Combining Engineering and Neuroscience
Neuroengineering interfaces with neuroscience to find solutions to issues such as abnormal brain function as well as neurological and psychological diseases.
Research in this area explores new techniques for therapy and rehabilitation. Research is highly collaborative and relies on cutting-edge technology, such as the 3D Tesla MRI (magnetic resonance imaging) machine, which provides highly effective tools for study and analysis.
Our research projects in this area include neuroimaging acquisition and data analysis, mapping and generating functional brain networks, treatment and diagnosis of neurodegenerative and neuropsychiatric diseases, the intersection of social stress and mental disease, and nerve injury and cellular repair.
Faculty With Research Interests in Neuroengineering
Redirect ItemLaConte Lab , redirect
PI: Stephen LaConte
Redirect ItemLaboratory of Integrative Tumor Ecology , redirect
PI: Scott Verbridge
Redirect ItemMorozov Lab , redirect
PI: Alexei Morozov
Redirect ItemOnco-Engineering Lab , redirect
PI: Jennifer Munson
Redirect ItemTraumatic Nerve Technologies Lab , redirect
PI: Pamela VandeVord
Redirect ItemMontague Lab , redirect
PI: Read Montague