In honor of Dr. Piper's lasting contributions to students, the HES Program and its Alumni Council are establishing the Fontaine C. Piper Movement Analysis Laboratory. This lab will integrate the three disciplines for which Dr. Piper was most closely identified: biomechanics, motor learning/control, and anatomy.

To perform biomechanical and motor learning/control research today requires an ability to evaluation human motion in three dimensions. In order to continually provide our students with a quality educational experience, it is important for them to have the capability of:
Currently, the HES Program has only a two-dimensional analog
video motion analysis system, four electromyographic (EMG)
bioamplifiers, a set of vision displacement goggles, and a portable
force platform. No hardware and
software are available for synchronizing the signals from these
sources. This equipment enables our students to explore basic
questions related to the fields of biomechanics, motor control,
physical and occupational therapy, orthopedics, coaching, and
strength and conditioning. However, as the HES Program has
continued to evolve, our students are pursuing answers to
increasingly complex problems, and they are often limited by the
technology currently available. The sophistication of their
questions requires equipment with more advanced motion analysis
capabilities than we currently have. Thus, the HES Program
needs to update the movement analysis laboratory to maintain a high
standard of excellence in education.
This state of the art laboratory will enable our students to explore a greater breadth of research questions in far greater depth. The equipment will also open up new research opportunities in human factors engineering (ergonomics), prosthetics and orthotics, geriatric medicine, and motion modeling and simulation.
Development
of the Fontaine C. Piper Movement Analysis Laboratory will provide
HES students and faculty with one of the premiere labs in the
Midwest. The ability to analyze movement in three-dimensional
space will significantly advance the quality of learning and better
prepare students for the challenges of graduate school and the work
force.