Spatial Perception Systems Engineer

Spatial Perception Systems Engineer Location: San Francisco, CA (Hybrid or Onsite Preferred) Type: Full-Time | Autonomy / AR/VR / Robotics Our client is on a mission to redefine how machines understand and interact with the physical world. As part of their cutting-edge research and development team, they are seeking a Spatial Perception Systems Engineer to develop computer vision and sensor fusion technologies powering next-gen autonomous systems and immersive environments. This role is ideal for candidates eager to push the envelope in robotics, AR/VR, and spatial computing, working hands-on with advanced hardware and real-time applications. Key Responsibilities: • Design and deploy computer vision pipelines including object detection, segmentation, tracking, and simultaneous localization and mapping (SLAM). • Integrate vision and perception modules into physical systems such as autonomous platforms, AR headsets, and edge devices. • Optimize performance of algorithms on embedded systems and hardware accelerators (e.g., Jetson, Apple Vision Pro, Qualcomm chipsets). • Collaborate closely with interdisciplinary teams in robotics, machine learning, and embedded hardware to ensure seamless end-to-end system performance. • Manage, annotate, and preprocess large-scale image and video datasets for supervised and self-supervised learning applications. Ideal Background: • 3+ years of experience in computer vision development for real-time or embedded environments. • Solid foundation in deep learning (CNNs, transformers), geometric vision, and image processing techniques. • Experience with tools and libraries such as PyTorch, TensorFlow, OpenCV, ROS, and 3D processing frameworks like Open3D or PCL. • Familiar with stereo imaging, camera calibration, depth estimation, and environmental variability challenges (e.g., motion blur, occlusion). • Ability to analyze and address edge-case scenarios using robust perception techniques. Bonus Qualifications: • Prior hands-on experience in robotics, drones, self-driving vehicles, or AR/VR platforms. • Deployment experience using inference optimization libraries such as ONNX Runtime, Core ML, or TensorRT. • Understanding of SLAM, real-time 3D reconstruction, and multi-view geometry. • Exposure to synthetic training environments using simulation platforms like Unity, Unreal Engine, or CARLA. Compensation: • $160,000 to $230,000 base salary, with equity and full benefits package included. Why You Should Apply: • Join a forward-thinking team at the forefront of autonomy and immersive technology. • Work on hardware-software integration that directly impacts emerging consumer and industrial applications. • Thrive in a collaborative, problem-solving culture focused on real-world results and scalable innovation.

Created: 2025-10-14