Robotics Education

The robotics industry is poised to hit $210 billion by 2025. It is critical to train students in robotics to meet the industry's current and continually increasing high demand for roboticists. Robotics is a field that emerged from the convergence of advancements across multiple disciplines: mechanical design, control theory, and artificial intelligence. The Robotics Courses will provide students with fundamental knowledge in these different areas, making them well-qualified to work in the increasingly interdisciplinary field of robotics.

Graduate Robotics & Robotics-Related Courses

Computer Science
  • COMPSCI 503 – Embedded Systems
  • COMPSCI 589 – Machine Learning
  • COMPSCI 603 – Robotics  
  • COMPSCI 670 – Computer Vision
  • COMPSCI 674 – Intelligent Visual Computing
  • COMPSCI 682 – Neural Networks: Modern Intro
  • COMPSCI 683 – Artificial Intelligence
  • COMPSCI 685 – Advanced Natural Language Processing
  • COMPSCI 687 – Reinforcement Learning
  • COMPSCI 689 – Machine Learning
Mechanical & Industrial Engineering
  • MIE 597AU – Industrial Automation
  • MIE 597AV/697AV – Vehicle Automation
  • MIE 597MA/697MA – Intelligent Manufacturing
  • MIE 597RS/697RS – Biorobotics
  • MIE 642 - Design of Advanced Feedback Systems
  • MIE 643– Mechatronic Systems
  • MIE 697RB – Robotics
  • MIE 697MD – Practical Medical Device Design
  • MIE 697L – Non-linear Dynamics
  • MIE 657 – Human Factors Design Engineering
Electrical & Computer Engineering
  • ECE 580 – Automatic Control
  • ECE 597ML/697ML – Machine Learning for Engineers
  • ECE 604 - Linear Systems Theory
  • ECE 622 – Embedded Systems: Design, Modeling, and Verification
Biomedical Engineering
  • BMED-ENG 597A/697A – Nature’s Materials
  • BMED-ENG 597N/697N – Neuroengineering
Psychology
  • PSYCH 617 – Cognitive Psychology
  • PSYCH 618 – Behavioral & Cognitive Neuroscience
  • PSYCH 620 – Learning Animal Behavior
  • PSYCH 650 – Mind and Brain Development
  • PSYCH 714 – Perception
  • PSYCH 721 – Conditioning
  • PSYCH 723 – Learning
  • PSYCH 731 – Neuroanatomical Basis of Behavior
  • PSYCH 751 – Cognitive Development: Foundations of Mind
Mathematics
  • MATH 545 – Linear Algebra Applied Math
Kinesiology
  • KIN 530 – Mechanical Analysis of Human Movement
  • KIN 535 – Human Motor Control