Scott Robertson is a diagnostic imaging medical physicist at Duke University Health System with 12 years of experience applying engineering rigor to MRI and ultrasound clinical practice. With a PhD in Medical Physics and earlier engineering degrees, he blends deep academic research—such as functional pulmonary MRI with hyperpolarized xenon—with hands-on industry work developing CT dual-energy visualization and reconstruction at GE Healthcare. He focuses on image reconstruction, processing, metrology, modeling/simulation, and workflow optimization to improve diagnostic quality, regulatory compliance, and safety. Scott’s background in both software-driven algorithm development and hardware-focused systems engineering gives him a rare end-to-end perspective on medical imaging technologies. He is particularly skilled at translating research algorithms into validated clinical tools and optimizing QA/QC processes to enhance adoption in complex healthcare settings. Based in Durham, NC, he brings a pragmatic engineering mindset to advancing clinical imaging capabilities.
12 years of coding experience
4 years of employment as a software developer
PhD, Medical Physics, PhD, Medical Physics at Duke University
MS, Engineering (image processing), MS, Engineering (image processing) at University of Wisconsin-Milwaukee
BS, Biomedical Engineering, BS, Biomedical Engineering at University of Virginia
Contributions:41 commits, 1 PR, 35 pushes in 1 year 4 months
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