突破想像（超越影像生成）—— cl0udbr1dge
關於作品
我們能否想像一種運用演算法與人工智能的方式，超越單純生成影像的層面，既能優化建築形態，又能激發真正具前瞻性的設計思維？答案是一個約1:40比例的3D列印橋樑原型，展現橋樑設計的新可能。傳統橋樑往往受制於固定的結構與美學模式，重複歷史類型及文化定勢。Cl0udbr1dge打破慣例，以性能、適應性與演算法生成為導向，摒棄風格化的偏見。其核心是一個環繞行人路徑生成的空間格網，此格網非裝飾性外殼，而是能動的結構系統，具備高效荷載分佈能力。形態並非預設，而由設計意圖、環境語境與數位邏輯互動中自然生成。設計流程可全由演算法完成，亦可結合人工智能以深化，形成運算建模與機器推理的協同效應，建立人類創意與數位工具融合的新範式。項目同時預示未來技術發展，如以自主無人機於偏遠或高海拔地區組裝輕量格網結構，實現更快速、安全與永續的建築方案。
簡歷
Arturo Tedeschi – Architect/Designer of the cl0udbr1dge
Arturo Tedeschi is an Italian architect and computational designer internationally recognized for a visionary and sculptural approach that merges research, advanced design methods, materials, and fabrication technologies. His work leverages digital tools to blur disciplinary boundaries, emphasizing both semantic and emotional values. Active across architecture, interiors, stage design, automotive, industrial design, jewellery, watches, furniture, fashion, and art installations, Tedeschi has established a versatile and experimental portfolio. He is also the author of AAD Algorithms-Aided Design, considered the global reference on computational design.
Consultants:
Maurizio Degni is an architect and computational designer specializing in energy and environmental analysis, parametric strategies, and optimization. Since 2010 he has been a key collaborator of Tedeschi, contributing to dozens of projects and building solid expertise in computational design. He lives and works in Milan.
Vittorio Paris is Assistant Professor at the Department of Engineering and Applied Sciences, University of Bergamo, coordinating research with the Form Finding Lab at Princeton University. His collaborations include Penn State, Roma Tre, and SOM. His research focuses on masonry structures, augmented reality, and construction automation.
Carlo Olivieri is Assistant Professor of Structural Mechanics at Pegaso University and adjunct at the Polytechnic University of Bari. Formerly at the University of Salerno, he has collaborated with UC Berkeley and Princeton. His research develops optimization strategies for compressive shapes under seismic loads and low-carbon materials. In 2023 he was structural engineer and site manager of the Angelus Novus vault at the Venice Biennale with SOM and Princeton.
材料
The bridge model is 3D printed using white resin. The mountains are CNC milled using high-density polystyrene. Complementary scale models (pathways, mockups) are 3D printed using white resin. Printed image on foam board or similar material of adequate thickness.