首页|传热学反问题课程体系本研贯通式一体化建设

传热学反问题课程体系本研贯通式一体化建设

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本研贯通式一体化建设对于增强本研课程的有效衔接,促进学生的系统与长程培养具有重要作用。该文以哈尔滨工业大学能源动力类专业传热学反问题课程体系为研究对象,介绍其本研贯通式一体化建设的主要成果。从课程内容、实验平台、教材体系和教学团队建设等多个方面分析传热学反问题课程体系的建设成效。分析发现,传热学反问题课程体系的本研贯通式一体化建设有利于授课教师厘清本科生与研究生课程之间的侧重点,进一步增强本研课程的有效衔接,提高学生知识、能力、实践和创新的系统训练和长程培养成效。
The integration of undergraduate and postgraduate is beneficial for the effective articulation of undergraduate and postgraduate courses.Besides,it plays an important role in promoting students'systematic and long-term training.In this paper we focus on the course system of Inverse Heat Transfer Problems in energy and power major in Harbin Institute of Technology.The main achievement of the integration of undergraduate and postgraduate system is introduced from the aspects of course content,experimental platform,teaching material system,and teaching team.It was found that the integration construction of the course system of Inverse Heat Transfer Problemsis helpful for teachers to clarify the emphasis between undergraduate and postgraduate courses.In the meantime,it is helpful to further enhance the effective connection between the undergraduate and postgraduate courses.Most importantly,it could improve students'knowledge,ability,practice,innovation system training,and long-term training effectiveness.

integration of undergraduate and postgraduate coursesInverse Heat Transfer ProblemsHeat Transfervirtual simulation experimentemerging engineering education

任亚涛、何明键、高包海、齐宏、刘彬

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哈尔滨工业大学,哈尔滨 150000

本研一体化 传热学反问题 传热学 虚拟仿真实验 新工科

2025

高教学刊
黑龙江省创联文化传媒有限公司,黑龙江省高等教育教学评估中心

高教学刊

ISSN:2096-000x
年,卷(期):2025.11(2)