Vision
We seek to gain an understanding of the human brain that will enable rebuilding neural circuitry and restoring function.
Mission
We work toward discovering fundamental principles of brain function and developing innovative diagnostic and therapeutic technologies. We use molecular, biological and computational engineering techniques to understand, repair, replace, enhance and capitalize on the properties of neural systems.
Approach
Our division encompasses an interdisciplinary set of neuroscientists, computer scientists, biochemists and engineers. Our research interests span a wide range of experimental and theoretical approaches that include neuroimaging, neuronal computation and modeling, neuro-nanotechnology, neurophotonics, brain stimulation and neuromodulation, neuro-prostheses, brain-computer and brain-machine interfaces.
Division Chief
Rebecca Knickmeyer
Associate DirectorFaculty
Latest News
- MSU researchers discover honeybees can detect lung cancerPublished in MSU Today on 6/12/24 Michigan State University researchers have discovered that honeybees can detect biomarkers or chemical concentrations associated with lung cancer in human breath. The researchers have …
Continue reading “MSU researchers discover honeybees can detect lung cancer”
- Unraveling the mysteries of early brain developmentIn a study led by researchers from Michigan State University’s Institute for Quantitative Health Science & Engineering, scientists have made strides in understanding the complexities of brain development in infants …
Continue reading “Unraveling the mysteries of early brain development”
- 2 BME Graduate Students Honored in College of Engineering AwardsThe College of Engineering is pleased to announce the graduate students selected for the 2023-24 Fitch H. Beach Award and as the 2023-24 Outstanding PhD Students in each program. These …
Continue reading “2 BME Graduate Students Honored in College of Engineering Awards”
- Rebecca Knickmeyer lands $5.5m NIH grant to study genetics of early brain developmentMichigan State University’s Rebecca Knickmeyer is leading the largest-of-its-kind effort to understand the impact of genetics on early brain development and neurological disorders such as autism, schizophrenia and attention deficit hyperactivity …
- Bacteria are connected to how babies experience fearWhy do some babies react to perceived danger more than others? According to new research from Michigan State University and the University of North Carolina, Chapel Hill, part of the …
Continue reading “Bacteria are connected to how babies experience fear”