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Faculty Research Areas
| William C. Hunter Professor and Chair of Biomedical Engineering |
Cardiac function; biomedical applications for MEMS devices. |
| David Kristol Professor of Biomedical Engineering |
Reactions of amines with chlorocarbons; modeling of cardiovascular dynamics; mathematical modeling of acetylcholineesterase; steric effects in organic reactions. |
|
H. Michael Lacker
Professor of Biomedical Engineering |
Rehabilitation engineering; gait analysis, modeling of physiological systems. |
|
Stanley Reisman Professor of Biomedical Engineering
|
Biomedical simulation, instrumentation and signal processing; signal processing of evoked potentials, ECG, EEG, and EMG signal analysis; rehabilitation; modeling of human feedback control systems; circadian rhythms; heart rate variability in stroke and spinal cord injured patients to assess the effect of rehabilitation on heart function. |
|
Richard A. Foulds Associate Professor of Biomedical Engineering
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Neuromusular/rehabilitation engineering; neural control of human movement; machine recognition of human gesture; gesture dynamics; telemanipulation; Haptic and kinesthetic systems; multimodal human/machine interaction; mechatronics. |
| Tara Alvarez Assistant Professor of Biomedical Engineering |
Vision research and neurology; the effects of prediction and adaptation as it relates to the vergence system, which is the foundation for virtual reality; development of new instruments and data analysis software to understand basic research of how the human body functions as well as aid in the detection of diseases. |
|
Treena Livingston Arinzeh Assistant Professor of Biomedical Engineering |
Applied biomaterials and tissue engineering; cell-biomaterial interaction; materials processing; surface characterization and modification of biomaterials; materials testing; in vivo models; tissue-engineering scaffolds for repair of bone and other related musculoskeletal tissues; nerve tissue regeneration utilizing stem cells. |
|
Sergei Adamovich Assistant Professor of Biomedical Engineering |
Neural engineering; rehabilitation engineering; computer-assisted rehabilitation. |
|
Michael Jaffe Research Professor of Biomedical Engineering |
Industrial application of collagen; bioMEMS, morphologically-Induced nanopatterned surfaces, biochips, sensors and diagnostics. |
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Hans Chaudhry Research Professor of Biomedical Engineering |
Stress and strain analysis in cardiovascular system, optimal patterns of wound suturing, low back dysfunction,and postural stabilty. |
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Dentcho Ivanov Research Professor of Biomedical Engineering
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BioMEMS, MEMS, micro- and nano-scale devices and systems. Microfabrication and microelectronics technologies |