Abstract

A review of commercially available allied health educational management software tools was performed to evaluate their capacity to manage program data associated with a CAMPEP‐accredited Therapy Physics Residency Program. Features of these software tools include: a) didactic course reporting and organization, b) competency reporting by topic, category and didactic course, c) student time management and accounting, and d) student patient case reporting by topic, category and course. The software package includes features for recording school administrative information; setting up lists of courses, faculty, clinical sites, categories, competencies, and time logs; and the inclusion of standardized external documents. There are provisions for developing evaluation and survey instruments. The mentors and program may be evaluated by residents, and residents may be evaluated by faculty members using this feature. Competency documentation includes the time spent on the problem or with the patient, time spent with the mentor, date of the competency, and approval by the mentor and program director. Course documentation includes course and lecture title, lecturer, topic information, date of lecture and approval by the Program Director. These software tools have the facility to include multiple clinical sites, with local subadministrators having the ability to approve competencies and attendance at clinical conferences. In total, these software tools have the capability of managing all components of a CAMPEP‐accredited residency program. The application database lends the software to the support of multiple affiliated clinical sites within a single residency program. Such tools are a critical and necessary component if the medical physics profession is to meet the projected needs for qualified medical physicists in future years.PACS numbers: 87.90.+y, 87.53.‐j

Highlights

  • There are new requirements for eligibility to take the American Board of Radiology (ABR) initial certification examination in radiological physics

  • Preliminary estimates are that between 125 and 200 therapy medical physicists will be needed per year after 2015.(2) Clearly, there will be a large gap between the current number of accredited residency program graduates and the number of medical physicists required unless there are dramatic changes in the way medical physicists are educated and trained within accredited residency programs

  • Clinical Competency Records – Procedure logs are defined as procedures performed on specific types of equipment and may include commissioning, continuing quality assurance, and other testing procedures

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Summary

Introduction

There are new requirements for eligibility to take the American Board of Radiology (ABR) initial certification examination in radiological physics. Preliminary estimates are that between 125 and 200 therapy medical physicists will be needed per year after 2015.(2) Clearly, there will be a large gap between the current number of accredited residency program graduates and the number of medical physicists required unless there are dramatic changes in the way medical physicists are educated and trained within accredited residency programs. If the profession is unable to train enough therapy medical physicists, it is likely the work week for practicing physicists will increase significantly. This may encourage more medical physicists to retire or leave the profession, having a negative impact on the quality of patient care and exacerbating the shortage of medical physicists

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