Daniel Ferris
Professor · University of Florida
Daniel Ferris studies how humans move, focusing on both neuroscience and biomechanics, including individuals in health and disability.
Robotic Exoskeletons Electroencephalography Biomechanics of Human Movement Neural Control Human-machine Interfaces
Greg Sawicki
Associate Professor, Automation / Mechatronics · Georgia Tech - COE
Dr. Sawicki directs the Human Physiology of Wearable Robotics (PoWeR) laboratory.
Robotic Exoskeletons Terrestrial Locomotion Human-machine Interfaces
Aaron Young
Assistant Professor, Mechanical Engineering · Georgia Tech - COE
Aaron Young is an expert in powered orthotic and prosthetic control systems for persons with stroke, neurological injury or amputation.
Robotic Mobility Enhancement Myoelectric Control Biological Signal Processing Machine Learning Assistive Devices
Michele Lobo
Associate Professor, Physical Therapy · University of Delaware
Prof. Lobo's research focuses on interventions and devices for young children that maximize early learning and development.
Wearable Technology Rehabilitation Devices Exoskeletons Pediatrics
Karl Zelik
Assistant Professor of Mechanical Engineering · Vanderbilt University
Expert on exoskeletons, human movement, biomechanics and prosthetic limbs
Assistive Devices Mechanical Engineering Biomechanics Exoskeletons Human movement
Hannes Baumann, Ph.D.
Assistant Professor · University of Connecticut
Hannes Baumann is an expert in coastal fish ecology and effects of marine climate change
Evolution Oceanography Marine Science Fish Populations Marine Climate Change
Martha Hall
Director of Innovation, Health Sciences | Joint Appointment with Health Sciences · University of Delaware
Martha Hall focuses on designing wearables with the goal of holistically improving health using a patient-centered approach.
Functional Design Wearable Technology User-Centered Design Psychosocial Aspects of Wearables Qualitative Research Methods
Saikat Pal
Assistant Professor · New Jersey Institute of Technology
Saikat Pal studies human movement, musculoskeletal disorders, sports performance and robotic technology to improve mobility.
Biomedical Engineering Mobility Disorders Human Movement Robotic Technology Mechanical Engineering