【摘要】 针对材料类专业实验教学存在的目标模糊、内容陈旧、方法单一、评价片面等问题，基于成果导向教育理念，系统构建了“反向设计、正向实施”的教学改革框架。研究提出“毕业要求—课程目标—实验项目”三级联动的目标体系，建立“科研前沿—产业需求—学生反馈”三结合的动态更新机制，优化“3∶4∶3”的实验类型结构，打造“虚拟仿真—实体实验—工程实践”三阶递进的训练体系。同时，创新教学方法，推行项目驱动、虚实融合、翻转课堂等模式，并构建涵盖五大维度、贯穿三阶段、融合多元主体的综合评价体系，形成“评价—反馈—改进”的闭环机制。实践表明，该改革方案有效提升了实验教学与产业需求的契合度，强化了学生的工程实践能力与创新思维，为材料类专业高素质应用型人才培养提供了可借鉴的路径。更多还原

【Abstract】 In view of the problems existing in the experimental teaching of materials specialty,such as vague objectives,outdated contents,single methods and one-sided evaluation,a teaching reform framework of " reverse design and positive implementation" is systematically constructed based on the concept of outcome based education. The research puts forward a three-level linkage target system of " graduation requirements-curriculum objectives-experimental projects",establishes a dynamic update mechanism of " research frontier-industrial demand-student feedback",optimizes the " 3∶ 4∶3" experimental type structure,and creates a three-level progressive training system of " virtual simulation-physical experiment-engineering practice". At the same time,we should innovate teaching methods,promote project driven,virtual and real integration,flipped classroom and other modes,and build a comprehensive evaluation system that covers five dimensions,runs through three stages,and integrates multiple subjects,forming a closed-loop mechanism of " evaluation feedback improvement". The practice shows that the reform scheme effectively improves the fit between experimental teaching and industrial demand,strengthens students’ engineering practice ability and innovative thinking,and provides a reference path for the cultivation of high-quality applied talents in materials specialty.更多还原