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MAA Development Studio 2
Student Research Network- 3rd Term 2010/11
- DS1: Emergent Territories
- DS2: Self Sufficient Buildings
- Digital Tectonics – Fabrication Ecologies
- IaaC Project Archives
- RS3/DS3: Digital Tectonics
- Master in Advanced Architecture 02
- MAA02
- S3 - COMPUTATION FOR OPTIMIZATION (RS3_ O.S.)
- IC.1 Digital Fabrication
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- IC.4 Digital Tools: Rhino
- DS1 Emergent Territories
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- DS3 Digital Tectonics
- RS1. Emergent Territories
- IC.2 Energy
- S2 - Environmental Design (RS2_ O.S.)
- S6 - EXPERIMENTAL STRUCTURES
- S9 FORM FINDING
- S4 - LANDSCAPE INFRASTRUCTURE
- S11 MATERIAL DISTRIBUTIONS
- MATTER AND MATERIAL ORGANISATION
- S5- PEOPLE : BIOSENSORS FOR THE CITY
- S1 - Processing (RS1_Em O.S.)
- S10 ROBOTIC SAND FORMING
- RS2. Self Sufficient Buildings
- IS- Slow Cities into Smart City
- IC.3 Theory Concepts
- Master in Advanced Architecture 2011/2012
- Advanced Architecture concepts
- S8 Advanced Materials
- RS1 S6 Asynchronous Territories
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- Digital Fabrication
- RS3 Digital Tectonics – Fab. Ecologies
- Digital tools: Processing
- Digital tools: Rhino
- RS1 Emergent Territories - Radical Region
- S4 Encrypted Mega-Cities
- Energy and Environmental design
- S5 Experimental Structures
- Introductory Studio
- RS3 S6 Machinic Conversations
- S7 Negotiated Formations
- RS2 S6 Particle Physics
- S3 Physical Computing
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- S10 Robotic Fabrication
- RS2 Self Sufficient Building
- S9 Surface Active Structures
- S1 Theory Concepts – 4 Positions
- RS2 S7 Urban Biodiversity
- RS1 S7 Urban Morphologies
- Master in Advanced Architecture 2012/2013
- Digital Tectonics – Fabrication Ecologies
- Digital Tectonics – Fabrication Ecologies
- Emergent Territories – Radical Region
- Self Sufficient Building
- Advanced Architecture Concepts
- RS-VI: Advanced Interaction
- Advanced Tooling
- Brick Works Thin-Tile Vault
- S1: Designing Associativity
- Digital Fabrication
- RS-III: Digital Matter - Int. Constructions
- Digital Tools - Rhino
- Economics of Sustainability
- RS-I: Emergent Territories-Radical Region
- Environmental Design
- S3: Experimental Structures
- S5: Green Dictionary
- Hand-made vs Machine-made protocols
- Lightweight Structures 1:1
- New Interfaces
- S2: Physical Computing
- S4: Processing
- S6: Public Space Capsules
- Robotic Micro Carpentry
- RS-II: Self Sufficient Buildings
- Shell Structures And Form-Finding
- Soundtouch
- Introductory Studio: G01
- Introductory Studio: G02
- IC.3 Advanced Architecture Concepts
- RS4. Advanced Interaction
- S3. Data Informed Structures
- RS5. Design with Nature
- S1. Designing Associativity
- IC.1 Digital Fabrication
- RS3. Digital Matter
- IC.4 Digital Tools
- IC.2 Economics of Sustainability
- S4. Encrypted Rome
- S5. Environmental Analysis
- RS1. Intelligent Cities
- S6. Knowledge City
- S2. Physical Computing
- S7. Robotic Workshop
- RS2. Self Sufficient Buildings
- IS.1 G1/ Torre Baró - Energy District
- IS.1 G2 / Torre Baró - Energy District
- W1 Transversal Workshop
- Bert Balcaen
- Furqan Habib
- Future of workplace
- Gerda Antanaityte
- Lucas De Sordi
- Martin Lukac
- Moushira Elamrawy
- Nature and technology
- Nazaret Cano
- Rafael Vargas
- Visualization and Sonification
- Master in Advanced Interaction 2012/2013
- Bootcamp Barcelona-Valldaura
- Close to the Body - Research Studio
- Fabrication
- Physical computing
- Programming Fundamentals
- Radical Communication
- Smart Net Studio
- Theory Seminar - Narratives of Technology
- Material Systems
- Metabolic Structures
- Multidisiplinar Optimization
- Projects Archive
- RS1. Intelligent Cities
- RS2. Self Sufficient Buildings
- RS3. Digital Matter
- RS4. Advanced Interaction
- RS5. Design with Nature
- S08. New Interfaces
- S09. Advanced Computational Paradigms
- S10. Experimental Structures
- S11. Territorial Computing
- S12. Workshop: Bifurcation
- Internship 2013
- WINGS
Category Archives: Uncategorized
Term III _ Week 01 _ Detail Analysis
In order to further understand the building it was important to zoom in to the detail. With this it is possible to make an in depth analysis of how the skin of the building would be able to function as part of the building’s metabolic structure. As the design is based on and had been driven by both an elaborate sun and wind analysis it would need to function in this frame of thought on a detailed level as well. In images 1 to 3 the essence is to describe how the skin works. The builbing will have a series of double skin facades, varying in materiality and space, however, at the same time it will need to have great unity as to allow certain design concepts to be allowed to function. In summer months the outer and inner skins can be opened as to allow for natural ventilation to take place. The slab in between these skins will need to be perforated in some way as to allow for additional wind aided cooling. Between the skin a comfortable climate can be generated that can be used as an extention to the home and as well as a communal space and in some cases, such as described in image 01 as a garden. In this case the space between the skin forms a sort of greenhouse, giving the possibility for interior vertical gardens. In winter months, the skin can be closed as to allow for passive solar heating, therefor giving the building a comfortable buffer zone inside the double skin. In this way it is also possible to use this interior space for food production on the vertical gardens. The facade louvers will be used all year round for solar energy production. As they are open in summer they will be according to the summers higher position and in winter as they are closed will have a lower angle as to accommodate the suns low positioning in the sky.
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