Embedded Systems & Autonomous Robotics

Creating world-class autonomous systems demands holistic mastery across the physical and digital spectrum. Integrating deep knowledge of materials science, fundamental physics, thermal management, precision automation, and production processes, we architect compact, high-performance platforms that combine striking industrial design with outstanding functionality, seamless assembly, and high serviceability.

• Holistic Mechatronic Architecture: Fusing materials science, thermal dissipation, structural physics, and electronics into compact, soda-can-scale forms.
• Sensor Fusion and Perception: Integrating multi-sensor perception pipelines across LiDAR, camera vision, IMU, and time-of-flight arrays.
• Design for Manufacturing and Assembly: Designing for production excellence, ensuring assembly teams and service departments can build, test, and maintain products effortlessly.
• Autonomous Navigation and Control: Developing real-time ROS 2 architectures, trajectory planning, and low-latency motor control for mission-critical automation.
• Edge Computing and Hardware Integration: Designing ruggedized compute platforms combining modern microcontrollers, FPGAs, and high-performance neural accelerators.