The graduate program in the School of Kinesiology and Health Studies at Queen's University presents the student with the opportunity for in-depth study in functional anatomy and the mechanics of human movement. The Master of Science degree consists of a minimum of four one-term graduate level courses. Some courses may be taken from a related discipline, such as anatomy, mechanical engineering rehabilitation therapy, or computer science. Under the guidance of a thesis supervisor, students complete a comprehensive study in an area of biomechanics in accordance with the regulations of the Queen's School of Graduate Studies. Doctoral students complete two one-term graduate level courses, comprehensive examination, and write and orally defend their thesis.
The biomechanics section of the exercise science laboratories located at 28 Division Street consist of a large multi-use laboratory with group and individual research areas, a film digitization room, photographic dark-room, computer room, and an audio-visual film studio. A separate graduate and faculty research area has a large laboratory for data collection and two rooms that are attached and used predominantly by graduate students working on projects. In addition to these facilities is a strength testing room, with a computerized strength testing and exercise module (Kin / Com), and a full equipped posture and anthropometric laboratory. The software and technical support is exceptional in order to support unique and varied student interests. Equipment used within these facilities consist of high speed 16 mm cameras, video recorder display and analysis systems, digitizer, photographic analysis software, both hardware and telemetric electromyographic units, large force platform, digital scopes, three dimensional electromagnetic systems, A/D converters, accelerometers, velocity gauges, and other assorted smaller items normally found in biomechanics laboratories.
The current research interests of the faculty in the program include
M.Sc. thesis topics by graduands of the program have involved the biomechanics of sport skills, the use of electromyography and cinematography to study normal and handicapped athletes, gait, programs of posture, the biomechanics of lifting, and forces and torques at the knee. Opportunity is provided for students to select a topic of study for approval from a variety of areas in biomechanics.
Patrick Costigan, Ph.D. (Queen's) Associate Professor, School of Kinesiology and Health Studies. Clinical biomechanics specializing in lower limb mechanics and the relationships amoung disability, task demand and performance.
James T. Bryant, Ph.D. (Queen's) Cross-Appointment with Mechanical Engineering Dynamics of the human body, specializing in measurement of the musculoskeletal system; research focus on joint mechanics and ergonomics.
Joan M. Stevenson, Ph.D. (Minnesota) Professor Emeritus, School of Kinesiology and Health Studies Occupational Biomechanics as it relates to manual materials handling; selection standards; ergonomic analysis of work stations; mechanical loading on the back.
For further information contact
School of Kinesiology and Health Studies
28 Division Street, KHS 206
Kingston, Ontario K7L 3N6
Tel: 613-533-6000 x2666