Worked on the development of a Multimodal Brain-Machine Interface- based Neuro-enhancement System for Retarding the Decline of Cognitive and Motor Functions in the Early stages of Dementia, Stroke and Parkinson’s Disease Patients.

Worked on developing new and improving existing magnetic-field-based sensing schemes along with suitable measurement circuitry for position/displacement measurement. Developed four sensors from concept to prototype - their mechanical design, simulation, fabrication, assembly, associated instrumentation, data acquisition, processing, and experimental validation. Garnered experience with simulation software, computer-aided design packages, PCB designing, circuit design, experimental skills, and prototyping. Generated publications in leading IEEE journals and international conferences and filed a patent.