Integrating emerging memory technologies into undergraduate logic design course: The impact of context based teaching

Arifa Hoque, W. Sutton, Kawsher A. Roxy, S. Bhanja
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Abstract

This work is an attempt to explore the role of context in teaching and also to present a brief knowledge module intending emerging technologies related to core conventional courses to stimulate students towards research. In our knowledge module, we report the introduction of novel method of teaching based on context which is music in our case. The topic of our module includes two emerging memory devices, STT-MRAM and FeRAM. The knowledge module based on these two devices was delivered in two distinct ways to check the outcome of context based teaching. The main aim of our module was twofold. One of them was to stimulate interest in students towards research and innovation. Another one was to examine how the motivation can be increased by applying a context in the topic rather than using conventional teaching. We accumulated students feedback through a pre and two post module surveys. Both feedback revealed that participants were interested in learning emerging technologies, and a context based approach in one of the modules makes it more effective in attaining its goals.
将新兴记忆技术整合到本科逻辑设计课程:情境教学法的影响
这项工作旨在探索情境在教学中的作用,并提出一个简短的知识模块,旨在与核心传统课程相关的新兴技术,以激励学生进行研究。在我们的知识模块中,我们介绍了一种新的基于情境的教学方法,在我们的案例中,情境就是音乐。我们模块的主题包括两种新兴的存储器件,STT-MRAM和FeRAM。基于这两种设备的知识模块以两种不同的方式传递,以检验情境教学的效果。我们模块的主要目的有两个。其中之一是激发学生对研究和创新的兴趣。另一个是研究如何通过在主题中应用上下文而不是使用传统教学来增加动机。我们通过一次模块前调查和两次模块后调查来积累学生的反馈。这两个反馈都表明,参与者对学习新兴技术很感兴趣,其中一个模块采用基于上下文的方法可以更有效地实现其目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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