Research on Teaching Mode of Thermal Power Plant Course Based on TRIZ Theory

Liang Zhang, Zhiqiang Sun, Qingzhong Chu, Linchao Tian, Hemin Chen
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Abstract

Thermal power plant course is an important professional course closely related to the actual production of power plants. This course covers some complex and abstract theoretical knowledge such as thermal power generation, cogeneration, heat-power-cool cogeneration, etc. It is difficult to achieve the expected teaching effect only by the way of teaching in the limited class hours to make students grasp such complicated knowledge. TRIZ theory is introduced into the teaching process of this course to improve its teaching methods and content, so as to cultivate students’ problem-solving ability. At the same time, cultivate students' ability of active discovery learning and teamwork, and evaluate students' learning results in a reasonable way. After the implementation of this teaching mode, students evaluate tearchers’ teaching quality from seven aspects in five evaluation grades. The evaluation results show that the very satisfaction rate reaches 74.4%, the satisfaction rate reaches 99.3%, and the ranking of teaching quality evaluation rises from 31st to 3rd place. This teaching mode provides an important basis for the reform and innovation of education.
基于TRIZ理论的热电厂课程教学模式研究
火力发电厂课程是一门与电厂实际生产密切相关的重要专业课程。本课程涵盖了一些复杂抽象的理论知识,如热电联产、热电-冷热电联产等。仅靠在有限的课时内进行教学,使学生掌握如此复杂的知识,很难达到预期的教学效果。在本课程的教学过程中引入TRIZ理论,改进教学方法和内容,培养学生解决问题的能力。同时,培养学生主动发现学习和团队合作的能力,合理评价学生的学习效果。该教学模式实施后,学生在五个评价等级中从七个方面评价教师的教学质量。评价结果表明,非常满意率达74.4%,满意率达99.3%,教学质量评价排名由第31位上升至第3位。这种教学模式为教育改革创新提供了重要依据。
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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