Human Computer Lab
Jobs at Human Computer Lab
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Recently posted jobs
Artificial Intelligence • Hardware • Robotics • Software
Research Engineer developing human-robot interaction systems for consumer robots. The role spans robotics research and hands-on engineering across motion, perception, sensing, actuation, thermals, inference, firmware, hardware, datasets, and evaluation. Responsibilities include inventing and testing novel approaches, building real hardware and ML systems, deploying reliable low-latency solutions on edge devices, and documenting reproducible results. Candidates should demonstrate self-directed projects, end-to-end artifacts, hardware experience, ML deployment, and cross-layer technical adaptability.
Artificial Intelligence • Hardware • Robotics • Software
Support development of consumer character robots through hands-on mechanical prototyping, controls integration, calibration, CAD iteration, fixture design, test-rig operation, reliability testing, and integration troubleshooting. The intern will build rigs, wire sensors, create simple test scripts, document results, and translate mechanical design changes into controls adjustments while working across the physical robotics stack.
Artificial Intelligence • Hardware • Robotics • Software
Supports the CEO and Chief of Staff across hiring pipeline management, executive scheduling, investor and partner communications, vendor and manufacturing coordination, contract administration, cap table and board materials, content creation, partnerships, and event logistics. The intern owns fast-moving workstreams, turns incomplete tasks into plans, and helps coordinate operations during the company’s first large-scale robot production run.
Artificial Intelligence • Hardware • Robotics • Software
Develop and prototype robotic hardware for expressive, interactive consumer robots. Design mechanical systems, electronics, PCBs and embedded integrations, collaborate with ML/software engineers, and iterate on perception and interaction hardware for production-ready robots.
Artificial Intelligence • Hardware • Robotics • Software
The role involves designing and tuning control systems for robotics, integrating hardware, developing control algorithms, and collaborating with engineers to enhance robot motion and responsiveness.
Artificial Intelligence • Hardware • Robotics • Software
The Robotics Engineer will design and tune control systems, integrate hardware and software, and work with a team to enhance robot behaviors, emphasizing hands-on experience with robotics and embedded systems.
Artificial Intelligence • Hardware • Robotics • Software
As a Growth Intern, you'll develop and execute creative marketing experiments, enhance user engagement, and collaborate with teams to drive product visibility and growth.
Artificial Intelligence • Hardware • Robotics • Software
As an intern, you'll develop software and machine learning systems for robots, focusing on perception, intelligence, behavior, and real-time software integration.
Artificial Intelligence • Hardware • Robotics • Software
As an Electrical Engineer, you'll design and validate PCBAs for robotic subsystems, conduct hands-on bench work, and debug hardware issues. You'll collaborate on evolving the electrical architecture and support integration with firmware while owning designs from schematic to final product.
Artificial Intelligence • Hardware • Robotics • Software
The ML Engineer will develop and advance multimodal models for robot perception and behavior, integrating these systems into hardware while collaborating closely with robotics engineers.
Artificial Intelligence • Hardware • Robotics • Software
The role involves designing and validating electrical systems for robots, performing hands-on work with PCBAs, and supporting hardware integration and debugging.
Artificial Intelligence • Hardware • Robotics • Software
Design, train, and deploy real-time computer vision and multimodal perception models for person detection, tracking, pose/gesture/emotion recognition, and scene understanding. Build data collection/labeling pipelines, optimize models for edge inference, integrate perception with behavior and firmware, debug failures, and evolve perception architecture from prototype to deployed robot systems.



