Bridging advanced optics with biomedical engineering, he is a Ph.D.-trained specialist with more than 15 years of experience developing high-resolution imaging and sensing technologies. His work centers on optical microscopy, endoscopic systems, and distance sensing instrumentation, including applications in nanoscale imaging, in vivo diagnostics, and robotic sensing environments.

In both academic and industry settings, he has led the design and build of complex optical platforms, integrating lenses, hardware, and software for high-performance imaging and analysis. He founded and leads a research-focused company dedicated to optical sensing innovation, where he also serves as a principal investigator on funded projects and oversees development of novel instrumentation for autonomous and medical applications. His educational background includes a Doctor of Philosophy in Bioengineering with research focused on scanning fiber endoscope design for in vivo gastrointestinal imaging, a Master of Science in Mechanical Engineering emphasizing endoscopic device development, and Bachelor of Science and Bachelor of Arts degrees in Mechanical Engineering, Mathematics, and Humanities. He also holds a Certificate in Innovation and Entrepreneurship, supporting his work in biomedical optics, medical device innovation, and technology commercialization.

His technical work is complemented by contributions to scientific literature and intellectual property, including numerous publications, patents, and grant-supported research initiatives. He also provides consulting and expert analysis in matters involving optical system design, imaging technologies, and device performance, drawing on experience in microscopy, microfabrication, and instrumentation development.