Marco Vanucci to teach AA School Intermediate Unit 7

Marco Vanucci will teach at the Architectural Association Intermediate School in London. Marco will continue lead Intermediate Unit 7. This year the course is focused on ‘transformative envelopes’. The unit will study the introduction of movement and motion control into the built environment through the development of computational protocols and physical prototypes. The Unit will investigate the functional, the structural and the environmental demands of deep performative envelopes.

Here’s an extract form the unit brief:

“Focusing on the transformative qualities of matter and, in particular, the integration into the building envelope of movement and motion control, the unit will develop both active and passive systems to address the growing need for a resilient built environment. Form can be shaped by the interaction of an envelope with its environment. While its geometry is described by Cartesian coordinates, the thermo-fluid environment for which it is designed contributes to its shape. A boat hull, for example, does not change in shape but its topology is designed to address a multiplicity of vectors that determine its movement in space. Similarly, the architectural envelope can be designed to respond to specific dynamic scenarios – whether the building remains static or its component parts are in motion. The envelope seeks the boundary of architecture, whether this is defined by its interior organisation or by the nature of the surrounding environment.

We will test the transformative capacity of building envelopes through a series of prototypical projects addressing the housing shortage in the San Francisco Bay area. In Silicon Valley 90,000 new units of affordable housing will have to be built over the next 20 years to meet growing demand. We will develop new functional and flexible urban typologies to address this challenge. We will test ideas in a workshop environment, through the development of physical prototypes. We will experiment with manufacturing processes, material and computation in order to create new functional, resilient and flexible urban typologies“.