2014│第六屆懷德居家具設計新人獎 入選
2014│新一代設計展 參展
2014│動靜 好作品不寂寞 仁寶電腦副總經 陳禧冠 推薦
2014│Taiwan Designer's Week14 Rising Star 入選 / 邀展作品
2014│設計×鼓掌 Design×Pipi 網路受訪
每個細胞都是一個個體，而這每個個體會不斷地連結，延伸出新的生命。
Every cell is a distinctive individual, but these individuals will connect to each other,endlessly, to extend into new lives.
我們將細胞體的組合排列，成為我們鏤空的外型，利用傳統木榫接法_止方榫的方式，成為我們家具的單元套件，讓傳統接榫工法與新技術結合，藉由接榫改變桌椅高度與造型，甚至是利用這套件再做更多的組合，不但可以增添人們自己製作的興趣，同時更珍惜自己產出的家具。
The permutation of cells is the inspiration for this design’s hollow external shape. It uses the traditional wood nog and tenon method to create the basic module. The tenon allows the adjustment of chair/table height and gives them flexibility to combine each other to transform. The furniture assembled with your own hand is more cherished and the process is fun.
此單元件是利用Voronoi的空間分割演算法，做外型上的分割；現今建築上已開始做實驗性的製作，我們也將這項演算法與我們設計的家具卡榫做結合，外型以細胞壁的概念為造型上的延伸，讓內部支撐更強而有力，並且外型上與細胞貼近，形成一種由細胞往外擴出，連接著每個個體，所形成的單元件。
Voronoi Diagram has been used in architectural designs, albeit still at an experimental stage.
This unit uses Voronoi Diagram to divide spaces on the product’s appearance, and combines the algorithm with the tenon designs in our furniture.
The “cell wall” exterior construction increases the strength of the internal support. Hence, the unit is formed by cell expansion to snugly connect with other cells.
This unit uses Voronoi Diagram to divide spaces on the product’s appearance, and combines the algorithm with the tenon designs in our furniture.
The “cell wall” exterior construction increases the strength of the internal support. Hence, the unit is formed by cell expansion to snugly connect with other cells.
