Principal Software Engineer in Test

As a Principal Software Engineer in Test at Fidelity Digital Assets, your primary responsibilities include developing a comprehensive test automation strategy, writing automation scripts for features, collaborating with squads and architects, and championing quality throughout the development process. You'll analyze requirements, perform root cause analysis on defects, and ensure that high quality is achieved in every aspect of the product development lifecycle.

To qualify for the Principal Software Engineer in Test role at Fidelity Digital Assets, candidates should have at least a Bachelor's degree in a related field along with over 8 years of experience in software engineering. Proficiency in test automation frameworks such as Selenium or Cypress, strong database skills, and familiarity with AWS or similar cloud platforms are essential. Additionally, effective communication and collaboration skills are required to work vis-a-vis diverse teams.

As a Principal Software Engineer in Test at Fidelity Digital Assets, familiarity with established test automation frameworks such as Selenium, Playwright, and Cucumber is crucial. You should also have hands-on experience with containerization technologies like Docker, expertise in SQL for database testing, and a solid understanding of cloud technologies such as AWS. Additionally, knowledge of integration testing methodologies is beneficial for ensuring product quality.

Fidelity Digital Assets promotes professional development through a collaborative environment where talent thrives. As a Principal Software Engineer in Test, you will have opportunities to work alongside experienced teams, engage in continuous learning, and tackle new challenges with innovative testing solutions. The emphasis on teamwork further enriches knowledge-sharing and mentorship, allowing you to enhance your skills and career progression.

At Fidelity Digital Assets, the team culture is centered on collaboration, communication, and quality. As a Principal Software Engineer in Test, you will establish relationships across departments and advocate for quality values in all projects. The work environment encourages adaptability and innovation while maintaining a focus on achieving common objectives in an agile setting, allowing you to thrive in a supportive atmosphere.

In your response, highlight specific frameworks you have worked with, such as Selenium, Playwright, or Cypress. Discuss projects where you implemented these frameworks, the challenges you faced, and the outcomes achieved. Show your understanding of how these tools enhance testing efficiency and product quality.

Discuss your methodical approach to creating a test automation strategy, including requirements analysis, collaboration with stakeholders, and choosing the right tools. Focus on how you ensure the strategy aligns with overall product goals and enhances the development lifecycle effectively.

Your answer should encompass a systematic approach to root cause analysis, focusing on gathering data, collaborating with team members, and utilizing analytical skills. Explain how you document the findings and propose solutions to prevent similar defects in the future.

Share a specific instance where you effectively communicated and coordinated with remote teams. Highlight how you overcame challenges, tools you utilized for collaboration, and how the final output benefited from this teamwork. This demonstrates your interpersonal skills and adaptability.

Explain your process for establishing quality principles as part of the product development criteria. Discuss how you communicate these values to the team and ensure adherence through regular reviews and feedback mechanisms. Emphasize the importance of stakeholder engagement.

Discuss a specific challenge you faced in integration testing, how you approached it, and the solution you implemented. This answer should reflect your problem-solving skills and technical knowledge, providing insight into your capabilities as a Principal Software Engineer in Test.

Elaborate on your exposure to Agile methodologies, such as Scrum or Kanban. Discuss how you contributed to sprint planning, daily stand-ups, and retrospective meetings. Highlight the importance of flexibility and collaboration within Agile teams.

Detail your understanding of data validation and its critical impact on quality assurance. Discuss methods you employ to validate data thoroughly and ensure accuracy in tests, providing examples of scenarios where data validations were essential.

Talk about your commitment to continuous learning through resources such as online courses, webinars, and industry conferences. Mention any communities or forums you participate in that keep you abreast of cutting-edge trends and practices in software testing.

Reflect on the holistic skill set required for the role. Emphasize the importance of problem-solving abilities, technical expertise, strong communication skills, and a commitment to quality. Provide reasons why you believe these skills are critical to success in the role.