Affiliated with the program are the following faculty members who are involved in complementary research activities.

• Eric M. Austin - Passive and Active Vibration Suppression, Materials with Time-Dependent Properties (viscoelastic), and Finite Element Analysis of Layered Media.
• Stanley T. Birchfield - Visual correspondence and tracking, stereo vision, acoustic localization, and mobile robot localization.
• Richard Brooks - Adaptation in Distributed Systems, Network Security, Sensor Networks, and Self-Organizing Systems.
• Timothy Burg - Nonlinear control applications, antenna measurement systems, and engineered biological structures.
• Mohammed F. Daqaq - Comprehensive modeling of complex dynamic systems, nonlinear dynamics and control of MEMS/NEMS, delay-differential equations, and energy harvesting.
• Darren M.Dawson - Nonlinear and Distributed Control Techniques of Electric Machinery, Robotic Manipulator Systems, Magnetic Bearings, and Mechnical Friction.
• Adam Hoover - Image Processing and Computer Vision
• Richard Groff - Bio-inspired design and control, fabrication and rapid prototyping of electromechanical systems at small length scales, machine-learning, and model-based approaches to locomotion and control.
• Nader Jalili - Dynamics and Vibrations of Structures and Machines, Non-linear and Optimal Control, Control and Optimization of Time-delayed Systems, and Active Vibration Control
• Sam Sander - Software infrastructure for autonomous control systems, dataparallel image processing algorithms and architectures, and information security
• Robert J. Schalkoff - Image Processing, Pattern Recognition, Computer Vision, Neural Networks,and Fuzzy Systems
• Ardalan Vahidi - Fuel Cell Power Systems, Hybrid Electric Vehicles, Distributed Energy Networks, Vehicle Active Safety Systems, Vehicle Dynamics, Parameter Estimation for Vehicles, Constrained Control Methods, Real-Time Implementation to Fast Processes.
• John R. Wagner - Automotive Systems, Active Vibration Isolation, Mechatronic System Design, and Nonlinear/Intelligent Controls
• Ian D. Walker - Robotics: Dynamics and Control; Fault Tolerance and reliability; Application of Robotics to Hazardous and Remote Environments.