Automation, Robotics, and Control
Research in the Automation, Robotics and Control area varies from fundamental research in control theory to the conception, design, and prototype evaluation of innovative mechatronics systems and applications to automation. Research in mechatronics focuses on the fusion of mechanical and electrical disciplines in modern engineering processes, aimed at achieving a cost-effective, optimal balance between mechanical structure and their overall control.
Research topics include active and passive damping, adaptive learning and robust control of systems with uncertainty, automated manufacturing and demanufacturing, fuzzy and neural networks for control and identification, precision engineering and motion control, multimedia technology, intelligent sensors and acutators, vision-based motion control, and teleoperation.
- Advanced Crane Laboratory
- Advanced Intelligent Mechatronics Research Laboratory
- Fluid Power and Motion Control Center
- Human Augmentation Lab Group
- J. Erskine Love Jr. Manufacturing Building (Faculty and graduate student offices and labs)
- Precision Machining Research Consortium
- Robotics Mechanisms Laboratory