Congratulations to Brian Bell Ph.D., Lead Faculty for Biomedical Engineering at St. Petersburg College, for his contributions to promote manufacturing education! Dr. Bell teaches courses in engineering technology with a focus on biomedical engineering technology (also known as healthcare technology management). Brian is a Florida native who is working to advance his local community through education and innovation. He earned his Ph.D. in Mechanical Engineering at the University of South Florida and his B.S. in Physics at Stetson University. During his education, his research focused on optimizing the functional properties of polymer microfibers and nanofibers for smart filters, sensors, and flexible electronics.
Dr. Bell has worked with biomeds, educators, and technicians to create content and resources for the biomedical engineering technology learning community. He developed a cutting-edge biomedical engineering technology program, including a new medical device design and prototyping certificate, through a National Science Foundation grant. In 2024 he authored two books, Essentials of Biomedical Engineering Technology and Healthcare Technology Management and Medical Device Networking and Cybersecurity: A Technician’s Guide to Networking and Protecting Interconnected Healthcare Devices, to assist students in the field. Over the past 7 years, he created a YouTube channel offering free educational resources in electronics, medical technology, and engineering, which has garnered 4.8 million viewers and over 20,000 subscribers. Bell has also delivered presentations on interactive resources such as VR in technician education, medical device STEM kits, and building biomedical programs, sharing his work at multiple conferences and online platforms. In 2023, he served as a DOD STEM Ambassador, engaging with high school and college students locally.
“Manufacturing education is essential for transforming economic and societal systems, driving innovation and addressing complex challenges. It equips individuals with the skills to develop cutting-edge technologies, including medical devices, that improve lives. In the medical sector, local manufacturing enables faster access to advanced, affordable healthcare solutions, breaking down barriers to essential treatments and empowering communities. By fostering creativity and critical thinking, manufacturing education sparks the development of new technologies that streamline production processes, reduce waste, and lower costs. This ultimately leads to healthier, more sustainable communities, strengthens supply chains, and drives local job growth. Through a skilled workforce, manufacturing can tackle global issues and support equitable, inclusive economic growth. - Dr. Brian Bell
At St. Petersburg College, Dr. Bell’s focus has been on guiding students through the intricacies of biomedical engineering technology, leveraging a PhD in Mechanical Engineering and a robust background in research. With the AMBIR Laboratory Research Group, his team has advanced the field of functional nanofibers, developing cutting-edge applications for smart filters and flexible electronics, underpinned by expertise in Matlab, research, and scanning electron microscopy. The team's dedication to innovation is shaping the future of medical device manufacturing, networking, and cybersecurity.
You can read more about Dr. Bell's work with students through these previous FLATE articles:
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