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Harvard University Graduate School of Design

The work of the Harvard University Graduate School of Design across exhibition spaces, high-density residential estates, and riparian park restorations juxtaposes monolithic infrastructure and clean geometries with tactile cast textures, pneumatic volumes, and programmatic color accents. This collection serves as a strong reference for resolving the tectonic junction between grounded orthogonal bases and upper structural forms, or for embedding low-impact pedestrian crossings within restored river flows.

Composite view of architectural study models showing undulating thin-shell air-formed roofs and site layouts by Harvard GSD.

Building Resilience Out of Air: Reimagining a Typology of Thin Shell Air-Formed Shelters

A physical model study precedent exploring undulating thin-shell air-formed shelter typologies, demonstrating continuous vaulted roof geometries over punctuated bases.

What we like about this project
The smooth pneumatic crests abruptly meet a grounded, orthogonal base pierced with playful window apertures.

Materials

  • cardboard
  • foam
  • plaster
  • paint

Visual identifiers

  • thin-shell
  • air-formed
  • undulating-roof
  • study-model
  • curved-vault

Style tags

  • experimental
  • parametric
  • organic-geometry
  • academic

Visual tags

  • shell-structure
  • experimental
  • academic
  • roof-form
  • physical-model
Geometry
Curvilinear, wave-like vaulted shell roofs spanning low, punctured rectangular base blocks; site models feature oval boundary contours and nested programmatic volumes.
Facade system
Solid low base walls with scattered square and rectangular punched window openings.
Structural guess
Thin-shell concrete or pneumatic-formed composite vaulting over bearing walls.
Spatial scale
Miniature study scale, depicting large-span community or shelter buildings.
Lighting
High-contrast studio lighting highlighting the smooth curves and crests of the miniature shell structures.
Atmosphere
Inquisitive and sculptural, emphasizing the interplay of light on curved membrane forms.
Environmental context
Neutral studio backdrops, both white and black, isolating the abstract architectural scale models.
Spatial experience
The models evoke continuous undulating shelter forms that modulate light and interior volume beneath flowing roofs.
Composition rhythm
Repeating sinusoidal waves along the roof ridges contrasted with irregular punched openings on the facades.
Style reading
Experimental academic research model
Program
Shelter or community pavilion
Perspective
Model / Physical
Discipline
architecture
Materials
cardboard, foam, plaster, paint
Visual identifiers
thin-shell, air-formed, undulating-roof, study-model, curved-vault
Style tags
experimental, parametric, organic-geometry, academic
Visual tags
shell-structure, experimental, academic, roof-form, physical-model
Geometry
Curvilinear, wave-like vaulted shell roofs spanning low, punctured rectangular base blocks; site models feature oval boundary contours and nested programmatic volumes.
Facade system
Solid low base walls with scattered square and rectangular punched window openings.
Structural guess
Thin-shell concrete or pneumatic-formed composite vaulting over bearing walls.
Spatial scale
Miniature study scale, depicting large-span community or shelter buildings.
Lighting
High-contrast studio lighting highlighting the smooth curves and crests of the miniature shell structures.
Atmosphere
Inquisitive and sculptural, emphasizing the interplay of light on curved membrane forms.
Environmental context
Neutral studio backdrops, both white and black, isolating the abstract architectural scale models.
Spatial experience
The models evoke continuous undulating shelter forms that modulate light and interior volume beneath flowing roofs.
Composition rhythm
Repeating sinusoidal waves along the roof ridges contrasted with irregular punched openings on the facades.
Style reading
Experimental academic research model
Program
Shelter or community pavilion
Perspective
Model / Physical
Discipline
architecture

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  • About
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  • Contact

Connect

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  • © 2026 HappyCluster

Directories

  • Firms
  • Patterns

AI Native Apps

  • AI Mode Search
  • SoftMarket
  • 2nd Brain

About HappyCluster

  • About
  • How it works
  • Contact

Connect

  • Waitlist
  • X
  • GitHub

Legal

  • Privacy
  • Terms

HappyCluster

© 2026

Composite view of architectural study models showing undulating thin-shell air-formed roofs and site layouts by Harvard GSD.

Building Resilience Out of Air: Reimagining a Typology of Thin Shell Air-Formed Shelters

A physical model study precedent exploring undulating thin-shell air-formed shelter typologies, demonstrating continuous vaulted roof geometries over punctuated bases.

What we like about this project
The smooth pneumatic crests abruptly meet a grounded, orthogonal base pierced with playful window apertures.

Materials

  • cardboard
  • foam
  • plaster
  • paint

Visual identifiers

  • thin-shell
  • air-formed
  • undulating-roof
  • study-model
  • curved-vault

Style tags

  • experimental
  • parametric
  • organic-geometry
  • academic

Visual tags

  • shell-structure
  • experimental
  • academic
  • roof-form
  • physical-model
Geometry
Curvilinear, wave-like vaulted shell roofs spanning low, punctured rectangular base blocks; site models feature oval boundary contours and nested programmatic volumes.
Facade system
Solid low base walls with scattered square and rectangular punched window openings.
Structural guess
Thin-shell concrete or pneumatic-formed composite vaulting over bearing walls.
Spatial scale
Miniature study scale, depicting large-span community or shelter buildings.
Lighting
High-contrast studio lighting highlighting the smooth curves and crests of the miniature shell structures.
Atmosphere
Inquisitive and sculptural, emphasizing the interplay of light on curved membrane forms.
Environmental context
Neutral studio backdrops, both white and black, isolating the abstract architectural scale models.
Spatial experience
The models evoke continuous undulating shelter forms that modulate light and interior volume beneath flowing roofs.
Composition rhythm
Repeating sinusoidal waves along the roof ridges contrasted with irregular punched openings on the facades.
Style reading
Experimental academic research model
Program
Shelter or community pavilion
Perspective
Model / Physical
Discipline
architecture
Materials
cardboard, foam, plaster, paint
Visual identifiers
thin-shell, air-formed, undulating-roof, study-model, curved-vault
Style tags
experimental, parametric, organic-geometry, academic
Visual tags
shell-structure, experimental, academic, roof-form, physical-model
Geometry
Curvilinear, wave-like vaulted shell roofs spanning low, punctured rectangular base blocks; site models feature oval boundary contours and nested programmatic volumes.
Facade system
Solid low base walls with scattered square and rectangular punched window openings.
Structural guess
Thin-shell concrete or pneumatic-formed composite vaulting over bearing walls.
Spatial scale
Miniature study scale, depicting large-span community or shelter buildings.
Lighting
High-contrast studio lighting highlighting the smooth curves and crests of the miniature shell structures.
Atmosphere
Inquisitive and sculptural, emphasizing the interplay of light on curved membrane forms.
Environmental context
Neutral studio backdrops, both white and black, isolating the abstract architectural scale models.
Spatial experience
The models evoke continuous undulating shelter forms that modulate light and interior volume beneath flowing roofs.
Composition rhythm
Repeating sinusoidal waves along the roof ridges contrasted with irregular punched openings on the facades.
Style reading
Experimental academic research model
Program
Shelter or community pavilion
Perspective
Model / Physical
Discipline
architecture

Related in this portfolio