土质学与土力学产教融合体系的构建与改革

Construction and Reform of Production-Teaching Integrated System of Soil Science and Soil Mechanics

摘要: 产教融合的土质学与土力学课程教学体系构建以培养工程实践与创新能力为核心，通过多维协同机制实现教育链与产业链深度融合。首先，重构“理论池 + 工程池”双轨课程体系，依托模块化设计整合土体渗透、强度、变形等核心知识，融入BIM、物联网等智能技术，推动“智能 + 地质”跨学科升级。其次，搭建校企协同育人平台，联合企业共建产业学院与实训基地，实施“双导师制”与工程师驻校模式，将真实工程案例与研发项目融入教学过程。实践教学层面，构建“三课堂”联动体系，以虚拟仿真和项目式教学夯实理论基础，依托竞赛与实验提升实操技能，通过企业顶岗实习贯通工程设计、施工与检测全流程。配套建设云端案例库、虚拟教研室等动态资源平台，并引入企业评价标准，形成多元考核机制。同时，强化师资队伍的产教融合能力，通过校企联合技术攻关提升“双师型”教师比例。该体系有效促进知识传授、能力培养与产业需求的无缝对接，为地质工程领域输送兼具理论素养与实践创新能力的高素质技术人才。

Abstract: The construction of the teaching system of geotechnical and geomechanical courses for production-education integration takes cultivating engineering practice and innovation ability as the core, and realizes the in-depth integration of the education chain and the industrial chain through the multi-dimensional synergistic mechanism. First of all, the dual-track curriculum system of “theory pool + engineering pool” is reconstructed, relying on modular design to integrate core knowledge of soil infiltration, strength, deformation, etc., and integrating intelligent technologies such as BIM and Internet of Things to promote the interdisciplinary upgrading of “Intelligence + Geology”. Secondly, we build a platform for collaborative education between schools and enterprises, establish industrial colleges and training bases together with enterprises, implement the “dual-mentor system” and the engineer-on-campus mode, and integrate real engineering cases and R&D projects into the teaching process. In the practical teaching aspect, a “three-classroom” linkage system is constructed. The theoretical foundation is consolidated through virtual simulation and project-based teaching. Practical skills are enhanced by relying on competitions and experiments. The entire process of engineering design, construction, and testing is integrated through corporate internships. A dynamic resource platform, including a cloud-based case library and virtual teaching and research rooms, is also established. Corporate evaluation standards are introduced to form a diversified assessment mechanism. At the same time, it strengthens the ability of the faculty to integrate industry and education, and increases the proportion of “dual-teacher” teachers through joint technological research by schools and enterprises. This system effectively promotes the seamless connection between knowledge transfer, ability cultivation and industrial demand, and delivers high-quality technical talents with both theoretical literacy and practical innovation ability to the field of geological engineering.