I have demonstrated track record and experience in the design of condition monitoring and control systems for transportation electrification and neural engineering. 

In transportation electrification, my research is in battery modeling & monitoring, power electronics (impedance spectroscopy and wireless power transfer), and grid integration problems.

In neural engineering, my research is in non-invasive brain stimulation with a focus on closed-loop automated and optimal transcranial magnetic stimulation (TMS). 

During my PhD and first post-doc experience, I worked on wireless sensor networks (WSNs), and their application in networked monitoring systems.

I designed and taught a range of courses in these areas. I supervised 5 Masters theses, and co-authored over 45 peer-reviewed papers.