Staff SW Test Engineer - job 8 of 24

A Staff SW Test Engineer at CyberSource Corporation is responsible for designing and implementing automation frameworks, executing automated tests in Java using tools like Selenium, as well as mentoring junior engineers. They also participate in technical design sessions, create regression and exploratory tests, and report defects to work closely with the Development team for timely resolutions.

To excel as a Staff SW Test Engineer at CyberSource Corporation, candidates should possess solid programming skills in Java, familiarity with automation frameworks such as Selenium, and experience in writing technical design documentation. Strong problem-solving abilities and a knack for collaboration with cross-functional teams are also important.

Staff SW Test Engineers at CyberSource play a key role in process improvement by proactively identifying issues, suggesting innovative solutions, and contributing to ongoing quality efforts. They also create test cases for known defects to prevent future occurrences, thereby enhancing the overall testing process.

The work environment for a Staff SW Test Engineer at CyberSource Corporation in Austin, TX, is collaborative and innovative, involving close interactions with Product Development and other teams. The position also allows for partial telecommuting, enabling flexibility while maintaining strong team engagement.

A Staff SW Test Engineer at CyberSource Corporation can look forward to numerous opportunities for career advancement, such as mentoring junior engineers, leading automation initiatives, and contributing to the strategic direction of quality assurance efforts within the company.

When discussing your experience, focus on specific automation frameworks you've used, particularly in Java with tools like Selenium. Highlight any successful projects where you contributed to building or enhancing these frameworks, problem-solving challenges, and any metrics showing the impact of your work.

It's important to start by thoroughly understanding the requirements and ensure you identify different test case scenarios. Discuss your method for documenting these test cases, how you prioritize them, and any tools you utilize to execute and manage them effectively.

A strong strategy for defect management includes timely reporting and clear communication with the Development team. Explain your approach to triaging defects, prioritizing based on severity, and how you follow-up to ensure timely resolutions.

Share a specific instance when your proactive suggestion led to a measurable improvement in testing efficiency or quality. Focus on the problem you identified, the solution you proposed, and the positive results achieved through the implementation of that change.

Mention the resources you use to stay up-to-date, such as online courses, tech blogs, conferences, or community forums. Highlight any recent tools or methods you've learned and integrated into your testing practice.

Discuss your approach to mentoring, any programs you've been involved in, and the outcomes of your mentorship—like specific skills developed in junior engineers. Show enthusiasm for fostering growth and knowledge sharing within the team.

Illustrate the challenge by providing context around the bug, your investigative process, and how you collaborated with team members to pinpoint and resolve the issue. Emphasize your analytical skills and teamwork during this process.

Explain your method for identifying critical paths and edge cases in the application to ensure comprehensive test coverage. Discuss any tools you use to measure code coverage and iterate on your tests based on recent changes.

Emphasize the importance of clear communication when collaborating with cross-functional teams. Discuss how you communicate testing requirements, provide updates on test progress, and engage in discussions about defect management.

Talk about your strategies for effective prioritization, such as assessing risk factors, understanding release timelines, and collaborating with stakeholders to ensure critical areas are tested while maintaining thoroughness.