Pavillon - Unfolding Senses

The IaaC installation, developed in the occasion of the Festival des Architectures Vives 2014 in Montpellier, proposes to create a space within space, a pavilion in a courtyard, to enhance the intimacy and privacy suggested by the existing courtyard, opened to the public exclusively for the festival itself. The pavilion is a textile construction, generated through the use of the least possible structural elements, floating in equilibrium like a sheet strewn in the wind. The structure is lightweight and collapsable, designed and built by students in the framework of the Experimental Structures academic course in the Masters in Advanced Architecture course. When installed in the courtyard, the pavilion develops its interactive potential through a sensoral experience. Entering this new living space in the courtyard and touching the fabric walls, the courtyard takes life under the form of a soundscape from the outside world. The textile structure reacts to the users incorporating the senses of sight, touch and hearing, finally evoking a diverse reality.

IAAC-Fab Lab Barcelona 

THE STRUCTURE

FAV IAAC PAVILION

The construction is made out of wooden beams and fabric. The fabric is light and removable, it touches the floor on four points. The 72m2 textile membrane is a special fabric for facades (Stamisol FT Serge Ferrari. The 35 wooden beams provide stiffness only at points where the structure requires support compression.

The initial pavilion developed in the Experimental Structures seminar has been hacked with conductive paint and four TOMO boards, and implemented with balloon speakers to create an intimate and vivid space, finally unfolding senses. 

FAV montpelier IAAC

THE VISITOR EXPERIENCE

A space inside a space. Intimacy. Architecture considered as something that is alive and interactive, closer to a person's everyday life. You feel the materiality as you move closer, and understand the structure, the architecture, while touching the soft textile, that in turn reacts with sound. A sensorial experience implemented through touch and sound, and generating a new, and more personal, soundscape.  

Unfolding Senses IAAC Pavilion MONTPELLIER FAV 2014 from EASTN @ VIMEO 

 

THE TECHNOLOGY

TOMO can sense your touch on many different materials and create sounds to tell people things.The technology implemented into the structure itself is based on a custom board called TOMO developed in the Fab Lab BarcelonaTOMO is a touch Synthesizer board based on Arduino. It has touch and sound processors, integrating two Arduino processors, one running a touch detection algorithm based on the Touché principle (developed by Disney Research 2012) and the other dedicated to sound generation. The system is completely standalone and can be deployed on any structure, running on batteries for more than a week.

TOMO-IAAC

TO means touch. Tomo uses Swept Frequency Capacitive Sensing (SFCS) a concept explored by Disney Research Labs on this paper. The Arduino implementation is based on the documentation by ILLUTRON and developed byCleniem. The internal ongoing research on SFCS can be found at fablabbcn/TouchE.

MO means Mozzi an amazing library for sound synthesis library for Arduino developed by Tim Barrass. This means you can create sounds with it from simple tones to delays and echos. We will soon add *.WAV palying functionality too.

TOMO IAAC

Project team:

This project was developed as part of the ongoing research on Tangibility, for the EASTN (The European Art-Science-Technology Network) at Fab Lab Barcelona. The first real setup was done for the FAV Festival in Monpellier in June 2014.

Cleniem
Pral2a
Anastasia Pistofidou

Project credits: 

Authors

IAAC - Institute for Advanced Architecture of Catalonia / MAA01 12-13 

Program Director: Areti Markopoulou

Experimental Structure Seminar 

Tutors: Silvia Brandi, Josep Miàs  

Students: Angeliki Terezaki, Ibrahim Berkay, Zeynep Birgönül, Harsh Boghani, Elif Gungor, Marjan Jelveh, Kismir Selcuk, Anand Singh

Partners: 

Serge Ferrari http://es.sergeferrari.com/