Covers fundamental concepts of industrial robotics, including robot kinematics, programming methodologies, and hands-on operation of collaborative robot arms. Students gain practical experience with real hardware and develop skills in robot task automation for manufacturing environments.

Explores the application of Augmented Reality and Virtual Reality technologies in modern manufacturing systems. Topics include AR/VR hardware platforms, spatial computing, human-machine interaction, and industrial use cases such as remote assistance, digital twins, and operator training.

An introductory course on robotics covering robot anatomy, coordinate frames, forward and inverse kinematics, trajectory planning, and basic control. Designed for graduate students with an engineering or computer science background.

A graduate seminar providing professional development in engineering research, technical writing, and scientific communication. Students present their research progress and engage with invited industry and academic speakers.