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Research- Musculoskeletal Model
- Whole Body Vibration
- Validation
- Motion Capture
- Intuitive Interface
- Immersive Virtual Reality
- Physiology
- Standard Ergonomic Assesments
- Zone Differentiation
- Posture and Motion Prediction
- Hand Model
- Spine Modeling
- Gait: Walking and Running
- Predictive Dynamics
- Dynamic Strength and Fatigue
- Modeling of Clothing
- Human Performance
- Armor and Soldier Performance
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People
Media
Press- Kim Accepts Faculty Position
- Rahmatalla Receives Grant From Department of Transportation
- CCAD Researchers Wrote Chapter in Industrial Engineering Magazine's Book of the Month
- VSR Presents to NASA
- Knake Receives Excellence in Undergraduate Research Award
- Ford Recruits Virtual Soldier to Boost Quality
- Santos featured in Computer Graphics World
- Santos mentioned in Ohio's Blade
- UK blog commenting on Santos
- Publication in the Journal of Biomechanics
- Knake featured in December 2010 ICRU newsletter
- Virtual Soldier Research program wins U.S. Navy contract
- Knake receives Collegiate Scholarship
- International Society for Human Simulation Holds First Conference
- Press-Citizen: Digital Humans Have Practical Uses
- Abdel-Malek Named Engineering Society Fellow
- Professors Kregel and Stauss Join CCAD
- BTN Program Showcases UI Virtual Soldier
Recent News
BTN Program Showcases UI Virtual Soldier
February 29, 2012 Read More »Professors Kregel and Stauss Join CCAD
January 30, 2012 Read More »Abdel-Malek Named Engineering Society Fellow
January 30, 2012 Read More »Press-Citizen: Digital Humans Have Practical Uses
September 9, 2011 Read More »International Society for Human Simulation Holds First Conference
June 21, 2011 Read More »Knake receives Collegiate Scholarship
May 9, 2011 Read More »Virtual Soldier Research program wins U.S. Navy contract
April 8, 2011 Read More »Meet Santos™
At Virtual Soldier Research (VSR), we develop Santos™, a virtual human who stands at the center of our digital human modeling and simulation research. Our high fidelity, biomechanically accurate musculoskeletal model was developed from the inside out by our team of biomedical engineers, and incorporates 215 degrees of freedom, including the hand, feet, and eyes. The dimensions of the skeleton are mutable, able to represent any anthropometric cross section.
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