1
SUB: OE
NAME : Nupur Brahmbhatt
ROLL NO : 23SA118
Vaults &
Domes
2
INTRODUCTION
"Where form meets function, and history meets innovation.
“Domes: Curved, hemispherical structures that efficiently
distribute load.
Vaults: Series of arches forming a continuous roof or
ceiling.
IMPORTANCE
 Greater strength with less material
 Climate responsiveness
 Cultural expression through form
 Affordable & local solutions
 Modern architects use innovation to balance form,
function, and the future.
3
INNOVATION : PAST PRESENT & FUTURE
4
EXAMPLES
1. Cal-Earth Super Adobe Domes (USA)-Sandbag + barbed wire system
Earthquake resistant, NASA-endorsed Dome shape distributes load uniformly
2. Auroville Earth Institute (India)- Compressed earth vaults using stabilized soil
blocks Sustainable + culturally rootedInspired by Laurie Baker & Hassan Fathy
3. Studio Mumbai / Anupama Kundoo - Vaults blended with minimalism
Contextual, breathable, hand-crafted forms
5
6
THANK YOU.
7
8
KEY FEATURES
 Compression-Based Structure:
 No beams or columns
 Load Transfer: Forces are transferred through the curved earth walls to the ground
 Material: Sandbags filled with earth, stabilized with lime or cement
 Reinforcement: Barbed wire between layers for tensile strength
 Thermal Mass:Thick walls store heat & cool gradually
 Benefits: Disaster-resistant, low cost, sustainable
9
INDEX
 INTRODUCTION
 STRUCTURAL INNOVATION WITHIN THE TIME
 EXAMPLES
 KEY FEATURES
10
Aspect PAST PRESENT FUTURE
Structural Forms
Vaults, Arches,
Domes(Roman, Mughal,
Persian influence)
RCC Frames, Flat Slabs,
Steel & Glass Boxes
Neo-Vaulting,
Parametric Shells,
Organic Forms
Materials
Local Materials: Mud,
Stone, Lime
Industrial
materials :RCC, Steel,
Glass
Mass Timber, 3D-
printed Earth, Recycled
& Biodegradable
Materials
Techniques
Handcrafted, Passive
Cooling,Self-supporting
Construction
Standardized, Fast
Construction Modular
Fabrication
AI-optimized Design,
Robotic Building, Digital
Fabrication Tools
Design Philosophy
Built with
nature,climate-sensitive
& cultural
Rejection of
tradition,focus on
efficiency
Fusion of low-tech
tradition & high-tech
innovation
Environmental Role
Thermal Mass, Low
Energy Use
High Carbon
Footprint,Less Adapted
to Local Climate
Climate-Responsive,
Low-Carbon, Energy-
Efficient

domes and vaults architecture construction techniques

  • 1.
    1 SUB: OE NAME :Nupur Brahmbhatt ROLL NO : 23SA118 Vaults & Domes
  • 2.
    2 INTRODUCTION "Where form meetsfunction, and history meets innovation. “Domes: Curved, hemispherical structures that efficiently distribute load. Vaults: Series of arches forming a continuous roof or ceiling. IMPORTANCE  Greater strength with less material  Climate responsiveness  Cultural expression through form  Affordable & local solutions  Modern architects use innovation to balance form, function, and the future.
  • 3.
    3 INNOVATION : PASTPRESENT & FUTURE
  • 4.
    4 EXAMPLES 1. Cal-Earth SuperAdobe Domes (USA)-Sandbag + barbed wire system Earthquake resistant, NASA-endorsed Dome shape distributes load uniformly 2. Auroville Earth Institute (India)- Compressed earth vaults using stabilized soil blocks Sustainable + culturally rootedInspired by Laurie Baker & Hassan Fathy 3. Studio Mumbai / Anupama Kundoo - Vaults blended with minimalism Contextual, breathable, hand-crafted forms
  • 5.
  • 6.
  • 7.
  • 8.
    8 KEY FEATURES  Compression-BasedStructure:  No beams or columns  Load Transfer: Forces are transferred through the curved earth walls to the ground  Material: Sandbags filled with earth, stabilized with lime or cement  Reinforcement: Barbed wire between layers for tensile strength  Thermal Mass:Thick walls store heat & cool gradually  Benefits: Disaster-resistant, low cost, sustainable
  • 9.
    9 INDEX  INTRODUCTION  STRUCTURALINNOVATION WITHIN THE TIME  EXAMPLES  KEY FEATURES
  • 10.
    10 Aspect PAST PRESENTFUTURE Structural Forms Vaults, Arches, Domes(Roman, Mughal, Persian influence) RCC Frames, Flat Slabs, Steel & Glass Boxes Neo-Vaulting, Parametric Shells, Organic Forms Materials Local Materials: Mud, Stone, Lime Industrial materials :RCC, Steel, Glass Mass Timber, 3D- printed Earth, Recycled & Biodegradable Materials Techniques Handcrafted, Passive Cooling,Self-supporting Construction Standardized, Fast Construction Modular Fabrication AI-optimized Design, Robotic Building, Digital Fabrication Tools Design Philosophy Built with nature,climate-sensitive & cultural Rejection of tradition,focus on efficiency Fusion of low-tech tradition & high-tech innovation Environmental Role Thermal Mass, Low Energy Use High Carbon Footprint,Less Adapted to Local Climate Climate-Responsive, Low-Carbon, Energy- Efficient