Doctoral Assistantships in Motor Control or Biomechanics at theUniversity of Idaho
The University of Idaho Exercise Science and Health program is actively
seeking motivated graduate students to Doctoral degrees in motor control or biomechanics. Graduate
assistantships for qualified students are available starting in the fall
of 2009. To receive full consideration applications are due June 26. If you are interested
please contact us as soon as possible to begin the application process
and be considered for assistantship funding.
Coursework is offered in numerous areas including motor control, motor
learning, biomechanics, exercise physiology, and statistics. Additional
coursework is available in human factors, neuroscience and engineering.
In addition to the coursework students will be actively involved in a
variety of research projects within the department, which will help to
foster the student's ultimate thesis or dissertation project.
The primary considerations for admission include: 1) academic
background; ideal student will have a background in exercise science or
engineering, 2) quantitative and verbal GRE scores, 3) research interest
of the student, 4) and letter of intent.
Current Research Program:
The Human Performance Laboratory at the University of Idaho is engaged
in a variety of projects furthering our understanding of the mechanical
and neuromuscular characteristics of human movement. The student(s)
accepted for this position will be working with and interdisciplinary
team of researchers with collaborations across the campus including
Neuroscience and Human Factors, as well as with individuals in the
medical community and Washington State University (only 8 miles away).
Current research in the lab is focused on:
* The control of posture in altered sensory environments in
individuals with Parkinson's disease.
* The effects of whole body vibration on the control of posture
* The effects of whole body vibration and postural challenge on
H-reflex modulation in young and older adults
* The effects of fatigue on force production and muscle activity
* Bone response to exercise in children
The Human Performance Laboratory is equipped with a NeuroCom SMART
Equitest Balance Master, 2 AMTI force plates, an 8 camera Vicon motion
analysis system, 2 - 16 Channel Biopac EMG systems, HydroWorx Underwater
Treadmill, Translucent Technologies LCD spectacles, Dartfish motion
analysis software and a SensorMedics Metabolic cart. In addition to
these primary measurement systems, the laboratory has a variety of
switches, load cells and accelerometers.
Graduate assistants (GA) are expected to contribute to the work and
research in the Laboratory, as well as teach undergraduate kinesiology
laboratories and physical activity classes within the department.
For more information about the graduate program, please visit our
departmental homepage at http://www.uidaho.edu/ed/hperd/mexercisescienceandhealth.aspx
(***The page was recently attacked and is being rebuilt)
For more information about applying to the UI grad school, contact
Graduate Admissions: http://www.uidaho.edu/cogs.aspx
If you have any questions regarding the position or application
procedures, please contact:
Dr. Clark Dickin
Email: cdickin"at"uidaho.edu (replace the "at" with @)