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“思学训赛研”改革高校基础化学实验教学

Reform of Basic Chemistry Experiment Teaching in Colleges and Universities Focused on “Thinking, Learning, Training, Competition, and Research”

Education Study / 2026,8(1): 20-24 / 2026-01-14 14 8

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• Authors: 李媛 祝小艳 彭天英 齐风佩 钟桐生 张劲
• Information:

  湖南城市学院材料与化学工程学院，益阳

• Keywords:
  Moral education and talent cultivation; Five-in-one; Cultivation of innovative talents; Basic chemistry experiment; Teaching reform
  立德树人; 五位一体; 创新型人才培养; 基础化学实验; 教学改革
• Abstract: In the context of emerging engineering disciplines, the demand for innovative talents in social industries has grown rapidly. However, there are prevalent challenges in the basic chemistry experiment courses offered by universities, such as inadequate integration of innovative education in experimental teaching, weak innovative curriculum and teacher resources, and the lack of innovative education-oriented evaluation methods in practical assessments. To promote the construction and development of innovative talent cultivation in chemistry-related fields in universities, it is necessary to establish a basic chemistry experiment teaching system centered on curriculum ideology and politics, integrating multi-dimensional learning, job-training integration, competition and teaching fusion, and scientific research feedback. This five-in-one system aims to improve students’ innovation capabilities and refine the guarantee system for chemistry-related talent training. 新工科背景下，社会产业对创新型人才的需求急速攀升。高校基础化学实验课程在培养人才时普遍存在创新教育融入不足、创新课程与师资资源薄弱、实践考核时创新教育评价方式缺乏等现实困境。为破解该现实困境，推动高校化学类创新型人才培养建设和发展，需要确立以课程思政为引领，结合多元学习、岗训融通、赛教融合、科研反哺等途径，搭建“五位一体”基础化学实验教学体系，提高学生创新能力完善化学类人才培养保障体系。
• DOI: https://doi.org/10.35534/es.0801005 (registering DOI)
• Cite: 李媛，祝小艳，彭天英，等．“思学训赛研”改革高校基础化学实验教学［J］．教育研讨，2026，8（1）：20-24．