Streamlining Weekly Physics Checks with Automation:
Insights from UC San Diego and Radformation
This webinar is an exclusive look at how automation can impact physics chart review, with expert insights from Radformation and UC San Diego physicist, Ryan Manger. You’ll gain practical knowledge on the key elements that can be managed with automation to streamline weekly physics checks, improve safety, and enhance efficiency in your clinical workflows.
Radformation’s Mariel Cornell kicks off with a comprehensive overview of the current state of weekly physics checks, providing an overview for how to integrate automation to tackle best practices and essential safety guidelines drawn from trusted publications and industry task groups. She explores some essential ChartCheck features that make the workload more efficient and effective.
Building on this foundation, Ryan Manger, medical physicist and Associate Professor at UC San Diego, shares the measurable improvements his team has experienced since implementing ChartCheck across their network. Attendees hear the unique ways UC San Diego has harnessed automation to reduce interruptions, prevent error fatigue, and maintain the highest standards in physics checks, even in the most demanding environments.
Throughout the session, you’ll learn actionable strategies for setting up effective check templates, tailoring notification settings, and maximizing the latest feature additions to optimize your workflow. Our presenters will demonstrate underutilized methods and advanced tools designed to simplify routine checks, providing an invaluable resource for anyone seeking to reduce time spent on manual reviews without compromising safety.
Whether you’re managing quality assurance for a single center or a larger network, this webinar will equip you with the tools and insights needed to bring your QA processes to the next level. Don’t miss this chance to learn from leaders in the field who have successfully implemented automation for their routine physics review.
Access the recording here: