Faculty research interests focus on three primary areas. Typical activities within these areas include:
Human Factors Ergonomic Engineering
- Human Operator Informatic Models as transfer functions of spatial and temporal task information content
- Human-in-the-Loop Control System Modeling of the human-machine interaction with feedback control
- Human-machine interaction when utilizing high-technology assistive/augmentative systems
- Human operator informatic control involving real-time workload analysis and haptic assistive technology
- Biomechanical modeling in the context of human-machine design
- Analysis and modeling of human movement including kinematics and underlying strategy
- Computer-aided ergonomics and biomechanical analysis
Human-Computer Interaction & Systems Modeling
- Integration of interactive optimization and object-based simulation for logistic systems analysis
- Design of information retrieval systems using cognitive modeling techniques
- Modeling enterprise information consumption
- Aiding information synthesis using integrated learning techniques
- Development of a model for implementing usability early in the design process
- Study of engineering design process when collaborating over distances
- Creating of a model for predicting skill requirements of advanced manufacturing personnel
Interactive Visualization
- Visual information presentation
- Three-dimensional displays
- Spatial orientation and optokinetic collic reflex
- Virtual environments
- Adaptive displays
- Display measurement
Biomedical Engineering
Research information will be updated soon...
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