本杰明·迪伦伯格

Benjamin Dillenburger

苏黎世联邦理工学院，教授

本课程融合了运算化设计与数控建造这两种数字方法与技术。课程从建造的实际问题出发，用数字化的方法研究和解决建筑结构、节点构造和材料性能问题，最终通过多种数字化技术（计算机编程，CNC数控加工，机器人建造）的配合来完成1:1构筑物或反映真实细节的模型。运算化设计用数学模型来定义建筑设计的法则，借助算法及编码来分析、解决建筑问题。数控建造则兼顾空间形式、材料、数控设备、加工流程等因素，使最终的产品（模型或实物）能够最大限度地反映设计意图。机械臂作为功能强大的通用性数控设备，结合运算化设计方法，充分体现数控建造的多样性与创造性。

This course integrates computational design digital construction. Starting from the actual problems of construction, the course uses digital methods to solve the problems of building structure, tectonics, and material performance. The 1:1 model will be constructed through various digital technologies (computer programming, CNC, robot fabrication). Algorithmic design uses mathematical models to define the rules of architectural design, and uses algorithms to analyze and solve architectural problems. Digital fabrication takes into account space form, materials, NC equipment, processing flow and other factors, so that the final product model reflects the design intent genuinely. The CNC machines powered with the computational design method leads to the diversity and creativity in construction.