Patents, Trademarks, and Copyrights
'Hard Data Protocol/HDP' May 2008; 3,413,059; BEC Biomechanical®
'Evaluation, Innovation, Research, Rehabilitation', November 2008; 2,761,086; BEC Biomechanical®
'Pinch grip dynamometer field testing calibration stand' View
Articles Available for Download
- Competitive Swimming Injuries: Their Cause and Prevention
- The Coaches Guide to Bicipital Tendonitis
- Scoliosis in Swimmers
- Toward a Peak Performance in Swimming
- Quantitative Data Supplements Qualitative Evaluations of Butterfly Swimming
- Applications of Work Physiology Science
- Brain Injury
- Functional Capacity Evaluations
- Peak Performance Swimming
- Physical Impairment & Brain Injuries
- Swim Stroke Pull Test
Forensic Biomechanics, Hannon & Knapp, 2006:
'Surveillance video and other event recording often provides important visual information that can be qualitatively and quantitatively analyzed. When required, a two dimensional biomechanical analysis can be performed of the event kinematics. Human joint rotational measurements and linear motion of the body and body segments can often be quantified.'
International Assocation of Rehabilitation Professionals, Washington Chapter Annual Meeting, October 2010:
'Forensic Analysis of Surveillance Video for Case Management'
Theodore J. Becker, Jaclyn J. Morrill, Erin E. Stamper:
Applications of Work Physiology Science to FCE' Publication: The Rehabilitation Professional 15(4), pp. 45-56.
Theodore J. Becker, PhD, and Rod Havriluk, PhD.
Quantitative Data Supplements Qualitative Evaluations of Butterfly Swimming' presented at The XIth International Symposium on Biomechanics and Medicine in Swimming in Oslo, June 16-19 2010
Presentation / Publications
- Presented to U.S. Department of Health & Human Services; Panel on Objective Measures of Disability; Chronic Fatigue Syndrome Advisory Committee: "Objectively Measuring Fatigue Using FCE testing"
- Presented to the International Association of Rehabilitation Professionals; "Disability Case Management Using Forensic FCE/PBPCE and Biomechanics"