Kinesiology and Applied Physiology Department

Spotlight: KAAP Research Awards

Kinesiology and Applied Physiology Post-docs, PhD, graduate and masters students in the news.

Watch our VR Cave Assembled in 1 Minute

A virtual reality cave has arrived at the STAR Health Sciences Complex! Neuroscientist John Jeka, who chairs the Department of Kinesiology and Applied Physiology, and his research team investigates how the nervous system uses sensory information (vision, inner ear) to estimate body dynamics and guide motor processes...

Med School Head Start

University of Delaware exercise science student Adassa Phillips applied and was accepted into the Thomas Jefferson University’s STEP-UP Program (Summer Training and Enrichment Program from Underrepresented Persons). It focuses on underrepresented students and those from economically disadvantaged backgrounds who have...

Explore KAAP Programs

We provide students with a collaborative culture to learn and pursue rigorous research that has an immediate impact on the health of society.

Meet Our New Faculty

Prosthetic and Orthotic Devices Design
– Manufacture (3D Printing)
– Personalized Prescription Biomechanics & Human Movement
– Adaptive capacity of human musculoskeletal system
– Interaction between musculoskeletal system and devices during walking

Biomarker identification and therapeutic development for:
– Concussion
– Muscular dystrophy
– Cachexia/muscle atrophy
– Lysosomal storage diseases

Sensory Processing during Standing/Walking
– Concussion
– Vestibular loss
– Cerebral Palsy
– Parkinson’s Disease
– Aging

Control of Brain Blood Flow
– Aging
– Cognitive Impairment & Alzheimer’s Disease
– Lifestyle & Pharmacological Interventions
– Nutrition/Exercise
– Dietary Supplements

KAAP Featured Research

Biomechanics Analysis Helps Skaters Reach Their Powerful Potential

Dr. Jim Richards and his research team have rigged up an array of 10 cameras that capture data from reflective markers placed on skaters. As they attempt challenging jumps, the cameras capture their precise positions, the speed of their rotations, and their time in the air.

Read the full UDaily article here.