I am a biomedical engineer with a Ph.D. from Texas A&M University, specializing in the development of noninvasive physiological monitoring systems. My research centers on wearable technologies for cuffless blood pressure monitoring, integrating strain gauge sensors, multimodal signal acquisition, and machine learning to achieve accurate, real-time cardiovascular assessment in dynamic environments. I have designed and validated high-resolution biosensing systems using pressure transducers, bioimpedance, and photoplethysmography, and developed tunable phantom models to simulate human arterial conditions for device testing. My work bridges advanced signal processing with hardware development to create robust and scalable medical technologies. Beyond biomedical research, I have professional experience in aerospace, oil and gas, and medical device manufacturing. I’ve led embedded systems development, electronic diagnostics, and sensor integration across industries, contributing to projects ranging from cochlear implants to high-precision industrial load cells. I hold multiple patents in wearable sensing, contact pressure quantification, and phantom validation systems, and my goal is to drive the next generation of reliable, real-time health monitoring solutions.