Autonomous machines need more than intelligence—they need architecture that connects digital reasoning to physical execution. In this course, Thomas Erl teaches you the foundational principles of physical AI architecture, from agent-environment interaction loops to the communication frameworks that link software agents with hardware. Explore how firmware bridges digital commands and physical actions, learn about state abstraction and action translation, and see how command queues maintain safety in dynamic environments. Thomas covers sensors and actuators, sensory data integration through exteroception and proprioception, and motion planning through forward and inverse kinematics. You also examine fail-safe mechanisms, emergency stops, and graceful degradation strategies that keep autonomous machines operating securely around people.
This course was created by Thomas Erl. We are pleased to host this training in our library.
Learn More