Sr. SW Engineer - job 0 of 50

As a Sr. SW Engineer at Visa Technology & Operations, you will be responsible for architecting, designing, building, and developing scalable software applications. This involves not only writing code but also automating deployment pipelines, conducting thorough code reviews, and ensuring quality through unit testing. You'll also engage in working with cross-functional teams to translate business requirements into technical solutions.

To qualify for the Sr. SW Engineer position at Visa Technology & Operations, you typically need a strong background in software development, often with a degree in Computer Science or a related field. Additionally, familiarity with multi-threaded applications, experience in technical documentation, and capabilities in collaborative work environments are important. Proficiency in popular programming languages is also essential to meet the diverse technological needs of the role.

A Sr. SW Engineer at Visa Technology & Operations will engage in projects that focus on scalable and distributed applications. This includes developing new software solutions, enhancing existing systems, and ensuring seamless integration with ongoing business operations. The role also encompasses working on automation tools for deployment to improve efficiency within the development cycle.

The Sr. SW Engineer plays a pivotal role in aligning technology initiatives with Visa Technology & Operations' business goals by developing software applications that improve system performance and user experience. By building robust solutions and collaborating with cross-functional teams, the engineer helps ensure that the technology meets the demands of evolving business requirements.

Yes, the Sr. SW Engineer position at Visa Technology & Operations allows for partial telecommuting. While you will primarily report to the Austin office, we recognize the importance of flexibility and are open to arrangements that accommodate a healthy work-life balance.

When answering this question, you should provide specific examples of projects where you developed or contributed to multi-threaded applications. Highlight the challenges you faced, the technologies you used, and how you ensured performance and reliability.

Discuss your experience with CI/CD tools and techniques. Provide an example of a successful automation project, focusing on the benefits of automation, such as speed, consistency, and error reduction.

Explain your approach to code reviews, such as focusing on code maintainability, adherence to coding standards, and fostering constructive feedback. Mention any tools you use to facilitate the review process.

Talk about the testing frameworks you have used and how you write unit tests. Discuss the importance of testing in your development process and how it improves reliability and maintainability.

Provide a specific example that showcases your willingness to learn and adapt. Highlight how you incorporated the feedback and the outcome of those changes, demonstrating growth and collaboration.

Share a list of tools and programming languages you have worked with, emphasizing those relevant to the role. Include any frameworks or libraries that you particularly excel in and how they’ve contributed to your projects.

Explain your strategy for time management and task prioritization. Mention any methodologies you prefer, like Agile or Kanban, and describe how you communicate with team members about project timelines and responsibilities.

Outline the project, your specific role, the challenges encountered, and how you or your team overcame them. This shows your problem-solving skills and ability to handle complex situations.

Discuss your approach to understanding legacy systems, how you document existing functionality, and the techniques you use to improve or refactor code without introducing new bugs.

Share specific resources you use, like online courses, webinars, tech blogs, or community events. Highlight your commitment to continuous learning and how you integrate new knowledge into your work.