Meir Eli
SimBiotic Software, Missoula, MT 59801.
J Undergrad Neurosci Educ. 2022 Jun 1;20(2):A233-A240. doi: 10.59390/LLWZ6243. eCollection 2022 Winter.
Simulations have long played an important role in neurobiology education. This paper describes the design-research process that led to development of two popular simulation-based neurobiology modules used in undergraduate biology classes. Action Potentials Explored, and the more in-depth and quantitative Action Potentials Extended, are the third generation of neurobiology teaching simulations the author has helped develop. The paper focuses on how we used the idea of constraining simulations as a way of tuning the modules to different student populations. Other designers of interactive educational materials may also find constraint a useful lens through which to view designs.
模拟在神经生物学教育中一直发挥着重要作用。本文描述了设计研究过程,该过程促成了两个用于本科生物学课程的、广受欢迎的基于模拟的神经生物学模块的开发。《探索动作电位》以及更深入、更具定量性的《扩展动作电位》是作者协助开发的第三代神经生物学教学模拟。本文重点关注我们如何运用约束模拟的理念,以此将这些模块调整至适用于不同的学生群体。交互式教育材料的其他设计者可能也会发现,约束是一个有助于审视设计的有用视角。