Eric Paulson

Eric Paulson, PhD, is a Professor at the Medical College of Wisconsin (MCW), holding academic appointments in Radiation Oncology, Radiology, and Biophysics. He also serves as Chief of Medical Physics. His expertise lies in advancing MRI imaging technologies for precision radiation therapy planning and delivery. Dr. Paulson completed his PhD in Biophysics at MCW (2008) and a BS in Biomedical Engineering from Milwaukee School of Engineering (2002). He furthered his training through a Medical Physics residency and postdoctoral fellowship at MCW, followed by board certification in Therapeutic Radiology Physics (2012).

His research focuses on integrating advanced MRI techniques into radiation oncology workflows, including adaptive treatment planning, MR-Linac technology, and dosimetric innovations. He addresses challenges in organ motion management, synthetic imaging, and automated contour quality assurance. His work bridges clinical practice with cutting-edge medical imaging and AI-driven solutions to enhance treatment precision and patient outcomes.

Publications highlight his contributions to MRI-guided therapies, re-irradiation strategies, and consensus guidelines for pancreatic cancer dosing. His studies often emphasize quantitative metrics, such as diffusion coefficients and contour quality, to refine treatment protocols. Grants and collaborations are implied through his high-impact research but not explicitly listed in the provided text.

Labs and teams associated with his work include MCW's Radiation Oncology Department and interdisciplinary groups focused on medical physics and imaging innovation. No specific lab names are mentioned, but his role as Chief of Medical Physics underscores his institutional leadership in this domain.