Senior Software Engineer, Infrastructure

As a Senior Software Engineer focused on Infrastructure at Sentry, you will design, build, and maintain internal software solutions that simplify the development experience. Your responsibilities include creating self-service APIs and services, collaborating with engineering teams, providing documentation and training, and continuously improving the solutions based on user feedback.

To qualify for the Senior Software Engineer, Infrastructure role at Sentry, you should have at least 5 years of experience in software engineering, a strong proficiency in Python, knowledge of designing scalable systems and APIs, as well as experience with cloud platforms (like AWS or GCP). Familiarity with containerization and CI/CD pipelines is also important.

For the Senior Software Engineer, Infrastructure role at Sentry, you should be well-versed in Python programming, have strong skills with cloud platforms' SDKs/APIs (e.g., AWS, Azure), and be proficient in tools like Docker and Kubernetes for containerization. Additionally, understanding CI/CD practices is essential.

Sentry promotes a hybrid work culture where collaboration is key, with designated in-office days to foster teamwork. The environment is designed to enable engineers to take ownership of their projects while encouraging continuous learning and professional growth.

As a Senior Software Engineer at Sentry, you can expect a competitive salary ranging from $180,000 to $225,000, along with benefits like incentive compensation, equity grants, paid time off, and comprehensive health coverage. At Sentry, we prioritize your well-being and work-life balance.

In your response, share specific examples of projects where you have designed scalable systems. Discuss the technologies you used, the challenges you faced, and how you overcame them. Highlight your understanding of performance optimization and system reliability.

Describe your methodology for designing APIs. Emphasize the importance of user-centric design, thorough documentation, and how you incorporate feedback from other engineering teams to enhance usability.

Highlight your communication skills, willingness to listen, and proactive nature in reaching out to other teams. Provide examples of how collaboration has led to successful project outcomes in your previous roles.

Share specific instances where you've implemented Docker and Kubernetes in your previous projects. Discuss how these tools helped streamline deployment processes and the impact they had on your team's efficiency.

Discuss your familiarity with specific cloud services (AWS, Azure, GCP) and any projects where you've utilized these platforms. Highlight how cloud solutions have improved the scalability and reliability of your applications.

Talk about your strategies for testing, monitoring, and maintaining systems. Emphasize the importance of feedback loops and how you adapt your approaches based on user experiences.

Discuss techniques such as surveys, usage analytics, and direct communication with users. Explain how you integrate feedback into your development cycle to continually optimize the user experience.

Prepare a concrete example that showcases your problem-solving skills. Include the context of the challenge, the steps you took to address it, and the final outcome to illustrate your abilities.

Share your routine for professional development, such as attending conferences, reading industry blogs, or participating in online communities. Highlight how this commitment has positively influenced your work.

Discuss how this philosophy fosters accountability and ownership within teams. Illustrate how it encourages a culture of learning and continuous improvement, benefitting both developers and end-users.