RESEARCH/SCHOLARSHIP IN UD BME
BIOMEDICAL ENGINEERING AIMS TO IMPROVE HUMAN HEALTH THROUGH ENGINEERING INNOVATIONS.
UD biomedical engineering faculty are engaged in research areas that span across many disciplines, including research aimed at improving rehabilitation after injury, understanding disease progression, treating disease with molecular and nanoparticle therapeutics, and regenerating tissue. Our faculty are also engaged in the scholarship of engineering education, establishing pedagogical approaches and curricula that further our discipline.
Our research laboratories are located on the dynamic UD STAR Campus and our collaborative student education spaces on the beautiful Main Campus. Our impactful programs are conducted in partnership with other faculty, clinicians and industry partners across the region and the globe.
Musculoskeletal Biomechanics | Drug Delivery & Nanomedicine | Cell & Tissue Modeling | Disease Modeling | Neuroengineering & Rehabilitation | Engineering Education |
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|---|---|---|---|---|---|---|
| Artemiadis, Panagiotis |  | | ||||
| Buchanan, Thomas | | | ||||
| Cashaback, Joshua | | | ||||
| Corbin, Elise | | | ||||
| Day, Emily | | |||||
| Dhong, Charles | | | ||||
| Elliott, Dawn | | |||||
| Gleghorn, Jason | | | | |||
| Higginson, Jill | | | ||||
| Johnson, Curtis | | | ||||
| Karand, Julie | |
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| Khandha, Ashutosh | |
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| Kiick, Kristi | | | ||||
| Price, Christopher | | |||||
| Rooney, Sarah | |
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| Sergi, Fabrizio | | | ||||
| Singh, Abhyudai | | |||||
| Slater, John | | | | |||
| Sullivan, Millicent | | | ||||
| Zurakowski, Ryan | |
BIOMEDICAL ENGINEERING AIMS TO IMPROVE HUMAN HEALTH THROUGH ENGINEERING INNOVATIONS.
UD BME faculty are engaged in research areas that span across many disciplines, including research aimed at improving rehabilitation after injury, understanding the progression of disease, treating disease with molecular and nanoparticle therapeutics, and regenerating tissue. Our faculty are also engaged in the scholarship of engineering education, establishing pedagogical approaches and curricula that further our discipline.
Our research laboratories are located on the dynamic UD STAR Campus and our collaborative student education spaces on the beautiful Main Campus. Our impactful programs are conducted in partnership with other faculty, clinicians, and industry across the region and the globe.
MUSCULOSKELETAL BIOMECHANICS
Quantifying structure, function, and mechanobiology of musculoskeletal tissues and systems to solve orthopedic disorders in aging, degeneration, injury, including developing therapeutic treatment and repair
THOMAS BUCHANAN
DAWN ELLIOT
JILL HIGGINSON
CURTIS JOHNSON
CHRISTOPHER PRICE
FABRIZIO SERGI
DRUG DELIVERY & NANOMEDICINE
Using micro- and nano- engineering to advance precision medicine, nanomedicine, and drug and biomolecule delivery for cancer and other diseaseseloping therapeutic treatment and repair
EMILY DAY
JASON GLEGHORN
JOHN SLATER
MILLICENT SULLIVAN
CELL & TISSUE ENGINEERING
Harnessing physiologically relevant engineering systems for discovery and treatment of disease including cancer, cardiovascular disease, and pulmonary development and disease
ELISE CORBIN
CHARLES DHONG
JASON GLEGHORN
JOHN SLATER
DISEASE MODELLING
Developing and applying computational or physical models to determine underlying mechanisms of disease
JOSHUA CASHABACK
ELISE CORBIN
CHARLES DHONG
JASON GLEGHORN
ABHYUDAI SINGH
JOHN SLATER
RYAN ZURAKOWSKI
NEUROENGINEERING & REHABILITATION
Analyzing neural structure and function, plus developing devices and methods for rehabilitation or assistance of individuals with neuromotor disorders
THOMAS BUCHANAN
JOSHUA CASHABACK
JILL HIGGINSON
CURTIS JOHNSON
FABRIZIO SERGI
ENGINEERING EDUCATION
