Dr. Boltin, a Ph.D. graduate from the University of South Carolina, brings a rich tapestry of expertise in AI, machine learning, data mining, and predictive analytics to our projects. With a passion for improving medical outcomes, he leads research initiatives that harness the potential of information technology to enhance patient experiences and empower healthcare professionals.
We are proud to partner with the Defense University Research Instrumentation Program (DURIP), which has provided $1.3 million for thermal and optical imaging equipment at the University of South Carolina Biomedical Engineering Center for Acute Stress and Credibility Assessment. Sponsored by the U.S. Air Force, Air Force Office of Scientific Research, and Department of Defense (DoD), the center’s groundbreaking efforts are led by Department Chair Mark Uline, with contributions from esteemed researchers including Ahmed Alshareef, Tarek Shazly, Michael Sutton, Nicholas Boltin, and Clinton Webb. The center focuses on advanced contactless polygraph technology and credibility assessment, offering non-invasive biometric measurement to revolutionize security clearance processes.
Our collaborative initiatives extend beyond medical applications into acute stress analysis and military research. By analyzing facial thermal signatures and biometric changes during stressful situations, our team is developing state-of-the-art tools for lie detection and acute stress measurement. This pioneering research aims to enhance credibility assessment technologies and support professionals in healthcare, law enforcement, and defense.
In addition to national security advancements, we are actively engaged in healthcare innovation. Our work with Prisma Health monitors the brainwave activity of emergency department clinicians during their shifts, analyzing traumatic events to prevent burnout and mitigate risks of post-traumatic stress disorder. These efforts not only prioritize clinician well-being but also aim to improve patient care.
We are equally committed to cultivating the next generation of biomedical engineers. Undergraduate students play a vital role in our research projects, gaining immersive experiences that broaden their understanding and inspire them to make meaningful contributions to this dynamic field.
With a shared vision for innovation and collaboration, our team strives to redefine boundaries in healthcare, national security, and biomedical engineering. By combining compassion, technology, and expertise, we continue to develop solutions that benefit professionals and patients alike, while addressing the challenges crucial to society’s future.
