University of Minnesota Medical School, Dept. of Neurosurgery
Researcher II
- Engineered 3D-printed neural scaffolds and conductive adhesive flexible electronics, optimizing flexibility and tissue adhesion for biological interfaces.
- Designed and verified electromechanical systems, including a NeuroNexus-based setup for EEG detection and electrical stimulation supporting implantable neurostimulator development.
- Conducted rodent laminectomy trials to collect and analyze neuromodulation data validating neural pathway restoration and tissue-sensor interfaces.
- Led development of pulse and regional oximetry devices for vascular flow detection in spinal and cerebral regions.
- Pioneered 3D bioprinting workflows using machine learning correction methods to improve stem cell extrusion precision by more than 62 percent.
- Directed end-to-end product development of an implantable spinal window imaging device, including CAD, prototyping, and materials decisions.
- Completed risk analysis and ANSYS structural evaluations to prevent post-implantation buckling under physiological loads.