Senior Backend Engineer, Platform

As a Senior Backend Engineer at Uniswap Labs, your key responsibilities will include designing, developing, and maintaining backend systems that power our shared services. You will write well-tested high-quality code and perform code reviews for your peers. Additionally, you will provide technical guidance, lead strategic initiatives within engineering pods, and work towards enhancing developer productivity and system reliability.

The Senior Backend Engineer role at Uniswap Labs requires a minimum of 6 years of software engineering experience, particularly focusing on infrastructure. Proficiency in programming languages such as TypeScript, Go, or Rust is essential. A strong understanding of AWS cloud architecture, algorithms, and debugging, along with experience building large-scale production systems, will be critical for success in this role.

For the Senior Backend Engineer position at Uniswap Labs, you should be proficient in at least one of the following programming languages: TypeScript, Go, or Rust. Your ability to write clean, maintainable, and high-quality code in these languages will be essential in developing robust backend systems that support our platform.

Uniswap Labs offers an attractive benefits package for Senior Backend Engineers, including company-paid medical, dental, and vision coverage for employees and their dependents. Additional perks include a gym subsidy, a 401(k) plan with a 4% employer contribution, an annual $1,500 education stipend, unlimited time off, paid parental leave, and a home office setup stipend for remote employees.

Absolutely! Uniswap Labs is dedicated to fostering a culture of growth and learning. As a Senior Backend Engineer, you'll take part in driving technical initiatives and will have the opportunity to provide mentorship to peers. This supportive environment allows for continuous professional development and career advancement within the organization.

When answering this question, focus on specific projects where you successfully designed and implemented scalable systems. Highlight the technical challenges you faced, the architectural decisions you made, and how these systems met performance and reliability targets.

Discuss your approach to writing clean, maintainable code, including your use of version control, code reviews, and automated testing. Mention any frameworks or tools you use to maintain code quality and how these practices contribute to the overall success of your team’s projects.

Share your experience with debugging cloud-based systems. Discuss the tools and techniques you utilize for logging, monitoring, and tracing issues in cloud applications, and provide an example of a complex bug you successfully resolved in a cloud setup.

Be prepared to discuss specific AWS services you’ve used in your past projects, including how they were implemented in your architecture. Highlight your familiarity with AWS features like Lambda, EC2, S3, etc., and any impact they had on the scalability and performance of your systems.

Explain your method for prioritization, considering factors such as urgency, project deadlines, and team dependencies. Emphasize any frameworks you utilize for task management, like Agile or Kanban, and provide examples of successful outcomes based on your prioritization.

Discuss your preferred CI/CD tools and your reasoning for their use based on team size and project complexity. This could include Jenkins, GitHub Actions, or CircleCI. Providing examples of how these tools improved your deployment processes will strengthen your answer.

Highlight your mentoring style and share specific instances where you supported the growth of junior team members. Focus on how you identified their needs, provided constructive feedback, and fostered a collaborative learning environment.

Discuss your passion for blockchain technology, including any personal experiences or projects that deepened your interest. Articulate how this interest aligns with Uniswap Labs' mission of revolutionizing the digital economy.

Describe a specific technical decision from a past project, emphasizing the problem it solved, the thought process behind it, and its impact on performance or team productivity. Be sure to mention any feedback received from stakeholders or users.

Express your vision for the evolution of cloud infrastructure, reflecting your awareness of trends such as serverless architecture, edge computing, or increased focus on security. Mention how these trends will impact developers and businesses alike, positioning you as a strategic thinker in the field.