Snow-covered landscape and the entrances to Underground.

UNDERGROUND

Independent Spatial Design StudyHarbin, 2018

An exploration of campus life beyond the winter surface. Using an open site in Harbin as a speculative testing ground, Underground imagines a sheltered public landscape where gathering, learning, and everyday activities can continue through the colder months.

Ways of Opening the Ground

Light reaches below
Light reaches belowA planted light well connects the surface to shared space below.
Gathering around a court
Gathering around a courtAn open courtyard brings people and planting into the ground.
A sloping connection
A sloping connectionA continuous sloped landscape links activity across levels.
An open edge
An open edgeA cut along the edge maintains daylight and visual connection.
Layered landscape — reversible border crop

A layered landscape

Surface

Existing and reshaped ground conditions.

Planting

Seasonal vegetation and planting strategies for winter resilience.

Connections

Openings, ramps, circulation, and structural connections between the surface and underground spaces.

Life in section

Sectional experience — Underground

Spring

New growth and daylight at the openings.

Summer

Planted ground and shaded shared spaces.

Autumn

Seasonal canopy above continuing routes below.

Winter

Sheltered activity beneath snow-covered ground.

Ground and water

Original concept drawings from the study.

Ground Assembly
Ground Assembly — original drawing
Water / Opening Conditions
Water / Opening Conditions — original drawing

Inhabited spaces

Gathering and theater space beneath the landscape

Gathering & Performance

A shared landscape for gathering, informal performance, and social activity.

Water & Atmosphere

A space organized around water, light, and connections between above and below.

Water and waterfall space beneath the opening
Learning space and circulation beneath the landscape

Learning & Everyday Life

Study and circulation spaces connected through the landscape.

Independent Spatial Design Study · Harbin, China · 2018