Aero GT-透氣皮鞋

這件作品為都會通勤族群設計，特別是針對如內湖科技園區等需要頻繁步行於捷運、公車站或商辦大樓間的上班族。傳統皮鞋雖具備正式感，卻在長時間行走下容易悶熱不透氣；而運動鞋雖透氣，其材質與鞋型在專業場合又不夠正式。為了解決這個問題，將中底造型與鞋面開孔結構結合，創造出一套由步行驅動的「被動式散熱系統」。透過中底的內凹結構與特定風道設計，行走時的步履動能會引導氣流進入鞋內並排出熱氣，主動幫助足部降溫。透過這種「結構式透氣」取代同質化的材料技術，在維持皮鞋經典外觀的同時，植入隱藏的導流結構，不僅解決悶熱，並創造「正式＋機能」的差異化價值。在結構與製程上，採用了不同於傳統皮鞋的插入式中底概念。利用 3D 列印技術將鞋面與中底一體成型，並透過內部的晶格填充結構同時滿足緩震、包覆與透氣需求。這種結構設計能精確控制不同區域的硬度與支撐力，提升步行時的舒適度。製作過程中，將豬皮材質套入列印鞋面進行拉幫處理，最後再裝配後跟支撐片與橡膠大底，將數位製造與傳統工藝重新結合。

Breathable Dress Shoes

Designed for urban commuters, like Neihu Technology Park professionals walking between transit and offices. Leather shoes get stuffy on long walks, while breathable sneakers lack formality.To address this, I integrated the midsole geometry with upper perforations for a walking-driven "passive cooling system." Each step guides airflow through recessed channels to expel heat. This "structural breathability" maintains a classic aesthetic while hiding an internal airflow system.Structurally, a 3D-printed drop-in midsole and upper form one piece. An internal lattice structure provides targeted cushioning, fit, and breathability by controlling stiffness across zones. Pigskin is then lasted over the printed upper before assembling a heel counter and rubber outsole, merging digital manufacturing with traditional shoemaking.nal shoemaking.