The Y Square

The Y Square

This project is a community-oriented, mid-sized commercial facility designed to establish a distinct identity that sets it apart from the nearby large-scale mixed-use commercial complex. It aims to create an enjoyable shopping environment by differentiating the merchandising plan within the floor-by-floor master plan.

Considering that the site is located near a university and a densely populated apartment area, a clean, box-shaped mass and a rooftop plaza extending to the upper floors were designed to convey a sense of openness. The building facade features vertical patterns and recessed landscape lighting to create a vibrant image. Brick and tile panels, which naturally highlight the material’s texture, were used to ensure the building maintains a dignified yet intimate atmosphere over time.

  • Status

    Completed

  • Awards
    • 2021 Gyeonggi Architecture Culture Award_Finalist
     
  • Client

    CHEONU INDUSTRIAL DEVELOPMENT CO.,LTD.

  • Program

    Retail, Cultural, Office

  • Design Year

    2015

  • Completion Year

    2019

  • Location

    Yongin-si, Gyeonggi-do

  • Site area

    11116.00m2

  • Gross Floor Area

    65878.38m2

  • Building Area

    7319.95m2

  • Number of Levels

    B4. 6F

This project is a community-oriented, mid-sized commercial facility designed to establish a distinct identity that sets it apart from the nearby large-scale mixed-use commercial complex. It aims to create an enjoyable shopping environment by differentiating the merchandising plan within the floor-by-floor master plan.

Considering that the site is located near a university and a densely populated apartment area, a clean, box-shaped mass and a rooftop plaza extending to the upper floors were designed to convey a sense of openness. The building facade features vertical patterns and recessed landscape lighting to create a vibrant image. Brick and tile panels, which naturally highlight the material’s texture, were used to ensure the building maintains a dignified yet intimate atmosphere over time.

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