

Silver
Arch Design Award
Winner
in
Architectural Design Category
'26
SHAN KUAN UNI
Designed by
Shan Kuan Construction Co., Ltd., Yu Che Hsu, Yuandong United Architects
Title:
Function:
Location:
Designer:
Website:
Team Members:
SHAN KUAN UNI
Residential Architecture
Kaohsiung City, Taiwan
Shan Kuan Construction Co., Ltd., Yu Che Hsu, Yuandong United Architects

Photo Credits:
Shan Kuan Construction Co., Ltd.
Copyrights:
Shan Kuan Construction Co., Ltd.
This remarkable project features a 15-story residential building above ground, complemented by a 3-story underground section, all nestled within the vibrant Sanmin District Redevelopment Zone in Kaohsiung. Its prime location, adjacent to the picturesque Zhongdu Wetland and the scenic Love River Green Corridor, offers residents the perfect blend of tranquil natural surroundings and convenient urban amenities.
Inspired by the site's rich surroundings, our design team considered the scale of the streetscape. We incorporated elegant curved landscape balconies and a striking framed facade that harmonizes with the characteristics of the street corners. The ground floor seamlessly integrates vibrant retail spaces, lush open green areas, and essential community management facilities, creating an inviting entrance that fosters a sense of belonging within the community. Ascending to floors 2 through 15, residents are presented with a diverse array of floor plans, from charming two-bedroom, one-bathroom units to spacious three-bedroom, two-bathroom units. Each unit is designed with extended living spaces that are elegantly enhanced by the use of horizontal panels and deep-frame elements, which together create a sense of openness and fluidity. Importantly, the air conditioning units are skillfully concealed behind stylish grilles, thus maintaining the façade's clean lines while also simplifying maintenance.
The landscape design masterfully integrates with the expansive green belt system that lines the Love River. By employing site planting and innovative permeable paving techniques, this design optimizes the microclimate and significantly enhances flood retention capabilities. Consequently, it works to mitigate the impacts of extreme weather conditions that our communities increasingly face.









