Cloud Field 天气农场
In this project, I used physics-based simulation plugins in Grasshopper to model site-specific data including precipitation, terrain, and topographic variation. These simulations informed the design of both the landscape system and the visitor circulation routes, grounding design decisions in the site’s actual environmental characteristics.
The project explores the positive impact of landscape and multisensory experience on human perception and emotional well-being. Through rich environmental storytelling, the design aims to provide visitors with a restorative physical and psychological experience.
Using “cloud” as the central conceptual motif, all architectural forms were developed around this core imagery. Functionally, an integrated water circulation system was established, enabling the farm to operate as a true “weather farm” that transforms climatic conditions into both spatial and experiential drivers.
在这个项目中, 我利用 Grasshopper 中的物理模拟插件，对场地的降水、地形地势及起伏变化等关键环境数据进行了模拟分析，并基于这些真实场地特征完成了景观系统与游览动线的整体设计，使设计决策建立在可量化的环境逻辑之上。
项目关注景观空间与多感官体验对人类认知与情绪状态的积极影响，试图通过具有环境叙事性的空间组织，为游览者营造兼具沉浸感与恢复性的身心体验。
作品以“云”作为核心意象统摄整体建筑与空间形态，在功能层面构建了完整的水循环系统，使农场不仅在形式上呼应天气主题，也在运行机制上成为一个真正意义上的“天气农场”。
Exhibition
01/4-01/11/2025Excellent Coursework Exhibition
Tsinghua University Beijing, China