Students study research techniques, data collection, and interpretation of results in biomechanics. Students study biomechanical considerations of various occupational and daily living activities to determine optimal movement patterns for performance enhancement and injury reduction. Students study biomechanical considerations of various sport and exercise activities to determine optimal movement patterns for performance enhancement and injury reduction. Emphasis is placed on calibration theory and collection and analysis of data. Biomechanical considerations of major orthopedic injuries including injury potential of various human movement activities, acute and chronic injuries, and methods for reducing the likelihood of suffering an injury are explored.
Students study research methods, procedures, and designs.
Preparation of research abstracts in education and related fields are included. Students study the application of statistical inference, emphasizing the basis, use, computation, and interpretation of selected texts of significance, including the use of computerization. Students study current research methodologies and design in physical education. The student develops a pilot study prospectus. Master's-level students in exercise science, recreation, or sports medicine conduct and complete a formal thesis.