The Robotics graduate certificate equips students with specialized skills in designing, programming and deploying advanced robotic systems. This interdisciplinary, fully online program brings together expertise from mechanical engineering, electrical and computer engineering, and computer science to address the industry's growing need for robotics professionals in fields such as aerospace, automotive, healthcare and manufacturing.
By completing this certificate, students will be prepared to meet industry demands and become innovators in the rapidly expanding robotics sector.
This program includes courses from mechanical engineering, electrical and computer engineering, and computer science and engineering, covering both the physical and digital aspects of robotics.
Course Selection: Students will choose four courses from six offerings, allowing them to customize their learning in areas such as mechanics, robotic perception, navigation, reinforcement learning, spatial intelligence and deep reinforcement learning.
Industry-Relevant Training: The curriculum is designed to prepare students for rapidly evolving careers in robotics within industries such as aerospace, automotive, healthcare and manufacturing.
Students admitted to the certificate program will have the opportunity to select four out of the following six courses:
MEEN 612 - Mechanics of Robot Manipulators
MEEN 700 - Robotic Perception
ECEN 724 - Visual Navigation and Foundation Models for Autonomy
ECEN 743 - Reinforcement Learning
CSCE 752 - Robotics and Spatial Intelligence
CSCE 642 - Deep Reinforcement Learning
For more information, please see the course catalog.
