Posted March 2014
Company: Clemson University
Department: Department of Mechanical Engineering
Position: Student Assistantship
Supervisor: Dr. Gregory Mocko, and Dr. Ardalan Vahidi
Hours: 15 - 20 hours\week
The primary objective of this research is to understand and model muscular fatigue dynamics during prolonged physical exertion. Specifically, dynamic models of fatigue will be used, developed, and combined for optimal power control and feedback in human-machine inter- actions. For example, the developed models of fatigue will be used with augmented reality technologies to provide feedback to the human user for a variety of exertion activities including but not limited to (1) prolonged exertion during time trial cycling, (2) guidance on physical exertion for soldiers and (3) assistive propulsion devices in physically challenged situations such as moving in a wheelchair.
Develop and execute research and design activities related to the goals of the Understanding Human Muscle Fatigue Dynamics During Prolonged Force Exertions project. Students must be capable of hand-on activities, capable of physical exertion (including cycling) and working with data acquisition, programming, and interest in human physiology as related to engineering. We are looking for highly capable and motivated individuals who can start immediately.
Applicants should submit a resume and statement of purpose (no more than 1 page) as a single PDF file attached to an email message and sent to the address below by March 31, 2014 with the subject line “Fatigue Research Student– YOUR LAST NAME”
Clemson University is an Affirmative Action/Equal Opportunity employer and does not discriminate against any individual or group of individuals on the basis of age, color, disability, gender, national origin, race, religion, sexual orientation, veteran status or genetic information.