生痕-環境交互機能概念鞋

化石能反映其沉積的環境，因此我以「鞋體與環境的關聯」作為這款概念機能休閒鞋的核心。為了讓鞋身在多種環境行走時能自然攜帶環境元素，我研究了化石的成形方式與表面花紋，觀察骨頭出土時如何從地層中凸顯，並參考了鱷魚鱗片卡滿青苔後的視覺效果。透過這些觀察，我利用鞋身「粗糙紋理」與「光滑面」的對比，來控制元素附著的範圍與效果。隨著穿著時間累積，鞋子會像化石一樣承載走過的環境痕跡，形成獨特的外觀。為了配合這種會沾附環境元素的特性，鞋子在結構上採用了「內外靴」設計。防水的外靴能確保腳部不會因為附著物而感到浸濕或不適；同時，當使用者遇到有整潔要求的場合時，也能快速清洗外靴，確保痕跡不會干擾或帶入下一個環境。除了穿著機能，這種內外結構也解決了材質回收的痛點。市面上的機能鞋為了達到效果，常在鞋面黏合大量橡膠，導致回收時面臨「除膠過於複雜」的問題，最後往往只能丟棄。為了解決這個狀況，我將橡膠材質獨立為外靴，並參考傳統手工皮鞋的作法，直接用縫線將內、外靴固定。這不僅大幅減少膠水使用，也讓鞋子在最終回收時能更好拆解分類。此外，外靴採用熱縮鞋面的一體成型製程，相較於傳統切分大量裁片的做法，能減少開版與打刀模的消耗，更實質地減少材料浪費。

ICHNITE

Fossils reflect their environments. Inspired by this, this conceptual sneaker explores the connection between footwear and its surroundings. To allow the shoe to naturally collect environmental elements, I studied how fossils emerge from the earth and moss gathers on crocodile scales. By contrasting rough and smooth textures, I control where these elements attach, letting the shoe record the wearer's journey through accumulated traces.A dual-boot structure supports this. The waterproof outer boot keeps the foot dry and can be quickly washed to prevent tracking debris into clean spaces.This structure also solves a major recycling issue. Most functional shoes use heavy glue, making recycling nearly impossible. By isolating the rubber into the outer boot and stitching it to the inner one, I drastically reduced glue usage for easy disassembly. Finally, the outer boot uses a one-piece heat-shrink process, eliminating multiple cut panels and significantly reducing material waste.