Member of Engineering (Applied Research Engineering)

As a Member of Engineering (Applied Research Engineering) at Poolside, your primary responsibilities include building our code execution platform, which supports our Reinforcement Learning from Code Execution Feedback (RLCEF) efforts. You will work with container runtimes, static code analyzers, and distributed data systems to create a scalable platform that enhances our large language model. Collaborating with a remote-first team will also be part of your role, focusing on delivering high-quality systems.

To succeed as a Member of Engineering (Applied Research Engineering) at Poolside, you should have strong programming skills in languages such as Go, C, C++, or Python. Experience with distributed systems, data pipelines, and fault tolerance is crucial. Familiarity with message queues, event-driven architectures, and cloud services like GCP, AWS, or Azure is also beneficial. Additionally, understanding testing methodologies and CI/CD pipelines will enhance your effectiveness in this role.

Poolside fosters a unique team structure that combines research and engineering professionals, allowing for a collaborative environment where innovation thrives. As a Member of Engineering, you’ll engage with diverse talents across Europe and North America, benefiting from shared insights and expertise. Regular in-person meetups further enhance team bonding, ensuring that you're not just a voice behind a screen.

The hiring process for the Member of Engineering (Applied Research Engineering) at Poolside involves several steps to ensure the right fit. It begins with an introductory call with one of our Founding Engineers, followed by technical interviews to assess your skills. You'll also engage in a team-fit call with our Head of People, culminating in a final interview with our CTO and Co-Founder, Eiso. This thorough process ensures we find candidates who align with our mission and culture.

Members of Engineering (Applied Research Engineering) at Poolside enjoy a range of generous benefits, including fully remote work, flexible hours, and 37 days of vacation and holidays each year. We also offer health insurance allowances for you and your dependents, company-provided equipment, and additional allowances for wellbeing and home office setup. Our inclusive culture encourages frequent team gatherings, allowing you to build meaningful connections with your colleagues.

When answering this question, illustrate your previous roles involving distributed systems. Mention specific projects, the challenges you faced, and the technologies you used. Emphasize your understanding of fault tolerance and performance optimization and how it contributes to a robust system architecture.

Explain your proficiency in programming languages relevant to the Member of Engineering position at Poolside, such as Go, C, C++, or Python. Provide examples of past projects where you utilized these languages, focusing on your contributions and the impact they had on the project's success.

Discuss your methodologies for performance optimization, including profiling code, identifying bottlenecks, and applying efficient algorithms. Providing specific examples from your experience showcases your analytical skills and commitment to building high-performance applications.

Share your experience with container technology, such as Docker or Kubernetes. Highlight how you have implemented containers to streamline deployments, enhance scalability, or improve development workflows in past projects, providing instances where these technologies made a significant difference.

Talk about your approach to code quality, focusing on testing strategies, such as unit testing and integration testing. Discuss the tools you've used to implement these practices and the importance of establishing a solid code review process.

Describe a technical challenge you encountered in a previous role. Walk through the problem, your thought process in addressing it, the solutions you considered, and the final outcome. This answer demonstrates your problem-solving abilities and resilience.

Detail the tools you've worked with for Continuous Integration and Continuous Deployment (CI/CD), such as Git, Jenkins, or Terraform. Explain how these tools improve code integration, deployment speed, and overall project efficiency, and share your experiences implementing them within teams.

Indicate the resources you leverage to keep up with advancements, such as online courses, webinars, or tech blogs. Discuss how these learnings influence your work and inform your approach to applied research engineering.

Craft a compelling narrative about your passion for AI and software development, aligning your personal values and career goals with Poolside's mission. Emphasize how the company’s innovations excite you and how you see yourself contributing to its objectives.

Discuss your familiarity with monitoring tools such as Grafana, Prometheus, or Datadog and how you have used them to ensure system reliability. Share examples of how effective monitoring has helped identify issues promptly and provided actionable insights to optimize system performance.