Volumetric Urban Space

Volumetric Urban Space
© LESS, Dongjo Lee, SNOW

Volumetric Urban Space

LESS ARCHITECTS

ARCHITECTS
LESS ARCHITECTS

LEAD ARCHITECTS
Junseung Woo

CONTRACTOR 
JKS

INTERIOR DESIGN
SNOW

DESIGN TEAM
Siyeol Song, Hokyoum Kim, Jinkwan Kim, Sunhwa Lee, Dongwook Kim, Junhyeong Kim, Seongmi Pyo

MANUFACTURERS
FILOBE, Long Brick

AREA
260 m²

YEAR
2022

LOCATION
Jongno-gu, South Korea

CATEGORY
Offices, Institutional Buildings

Situated in the heart of a historic district adjacent to the Chosun Palace, this building has been meticulously designed to respond sensitively to its surroundings.

Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW

The narrow, interconnected streets and traditional buildings with varying textures in the area inspired our team to create a pedestrian-friendly design that prioritizes intimacy.

The design process involved a detailed analysis of the street's quantity and quality, leading to the building's placement at the rear of the site to create an open space that coexists with the historic building.

The resulting rhythm between the narrow alleyway and the open public space is enhanced by a curved brick wall and roof design, which forms an enclosed area that connects to the street on the west side.

Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW

The façade of the building has been carefully developed to integrate with its historic context while also prioritizing human movement and traditional street logic.

It is vertically divided and split by the open space, glazing, entrance, and landscape, allowing for interaction with pedestrians on the street.

Inside the building, the narrow alleyway connects communal spaces and leads up to a panoramic roof garden that offers views of the historic city.

Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW

The void space on each floor connects the interior to the street, taking in natural light and street conditions while accommodating human movement.

Environmental sustainability was a key consideration in the design, and the vertically connected void space is controlled by ventilation and daylight, ensuring the building is energy-efficient and provides a comfortable indoor environment for its occupants.

Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW

Overall, this design creates an inviting, sustainable, and intimate urban environment that honors the site's rich history and provides a functional and aesthetically pleasing space for its occupants and visitors.

The popularity of the area among tourists further highlights the success of our design approach, which prioritizes pedestrian-friendly features and sensitivity to the surrounding context.

Volumetric Urban Space
© LESS, Dongjo Lee, SNOW


Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW
Volumetric Urban Space
© LESS, Dongjo Lee, SNOW


Volumetric Urban Space
Plan - Basement Floor
Volumetric Urban Space
Plan - Ground Floor
Volumetric Urban Space
Plan - 1st Floor
Volumetric Urban Space
Plan - Roof Floor


Volumetric Urban Space
Elevation 01
Volumetric Urban Space
Elevation 02
Volumetric Urban Space
Section 01
Volumetric Urban Space
Section 02


Volumetric Urban Space
Diagram 01
Volumetric Urban Space
Diagram 02
Volumetric Urban Space
Diagram 03