For more than one hundred years, the Dom-Ino system of concrete construction has shaped the minds and hands of modernism architects. While the cutting-edge additive manufacturing technology calls for new design methods. 3D concrete printing has a great freedom in 2D plane, but it is difficult to make cantilevers or horizontal parts without customized supports. There is a variety of construction methods, such as in-situ printing, prefabrication, mould printing, 90-degree flipping after printing, which enable us to create bespoken flowing space. We optimize the geometric shape and create new construction systems. Visual appeal, high-performance structure, efficient printing process can be unified.  The traditional linear process of “architectural design – structural design – construction” is no longer valid.  The dichotomy between simple and complex, structure and decoration, solid and space should be reconsidered. 3D printing architecture powered with computational design method could integrate design, optimization, and construction.

近年来以3D打印技术为代表的数字建造方法把设计与建造重新融合起来，为当今的建筑学提供了一个全新而系统化的视角来研究形式、材料、结构等建筑元素。本课程通过运算化设计（Computational Design）与数字建造（Digital Fabrication）来探索公共建筑的设计与建造问题，采用多种数字化技术（参数化建模、数控加工、3D打印）来实践高性能的建造方法与个性化的建筑设计。

Dance of Sections 殷子衡 & 陈智深

 

Ribbed floor slab system 贺思远 & 姚秀凝

 

洞舍 杜淦琰 & 赵英豪

 

Slice 邓彦 & 徐维远

 

ARC·S 李頔 & 沈耿旭

 

Underwood 王蓓 & 周洁雨