An Interprofessional Faculty Development Program for Workplace-Based Learning.

IF 5.4 3区 材料科学 Q2 CHEMISTRY, PHYSICAL ACS Applied Energy Materials Pub Date : 2024-05-01 eCollection Date: 2024-01-01 DOI:10.5334/pme.1242
Eveline Booij, Marjel van Dam, Gersten Jonker, Lisette van Bruggen, Marije Lesterhuis, Marieke F van der Schaaf, Reinier G Hoff, Marije P Hennus
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Abstract

Background: Most faculty development programs in health professions education, pivotal in cultivating competent and effective teachers, focus on systematic, planned and formal learning opportunities. A large part of clinical teaching however, encompasses ad-hoc, informal and interprofessional workplace-based learning whereby individuals learn as part of everyday work activities. To fully harness the educational potential embedded in daily healthcare practices, prioritizing interprofessional faculty development for workplace-based learning is crucial.

Approach: Utilizing the 'ADDIE' instructional design framework we developed, implemented and evaluated an interprofessional faculty development program for workplace-based learning. This program, encompassing seven formal training sessions each with a different theme and five individual workplace-based assignments, aimed to support clinical teachers in recognizing and optimizing informal learning.

Outcomes: The pilot program (n = 10) and first two regular courses (n = 13 each) were evaluated using questionnaires containing Likert scale items and open textboxes for narrative comments. The quality and relevance of the program to the clinical work-place were highly appreciated. Additional valued elements included practical knowledge provided and tools for informal workplace-based teaching, the interprofessional aspect of the program and the workplace-based assignments. Since its development, the program has undergone minor revisions twice and has now become a successful interprofessional workplace-based alternative to existing faculty development programs.

Reflection: This faculty development program addresses the specific needs of healthcare professionals teaching in clinical settings. It stands out by prioritizing informal learning, fostering collaboration, and supporting integration of formal training into daily practice, ensuring practical application of learned knowledge and skills. Furthermore, it emphasizes interprofessional teaching and learning, enhancing workplace environments.

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基于工作场所学习的跨专业教师发展计划。
背景:卫生专业教育中的大多数教师发展计划都侧重于系统、有计划的正式学习机会,这对培养称职、有效的教师至关重要。然而,临床教学中有很大一部分是临时的、非正式的和基于工作场所的跨专业学习,即个人在日常工作活动中的学习。为了充分利用日常医疗实践中蕴含的教育潜力,优先发展跨专业教师的工作场所学习至关重要:方法:利用 "ADDIE "教学设计框架,我们开发、实施并评估了一项针对工作场所学习的跨专业师资开发计划。该项目包括七个正式培训课程,每个课程都有一个不同的主题,以及五个基于工作场所的个人作业,旨在支持临床教师认识和优化非正式学习:使用包含李克特量表项目和开放式文本框的问卷对试点项目(10 人)和前两个常规课程(各 13 人)进行了评估。课程的质量和与临床工作场所的相关性得到了高度评价。其他受到高度评价的因素还包括所提供的实用知识和基于工作场所的非正式教学工具、该计划的跨专业方面以及基于工作场所的作业。自开发以来,该计划已进行了两次小的修订,现在已成为现有教师发展计划之外的一个成功的跨专业基于工作场所的替代计划:这项教师发展计划满足了在临床环境中教学的医疗保健专业人员的特殊需求。它的突出之处在于优先考虑非正式学习,促进合作,支持将正式培训与日常实践相结合,确保所学知识和技能的实际应用。此外,该计划还强调跨专业教学,以改善工作环境。
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来源期刊
ACS Applied Energy Materials
ACS Applied Energy Materials Materials Science-Materials Chemistry
CiteScore
10.30
自引率
6.20%
发文量
1368
期刊介绍: ACS Applied Energy Materials is an interdisciplinary journal publishing original research covering all aspects of materials, engineering, chemistry, physics and biology relevant to energy conversion and storage. The journal is devoted to reports of new and original experimental and theoretical research of an applied nature that integrate knowledge in the areas of materials, engineering, physics, bioscience, and chemistry into important energy applications.
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