Sr. SW Engineer - job 25 of 50

As a Sr. SW Engineer at Visa Technology & Operations LLC, you will architect and implement scalable software applications, automate deployment pipelines, and conduct thorough code reviews and unit testing. You’ll also engage in business and technical analyses, collaborate with cross-functional teams, and ensure that all documentation is in place for system enhancements and support.

To be considered for the Sr. SW Engineer position at Visa Technology & Operations LLC, candidates typically need a strong background in software development, including expertise in multi-threaded and distributed systems. A degree in Computer Science or a related field is often required, along with hands-on experience in software engineering practices such as code reviews and automated testing.

The technology team at Visa Technology & Operations LLC collaborates closely on projects. As a Sr. SW Engineer, you'll engage with architects, systems analysts, project managers, and quality assurance teams to ensure that all business requirements are met while utilizing the latest tools and technologies. This collaboration fosters innovation and effective problem-solving.

Yes, the Sr. SW Engineer position at Visa Technology & Operations LLC offers flexibility, including partial telecommuting options. This allows you to manage work-life balance while being part of a dynamic team in Austin, TX.

At Visa Technology & Operations LLC, the career growth potential for a Sr. SW Engineer is significant. The role offers opportunities to lead projects, mentor junior engineers, and explore advancements into higher-level architectural or managerial positions, depending on personal career aspirations.

When discussing your experience with multi-threaded applications, highlight specific projects where you implemented concurrency to improve performance. Explain the challenges you faced and the strategies you used to address issues like race conditions or deadlocks.

To ensure code quality, emphasize your commitment to practices like regular code reviews, the use of automated testing frameworks, and adherence to coding standards. Discuss your approach to finding bugs and ensuring maintainable code.

Mention your familiarity with Continuous Integration and Continuous Deployment (CI/CD) tools such as Jenkins, GitLab CI, or CircleCI, and explain why these tools are effective in streamlining deployment processes and ensuring quick feedback.

Discuss your approach to teamwork by emphasizing your communication skills. Provide examples of how you’ve collaborated with designers, QA, and product managers to achieve common goals, focusing on the importance of shared understanding and regular updates.

When tackling complex debugging issues, explain your methodical approach: using logging tools, reproducing bugs in testing environments, or utilizing debugging techniques such as stepping through code. Give an example of a challenging bug and how you resolved it.

Select a project that had a meaningful impact. Discuss the enhancement process, the technologies used, and how you evaluated the success of the project post-implementation. Highlight your role in seeing the project through.

Illustrate your commitment to continuous learning through examples. Mention your engagement with online courses, technology blogs, webinars, or participation in coding communities that keep you abreast of industry advancements.

Explain your prioritization framework, whether it's importance to business needs, deadlines, or team capacity. Discuss how you communicate priorities to your team to maintain alignment on project goals.

Share a specific instance where you managed to deliver on a tight deadline. Detail your planning, team organization, and any tools you used to delegate and ensure timely completion of the project.

Emphasize the importance of technical documentation in your work. Discuss how it supports knowledge transfer, assists in maintenance, and serves as a reference for both current and future projects.