His research investigations have spanned in the areas of high-performance computing, healthcare & medical devices, and power and energy systems. He has published extensively in the field of Architecture and Computer-Aided Design for Field Programmable Gate Arrays (FPGAs). He has served on technical program committees of several international conferences related to FPGAs, field-programmable technology, and system-level design using FPGAs. He has experience in building large scale custom computing and embedded systems. These include principal designer and investigator for RACE system for Wright Laboratories of USAF, principal investigator for DARPA funded REACT program, and several more. In the area of power and energy systems, he has primarily worked in the areas related to power converters. Recent research has resulted in breakthrough results and founding of a startup company, Cirasys Corporation. Cirasys has received initial funding from NSF, UT System, and Texas Emerging Technology Fund. In the areas of medical devices and healthcare, he is an architect of several patient monitoring solutions. These telemedicine systems gather a patient’s vital and contextual data using low power wireless solutions. The data is transmitted to electronic health records for storage, analysis, and assisting in decisions for caregivers and healthcare providers.