Navier AI
Role Overview
We’re hiring a Full Stack Engineer to build the interactive interfaces and backend services that power our autonomous engineering agents. You’ll be responsible for creating seamless user experiences that let engineers visualize complex geometry, interact with AI agents, and manage design workflows—all while collaborating closely with ML, backend, and simulation teams. Responsibilities
Build interactive web applications using TypeScript, React, and Three.js to visualize CAD models, simulation results, and agent outputs Develop backend services in Python to power workflows, handle model inference requests, and manage user data Design intuitive UIs and workflows that make AI-powered engineering agents accessible and useful to domain experts Implement real-time rendering and 3D visualization pipelines for CAD, meshes, and simulation outputs Collaborate with ML and backend engineers to connect front-end tools with AI models and simulation infrastructure Ensure application performance and scalability through robust state management, API design, and efficient data handling Participate in architecture discussions and help define best practices for frontend + backend integration Own features end-to-end, from design to deployment, in a fast-paced startup environment Qualifications
Required
Strong proficiency in TypeScript and React Experience building 3D interactive experiences with Three.js or similar frameworks Solid backend development experience in Python (FastAPI, Flask, or Django preferred) Familiarity with API design, authentication, and data handling best practices Ability to work across the stack and own features from frontend to backend Comfort working with scientific/engineering data formats (e.g., meshes, STL, point clouds) Strong product intuition and ability to collaborate closely with designers and engineers Bonus
Experience with CAD visualization, computational geometry, or simulation tools Knowledge of WebGL or shader programming (GLSL, WGSL) Experience integrating ML model inference into production apps Familiarity with containerization (Docker) and cloud deployment (AWS, GCP, or Azure) Prior work in engineering-focused or scientific software companies Why This Role Matters
The interfaces you build will be the primary way engineers interact with Navier’s autonomous agents. You’ll shape how complex geometry, simulation results, and AI-driven design decisions are visualized and explored. Your work will directly impact the usability, adoption, and trustworthiness of a category-defining product. What We Offer
Competitive compensation, including salary and equity Direct exposure to high-impact technical problems in aerospace, automotive, and advanced manufacturing Opportunity to help define a new category of engineering software This role is onsite in our San Fransisco office 5 days a week. Please confirm you are comfortable with working in person. Please describe your experience writing Python code in a professional environment. * Please describe your experience writing React code in a professional environment.
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We’re hiring a Full Stack Engineer to build the interactive interfaces and backend services that power our autonomous engineering agents. You’ll be responsible for creating seamless user experiences that let engineers visualize complex geometry, interact with AI agents, and manage design workflows—all while collaborating closely with ML, backend, and simulation teams. Responsibilities
Build interactive web applications using TypeScript, React, and Three.js to visualize CAD models, simulation results, and agent outputs Develop backend services in Python to power workflows, handle model inference requests, and manage user data Design intuitive UIs and workflows that make AI-powered engineering agents accessible and useful to domain experts Implement real-time rendering and 3D visualization pipelines for CAD, meshes, and simulation outputs Collaborate with ML and backend engineers to connect front-end tools with AI models and simulation infrastructure Ensure application performance and scalability through robust state management, API design, and efficient data handling Participate in architecture discussions and help define best practices for frontend + backend integration Own features end-to-end, from design to deployment, in a fast-paced startup environment Qualifications
Required
Strong proficiency in TypeScript and React Experience building 3D interactive experiences with Three.js or similar frameworks Solid backend development experience in Python (FastAPI, Flask, or Django preferred) Familiarity with API design, authentication, and data handling best practices Ability to work across the stack and own features from frontend to backend Comfort working with scientific/engineering data formats (e.g., meshes, STL, point clouds) Strong product intuition and ability to collaborate closely with designers and engineers Bonus
Experience with CAD visualization, computational geometry, or simulation tools Knowledge of WebGL or shader programming (GLSL, WGSL) Experience integrating ML model inference into production apps Familiarity with containerization (Docker) and cloud deployment (AWS, GCP, or Azure) Prior work in engineering-focused or scientific software companies Why This Role Matters
The interfaces you build will be the primary way engineers interact with Navier’s autonomous agents. You’ll shape how complex geometry, simulation results, and AI-driven design decisions are visualized and explored. Your work will directly impact the usability, adoption, and trustworthiness of a category-defining product. What We Offer
Competitive compensation, including salary and equity Direct exposure to high-impact technical problems in aerospace, automotive, and advanced manufacturing Opportunity to help define a new category of engineering software This role is onsite in our San Fransisco office 5 days a week. Please confirm you are comfortable with working in person. Please describe your experience writing Python code in a professional environment. * Please describe your experience writing React code in a professional environment.
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