Software Engineer - Sr. Consultant level - job 0 of 50

As a Software Engineer - Sr. Consultant at Visa Technology & Operations LLC, your main responsibilities include designing and implementing highly scalable and fault-tolerant distributed components, developing tools and APIs for a streamlined SDLC process, and advocating for best software development practices. You'll also lead project implementations, support troubleshooting in production environments, and document significant architectural decisions.

To be considered for the Software Engineer - Sr. Consultant position at Visa Technology & Operations LLC, candidates should have substantial experience in software engineering, specifically in designing distributed systems and applications. A strong understanding of APIs, testing tools, and best practices in SDLC is crucial. Familiarity with production environment troubleshooting and documentation skills is also highly valued.

At Visa Technology & Operations LLC, Software Engineers - Sr. Consultant level enjoy a collaborative and innovative working environment. The Austin office promotes teamwork while allowing for partial telecommuting. Our culture encourages software engineering best practices and continual evolving of processes and technologies, making it a great place for engineers to thrive and grow.

Yes, the Software Engineer - Sr. Consultant role at Visa Technology & Operations LLC may require some domestic travel. This travel is typically for collaboration with teams and stakeholders across different locations, contributing to the overall technology initiatives of the company.

Visa Technology & Operations LLC is committed to the professional development of its Software Engineers - Sr. Consultant level. We provide various training resources, workshops, and opportunities to lead projects. Additionally, team members are encouraged to share best practices and experiences with others to foster a learning environment.

When answering this question, focus on specific projects where you've successfully designed systems to handle increased load and ensure reliability. Discuss the technologies and methodologies you used, highlighting your understanding of system architecture principles.

Discuss your systematic approach to troubleshooting, including logging techniques, monitoring tools, and debugging methods. Emphasize how you gather data, analyze it, and collaborate with teammates to resolve issues effectively.

Provide an example where you not only implemented best practices but also encouraged your team to adopt them. Explain the impact it had on project outcomes, team performance, or code quality, showing measurable improvements.

Share specific frameworks and tools you have experience with for API development, such as REST, GraphQL, or Swagger. Explain why you prefer those, highlighting their benefits in terms of ease of use, performance, or integration.

Mention your preferred sources for ongoing learning, such as online courses, tech blogs, or developer communities. Discuss how you integrate new technologies or methodologies into your projects when relevant.

Discuss specific projects where you had to make design decisions and how you documented them. Highlight the importance of this practice in communicating with stakeholders and future development teams.

Talk about your collaborative strategies, such as regular communication, using project management tools, and embracing feedback. Share an instance where teamwork led to a successful project outcome.

Identify a challenge related to the SDLC that you encountered, explain its context and consequences, and describe the steps you took to resolve it, emphasizing your problem-solving skills and adaptability.

Share techniques you've developed for managing time effectively and maintaining focus under pressure. Discuss how you prioritize tasks and stay organized, using example situations to illustrate your point.

Explain your thought process while designing testing tools. Focus on factors like ease of use, integration with existing workflows, and feedback from stakeholders. Highlight the testing tools' impact on quality assurance and development speed.