1. MÁS SUSTAINABILITY MÁS project (APPLIED MODEL of SUSTAINABILITY) MAIC spokesman: Javier Galante (architect from TEAM MAIC ) SPAIN SPAIN: UPM UPM Universidad Politécnica de Madrid– GRUPO MAIC (www.caminos.upm.es/matemáticas)www.caminos.upm.es/matemáticas UCAV UCAV Universidad Católica de Ávila-GRUPO MAIC CEU CEU Centro de Estudios Universitarios-GRUPO MAIC UPC UPC Universidad Polntificia Comillas-GRUPO MAIC PORTUGAL PORTUGAL: FAUTL FAUTL Universidad Técnica de Lisboa-Esc. Arquitectura ARGENTINA ARGENTINA: FADU – FADU (Universidad de Buenos Aires)UBA– MyD_Lab research members

2. SUSTAINABILITY APPLIED MODEL of SUSTAINABILITYObjective: Development of a mathematical model for the evaluation of the social, economical and environmental sustainability and its application in two real scenes: 1.Development of deprived and small rural populations. Locations: (La Moraña, Ávila, España)/ (Comunidades Coyas de Jujuy, Argentina) 2.Consideration of the impact of the crisis and proposal of improvement of urban projects affected in order to establish a new viability. Location:(Pozuelo de Alarcón, Madrid, España). MÁS MÁS project partners SPAIN SPAIN: PUBLIC PUBLIC Municipal council of La Moraña (Avila) Municipal Council of Pozuelo de Alarcón (Madrid) PRIVATE PRIVATETwo of the most important national companies of the sector of the public services and construction WE ARE LOOKING FOR PARTNERS, OR WE OFFER OURSELVES AS ONE

3. Background: 1.MAIC: Courses and publications about the “Evaluation of the Environmental Impact”. 2.Universidad Católica de Ávila: Master in Sustainable Development and congress “Towards a new cooperativism”. 3.Universidad Pontificia Comillas: publication “ICAI engineer and sustainable development”. 4.FADU/UBA–MyD_Lab: Development of the Industry of Sustainable Tourism in the Province of Jujuy – Argentina (Comunidades Coyas) 5.FADU/UBA–MyD_Lab: Argentinean resources: Productive model for the artisan community of the town of Balcarce – Argentina MÁS MÁS project

4. DEVELOPMENT OF THE MATHEMATICAL MODEL: 1.Identifications of economical, social and environmental factors. 2.Assignment of weight of importance to each factor. 3.Action of the model and crossing matrix. 4.Indicators and transformation functions. 5.Non-linear mathematical and algorithms for dynamical process. 6.Use of fuzzy-logic in the evaluation. 7.Experimentation of the model in real and concrete cases (see objective section). a scientific tool for a sustainable world