Physics Direct Patient Care Initiative

Overview

We believe medical physicists should utilize their unique knowledge and skillset to broaden their impact on patient care. First and foremost, medical physicists must move beyond the common perception that they only work behind the scenes to ensure the successful delivery of treatment. Instead, clinical medical physicists should expand the scope of the profession by establishing independent professional relationships with patients. The Physics Direct Patient Care Initiative is instrumental to our mission of developing a new clinical role for medical physicists. Learn more about the motivation and our vision for this initiative here: Care for Patients, Not for Charts: A Future for Clinical Medical Physics.

A NEW CLINICAL ROLE

At UC San Diego, the Physics Direct Patient Care Initiative is fundamentally challenging what it means to be a clinical medical physicist. Learn how we believe this initiative is redefining the role of the clinical medical physicist.

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The Physics Direct Patient Care Initiative at UC San Diego Health from UCSD Rad Onc Learning Center on Vimeo.

Research

Our team is evaluating the impact of physics direct patient care on patient experience and operational efficiency through a series of clinical trials and research projects. We’re also assessing the efficacy of training programs that are designed to teach medical physicists the skills necessary to communicate with patients effectively in the clinical environment. Learn more about research projects led by Dr. Todd Atwood and Dr. Derek Brown from the highlighted publications below.

Phase II Clinical Trial

Physicist-patient consults took place prior to the CT simulation and first treatment appointments. Medical physicists explained the treatment design and delivery processes and ensured that all technical information was addressed. The results showed decreases in patient anxiety, increases in patient technical satisfaction, and increases in patient overall satisfaction.
Establishing a New Clinical Role for Medical Physicists: A Prospective Phase II Trial

Analysis of Patient Questions

Over the course of 152 physicist-patient consults, all unique patient questions were compiled into a comprehensive list and organized into 4 topical categories. The results showed that patients were primarily concerned about how radiation works, the treatment design and delivery processes, and what is being done to keep them safe throughout their treatment.
A Review of Patient Questions from Physicist-Patient Consults

Training Program Evaluation

Participants were asked to rank their level of confidence in categories relevant to patient communication and provide written responses to common patient questions over the course of a communication training program. The results showed that the training program increased the medical physicist's level of confidence and improved responses to common patient questions.
Evaluation of a Patient Communication Skills Training Program for Medical Physicists

Residency Training

Our residency program is designed to produce medical physicists that have the skills necessary to become leaders in our evolving field. This means providing residents with formal training on how to effectively communicate with patients and incorporating them into research that is examining the benefits of establishing independent professional relationships with patients. We achieve this through didactic learning and hands-on experience, which includes simulated patient interactions and supervised interactions with real patients. We want our residents to have the confidence and knowledge to look at our profession broadly and to actively pursue innovative roles in direct patient care that add value to the field of radiation oncology. Learn more about the content and structure of our training program here: A Program to Train Medical Physicists for Direct Patient Care Responsibilities.

"We want our residents to have the confidence to look at our profession broadly and to actively pursue innovative roles in direct patient care that add value to radiation oncology."

Patient Communication Workshops

We are also dedicated to training career medical physicists and other trainees in the field on how to effectively communicate with patients. We currently host a Patient Communication for Medical Physicists (PCMP) Workshop at UC San Diego twice a year, including lectures and instruction from Dr. Derek Brown, Dr. Todd Atwood, Dr. Titania Juang, and Dr. Laura Padilla. This two-day workshop is designed to be an exciting and engaging learning experience, including didactic training, analysis of patient interactions, role playing exercises, and simulated patient interactions. Lean more about our training programs for both therapy and diagnostic medical physicists, and the connection to Medical Physics 3.0, here: Patient Communication for Medical Physicists.

Workshop Details

Activity Location: UC San Diego (In-Person and Virtual)
Next Workshop: Spring 2022 (TBD)
Example Program Outline:Agenda
Format and Education: Lectures, Discussion, Hands-on Exercises, and Simulated Patient Interactions
Objectives:
1. To learn practical clinical communication strategies
2. To learn how to use communication strategies to develop professional relationships with patients
3. To practice using clinical communication strategies in realistic clinical scenarios
Target Audience: Therapy and Imaging Medical Physicists
CAMPEP Credits: 7.5 MPCEC Hours
Cost: $400
Registration Information: Registration

PCMP WORKSHOP

Learn and use prescriptive communication strategies to develop positive, productive professional relationships with patients. Join us at UC San Diego for our next Patient Communication for Medical Physicists Workshop.

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Patient Communication for Medical Physicists Workshop from UCSD Rad Onc Learning Center on Vimeo.

Team

The Physics Direct Patient Care Initiative team includes medical physicists and radiation oncologists from the Department of Radiation Medicine and Applied Sciences. The team is committed to facilitating the development of more impactful innovations and new clinical responsibilities for clinical medical physicists. Learn more about our team below.