Senior Software Engineer, AI Robotics Platform

FieldAI; Irvine (CA); On-site; USD 140,000 - 210,000; Full time

Job summary

Field AI is building risk-aware, field-ready AI systems that transform robotics. We are seeking an experienced software engineer to own full-stack features from design through production, collaborating with AI, robotics, product, and commercial teams in Irvine, CA.

You will build scalable backends with Node.js and Python, create modern frontends in React, and implement 3D visuals with Three.js. Strong system design, cloud deployment on AWS, and cross‑functional communication are essential to

Qualifications

• 5–10+ years of production software experience.
• Strong skills in TypeScript, JavaScript, Node.js and React.
• Solid system design across data models, APIs and UI/UX tradeoffs.
• Experience deploying apps on AWS and working with cloud platforms.

Responsibilities

• Own full-stack product features from design through production.
• Build scalable backend services using Node.js (Express) and Python.
• Develop modern, high-performance frontends using React.
• Implement 3D visualization features using Three.js / WebGL.
• Design APIs, data models, and system architectures using clean design principles; partner closely with AI, robotics, product, and commercial teams.
• Debug performance issues and optimize rendering, data, and API pipelines.
• Contribute to shared codebases and raise engineering quality through reviews and collaboration.

Skills

TypeScript

JavaScript

Node.js

React

System design

APIs

Tools

MongoDB

Redis

AWS

Job description

Field AI is building risk-aware, field-ready AI systems that transform robotics. We are seeking an experienced software engineer to own full-stack features from design through production, collaborating with AI, robotics, product, and commercial teams in Irvine, CA.

You will build scalable backends with Node.js and Python, create modern frontends in React, and implement 3D visuals with Three.js. Strong system design, cloud deployment on AWS, and cross‑functional communication are essential to