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Introducing the topic's “Hydrogen a vector of energy” in curriculum of ‘Initiation in Creating Products’ by using ‘Theory of inventive problems solving’ (TRIZ)

机译:通过使用“发明创造性问题解决理论”(TRIZ)在“创造产品中的创新”课程中引入主题“氢是能量的载体”

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The paper is a case study of applying active learning in Master program, in the curriculum of `Initiation in Creating Products'. The goal of the paper is to propose a scenario which concerns the first phase of product development. The trigger could be a review of the scientific research about fuel cells. Because Hydrogen is the source of this system, the first step of this theme is to introduce it, as a vector of energy. Based on the concept of innovative TRIZ method, this scenario could be the point of start for the students to propose a Universal Design program for a PEMFC when the aim is to use it as a source in a classical system (hybrid traction, cogeneration, etc.). The work brings together modern methods of thinking and is addressing, equally, to the teachers, students or researchers. The scenario, as a final result, could be applied on different subjects who are involved in an innovative system based on fuel cells.
机译:本文是一个案例研究,该案例是在“创建产品中的启动”课程中将主动学习应用到硕士课程中的。本文的目的是提出一种与产品开发的第一阶段有关的方案。触发因素可能是对燃料电池科学研究的回顾。由于氢是该系统的来源,因此本主题的第一步是将其作为能量的向量进行介绍。基于创新的TRIZ方法的概念,当目标是将PEMFC用作经典系统(混合动力,热电联产等)的源时,该方案可能是学生提出PEMFC通用设计程序的起点。 )。这项工作汇集了现代思维方法,并且正在同等对待老师,学生或研究人员。作为最终结果,该方案可以应用于参与基于燃料电池的创新系统的不同主题。

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