基于CDIO模式的风景园林专业学位硕士研究生创新实践能力培养探索——以河南理工大学小花园项目为例
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河南理工大学 建筑与艺术设计学院

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G643

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全国风景园林教指委2025年教育教学改革研究项目(LAJGXM2025060);河南省专创融合特色示范课程“风景园林规划与设计”(教办高〔2024〕144 号)。


Exploring the Cultivation Model of Innovative Practical Ability for Professional Master's Degree Students in Landscape Architecture Based on the CDIO Model: A Case Study of the Courtyard Garden Project at Henan Polytechnic University
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School of Architectural and Artistic Design, Henan Polytechnic University

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    摘要:

    风景园林专业学位硕士研究生是我国人居环境建设领域的重要力量,提升创新实践能力是其核心培养目标。针对当前一些地方性院校存在生源专业背景差异较大、课程体系与实践环节衔接不足、实践基地相对匮乏等问题,结合风景园林行业向数字化转型的趋势,以河南理工大学建筑与艺术设计学院小花园景观改造实践项目为载体,引入“构思-设计-实施-运作”(CDIO)工程教育理念,构建了“情境感知—方案创新—技术实操—价值内化”的递进式创新实践能力培养路径。研究生全程参与场地调研、方案设计、工程实施及后期管理等环节,并在实践中融入无人机测绘、风景园林信息模型?(LIM)与数字化设计等手段,实现数字技术与实践教学的深度融合。实践表明,该模式不仅显著提升了学生的创新实践能力与团队协作能力,也显著增强了其在数字化情境下分析与解决复杂工程问题的能力,同时实现了思想政治教育与劳动教育的有机融合。该模式立足于校园“小微空间”,在有限空间尺度内构建了完整工程生命周期的教学场景,形成了低成本、可实施、易复制的实践教学路径,可为同类高校开展相关专业学位研究生的创新实践能力培养提供参考。

    Abstract:

    Professional master's students in landscape architecture constitute an important force in the field of human settlement environment construction in China, and enhancing innovative practical ability is their core educational objective. In view of the current problems existing in some local colleges and universities, such as significant differences in students' professional backgrounds, insufficient connection between the curriculum system and practical links, and relatively scarce practical platforms. In line with the trend of the landscape architecture industry's digital transformation, the Little Garden landscape renovation practice project of the School of Architecture and Art Design at Henan Polytechnic University serves as a carrier. The study introduces the Conceive-Design-Implement-Operate (CDIO) engineering education concept and constructs a progressive training pathway for innovative practical ability comprising situational perception, scheme innovation, technical implementation and value internalization. Graduate students participated in the entire process of site investigation, scheme design, construction implementation, and post-construction operation and management, while integrating digital tools such as UAV surveying, Landscape Information Modeling (LIM), and digital design techniques, thereby achieving deep integration of digital technology with practical teaching. Practice has shown that this model not only significantly enhances students' innovative practical ability and team collaboration skills, but also notably strengthens their capacity to analyze and solve complex engineering problems in digital contexts, while simultaneously achieving the organic integration of ideological and political education with labor education. This model is grounded in the campus's small micro-space, constructing a complete engineering life-cycle teaching scenario within a limited spatial scale, and forming a low-cost, implementable, and easily replicable practical teaching pathway. It can serve as a reference for similar institutions in cultivating innovative practical ability for professional master's degree students in landscape architecture and related disciplines.

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  • 收稿日期:2026-01-20
  • 最后修改日期:2026-04-15
  • 录用日期:2026-04-17
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