Staff Software Engineer, Onboard Infrastructure

The Staff Software Engineer, Onboard Infrastructure at Stack is responsible for delivering key components of onboard systems, developing middleware for deep learning models, and ensuring seamless hardware integration. You'll collaborate with multiple teams, using automated tests and code quality tooling to maintain a reliable system. Additionally, you will identify and resolve system performance bottlenecks while designing intuitive middleware APIs.

To be successful in the Staff Software Engineer, Onboard Infrastructure role at Stack, candidates must have experience building performance-critical applications in resource-constrained environments. Strong proficiency in C/C++ and a solid understanding of the POSIX programming environment are essential, along with familiarity in software engineering patterns, concurrent programming, and relevant tools like Bazel and Boost.

For the Staff Software Engineer, Onboard Infrastructure position at Stack, strong experience in C/C++ is critical. Familiarity with Python is advantageous, as is knowledge of development tools like Bazel, Boost, and Abseil. Understanding Linux and writing high-performance code for Linux systems are additional beneficial skills for candidates.

Stack is committed to creating an inclusive environment where diverse teams can flourish, which is crucial for innovation in technology. By actively supporting diversity across various dimensions such as gender, race, age, and more, Stack ensures that all voices are heard and contribute uniquely to our projects and team dynamics.

At Stack, Staff Software Engineers have numerous opportunities for professional development and career advancement. With exposure to cutting-edge technology and collaboration across various engineering teams, you will not only enhance your technical skills but also grow your leadership capabilities as you contribute to innovative projects and initiatives.

When answering this question, highlight a specific project where you improved performance significantly. Discuss challenges faced, the technologies used, and metrics that showcase the success of the implementation.

Explain your systematic approach to identifying and resolving issues thoroughly. Discuss using tools and techniques that help isolate problems and ensure a reliable solution is reached.

Share your knowledge about middleware, specifically its role in integrating hardware and software components. Highlight relevant past experiences where you've designed APIs or worked with concurrency in systems.

Discuss practices such as code reviews, automated testing, and continuous integration/deployment (CI/CD). Mention your experience in promoting coding standards and quality metrics to maintain high code integrity.

Provide examples of how you collaborated with engineers from different disciplines to achieve common goals, emphasizing communication, teamwork, and successfully addressing challenges.

Explain how you stay updated with industry trends and apply emerging technologies to your work. Share examples where you've successfully integrated new tools or methodologies into existing projects.

Talk about using metrics and benchmarks to assess both performance and maintainability. Provide examples of decisions made in past projects where you've successfully balanced these factors.

Describe your philosophy regarding the role of test automation in ensuring code reliability and reducing regression errors, citing specific tools or frameworks you prefer to use in your projects.

Discuss algorithms relevant to your experience and provide examples where you implemented them to solve specific problems efficiently, highlighting both effectiveness and performance.

Express your understanding of the challenges involved in developing in a resource-constrained environment, discussing strategies or approaches you've used to maximize performance without overreaching available resources.