摘 要：
由于我国城镇化进程加快、教育资源投入持续增加，故我国中小学校园建设需求十分突出。而我国丘陵、山地面积占比较大，适宜建设的平坦用地日趋稀缺，因此大量校园建设项目不得不向高差大、坡度陡的“极限山地环境”拓展。由此自然地引出一个现实而紧迫的问题：如何在极限条件下高效、集约地建设高品质校园。因此，本文以福建省武夷山第二中学综合楼设计项目为典型案例，系统、严谨地运用设计科学研究方法，考察坡度约18%，高差近5米的极限山地条件下教育建筑综合体与地形有机融合的种种可能性，提出了“地形耦合、竖向编织、核心激活、技术赋能”的设计框架，并由此归纳出“顺势、融合、模块”三种功能集成模式及其明确的适用条件。更难得的是，文章从土方量、空间效率、采光性能诸种维度做了扎实的量化分析（土方节省率26. 2%），并与同类建成案例做了直接对比，充分验证了所提设计策略的有效性。结论十分清楚：垂直分层与水平复合相结合的功能集成模式，配合阶梯广场、架空层、屋顶景观诸种空间节点，是高效利用极限山地土地资源、创造有活力、有归属感的校园公共空间的最佳方式。因此，本文对同类极限山地条件下的校园综合体设计有极强的理论价值和极好的实践借鉴意义。
关键词：极限山地环境；功能集成；校园综合体；空间适应性
Abstract:
Due to the accelerated urbanization process and the continuous increase in educational resource investment in our country, the demand for the construction of primary and secondary school campuses is particularly prominent. Moreover, the proportion of hilly and mountainous areas in our country is relatively large, and the available flat land suitable for construction is becoming increasingly scarce. Therefore, a large number of campus construction projects have had to expand to the "extreme mountainous environment" with large height differences and steep slopes. This naturally leads to a realistic and urgent problem: How to efficiently and intensively build high-quality campuses under extreme conditions? Therefore, this article takes the design project of the comprehensive building of Fujian Province's Wuyishan No. 2 Middle School as a typical case, systematically and rigorously applying design science research methods to investigate the various possibilities of the organic integration of educational building complexes with the terrain under the condition of a slope of approximately 18% and a height difference of nearly 5 meters. It proposes a design framework of "terrain coupling, vertical weaving, core activation, and technical empowerment", and thereby summarizes the three functional integration modes of "following the trend, integration, and modules" and their clear applicable conditions. What's more remarkable is that the article conducts a solid quantitative analysis from various dimensions such as earthwork volume, space efficiency, and lighting performance (with a 26.2% reduction in earthwork volume), and makes a direct comparison with similar completed cases, fully verifying the effectiveness of the proposed design strategies. The conclusion is very clear: The functional integration mode combining vertical stratification and horizontal combination, combined with various spatial nodes such as stepped squares, mezzanines, and roof landscapes, is the best way to efficiently utilize the land resources of extreme mountainous areas and create dynamic and belonging-oriented campus public spaces. Therefore, this article has strong theoretical value and excellent practical reference significance for the design of campus complexes under similar extreme mountainous conditions.
Keywords: Extreme mountainous environment; Functional integration; Campus complex; Spatial adaptability
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