Full Stack Engineer

A Full Stack Engineer at Stash works on building and optimizing applications and infrastructure to support our product features, all aimed at empowering game developers. This role involves developing and maintaining robust APIs, collaborating with front-end developers, and ensuring applications are scalable and secure, making it crucial for Stash's mission of transforming the gaming experience.

Candidates applying for the Full Stack Engineer position at Stash should have a BS/MS in Computer Science or a related field along with 4+ years of backend development experience, preferably with Go/GRPC, and a solid understanding of cloud infrastructure (GCP, AWS, Azure). Experience with writing unit tests, debugging complex systems, and documenting APIs is also key to succeed in this role.

As a Full Stack Engineer at Stash, you will work with Go for backend development, React for front-end interfaces, and utilize Google Cloud Platform (GCP) for deployment. You'll also engage with GRPC and Protobuf for communication between services, making it an exciting opportunity to work with cutting-edge technologies.

The team culture at Stash is centered around high performance and collaboration. Full Stack Engineers are expected to maintain high standards of coding excellence while also being part of a close-knit team that values clear communication, teamwork, and innovative problem-solving. It's an inclusive environment that encourages growth and creativity.

Stash values the growth of its Full Stack Engineers and provides ample opportunities for career development. You’ll have access to mentoring, challenging projects, and a culture that encourages continuous learning, allowing you to expand your skills and influence the direction of our products and technologies.

A Full Stack Engineer at Stash directly impacts our mission by building the infrastructure that enables game developers to interact with their players seamlessly. By creating scalable, secure applications, you will help bring the vision of direct-to-consumer gaming experiences to life, ultimately changing the way games are developed and enjoyed.

The interview process for the Full Stack Engineer role at Stash typically includes technical assessments, coding challenges, and behavioral interviews. You will have the chance to showcase your technical skills, discuss past experiences, and demonstrate your problem-solving abilities while engaging with the team to explain how you can contribute to our goals.

When answering this question, consider discussing specific projects where you utilized Go for backend development. Highlight any challenges you faced, how you overcame them, and the performance benefits that came from using Go in your applications.

In your response, it’s important to cover best practices such as implementing monitoring and logging, performing regular security audits, and writing efficient code. Explain how you’ve previously assessed application performance and what tools or methods you used to enhance scalability and security.

Share a structured approach to debugging, including how you identify the root cause of issues, tools you leverage for debugging, and your methodology for documenting and resolving problems effectively.

Detail your API development experience, focusing on frameworks used, the process of writing documentation, and how you ensure clarity and comprehensibility for other developers who will interact with your APIs.

Discuss a specific project where seamless collaboration was crucial. Highlight challenges faced during integration and how effective communication helped ensure that both back-end and front-end components worked harmoniously.

Share your methods for staying updated, such as following industry blogs, attending conferences, or participating in online communities. Provide examples of how adopting new technologies has positively influenced your work.

Discuss specific projects where you implemented cloud solutions, focusing on your familiarity with their services. Explain how you utilize cloud infrastructure to enhance application performance and security.

Provide a concrete example where you identified performance bottlenecks and the steps you took to optimize the application. This could involve code refactoring, implementing caching mechanisms, or scaling strategies.

Highlight your philosophy on code reviews, emphasizing constructive feedback and how collaboration contributes to overall code quality. Mention specific tools or practices that you find useful in the review process.

Discuss potential challenges, such as latency issues, user scaling, and data security. Explain how you would anticipate and address these challenges through effective planning and robust system design.