Real-Time 3D Frontend Engineer (React/TypeScript)

Big Wave Digital; Seattle (WA); Hybrid; USD 135,000 - 200,000; Full time

Benefits offered by this job

RSUs

Take-What-You-Need PTO

Health insurance

Life insurance

Hybrid offices

Multiple openings

Job summary

Palantir Technologies in Seattle is seeking frontend engineers to build real-time control and visualization software for autonomous defence systems. You will turn live data from radar, cameras, RF, and autonomous platforms into fast, intuitive 3D operator interfaces.

You'll create interactive 3D environments using Three.js and WebGL, render live streams via WebSockets, and visualize trajectories and sensor coverage while collaborating with robotics, autonomy and geospatial teams.

Qualifications

• Approximately 2-6 years of software engineering experience.
• Production experience with complex, data-intensive interfaces.
• Experience consuming and visualising real-time data through WebSockets or similar technologies.
• Familiarity with Docker and Kubernetes.

Responsibilities

• Build interactive 3D environments using Three.js and WebGL.
• Render live tracking and sensor data through WebSockets.
• Visualise trajectories, sensor coverage and autonomous responses.
• Integrate with track-fusion and sensor-calibration algorithms.
• Deploy software to edge infrastructure in operational environments.

Skills

Frontend specialization

Production data-heavy interfaces

Real-time data visualization

WebSockets

Docker

Kubernetes

Education

CS, robotics or related degree

Tools

WebGL

Three.js

Job description

Palantir Technologies in Seattle is seeking frontend engineers to build real-time control and visualization software for autonomous defence systems. You will turn live data from radar, cameras, RF, and autonomous platforms into fast, intuitive 3D operator interfaces.

You'll create interactive 3D environments using Three.js and WebGL, render live streams via WebSockets, and visualize trajectories and sensor coverage while collaborating with robotics, autonomy and geospatial teams.