He is for a Lead Electrical Engineer with a PhD in Electrical Engineering, currently innovating in medical imaging at GE HealthCare. His expertise lies in sensor physics, electromechanical systems, and embedded hardware/software development. His doctoral research was highly distinguished, resulting in the development of groundbreaking instrumentation for extremely low-frequency (ELF) communication and nuclear quadrupole resonance (NQR) spectroscopy, involving collaborations with Los Alamos National Lab. He successfully transitioned to industry, serving as a Lead Engineer at Goodyear where he invented several new sensor technologies and contributed to patent filings. He also has experience teaching at the college level. He is a hands-on engineer with strong skills in circuit design, simulation (COMSOL, MATLAB), programming (C, Python, Verilog), and project leadership, driving products from conception to launch in demanding automotive and healthcare applications.