Steel Moment 咖啡馆丨韩国首尔丨Assemble Project

我们的设计理念源于如何克服原有地面的高度和高差。为了有效地解决高差问题，我们在空间中央创造了不同标高的地面，并且竖起巨型隔断，从而形成各种动线，使空间得到划分。

We started to create a design concept direction from the idea of how to overcome the high floor height and level differences of the original building. In order to effectively solve the level difference, different levels of floors were created at the center of the space, and huge partitions were created to intentionally create various movements. Resultingly various space compartment was planned.

▼店铺立面，facade ©Guen Young Cho

▼户外座椅，outdoor seating ©Guen Young Cho

我们面临的挑战是如何将室外花园景观引入室内，并利用各种动线划分空间，让顾客获得特别的空间体验。

How draws the landscape in the space from garden of outside, separates the space with various movements, and allows you can have special experiences from the inside.

▼室内向花园开放，the interior opens to the garden ©Guen Young Cho

▼花园，garden ©Guen Young Cho

▼花园一角，corner of the garden ©Guen Young Cho

▼座位区与景观充分结合，the seating area is fully integrated with the landscape ©Guen Young Cho

▼阳光下的座位区，seating area in the sun ©Guen Young Cho

陶土砖与既有建筑立面的颜色相协调，使人想到能够容纳室内外景观的大型容器。热轧钢板看似薄、实则厚，既划分动线，又以令人深刻的材料和颜色与陶土砖形成对比。

By using terracotta tiles, it was intended to harmonize with the color of the original building facade and to remind you of a large pot that can contain landscapes inside and outside. And hot rolled steel sheet plate was appropriate considering the details that could look thin but intentionally thick while separating the movement lines while considering the impressive materials and colors compared to the terracotta tiles.

▼中央公共空间，the central public space ©Guen Young Cho

▼标高不同的地面，different levels of floors ©Guen Young Cho

▼座位区一瞥，a glance to central seating area ©Guen Young Cho

▼热轧钢板隔断，hot rolled steel sheet plate ©Guen Young Cho

▼热轧钢板与陶土砖形成鲜明对比 ©Guen Young Cho hot rolled steel plate is contrasted with terracotta tile

▼陶土砖细部，details of  terracotta tile ©Guen Young Cho

▼热轧钢板细部，details of  hot rolled steel sheet plate ©Guen Young Cho

▼照明细部，details of  lighting ©Guen Young Cho

▼平面图，plan ©Assemble Project

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