Research Areas
Faculty Research Areas
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Tara Alvarez |
neuroplasticity, concussion, functional imaging, eye movements, data analytics |
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Treena Livingston Arinzeh |
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. |
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| Bharat Biswal Distinguished Professor |
Mapping the brain's activity. Using fMRI to study how different regions of the brain communicate while the brain is at rest. | |
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Namas Chandra |
Traumatic brain injury, material science, molecular dynamics, nanoscale composites, nanoscale composites, biomedical engineering, superplasticity, computational material science. | |
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George Collins |
Amorphous phase in pharmaceuticals and biomaterial solids; molecular origin of physical behavior of polymeric and pharmaceutical solids; physical characterization of biomaterials; nano-fiber materials; fabrication of novel scaffolds for tissue engineering applications. |
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Jonathan Grasman |
Our research objective is to better elucidate the mechanisms behind tissue innervation and soft tissue reconstruction. Specifically, we focus on fabricating tissue systems from a variety of biopolymers to generate neurovascular and skeletal muscle tissue mimetics to enhance regeneration and innervation in incidents of traumatic injury, neuropathy, or genetic disorders both in in vitro systems and in vivo. -Tissue Engineering -Biomaterials-tissue/cell interactions -3D tissue models -Tissue innervation -Neurovascular interactions -Soft tissue regeneration and reconstruction -Skeletal muscle tissue engineering -Neural tissue engineering -Nervous system injury and repair -Stem cells and cellular reprogramming -Biopolymers -Volumetric muscle loss |
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Amir Miri |
Dr. Miri's research group works on 3D bioprinting platforms for creating disease models and microfluidic chips, with a focus on the development of novel biofabrication methods. He pioneered the design of multi-material bioprinting platforms to fabricate micro-tissue models and organoids. He is now building up his research group on organ-on-chip platforms and microfluidics for drug screening. |
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Neural engineering; rehabilitation engineering; computer-assisted rehabilitation. | |
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Vivek Kumar |
Peptide based biomaterials; self-assembly; tissue engineering; drug development; in vitro testing; in vivo models; angiogenesis; inflammation. |
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Alice Eun Jung Lee |
Cardiovascular tissue engineering with applied mechanics; stem cells; regenerative medicine. |
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| Xiaobo Li Associate Professor |
Computational neuroanatomy, multi-modal MRI (structural MRI, fMRI, DTI), bioinformatics, graph theory, machine learning, neuroimaging in brain development and disorders (e.g. ADHD, ASD, schizophrenia, TBI). | |
| Saikat Pal Assistant Professor |
Human movement, rehabilitation exoskeletons, computational biomechanics |
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Bryan Pfister |
Tissue engineering; developmental neural biology; axon growth; mechanisms of neural injuries; nervous system injury repair. |
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| Mesut Sahin Professor |
Neuromodulation of the cerebellum, transcranial AC Stimulation (tACS), Focused Ultrasound (FUS) Stimulation, Recordings of Cerebellar Activity with Carbon Microelectrodes | |
| Xianlian Alex Zhou Associate Professor |
Computational biomechanics; digital human modeling; robotics and human-machine interface; personalized medicine. |