With 3D printing, we can build structures that evolve on the art and science of Stereotomy, with the complexity, variation and economy of contemporary technology.

Bloc84 Pavilion

AA Visiting School DXB 5.0- Additive Stereotomies

With 3D printing, we can build structures that evolve on the art and science of Stereotomy, with the complexity, variation and economy of contemporary technology.

Bloc84 Pavilion

AAVS DXB 5.0- Additive Stereotomies

AA Visiting School DXB 5.0- Additive Stereotomies

Form can be generated by simulating performative features, such as structural bahaviour, giving way to a new language of aesthetic and spatial expression.

Stereotomic Æquilibrium

AAVS DXB 5.0- Additive Stereotomies

Form can be generated by simulating performative features, such as structural behavior, giving way to a new language of aesthetic and spatial expression.

Stereotomic Æquilibrium

Crystal Cells

Inspired by the geometrical nature of water molecules, the Crystal Cells Water Taxi station takes an organic form based on the crystallization and the rotational manipulation of a single 3D module.

AA Visiting School DXB 4.0- Additive Constructions

Crystal Cells

Inspired by the geometrical nature of water molecules, the Crystal Cells Water Taxi station takes an organic form based on the crystallization and the rotational manipulation of a single 3D module.

AAVS DXB 4.0- Additive Constructions

AA Visiting School DXB 4.0- Additive Constructions

We observe the geometry of cellular solids to create lightweight and resistant structures, where porosity becomes an intelligent way of distributing and minimizing material disposition, while contributing to novel spatial features.

Cellular Wrap

AAVS DXB 4.0- Additive Constructions

We observe the geometry of cellular solids to create lightweight and resistant structures, where porosity becomes an intelligent way of distributing and minimizing material disposition, while contributing to novel spatial features.

Cellular Wrap

Articulate Performance

Human Interaction continuies to be a common theme of observation in architectural discourse.
Lightweight, self supporting, digitally simulated and manufactured structures intuitivley interact with inhabitants through a sensory reaction.

AA Visiting School DXB 3.0-

Articulate Performance

Human Interaction continues to be a common theme of observation in architectural discourse.
Lightweight, self supporting, digitally simulated and manufactured structures intuitively interact with inhabitants through a sensory reaction.

AAVS DXB 3.0-

Accelerating Processes

Innovative processes of building thin-shell, complex surfaces can be devised by iterative processes of qualitative experimentation in composite materials and quantitive digital simulation.

AA Visiting School DXB 2.0-

Accelerating Processes

Innovative processes of building thin-shell, complex surfaces can be devised by iterative processes of qualitative experimentation in composite materials and quantitive digital simulation.

AAVS DXB 2.0-

Desert Morphologies

Local materials on site can be combined with computational simulation and novel material assemblies to give way to a hyperlocal, contextual architecture.

AA Visiting School Jordan 1.0-

Desert Morphologies

Local materials on site can be combined with computational simulation and novel material assemblies to give way to a hyperlocal, contextual architecture.

AAVS Jordan 1.0-

Architectural Association
School of Architecture

Our journey started in London

AA
School of Architecture

Our journey started in London

How can we democratize education in emergent design technologies?

How can we democratize education in emergent design technologies?

We work on short academic programs to generate global design research.

We work on short academic programs to generate global design research.

With 3D printing, we can build structures that evolve on the art and science of Stereotomy, with the complexity, variation and economy of contemporary technology.

With 3D printing, we can build structures that evolve on the art and science of Stereotomy, with the complexity, variation and economy of contemporary technology.

Form can be generated by simulating performative features, such as structural bahaviour, giving way to a new language of aesthetic and spatial expression.

Form can be generated by simulating performative features, such as structural behavior, giving way to a new language of aesthetic and spatial expression.

Inspired by the geometrical nature of water molecules, the Crystal Cells Water Taxi station takes an organic form based on the crystallization and the rotational manipulation of a single 3D module.

Inspired by the geometrical nature of water molecules, the Crystal Cells Water Taxi station takes an organic form based on the crystallization and the rotational manipulation of a single 3D module.

