Fully Remote Project-Based Learning of Hardware/Software Codesign

R. Panicker, Deepu John
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引用次数: 2

Abstract

This Innovative Practice Category Work-In-Progress paper describes the innovative way in which a course on hardware/software codesign was conducted fully online during a near-lockdown necessitated by the COVID-19 pandemic. A novel remote lab setup was established in a very limited time, which was used to ensure that students were able to achieve hands-on experience through a project in spite of the course being taught fully online. Students could run the development environment on their own computers and needed to access the online lab setup only for running their program on the actual hardware, which was connected to a light server with the serial and programming ports forwarded over the internet. Lab exercises were modified appropriately to fit the constraints imposed by the remote setup while not compromising on the rigor and desirable course learning outcomes. A wiki-based platform was used for the dissemination of information, scaffolding, collaboration, as well as booking of slots to access the remote lab setup. Zoom video conferencing tool was used for consultations as well as evaluations. The results are encouraging, with students satisfied with the experience gained, without having to compromise on practical knowledge. This opens up the potential to implement such remote lab-based hands-on projects in MOOCs and continuing education scenarios to enhance student learning.
基于项目的硬件/软件协同设计的远程学习
这篇创新实践类别正在进行的论文描述了在COVID-19大流行导致的近乎封锁期间完全在线进行硬件/软件协同设计课程的创新方式。在非常有限的时间内建立了一个新颖的远程实验室设置,用于确保学生能够通过项目获得实践经验,尽管课程完全在线教学。学生可以在自己的计算机上运行开发环境,只需要访问在线实验室设置,以便在实际硬件上运行他们的程序,这些硬件通过互联网转发的串行和编程端口连接到轻型服务器。对实验练习进行了适当修改,以适应远程设置所施加的限制,同时不影响严格性和理想的课程学习结果。一个基于维基的平台被用于信息传播、搭建、协作,以及预订访问远程实验室设置的插槽。使用Zoom视频会议工具进行咨询和评价。结果是令人鼓舞的,学生们对获得的经验感到满意,而不必在实践知识上妥协。这为在mooc和继续教育场景中实施这种基于远程实验室的实践项目提供了潜力,以增强学生的学习。
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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