基于核心任务的生态环境职业本科课程体系研究

    Research on Vocational Undergraduate Curriculum System for Ecological Environment Specialty Based on Core Tasks

    • 摘要: 针对当前学术型本科及专科职业教育课程体系与生态环境现场工程师核心任务之间的不匹配问题,开展了职业本科课程体系构建研究。通过分析生态环境现场工程师的核心任务,包括智慧水厂运维、污染控制工程现场施工、生态环境监测运维、生态环境影响评价与管理等,归纳出其应具备的职业能力,据此构建课程体系。课程体系涵盖公共基础课程、专业核心课程和现场工程项目课程等类型,依托“六位一体”产教融合实践中心,通过校企共建以技术创新为引领的环保人才培养体系及其实施,培养满足生态环境工程现场需求的“精操作、懂工艺、会管理、善协作、能创新”的高素质技术技能人才,课程体系也会随着产教融合、科教融汇得到持续完善和创新发展。

       

      Abstract: In light of the misalignment between the current curriculum systems of academic undergraduate and vocational education for junior college and the core tasks of ecological environment on-site engineers, a research on construction of vocational undergraduate curriculum system is carried out. Through the analysis of the core tasks of ecological environment on-site engineers, such as the operation and maintenance of intelligent water plants, on-site construction of pollution control projects, operation and maintenance of ecological environment monitoring, ecological environment impact assessment and management, etc., the necessary vocational capabilities are generalized to construct the curriculum system. The curriculum system encompasses the public basic courses, specialty core courses, and on-site engineering project courses. Relying on the "Six-in-One" production-education integration practice center, through the school-enterprise joint establishment of a talent cultivation system led by technological innovation in environmental protection, high-quality technical and skilled talents who are "Proficient in operation, familiar with processes, competent in management, adept at collaboration, and capable of innovation" to meet the demands of on-site ecological environment projects are cultivated. The curriculum system will also undergo continuous improvement and innovative development along with the production-education integration and science-education convergence.

       

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