New Human-Robot Interaction course (ECE590) in the Fall on both Fairfax and Mason Square campuses

Introduction to the theory, principles, and methods used to model, design and test automated, autonomous or robotic systems that require or support human interaction. Focus areas include understanding the theory and mechanics of human and robot perception and cognition and their interactions, the design of collaborative architectures such as teleoperation and human supervisory control, and how to conduct principled tests and experiments of human-robot systems. Applications include autonomous cars, drones of all sizes, medical systems, manufacturing, and many more. 3 credits. Prerequisite: Graduate student standing but undergraduate seniors will be allowed take the class on a space available basis.

Questions should be directed to Prof. Cummings, [log in to unmask]