The coral is as precious of the ocean as the starry sky. The falling wind blows from the Pingtung peninsula to the sea, taking away the sand but bringing the color and liveliness from the coral. This project translates the principle of nature via a computational algorithm. Learning the features of the coral polyp, such as pushing each cell, copying, growing, expanding, and dynamically stacking, the design method attempts to record each different growth section to produce a beautiful complex organic curved surface.

ROSO is dedicated to the research of cutting-edge robotic 3D printing technology and materiality. Thus, the project presents the various appearance and luster of the coral underwater via transparent material to build up a colorful and dynamic environment.

珊瑚為半島上珍貴的海底星空,落山風吹,從半島吹向海 洋,帶走了泥沙,帶回了色彩與活潑在珊瑚上。此作品利 用電腦演算轉化這自然界的規則,學習於珊瑚之微小細胞 彼此互相推擠、複製、生長與擴張之規則,並在經過時間 軸向的動態堆疊,慢慢形成一複雜有機曲面的美麗型態, 也紀錄了每一個過程發展中的生成切片。

ROSO 機器人建造實驗室致力於機器人 3D 列印技術與新 興材料研究,此次將透過透明材料,表現海底珊瑚美麗的 變幻樣態與純淨光澤,而他的色彩則是與其互動的人們與 光,相互共生而成的繽紛。



藝術家 | 盛郁庭、王識源

專案設計與製造 | 盧彥臣、宋非凡、洪維澤、陳長忻

助理 | 鄭中杰、謝維倫、張展旗、李長錦、 李柚呈、李長錦

指導單位 | 屏東縣政府

承辦單位 | 原物創意 OIC

策展單位 | 群眾

攝影 | 定影影像 FIXER



ABOUT

ROSO是一個前衛且跨學科的研究團隊,其目標為利用新興機器人技術與運算設計思維,提供智能建造的解決方案,進而改變全球建築與營建產業之高勞力密集特性。

ROSO is a multi-disciplinary research team that uses advanced robotics technologies and computational design to provide innovative constructive solutions for changing existing labor-intensive construction industries.

CONTACT

︎  No. 100, Wenhua Rd., Xitun Dist., Taichung City 407802 , Taiwan
︎  rosocoop@gmail.com
︎  04 2451 7250 #3331

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