We observe the geometry of cellular solids to create lightweight and resistant structures, where porosity becomes an intelligent way of distributing and minimizing material disposition, while contributing to novel spatial features.

We observe the geometry of cellular solids to create lightweight and resistant structures, where porosity becomes an intelligent way of distributing and minimizing material disposition, while contributing to novel spatial features.

Human Interaction continuies to be a common theme of observation in architectural discourse.
Lightweight, self supporting, digitally simulated and manufactured structures intuitivley interact with inhabitants through a sensory reaction.

Human Interaction continues to be a common theme of observation in architectural discourse.
Lightweight, self supporting, digitally simulated and manufactured structures intuitively interact with inhabitants through a sensory reaction.

Innovative processes of building thin-shell, complex surfaces can be devised by iterative processes of qualitative experimentation in composite materials and quantitive digital simulation.

Innovative processes of building thin-shell, complex surfaces can be devised by iterative processes of qualitative experimentation in composite materials and quantitive digital simulation.

Local materials on site can be combined with computational simulation and novel material assemblies to give way to a hyperlocal, contextual architecture.

Local materials on site can be combined with computational simulation and novel material assemblies to give way to a hyperlocal, contextual architecture.

Research Drives Innovation

Is a synergetic research arm
complementing our professional practice

How can we democratize education in emergent design technologies?

How can we democratize education in emergent design technologies?

We work on short academic programs to generate global design research.

We work on short academic programs to generate global design research.

With 3D printing, we can build structures that evolve on the art and science of Stereotomy, with the complexity, variation and economy of contemporary technology.

With 3D printing, we can build structures that evolve on the art and science of Stereotomy, with the complexity, variation and economy of contemporary technology.

Form can be generated by simulating performative features, such as structural bahaviour, giving way to a new language of aesthetic and spatial expression.

Form can be generated by simulating performative features, such as structural behavior, giving way to a new language of aesthetic and spatial expression.

Inspired by the geometrical nature of water molecules, the Crystal Cells Water Taxi station takes an organic form based on the crystallization and the rotational manipulation of a single 3D module.

Inspired by the geometrical nature of water molecules, the Crystal Cells Water Taxi station takes an organic form based on the crystallization and the rotational manipulation of a single 3D module.

We observe the geometry of cellular solids to create lightweight and resistant structures, where porosity becomes an intelligent way of distributing and minimizing material disposition, while contributing to novel spatial features.

We observe the geometry of cellular solids to create lightweight and resistant structures, where porosity becomes an intelligent way of distributing and minimizing material disposition, while contributing to novel spatial features.

Human Interaction continuies to be a common theme of observation in architectural discourse. Lightweight, self supporting, digitally simulated and manufactured structures intuitivley interact with inhabitants through a sensory reaction.

Human Interaction continues to be a common theme of observation in architectural discourse. Lightweight, self supporting, digitally simulated and manufactured structures intuitively interact with inhabitants through a sensory reaction.

Innovative processes of building thin-shell, complex surfaces can be devised by iterative processes of qualitative experimentation in composite materials and quantitive digital simulation.

Innovative processes of building thin-shell, complex surfaces can be devised by iterative processes of qualitative experimentation in composite materials and quantitive digital simulation.

Local materials on site can be combined with computational simulation and novel material assemblies to give way to a hyperlocal, contextual architecture.

Local materials on site can be combined with computational simulation and novel material assemblies to give way to a hyperlocal, contextual architecture.

Research Drives Innovation

Is a synergetic research arm complementing our professional practice

Human Interaction continuies to be a common theme of observation in architectural discourse.
Lightweight, self supporting, digitally simulated and manufactured structures intuitivley interact with inhabitants through a sensory reaction.

Human Interaction continues to be a common theme of observation in architectural discourse.
Lightweight, self supporting, digitally simulated and manufactured structures intuitively interact with inhabitants through a sensory reaction.

Is a synergetic research arm
complementing our professional practice