多维度贯通式测控专业创新创业人才培养体系研究

Research on the Multi-Dimensional Integrated Measurement and Control Technology and Instrumentation Innovation and Entrepreneurship Talent Training System

摘要: 近年来，新工科改革的深入推进与产业结构的持续升级，对测控技术与仪器专业的人才培养提出了更高标准，尤其突出工程实践素养、创新意识以及成果转化能力的协同发展。然而，当前该专业在创新创业教育融入培养主渠道方面仍面临融合层次不深、实践环节衔接不畅、项目孵化缺乏梯度支撑以及评价反馈机制不够健全等现实问题。针对上述不足，本文构建了一套涵盖课程体系优化、实践平台搭建、三级孵化机制运行及综合素质考评反馈的闭环式培养体系。该体系将创新创业要素嵌入课程教学、工程实训、学科竞赛与项目培育各阶段，借助递进式课程设计强化专业知识与工程方法的内化，通过校内外平台联动与分层孵化机制引导学生项目持续成长，并依托过程性数据实施动态评价与迭代改进。实践表明，该体系在增强学生工程实践本领、丰富创新创业成果及提升社会认可度方面成效初显，相较于CDIO等通用性工程教育改革框架，本体系在专业适配性、三级孵化机制和闭环评价方面形成了差异化特色，可为同类或相近工科专业的双创教育改革提供实践参照。

Abstract: In recent years, the continuous advancement of the new engineering education reform and the continuous upgrading of the industrial structure have set higher standards for the cultivation of talents in the Measurement and Control Technology and Instrumentation major. In particular, it emphasizes the coordinated development of engineering practice literacy, innovation consciousness, and the ability to transform and apply results. However, at present, this major still faces practical problems in integrating innovation and entrepreneurship education into the main training channels, such as insufficient depth of integration, poor connection of practical links, lack of gradient support for project incubation, and an insufficiently sound evaluation and feedback mechanism. To address these shortcomings, this paper has constructed a closed-loop training system covering curriculum optimization, practice platform establishment, operation of a three-level incubation mechanism, and comprehensive quality assessment and feedback. This system embeds innovation and entrepreneurship elements into each stage of course teaching, engineering training, academic competitions, and project cultivation, uses progressive course design to strengthen the internalization of professional knowledge and engineering methods, leverages the linkage of internal and external platforms and the layered incubation mechanism to guide students’ projects to continuously grow, and relies on process data to implement dynamic evaluation and iterative improvement. Practice has shown that this system has achieved initial success in enhancing students’ engineering practice abilities, enriching innovation and entrepreneurship achievements, and improving social recognition. Compared with general engineering education reform frameworks such as CDIO, this system has developed distinctive features in terms of professional adaptability, the three-level incubation mechanism, and the closed-loop evaluation. It can provide practical references for the innovation and entrepreneurship education reform of similar or related engineering disciplines.