How to apply for Full Stack Software Engineer

About Built Robotics

Built Robotics is at the forefront of automating the solar industry, developing autonomous construction robots that accelerate the transition to clean energy. Working here means contributing to impactful technology that directly addresses climate change, with a mission-driven team and the flexibility of remote work.

About the role

As a Full Stack Software Engineer, you will design and build the critical applications that control and monitor autonomous construction robots. Your work will directly impact the safety and efficiency of real-world deployments, from backend services to intuitive front-end interfaces for operators.

A typical day

Your day might start with a stand-up to sync with the remote team on robot deployment updates. Then you might prototype a new frontend widget for visualizing robot sensor data, followed by code review for a backend API. In the afternoon, you could debug a latency issue between the cloud and a robot, then collaborate with the hardware team on a new control feature.

Who Built Robotics is looking for

• Has 3+ years building production-grade full-stack applications, with strong proficiency in Python, TypeScript, JavaScript, or Go.
• Experienced with React or similar frontend frameworks, and comfortable building real-time visualization tools.
• Enjoys working on systems that interact with hardware or robotics, and is excited about the intersection of software and physical automation.
• Thrives in a remote, collaborative environment and can communicate effectively across time zones.

Tips for this application

• Tailor your resume to highlight experience with real-time systems, robotics, or IoT, even if it's from side projects or academic work.
• In your cover letter, mention specific interest in clean energy and autonomous systems—Built Robotics is mission-driven.
• Include a link to a portfolio or GitHub repo showcasing full-stack projects, especially those with visualization or control interfaces.
• Emphasize any experience with scalable backend services (APIs, microservices) and frontend performance optimization.
• Research Built Robotics' products (e.g., their autonomous dozer) and mention how your skills apply to their specific challenges.

What to cover in your cover letter

['Passion for using technology to combat climate change and accelerate the solar transition.', 'Experience building full-stack applications that require high reliability and safety, similar to robotics control systems.', 'Ability to work autonomously in a remote team, with strong communication skills.', 'Specific technical examples of building real-time monitoring or control interfaces.']

Research before applying

• Read about Built Robotics' history and their transition from construction to solar automation.
• Understand the basics of autonomous vehicle control loops (sensing, planning, actuation) to speak their language.
• Check their engineering blog or tech talks to understand their tech stack and culture.
• Look into the solar industry's growth and how automation addresses labor shortages.

Likely interview topics

Based on the job description, expect questions about:

• How would you design a real-time dashboard to monitor multiple autonomous robots?
• Describe a time you optimized a backend service for scalability and reliability.
• How do you handle state management in a complex React application?
• What safety considerations are important when building software that controls physical machines?
• How would you ensure low-latency communication between a web app and a remote robot?

Common mistakes to avoid

• Applying without showing genuine interest in robotics or clean energy—they look for passion.
• Overlooking the need for strong frontend skills; the role requires building intuitive UIs for complex robotics data.
• Not preparing for system design questions that involve distributed, real-time systems.