Chief SW Engineer - job 15 of 45

The Chief Software Engineer at Visa in Austin is responsible for defining the technical strategy, leading architecture, and executing initiatives that support business goals. This includes developing highly scalable and secure systems, adopting AI technologies to enhance productivity, and collaborating with cross-functional teams to deliver compliant and reliable solutions.

Candidates for the Chief Software Engineer position at Visa should possess a strong background in software engineering, architecture, and AI technologies. They should also have experience in managing cross-functional teams, cloud application development, and a track record of leading innovative projects that meet enterprise-level requirements.

The Chief Software Engineer at Visa contributes to innovation by driving the adoption of Generative AI and other advanced technologies to improve productivity and develop cutting-edge solutions in risk and fraud management. Their leadership in architectural design and prioritization of new ideas fosters a culture of creativity and efficiency.

The Chief Software Engineer at Visa will work primarily with distributed systems and transaction processing platforms, leveraging cloud services such as AWS, Azure, or GCP. Additionally, they will implement CI/CD practices, DevOps tools, and develop automation frameworks to enhance the software development lifecycle.

The Chief Software Engineer at Visa should exhibit strong leadership qualities, including the ability to communicate technical strategies effectively, mentor engineering teams, foster collaboration, and exhibit a commitment to continuous learning. They must also align with Visa's Leadership Principles by executing with excellence and acting as an owner.

In answering this question, you should discuss specific projects where you've integrated AI technologies and the impact they had on productivity or innovation. Showcase your familiarity with tools and frameworks used to implement Generative or Agentic AI in development processes.

It's essential to highlight your approach to collaboration with business partners and understanding their objectives. Discuss any frameworks you've utilized to ensure alignment, such as regular strategy reviews and stakeholder feedback sessions.

Detail your mentoring philosophy—whether through structured programs like tech talks or one-on-one sessions. Emphasize the importance of creating a learning culture and how you've successfully guided team members towards achieving their professional goals.

Provide an example that showcases your architectural decisions, the technologies involved, and how it solved specific challenges. Make sure to include details about the scalability and effectiveness of the solution in a production environment.

Discuss your methods for integrating security practices in the software development lifecycle. Include your experience with risk assessment techniques, threat modeling, and ensuring compliance with regulatory requirements.

Share specific CI/CD practices you've implemented, including tools you've used and the benefits they brought to development efficiency. It's also valuable to provide examples of how these practices improved code quality and deployment speed.

Discuss your strategies for continuous learning, including participating in tech conferences, webinars, relevant online courses, and engaging with professional communities. Provide examples of technologies you've recently explored and applied.

Identify situations where you encountered challenges in communication or alignment and how you overcame them. Showcase your conflict resolution skills and how you maintained focus on shared objectives.

Explain your hands-on experience with specific cloud platforms like AWS, Azure, or GCP. Detail the advantages you've observed in utilizing cloud services for scalability, cost-effectiveness, and enhanced security.

Highlight your methods for monitoring, testing, and optimizing distributed systems. Include specific tools you've used and how you ensure high availability, fault tolerance, and seamless performance throughout deployment.