Slack and Zoom. We value collaboration regardless of location and come together for company events and industry conferences throughout the year.

Candidates for the Software Engineer in Test role at NetBox Labs should be comfortable using tools like Pytest, Selenium, and Playwright for test automation. Familiarity with SQL for database testing as well as knowledge of observability tools (OpenTelemetry, Prometheus, etc.) is also a plus.

When answering this question, focus on specific types of manual testing you have performed, such as exploratory testing and regression testing. Share examples of how you documented your findings and the impact of this work on software quality.

Discuss your approach to risk-based testing—how you identify critical features, potential failure points, and balance testing resources. Mention your methods for ensuring essential areas are covered first while maintaining quality.

Provide details about the automated test frameworks you have designed or maintained. Include specifics about the tools you've used (Pytest, Selenium, etc.) and how these frameworks improved testing efficiency and software reliability.

Be specific about the bug's context, the testing strategies you applied to find it, and how you collaborated with other teams to resolve it. Highlight your problem-solving and communication skills in the process.

Explain your understanding of test-driven development (TDD) and how you have engaged in this practice in past projects. Discuss its impact on code quality, collaboration, and any TDD frameworks you have experience with.

Describe the tools you use for bug tracking (such as JIRA or Bugzilla), how you categorize and prioritize bugs, and your approach to documenting the testing process. Give examples of how effective tracking contributed to software quality.

Discuss specific techniques you have used to give and receive constructive feedback, emphasizing collaboration and community within the engineering team, particularly in a remote setup.

Share your strategies for maintaining open lines of communication, such as regular check-ins via video calls, utilizing asynchronous communication tools, and encouraging transparency and updates from team members.

Talk about your hands-on experience with REST and gRPC APIs, detailing the types of tests you executed, tools you utilized, and any challenging scenarios you encountered during API testing.

Highlight how collaboration with product management, developers, and other stakeholders enhances your testing processes. Provide specific examples of how teamwork resulted in higher-quality outcomes.