He is an electrical engineer with a Ph.D. in Electrical and Computer Engineering and a postdoctoral background in bioelectronics and wireless systems. Their doctoral work developed switched-beam 60-GHz antenna arrays for high-speed chip-to-chip communications, resulting in several IEEE publications and a U.S. patent. Currently, their research integrates wireless bioelectronic devices with machine learning for real-time wound healing and tissue regeneration, published in high-impact journals such as Advanced Materials Technologies and Scientific Reports. They have hands-on industry experience from internships at Qualcomm and Corning, specializing in RF design, PCB modeling, and antenna simulation using HFSS and CST. With over a decade of teaching and mentoring experience, they have instructed courses in electromagnetics, microwave engineering, and electronics. They are proficient in Python, MATLAB, and embedded systems, and hold U.S. permanent residency.