Copenhagen Academy for Medical Education and Simulation (CAMES) and The Capital Region of Denmark, Rigshospitalet, Copenhagen, Denmark.
Department of Clinical Physiology, Nuclear Medicine and PET, Copenhagen University Hospital, Rigshospitalet, Copenhagen, Denmark.
Eur Radiol. 2021 Jan;31(1):171-180. doi: 10.1007/s00330-020-07077-0. Epub 2020 Jul 28.
To identify and prioritize technical procedures for simulation-based training that should be part of the education of residents in radiology.
This European-wide needs assessment study used a modified Delphi technique to gather consensus from different key education stakeholders in the field. The first round was a brainstorming phase to identify all procedures that a newly specialized radiologist should potentially be able to do. In the second round, each procedure was explored for the need for simulation training; the participants determined frequency, number of radiologists performing the procedure, impact on patient comfort and safety, and feasibility of simulation. The result of this round was sent back to the participants for final evaluation and prioritization.
Seventy-one key education stakeholders from 27 European countries agreed to participate and were actively involved in the Delphi process: response rates were 72% and 82% in the second and third round, respectively. From 831 suggested procedures in the first round, these were grouped and categorized into 34 procedures that were pre-prioritized in the second round according to the need for simulation-based training. In the third round, 8 procedures were eliminated resulting in final inclusion of 26 procedures. Ultrasound procedures were highly ranked including basic skills such as probe handling; abdominal ultrasound; and ultrasound of kidneys, retroperitoneum, intestines, and scrotum.
The prioritized list of procedures represents a consensus document decided upon by educational stakeholders in radiology across Europe. These procedures are suitable for simulation and should be an integral part of the education of radiologists.
• The 26 identified procedures are listed according to priority and should be included as an integral part of simulation-based training curricula of radiologists across Europe. • This needs assessment is only the first step towards developing standardized simulation-based training programs that support the harmonization of education and training across Europe.
确定并确定应作为放射科住院医师教育一部分的基于模拟的培训技术程序。
这项欧洲范围内的需求评估研究使用改良 Delphi 技术从该领域的不同主要教育利益相关者那里收集共识。第一轮是一个头脑风暴阶段,旨在确定新专业化的放射科医生可能需要具备的所有程序。在第二轮中,对每种程序进行了模拟培训需求的探讨;参与者确定了频率、执行程序的放射科医生人数、对患者舒适度和安全性的影响以及模拟的可行性。这一轮的结果被送回给参与者进行最终评估和优先级排序。
来自 27 个欧洲国家的 71 名关键教育利益相关者同意参与并积极参与了 Delphi 流程:第二轮和第三轮的回复率分别为 72%和 82%。从第一轮提出的 831 项建议程序中,将这些程序进行分组和分类,然后根据基于模拟的培训需求在第二轮中对 34 项程序进行预先排序。在第三轮中,有 8 项程序被淘汰,最终纳入 26 项程序。超声程序排名很高,包括探头处理等基本技能;腹部超声;以及肾脏、腹膜后、肠道和阴囊的超声。
优先程序列表代表了欧洲各地放射科教育利益相关者达成的共识文件。这些程序适合模拟,应成为放射科医生教育的重要组成部分。
• 确定的 26 项程序按优先级列出,应作为欧洲各地放射科医生基于模拟的培训课程的一个组成部分。
• 这项需求评估仅是迈向开发标准化基于模拟的培训计划的第一步,这些计划支持欧洲教育和培训的协调统一。