Lead Software Engineer, Back End - job 1 of 6

As a Lead Software Engineer, Back End at Capital One, you will lead multiple technology projects and collaborate with a team of developers to create innovative solutions. Your key responsibilities include overseeing the development of cloud-based applications, mentoring team members, and engaging with product managers to ensure regulatory compliance and enhance user experiences.

To apply for the Lead Software Engineer, Back End role at Capital One, you should have a Bachelor’s Degree and at least 4 years of professional software engineering experience. It’s also beneficial to have experience with cloud computing platforms such as AWS, Azure, or Google Cloud, as well as coding expertise in languages like Java, Scala, or Python.

For the Lead Software Engineer, Back End position at Capital One, knowledge of programming languages such as Java, Python, SQL, Node.js, and Go is essential. Familiarity with container orchestration services like Docker and Kubernetes, and experience with databases, both SQL and NoSQL, is highly advantageous.

The team culture at Capital One for the Lead Software Engineer, Back End position emphasizes collaboration, innovation, and inclusivity. You'll be part of a diverse group of tech enthusiasts dedicated to problem-solving and learning from one another, creating a supportive environment that thrives on agility and experimentation.

At Capital One, Lead Software Engineers have ample growth opportunities, including leadership roles and access to cutting-edge technology initiatives. With a commitment to professional development, you’ll be encouraged to expand your skill set through mentoring others, participating in tech communities, and continuously learning about emerging tech trends.

In answering this question, detail your specific experiences with cloud service providers like AWS, Azure, or Google Cloud. Highlight specific projects where you utilized cloud technologies to solve problems, and discuss any relevant certifications or training you've completed.

Discuss your approach to code quality, which might include implementing code reviews, using automated testing, and engaging in pair programming. Mention any specific frameworks or tools you’ve used to improve code quality effectively.

Talk about the programming languages like Java or Python that you excel in, and provide examples of how you’ve utilized these languages to build applications or solve specific challenges. Emphasize your understanding of best practices and design patterns.

Share your philosophy on mentoring, including how you provide guidance and support to help junior engineers grow. Provide examples of how you foster an inclusive team environment where everyone feels encouraged to learn and contribute.

Explain microservices as an architectural style that structures an application as a collection of loosely coupled services. Discuss the benefits, such as scalability, ease of deployment, and how they can improve team productivity by enabling independent development.

Provide a clear and concise description of a specific challenge, outlining the context, your thought process, and the exact steps you took to address the problem. Highlight teamwork, analytical skills, and how you arrived at a successful resolution.

Discuss how you've applied Agile practices in your previous roles, including how you participated in sprint planning, stand-ups, and retrospectives. Highlight any challenges faced in implementing Agile and how you overcame them to enhance project efficiency.

Talk about your methods for keeping up with technology developments, such as attending conferences, participating in webinars, contributing to open source projects, or following industry leaders on social media. Illustrate your passion for continuous learning.

Explain your approach to task prioritization, outlining any methodologies you employ, such as priority matrices or project management tools. Discuss how you ensure timely delivery while maintaining quality across your projects.

Share the tools and frameworks you're most comfortable with for back-end development, such as Spring for Java or Flask for Python. Discuss specific projects where you've effectively utilized these tools and any successes you’ve achieved.