Samuel Peet

Dr. Samuel Peet is an Adjunct Professor at the School of Electrical Engineering and Computer Science, University of Queensland. His research focuses on medical physics, radiation therapy techniques, and dosimetry innovations. Key areas include radiation safety in clinical settings, 3D-printed medical devices, and advanced treatment planning systems. He collaborates extensively with institutions globally on projects involving proton therapy, secondary cancer risk modeling, and radiation exposure minimization.

Education & Background:

• Doctorate in Medical Physics (university unspecified)
• Professional experience in radiation oncology and medical engineering

Research Highlights:

• Developed a publicly available dataset for linear accelerator dosimetry
• Pioneered 3D-printed oral positioning stents for head-and-neck radiotherapy
• Advanced wearable dosimetry solutions for in vivo radiation monitoring

Recent Trends in Publications: Focus on proton therapy advancements, fetal dose measurement in tomotherapy, and optimizing optical surface monitoring systems. Collaborates with Tanya Kairn, Scott Crowe, and interdisciplinary teams to address clinical challenges in radiation physics.

Professional Contributions: Authored 1 book chapter, 8 journal articles, and 7 conference papers. Active in international conferences like PTCOG and World Congress on Medical Physics. His work bridges engineering innovations with clinical radiation therapy needs.

Labs/Teams: Works within University of Queensland's medical physics research groups, collaborating with radiation oncology departments and industry partners on cutting-edge technologies.