【工作营招生】深圳大学+米兰理工大学+AIRI lab+哈里模创 | 从构想到物质:人工智能与材料智能时代的建筑重构

工作营招生

从构想到物质：

人工智能与材料智能时代的建筑重构

From Vision to Matter: Reprogramming Architecture in the Age of AI and Material Intelligence

人工智能设计，材料智能，多材料仿生构造，打印建造

AI for Design, Material Intelligence, Multi-material Bionic Design, 3D Printing

工作坊聚焦于人-AI协同设计，探索创新建筑部品、系统与构造大样的生成路径。以仿生学为方法论基础，构建复杂的非线性系统，实现主动调节并增强建筑的空间性能与环境响应能力。教学过程以建立响应全球性挑战的仿生叙事与概念框架为起点，将人工智能作为核心协同创造伙伴，借助多模态生成工具对高性能仿生形态与空间系统进行持续迭代与深度优化。通过深入研究物质分布如何主动驱动建筑部品与构造大样的生成逻辑与性能表现，参与者将最终运用多材料混合3D打印技术，完成从非线性构想到高性能物质实体的设计闭环。预期成果为一系列兼具环境调节潜能的系统性仿生建筑部品与构造大样原型，将建筑重新定义为连接自然、技术与社会的动态演化界面。

This workshop focuses on human-AI collaborative design to generate innovative architectural components, systems, and construction details. Using biomimicry as a methodological foundation, we develop complex nonlinear systems that modulate and enhance spatial performance and environmental responsiveness. The teaching process begins by building bionic narratives and conceptual frameworks in response to global challenges. Artificial intelligence serves as a core co-creation partner, with multimodal generative tools used to iterate and optimize high-performance bionic morphologies and spatial systems. Participants then investigate how material distribution drives the generative logic and performance of architectural components and construction details, ultimately employing multi-material hybrid 3D printing to close the loop from nonlinear vision to physical artifact. Expected outcomes are a series of bionic architectural component and construction detail prototypes with environmental modulation potential — redefining architecture as a dynamic interface between nature, technology, and society.

对AI驱动的建筑设计有浓厚兴趣，具备使用大语言模型(LLMs)的基本经验；对Grasshopper参数化设计逻辑有基础认知；对材料与数字建造（特别是3D打印）有一定实践经验。

Rhino Grasshopper

笔记本电脑

Laptop

无

导师 | Instructor

日程安排 | Workshop Schedule