President, CTO, & Radiation Safety Officer Radiation Detection Company Georgetown, Texas, United States
Session Description: Digital dosimetry provides precise tools to improve radiation safety, simplify compliance, and enhance operational efficiency in high-risk healthcare environments. This presentation will show how real-time insights and AI-driven behavior learning identify and reduce radiation exposure risks during procedures like interventional radiology and nuclear medicine. Attendees will gain actionable strategies to integrate digital dosimetry into their safety programs, addressing challenges such as compliance gaps, missed reports, and delayed risk identification. The session will highlight how real-time data serves as an effective training tool to drive behavior changes that strengthen safety protocols and reduce risks. Through real-world examples, the speaker will show how digital dosimetry and AI-optimized workflows reduce mental load, improve decision-making, and achieve measurable safety improvements for healthcare personnel.
Learning Objectives:
Discover how real-time monitoring during high-radiation dose procedures enables faster notification of radiation exposure risks. Learn how AI-driven behavior learning drives operator changes that enhance safety for personnel and patients.
Learn how digital dosimetry eliminates manual badge exchanges by automating data collection and reducing the labor burden. Understand how digital dosimetry improves compliance by minimizing risks of unreturned badges.
Identify high-risk procedures such as interventional radiology where digital dosimetry delivers the highest value. Learn to evaluate departmental needs, address challenges like multi-facility practitioners, and where to integrate digital dosimetry
