Specialist search for Perception hiring
Specialist search for Perception and Computer Vision roles across the USA. We hire engineers building real-time perception pipelines, sensor fusion systems, and scene understanding for deployed robotic systems.
What this market is
Perception engineering covers the systems that give robots their understanding of the world — camera-based vision, LiDAR and radar processing, sensor fusion, 3D scene reconstruction, object detection and tracking, and the pipelines that turn raw sensor data into actionable state estimates. In production robotics, perception is where performance determines whether the system works or fails in the real world.
The field draws from computer vision research, SLAM, deep learning, and classical signal processing. Increasingly, the strongest perception engineers understand how to bridge research-grade detection models and the real-time, compute-constrained, safety-critical demands of deployed robotic systems — a narrower population than it appears.
Roles we hire for
- Perception Engineer
- Computer Vision Engineer
- Sensor Fusion Engineer
- 3D Perception / Point Cloud Engineer
- Perception Lead / Staff Perception Engineer
- Scene Understanding and Object Tracking Engineer
Hiring challenges
Perception is one of the most competitive hiring markets in robotics. The overlap between computer vision talent from the broader ML world and engineers with real-time robotic perception experience is smaller than it appears. A strong researcher who can train detection models is not the same as an engineer who can build and optimise a real-time perception pipeline running on embedded hardware under strict latency budgets.
Sensor modality matters too. LiDAR perception, camera-only perception, and radar fusion require different skills and different candidate pools. Generic searches that do not distinguish between modalities produce poor results and waste time on both sides of the process.
Where talent sits
San Francisco Bay Area dominates — the self-driving vehicle ecosystem has produced the deepest concentration of production perception engineers anywhere in the world. Boston and Pittsburgh have strong academic pipelines through MIT and CMU. New York has grown a meaningful computer vision cluster through the overlap of industry and academic research.