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A survey of Finnish energy engineering students' knowledge and perception of hydrogen technology

机译:芬兰能源工程专业学生对氢技术的知识和看法的调查

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This paper presents the results of a survey of university students' knowledge and perception of hydrogen technology by interviewing 93 Finnish energy engineering students before and after a learning assignment that deals with hydrogen technology. The results suggest that both the students' knowledge and perception on hydrogen technology improve between the pre-assignment and the post-assignment surveys. The largest changes take place in their knowledge on hydrogen safety and their willingness to acquire a home hydrogen system. Correlations between the students' level of knowledge in various topics and their opinions strengthened and multiplied during the assignment. Some unexpected connections between knowledge and opinions occurred. The study argues that system-level approaches should be integrated in hydrogen energy education instead of just teaching chemical reactions or hydrogen technologies. Both radical and conventional problem settings that challenge the students to both think in a creative manner and to keep the realism should be cultivated. (C) 2018 Hydrogen Energy Publications LLC. Published by Elsevier Ltd. All rights reserved.
机译:本文通过对93名芬兰能源工程专业的学生进行有关氢技术的学习任务前后的访谈,提出了对大学生对氢技术的知识和感知的调查结果。结果表明,在作业前和作业后的调查中,学生对氢技术的了解和认识都得到了提高。最大的变化发生在他们对氢安全的了解以及他们对购置家用氢系统的意愿上。在作业过程中,学生在各个主题上的知识水平与他们的观点之间的相关性得到了增强和增强。知识和观点之间发生了一些意外的联系。该研究认为,系统级方法应该整合到氢能教育中,而不仅仅是教授化学反应或氢技术。无论是激进的还是常规的问题设置,都要求学生挑战性地以创造性的方式思考并保持现实主义。 (C)2018氢能出版物有限公司。由Elsevier Ltd.出版。保留所有权利。

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