Dr. Nessler's research interests focus on how the nervous system controls locomotion
in humans and animals and the potential application of these control principles to
rehabilitation from neurological disease. Currently, Dr. Nessler is involved in 3
specific research projects:
Upper extremity mechanics during surfboard paddling: this project involves motion capture of arm motion both above and below the water
level using a specialized camera system and IMUs. This work is supported by partnerships
with the surf industry.
Phase resetting and synchronization to a vertically oscillating walkway: this project is sponsored by a grant from the National Institutes of Health to study
how and why individuals synchronize to mechanical perturbations as a part of locomotor
Spontaneous entrainment during side by side walking: this project is focused on understanding the mechanical and sensory contributions
to unintentional synchronization that occurs when individuals walk side by side. This
behavior may be useful in rehabilitation by pairing a healthy individual with someone
that is unsteady.
Students participating in gait studies in the biomechanics lab
Underwater view of arm motion in the swim flume.