Full Stack Engineer (Frontend & Android Focus)

Responsibilities

• Architect and Build Scalable Interfaces: Design and develop responsive, high-performance web and Android applications that serve as the primary interface for monitoring and controlling robotic fleets.
• 3D & Map Rendering: Implement complex visualization tools in the browser and on mobile devices, rendering large-scale maps, point clouds, and 3D environments to visualize robot perception in real-time.
• Resilient Networking: Engineer robust data synchronization layers that handle network-denied environments or intermittent connectivity, ensuring seamless operation and data integrity when robots go offline.
• Full Stack Development: Work across the stack, with a heavy emphasis on TypeScript/JavaScript for frontend logic and integration with backend services and robotic APIs.
• Performance Optimization: Profile and optimize rendering pipelines and application logic to ensure smooth performance on varied hardware, from high-end workstations to mobile field devices.
• Collaboration: Work closely with robotics researchers, ML engineers, and infrastructure teams to define APIs and data formats that support rich, real-time visualization.

Basic Qualifications

• Bachelor's degree in Computer Science or related field
• Strong proficiency in JavaScript/TypeScript
• Experience with React and modern frontend development
• Understanding of backend development principles
• Knowledge of database design and management
• Experience with containerization (Docker)
• Familiarity with CI/CD principles
• Basic understanding of cloud services

Preferred Qualifications

• Strong Industry Experience: A proven track record of building and shipping complex, user-facing products at scale.
• Expert TypeScript/JavaScript Skills: Deep proficiency in modern JS ecosystems (React, Vue, or similar) and state management.
• Android Development: Solid experience building native or high-performance cross-platform Android applications.
• Graphics or Gaming Background: Experience with WebGL, Pixi, Three.js, OpenGL, or game engines (Unity/Unreal). You understand how to render 3D geometry and handle high-frame-rate visualizations in a browser or mobile context.
• Indoor Mapping & Spatial Data: Experience rendering complex indoor environments and floor plans. Familiarity with spatial data structures and libraries suitable for indoor navigation and visualization, rather than traditional outdoor geospatial mapping.
• Offline-First Architecture: Demonstrated ability to build systems that function reliably in network-constrained environments (CRDTs, local-first databases, optimistic UI updates).
• Systems Thinking: Ability to understand the full flow of data from a robot sensor to a user's screen.