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Build the simulation, automated testing, and validation infrastructure that makes industrial robots reliable across software, hardware, and real-world deployments. You’ll work closely with firmware, controls, runtime, and hardware teams to turn failures into repeatable tests and enable development without physical robots.

Own the complete robotics platform for autonomy systems on heavy machinery, spanning embedded software, sensors, networking, controls, and hardware integration. As a technical lead, you will guide engineers, collaborate with customers, and take systems from early prototypes to reliable field deployments.

Lead the architecture and development of May Mobility’s autonomous-vehicle simulation engine, physics models, and evaluation systems. Set technical direction, ensure deterministic high-performance simulation, and mentor engineers building the future of autonomous transit.

Build and deploy machine-learning systems that predict road-user behavior and support planning for autonomous vehicles. You’ll work across ML, perception, and planning to advance Applied Intuition’s physical-AI technology.

Build the embedded software and firmware that power production robots while shaping their behavior, reliability, performance, and safety. This hands-on staff role combines deep C++ development with technical leadership, system ownership, and mentorship.

Build and deploy state-of-the-art reinforcement-learning systems that enable Apollo humanoid robots to perform advanced locomotion and manipulation tasks. This hands-on senior role combines simulation, distributed training, sim-to-real transfer, physical hardware testing, and technical mentorship.

Lead the software and learning-based control systems that give Apollo’s robotic hands human-like dexterity. This role bridges manipulation research, simulation, hardware integration, and reliable production deployment while setting the technical direction for the function.

Lead the development of whole-body and learning-based control software for Apptronik’s Apollo humanoid and wheeled-base robots. This staff-level role combines robotics research, real-time software engineering, physical-hardware deployment, and technical leadership.