本設計靈感源於蝦類獨特的「分節式甲殼結構」，透過生物仿生力學，將蝦體在防禦與活動間的伸縮智慧，轉化為袋包的空間調度邏輯。在當代都市生活中，我們面臨著過度消費與資源浪費的挑戰，本作品旨在打破「單一功能、單一用途」的傳統侷限。 透過「模組化擴張結構」，本袋包能隨使用者對容積的實際需求進行彈性切換，實現一包多用的多工目標，從根本上落實「減量設計。在材質選擇上，本作品嚴格遵循永續循環原則，外殼採用海洋廢棄物回收再製的漁網，內襯則結合仿生軟膜觸感的生物基材料。這種選材策略不僅模擬了蝦體甲殼的韌性與防護力，更積極回應海洋保育議題，將危害生態的廢棄物賦予第二生命。 透過將自然界高效率的結構力學與循環材料相結合，本設計在滿足現代生活移動需求的同時，致力於將產品生命週期最大化，為減少時尚產業碳足跡提供一種具實踐性的解決方案。這不僅是對功能的優化，更是設計師對人類與自然共生邊界的深刻審視。
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重構軟殼包
National Pingtung University of Science and Technology
Taiwan Region 2026
Design*
In association with
Working with our partners at Arts Thread to develop lifelong learning and career opportunities for students of fashion and design. Our partnership provides the opportunity to compete on a world stage, participate in industry led workshops, set up an outstanding portfolio and gain access to the resources that will kickstart careers in fashion and design.
