QA Automation Engineer

The QA Automation Engineer at Resilience is responsible for conducting functional testing and implementing test automation for our customer-supporting platform. This includes developing automated test cases, collaborating with various teams to establish user acceptance criteria, and providing guidance on effective test strategies. You will ensure that new features are expertly tested and integrated seamlessly, enhancing the overall quality of our applications.

To apply for the QA Automation Engineer role at Resilience, candidates should have at least 5 years of testing experience in distributed systems, proficiency in programming with TypeScript and JavaScript, and experience with automated testing frameworks such as Playwright, Selenium, or Cypress. Familiarity with git for version control and continuous integration practices is beneficial, which drives efficient project management in our innovative environment.

At Resilience, the QA Automation Engineer works primarily with TypeScript, Next.js, and React for our platform development. You'll leverage your skills in test automation frameworks, especially Playwright, to enhance the testing efficiency and maintain the high standards our software products are known for. This role offers exciting opportunities to utilize advanced technologies in a collaborative setting.

Resilience boasts an innovative and inclusive work culture that promotes collaboration and flexibility. As a QA Automation Engineer, you will engage with diverse teams, including Product, UX, and Customer Success, creating a vibrant environment where ideas can flourish. Additionally, we offer flexible work schedules, professional development opportunities, and a commitment to maintaining a healthy work-life balance, making us an ideal workplace for talented professionals.

QA Automation Engineers at Resilience enjoy a comprehensive benefits package that includes a flexible work schedule, family paid leave, paid healthcare for employees, a 401k plan, and opportunities for professional development and career advancement. We also provide flexible paid time off, an employee referral bonus, and support for accommodations during the interview process, ensuring that our team members have the resources they need to succeed.

In discussing your experience with test automation frameworks for the QA Automation Engineer role, focus on specific frameworks you’ve used, such as Playwright, Selenium, or Cypress. Highlight particular projects where you developed automated tests, the types of tests written (functional, regression), and how your contributions enhanced software reliability. Emphasize any metrics that demonstrate improved testing efficiency or software quality.

When asked about your strategies for thorough testing of new software features, explain your systematic approach, including collaboration with product and UX teams to define acceptance criteria, creating comprehensive test cases, and employing automation tools to cover functional aspects. Discuss the importance of regression tests to ensure existing features remain unaffected and the value of user feedback in refining testing processes.

In a fast-paced development environment, emphasize your adaptability and communication skills. Describe how you prioritize testing tasks based on feature changes, utilize agile methodologies, and ensure prompt updates to automated tests to align with new developments. Highlight the significance of maintaining comprehensive documentation to help team members stay informed about test status and approaches used.

Share a specific example of a challenging bug, detailing the context, how you identified it, and the investigative steps you took to diagnose it. Describe the solutions you implemented, whether they were code fixes, enhancing test cases, or adjusting automated testing strategies. Discuss the impact of your actions on project timelines and overall software quality.

Explain how you utilize version control, such as git, in your testing process. Discuss how you track changes to test scripts, manage collaboration with developers, and maintain a history of test cases associated with specific software versions. Highlight any strategies you have for branching and merging related to your testing efforts and how this contributes to effective team collaboration.

Discuss the critical role of automated testing in quality assurance by emphasizing its ability to enhance testing efficiency, increase test coverage, and enable faster feedback cycles. Outline how automation complements manual testing and the overall benefits, such as reducing human error, improving reliability, and allowing teams to focus on exploratory testing and critical thinking tasks.

Demonstrate your familiarity with continuous integration practices by discussing tools you’ve used, such as Jenkins or CircleCI, and how they integrate automated testing into the software development lifecycle. Explain how continuous integration helps catch bugs early by running tests before code merges and how this contributes to a more seamless release process.

Detail your method for writing test cases, including how you gather requirements, ensure coverage for positive and negative scenarios, and prioritize tests based on critical features. Discuss the importance of clarity and maintainability in your test cases to make them easily comprehensible for others and scalable as software evolves.

Talk about your proactive approach to staying updated on testing technologies, such as attending industry conferences, participating in online forums, following influential blogs, and engaging with testing communities. Highlight how you experiment with new tools or methods in personal projects to keep your skills sharp and adaptable.

Share your experience working in cross-functional teams by discussing specific projects where you collaborated with product managers, developers, and UX designers. Highlight how you facilitated communication, managed conflicts, and ensured testing aligns with project objectives, ultimately contributing to delivering high-quality software that meets user expectations.