Total mentored projects: 4
Improving current affordable micro-scale material testing systems will make property identification more accessible and common.
Studying the electrical properties and failure behavior of axially continuous graphene-coated copper wire will improve future power systems.
Improving a uniaxial testing apparatus will advance the pace at which research on micro-scale material systems is taking place.
Studying cell behavior in response to nanoscale ridges and grooves on a surface will improve synthetic materials for biomedical applications.