Robotics Full-Stack Engineer — Real-Time Control

Uncrewed Engineering Jobs; United States; Remote; USD 140,000 - 185,000; Full time

Benefits offered by this job

Competitive salary and equity

Employer-sponsored health, dental and

Job summary

Built Robotics is hiring a software engineer to design and build full-stack applications that safely control and monitor our autonomous construction robots. You will develop tools for robot command, control, monitoring, and analytics, and build scalable backend services and APIs to support deployments.

Join a team focused on real-time robotics visualization, reliability, and observability across distributed systems, with rapid iteration and daily production deployments.

Qualifications

• Bachelor’s or Master’s degree in computer science or a related field.
• 3+ years of production web application and backend experience.
• Proficiency in Python, TypeScript, JavaScript, or Go.
• Experience with React or similar frontend frameworks.

Responsibilities

• Design and build full-stack applications to control and monitor our autonomous construction robots.
• Develop internal and customer-facing tools for robot command, control, monitoring, and analytics.
• Build scalable backend services and APIs to support robot deployments.
• Develop intuitive front-end interfaces for real-time robotics visualization and control.
• Improve reliability, scalability, and observability across distributed systems.
• Participate in rapid iteration cycles and deploy production code daily.

Skills

Python

TypeScript

JavaScript

Go

React

Distributed systems

APIs

Web development

Robotics interest

Education

B.S. or M.S. in Computer Science

Job description

Built Robotics is hiring a software engineer to design and build full-stack applications that safely control and monitor our autonomous construction robots. You will develop tools for robot command, control, monitoring, and analytics, and build scalable backend services and APIs to support deployments.

Join a team focused on real-time robotics visualization, reliability, and observability across distributed systems, with rapid iteration and daily production deployments.