Staff SW Test Engineer - job 10 of 24

As a Staff SW Test Engineer at CyberSource Corporation, your primary responsibilities include designing and implementing automation frameworks, creating and executing automated tests in Java with Selenium, and participating in technical design sessions. You'll also report defects, collaborate with development teams, and provide metrics to improve software quality.

Candidates for the Staff SW Test Engineer position at CyberSource Corporation should possess strong programming skills in Java and experience with automation tools like Selenium. A solid understanding of software testing principles and the ability to work collaboratively across teams is essential. Previous experience in a testing role and a proactive approach to problem-solving will set you up for success.

CyberSource Corporation fosters an environment of continuous learning and professional development for Staff SW Test Engineers. You'll have opportunities to mentor junior engineers, participate in ongoing process improvement efforts, and engage in technical design discussions that enhance your skills and expertise in software testing.

The work environment at CyberSource Corporation for a Staff SW Test Engineer is collaborative and innovative. You’ll work with cross-functional teams and be encouraged to proactively solve problems and suggest improvements, fostering a culture of teamwork and open communication while allowing for partial telecommuting to ensure a work-life balance.

A Staff SW Test Engineer at CyberSource Corporation typically uses tools such as Selenium for automated testing, alongside various frameworks in Java. Familiarity with test case management tools and defect tracking systems is also beneficial to effectively execute and manage the testing process.

In preparing for your interview, focus on specific frameworks you’ve worked with, such as Selenium. Discuss how you designed these frameworks, the programming languages used, and any challenges you faced. Highlight your ability to create test cases and how they improved the overall efficiency of the testing process.

When answering this question, emphasize the importance of documenting defects clearly and concisely. You might share an example of a defect you reported, the process followed to ensure effective communication with the development team, and how you tracked the resolution until closure.

Talk about specific methods you’ve implemented, such as conducting retrospectives post-release, gathering team feedback, and analyzing metrics. Highlight how these strategies led to measurable improvements in test coverage and defect reduction.

Share your approach to mentoring, including any specific examples of how you supported junior engineers in developing their skills. Discuss the techniques you used to motivate them and the positive outcomes that resulted from their training and development.

In your response, illustrate your process for prioritizing test cases based on risk, functionality, and customer impact. Provide examples where necessary, and mention any tools or frameworks you use to manage priorities effectively.

Discuss your understanding of exploratory testing and how it differs from scripted testing. Provide examples of situations where exploratory testing uncovered critical defects or improved your overall testing approach.

In answering this question, focus on specific examples of collaboration with product development or design teams. Highlight the importance of communication and understanding requirements to ensure test cases align with customer needs.

Share your experiences with common automation challenges, such as flaky tests or tool limitations. Discuss the strategies you used to troubleshoot these issues and the lessons learned along the way.

Discuss your methods for staying informed, such as attending webinars, following industry blogs, or networking with other professionals. Emphasize your commitment to continuous learning and how you apply new knowledge to your testing practices.

Talk about the best practices you implement to create reliable and maintainable test scripts. Highlight examples of documentation, modular design, and regular code reviews that ensure the longevity and effectiveness of your tests.