Roberto Carrasco CaĂąizares
architecture portfolio
Roberto Carrasco Cañizares roberto.carrasco@outlook.es
22//05//1986 Alicante (Spain)
cv M. Sc. in Architektur / studies of Architecture: Universidad de Alicante
Bauhaus-Universität Weimar Arbeitserfahrung / work experience:
2005//2015 2010-2011
Grupo Aranea
1 year intership// 2012-2013
Plus 4930
3 years // 2014-2017
Colectivo áSILO
eventual collaborator // 2013
software main plug-ins
3D drawing: ArchiCAD Rhino3d Grasshopper Kangaroo Firefly Weavebirds Rabbit Autocad Sketchup 2D drawing: Autocad Adobe illustrator Rhino3d ArchiCAD
Rendering: Cinema 4D Vray for Rhino Vray for C4d Post-production: Adobe Photoshop Adobe Premiere Adobe After Effects Edition: Adobe InDesign Others: Processing Arduino
content 2012
2011
2010
2009
2008 projects
formal experiments
built
GH DEFINITION
NOTES & STEPS - done with Weaverbird (thicken and smoothing), Meshedit and the MeshFromPoints comand from Rhino which uses the marching-cubes algorithm and which is now also available in Grasshopper thanks to Tudor Cosmatu
Bauhaus-Universität Weimar | Fakultät Architektur | Professur InfAR | Algorithmic Architecture Advanced | Roberto Carrasco Cañizares
FINAL IMAGE
2015
2014
2013
formal experiments
built
2017
2016
projects
content
MICROSONIC. Faรงade design and concept. 2015 In collaboration with Plus 4930 Architektur https://www.p4930.de/microsonic-firmenzentrale
- Creation of the event - Representation of the inhabitants - Emotional connection to the building
DXC KULTURHAUS. Berlin, Germany
2016 Als angestellter bei Plus 4930 Entwurfs- und AusfĂźhrungsplanung
back to life! Interdisciplinary workshop in Blanca (Murcia, EspaĂąa) 2016 In collaboration with Lorenza Manfredi and Jorge Bermejo.
Experiences mixing traditional materials as the reed with new production systems as the wood cut in cnc routers. Allowing in this way to experiment new shapes and structural possibilities to develop architecture from the community and with local resources.
OVERKILL SHOP Women and kids sneakers shop
2015-2016 Working at Plus 4930 Architektur. Interior design: concept and construction process.
...a sport’s boutique
Kunstprosjektet Visualization and Methodology design In collaboration with Anders Gjennestad
2014 Installation in Kirkenes
2016 Mural in Paris fig. 01: 325x457 cm 1
Digital architecture as a way of empowering communities to self-build their own architectural objects and landscape.
catálogo FabCollective
ESCENARIO POSIBLE. LA PLAZA COMO LUGAR DE ENCUENTRO Y EXPRESIÓN POLÍTICA
catálogo FabCollective
ESCENARIO POSIBLE. SOLARES URBANOS COMO TIERRA FÉRTIL DISPONIBLE PARA EL VECINDARIO
catálogo FabCollective
ESCENARIO POSIBLE. ESPACIOS INDUSTRIALES COMO ESPACIOS CULTURALES Y DE CREACIÓN ARTÍSTICA
catálogo FabCollective
ESCENARIO POSIBLE. OKUPACIÓN PARA CONSEGUIR UNA VIVIENDA DIGNA.
catálogo FabCollective
ESCENARIO POSIBLE. INTERSTICIOS URBANOS COMO ESPACIO PARA LA UTOPÍA
Final year project & in further development.
FabCollective 2015-
DXC GĂ„STEHAUS. Berlin Lichtenberg 2016 Working for Plus 4930 Architektur
Innenausbau - Design und AusfĂźhrungsplannung Interior design - concept and development
rendering experiences 2016-2017 Working for Plus 4930 Architektur
rendering experiences 2016-2017 Working for Plus 4930 Architektur
coral system 2.0
3rd PRIZE. Fundaciรณn Eduardo Torroja. International students comptetion: Housing of Future. 2013
waterfront recovery. