French Lauren B, Stauffer Madeleine, Requena Maria Salazar
Biology Department and Neuroscience Program, Allegheny College, Meadville, PA 16335.
Department of Physiology and Biophysics, Case Western Reserve University, Cleveland, OH 44106.
J Undergrad Neurosci Educ. 2024 Aug 31;22(3):A160-A166. doi: 10.59390/EHEK8915. eCollection 2024 Spring.
The Sherlock Holmes (SH) Project is a collaborative problem-solving activity in the form of a murder mystery that is a great resource for upper-level undergraduate courses in neurophysiology that emphasize synaptic transmission and neuromuscular communication. This project, originally described by Adler and Schwartz (2006), has become a central focus of the Neurophysiology course at Allegheny College, along with many complementary activities that work to reinforce the neuroscience material and skills such as creative experimental design and analysis. Active Learning research in advanced levels of undergraduate courses is rare in the pedagogy literature, and this paper adds to that body of research. Formal assessment of the course generally and the SH Project specifically support the hypothesis that the active learning pedagogical strategies employed foster a positive and successful learning environment.
“福尔摩斯(SH)项目”是一项以谋杀悬疑案为形式的协作式解决问题活动,对于神经生理学本科高年级课程而言是一项很好的资源,这些课程强调突触传递和神经肌肉通讯。该项目最初由阿德勒和施瓦茨于2006年描述,已成为阿勒格尼学院神经生理学课程的核心重点,同时还有许多辅助活动,致力于强化神经科学知识以及诸如创造性实验设计和分析等技能。本科高年级课程中的主动学习研究在教学文献中很少见,本文为此类研究增添了内容。对该课程总体以及对SH项目的正式评估,普遍支持了这样一种假设,即所采用的主动学习教学策略营造了一个积极且成功的学习环境。