Sr. SW Engineer - job 0 of 50

As a Sr. SW Engineer at Visa Technology & Operations LLC, your responsibilities will include architecting and developing scalable software applications, building automation tools for deployment pipelines, conducting thorough business and technical analyses, and ensuring robust unit testing practices. Additionally, you'll design modifications to existing software and create technical documentation to support ongoing development and enhancements.

To qualify for the Sr. SW Engineer role at Visa Technology & Operations LLC, candidates typically need a relevant degree in Computer Science or a related field, substantial experience in software development, particularly in multi-threaded and scalable applications, and proficiency in coding languages such as Java, C++, or Python. Familiarity with deployment automation and a strong understanding of continuous integration practices are also essential.

The work environment for a Sr. SW Engineer at Visa Technology & Operations LLC in Austin is collaborative and dynamic. You will be part of a team that fosters innovation, working closely with architects, project managers, and QA specialists. The role allows for some flexibility, including partial telecommuting, promoting a balance between professional and personal life while engaging in cutting-edge technology projects.

Visa Technology & Operations LLC offers excellent career growth potential for a Sr. SW Engineer. With opportunities to lead projects, contribute to architectural decisions, and mentor junior engineers, you can advance your career while enhancing your technical skills. The company encourages professional development through various training programs and continuous education.

Visa Technology & Operations LLC understands the importance of work-life balance, especially for their Sr. SW Engineers. By offering flexible work arrangements, including the option for partial telecommuting, it allows employees to manage their personal and professional responsibilities effectively while contributing to high-impact projects.

In answering this question, highlight specific projects where you've successfully built scalable and distributed applications. Discuss the technologies used, challenges faced, and how you overcame them, illustrating your technical expertise and problem-solving abilities.

Discuss your methods for automating deployment pipelines, including the tools you use, such as Jenkins or GitLab CI/CD. Provide examples of how automation improved efficiency or reduced errors in your previous projects.

Be specific about the coding languages you're proficient in, such as Python or Java. Share examples of how you've utilized these languages in developing applications, focusing on the end product and your contribution to the team.

Explain your approach to testing, including unit testing, code reviews, and integration testing. Emphasize the importance of maintaining high-quality standards in development and share methods you've implemented to achieve this.

Talk about a specific technical challenge that you've encountered in your work as a software engineer. Illustrate your problem-solving skills and thought process, highlighting the steps you took to resolve the issue effectively.

Share your experiences collaborating with cross-functional teams, detailing how you communicated with different roles to achieve a common goal. Emphasize the importance of collaboration in a successful project and any positive outcomes it led to.

Describe your methods for staying updated with the latest trends in software engineering, such as following industry blogs, attending webinars, or participating in tech meetups. This reflects your commitment to continuous learning and professional development.

Discuss your experience creating technical documentation for projects, emphasizing its importance in facilitating knowledge transfer and onboarding new team members. Highlight any strategies you have used to ensure clarity and accessibility.

Share your strategies for managing stress and meeting deadlines under pressure, including time management techniques and prioritization of tasks. Reflect on how you maintain quality within those tight timelines.

Discuss your approach to ensuring the long-term supportability of software systems, such as writing clean, maintainable code, thorough documentation, and engaging in regular maintenance cycles. Emphasize the significance of these practices in the lifespan of software applications.