Mathematical modeling, computation and simulation, and statistical machine learning to solve engineering problems.
Redesigning the learning process, through virtual labs, interactive technology, and student empowerment.
Creating new catalytic materials, microreactors to drive chemical conversions, advanced sensors, nanoparticles, and smart surfaces.
Leveraging diagnostics, biomaterials, biosensors, and more to understand physiological systems and identify treatment strategies.
Innovating battery technology for electric vehicles, on-grid energy storage, and processes to convert waste into fuel.