Hernandez Jessa E, Vasan Nagaswami, Huff Susan, Melovitz-Vasan Cheryl
Department of Biomedical Sciences, Cooper Medical School of Rowan University, 401 South Broadway, Camden, NJ 08103 USA.
Inspira Health Network, Vineland, NJ USA.
Med Sci Educ. 2020 Aug 27;30(4):1633-1638. doi: 10.1007/s40670-020-01049-1. eCollection 2020 Dec.
Numerous learning styles, schemes, and models are described in the literature. Most common are VARK (visual, auditory, read/write, kinesthetic) model of learning style and Kolb's experiential learning. Since the concept of learning style was first described, educational psychologists and medical educators have debated its validity. Notwithstanding these disagreements, VARK model is the one most utilized by teachers and students. This article describes how medical students with different learning styles learn anatomy and integrate multiple learning styles (multimodal) to achieve the learning goals and focuses on the approach taken by kinesthetic learners. In addition to clay modeling, drawing, and sketching, kinesthetic learners adopted "crochet" to create a three-dimensional (3-D) conceptual model that helped them mentally visualize the structures in situ. From the lectures and cadaveric dissection, a kinesthetic learner could create a 3-D mental model. However, by "crochet" and clay modeling, kinesthetic learners are able to gain broader visuospatial understanding.
文献中描述了众多的学习风格、方案和模型。最常见的是学习风格的VARK(视觉、听觉、读写、动觉)模型和科尔布的体验式学习。自学习风格的概念首次被描述以来,教育心理学家和医学教育工作者一直在争论其有效性。尽管存在这些分歧,但VARK模型是教师和学生使用最多的模型。本文描述了具有不同学习风格的医学生如何学习解剖学并整合多种学习风格(多模态)以实现学习目标,并重点关注动觉学习者所采用的方法。除了黏土造型、绘图和素描外,动觉学习者还采用“钩编”来创建三维(3-D)概念模型,这有助于他们在脑海中直观地呈现结构的原位状态。通过讲座和尸体解剖,动觉学习者可以创建一个3-D心理模型。然而,通过“钩编”和黏土造型,动觉学习者能够获得更广泛的视觉空间理解。