As a Software Engineer - Platform at Oumi, your primary responsibilities include architecting and building scalable platform architecture, developing robust backend services in Python, engaging with JavaScript/TypeScript frontend integrations, implementing infrastructure automation using DevOps practices, and providing technical leadership within your team. You will take ownership of transforming product requirements into fully functioning systems, ensuring that our platform can support innovative AI solutions.

To qualify for the Software Engineer - Platform position at Oumi, candidates should have proven experience in software development with strong proficiency in Python along with optional knowledge in Rust or JavaScript/TypeScript. A successful track record of building systems from scratch in fast-paced, 0-to-1 environments is essential, along with familiarity with cloud platforms like AWS, GCP, or Azure, and experience with containerization and orchestration tools such as Docker and Kubernetes.

Software Engineers at Oumi work with a variety of technologies including Python for backend development, and front-end frameworks using JavaScript and TypeScript. Familiarity with Rust for performance-critical components may also be advantageous. Additionally, your role may involve utilizing cloud platforms like AWS, GCP, or Azure, and practicing DevOps methodologies through infrastructure as code, CI/CD pipelines, and monitoring tools.

At Oumi, Software Engineers will find a collaborative and innovative work environment where open-source principles guide our mission. We embrace a culture of radical ownership, encouraging team members to take initiative, share ideas, and contribute to the open community. The team operates in a fast-paced setting, focused on continuous learning and development, making it ideal for those who thrive in dynamic, 0-to-1 environments.

Oumi offers competitive benefits to its Software Engineers, including a salary range of $140,000 - $220,000, equity in a high-growth startup, and comprehensive health, dental, and vision insurance. Additionally, employees enjoy 21 days of paid time off, and regular team offsites and events that foster team bonding and a vibrant workplace culture.

When discussing your experience with Python, focus on specific projects or systems you've built. Highlight your understanding of Python frameworks and libraries, and discuss how you've implemented backend solutions to solve real-world problems. It’s also great to mention any performance optimizations you've made.

When answering this question, emphasize your understanding of system design principles. Discuss the importance of modular design, use of APIs, and data management strategies. If possible, share examples from past experiences where you implemented scalable solutions effectively.

Talk about the tools and approaches you've used for Infrastructure as Code, such as Terraform or Ansible. Describe how implementing Infrastructure as Code has improved deployments and maintenance in your previous projects, focusing on efficiency and consistency.

Highlight your practices for maintaining code quality, such as code reviews, unit testing, and using performance monitoring tools. Discuss how you stay updated with coding standards and your approach to continuous integration and deployment.

Provide concrete examples where you've collaborated on full-stack solutions. Discuss how you’ve ensured seamless interactions between the backend APIs you developed and the frontend applications, mentioning any frameworks or libraries you've used.

Choose a specific example that demonstrates your problem-solving skills. Discuss the context of the problem, your thought process in devising a solution, and any collaborative efforts with your team to implement that solution.

Express your belief in the value of open-source development. Discuss any contributions you've made to open-source projects, how it has impacted your skills, and how you incorporate open-source tools in your workflow at Oumi.

Share your perspective on feedback as an opportunity for growth. Discuss a time you received feedback and how you applied it to improve your work, demonstrating your ability to learn and adapt in a collaborative setting.

Talk about your prioritization methods, such as using project management tools or techniques like the Eisenhower Matrix. Emphasize the importance of communication with your team to set realistic timelines and deliverables.

Mention your proactivity in seeking knowledge, through follow-ups on tech blogs, attending workshops or conferences, and being part of relevant communities or forums. Emphasize how you’ve integrated new technologies into your work to improve processes or products.