金属材料工程专业人才培养模式创新路径探索研究

Research on the Innovation Path of Talent Training Mode for Metal Materials Engineering Major

摘要: 金属材料工程专业人才培养质量对国家高端制造和新能源等战略领域发展至关重要。当前行业需求已呈现“技术能力 + 职业素养”的复合型特征，亟需培养符合产业发展需求的高素质人才。本文以三峡大学为样本，分析了该专业人才培养现状及课程体系与产业脱节、实践环节形式化、素养培育缺乏系统设计等问题，构建了“行业需求导向–专业能力筑基–职业素养内化”的协同培养模型。从课程体系重构、校企协同实践、双师型师资建设、文化浸润与评价体系创新等方面探索新型培养路径，并将水利电力行业标准纳入考核维度。实践表明，该模式显著提升了人才培养质量，毕业生行业认可度高、竞赛成果突出，形成了“人才培养–企业受益–资源反哺”的良性循环，为金属材料工程专业人才培养提供了可借鉴的经验。

Abstract: The quality of talent training in the Metal Materials Engineering major is crucial to the development of national strategic fields such as high-end manufacturing and new energy. The current industry demand has presented the composite characteristics of “technical ability + professional literacy”, and there is an urgent need to cultivate high-quality talents that meet the needs of industrial development. Taking China Three Gorges University as a sample, this paper analyzes the current situation of talent training in this major and the existing problems, such as the disconnection between the curriculum system and the industry, the formalization of practical links, and the lack of systematic design in literacy cultivation. It constructs a collaborative training model of “industry demand orientation-professional ability foundation-professional literacy internalization”. The paper explores new training paths from the aspects of curriculum system reconstruction, school-enterprise collaborative practice, the construction of “double-qualified” teachers, cultural infiltration and evaluation system innovation, and incorporates the standards of the water conservancy and electric power industry into the assessment dimensions. Practice shows that this model has significantly improved the quality of talent training. Graduates have high industry recognition and outstanding competition achievements, forming a positive cycle of “talent training-enterprise benefit-resource feedback”. It provides reference experience for talent training in the Metal Materials Engineering major.