顶点设计的虚拟现实破碎植物教程

P. Hungler, Michael Chabot, Lev Mirzoian, Kimia Moozeh
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引用次数: 0

摘要

为学生顶点团队提供一个展示他们设计能力的机会,并在一个完整的化学加工厂内完成团队挑战,提供了一个新的学习机会。一个全尺寸的虚拟现实(VR)化学加工厂作为沉浸式学习应用程序,用于金斯敦皇后大学的化学工程和工程化学顶点设计课程。在他们的顶点设计课程中,学生团队被要求设计氨苄西林加工设施,VR应用程序旨在提供运行工厂的高保真表现,包括管道和仪表图(P&ID)。为了检验这种新的虚拟现实学习工具的影响,设计了一个破碎的植物练习来检验应用程序的有效性。这些学生被分成两组进行练习;基于纸张的,以及基于网络VR的。每个小组都完成了几个调查和一个辅导问题。将介绍比较两组调查结果的初步定量结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Virtual Reality Broken Plant Tutorial for Capstone Design
Providing student capstone teams with an opportunity to demonstrate their design competency and complete a team challenge inside a full-scale chemical processing plant provides a novel learning opportunity. A full-scale virtual reality (VR) chemical processing plant was built as an immersive learning application for the Chemical Engineering and Engineering Chemistry capstone design course at Queen’s University in Kingston. During their capstone design course, student teams are required to work on the design of an ampicillin processing facility and the VR application was designed to provide a high-fidelity representation of an operating plant, including a piping and instrumentation diagram (P&ID). To examine the impact of this new VR learning tool, a broken plant exercise was designed to examine the efficacy of the application. The student cohort was divided into two groups for the exercise; paper-based, and web VR based. Each group completed several surveys and a tutorial problem. Initial quantitative results comparing the survey responses from both groups will be presented.
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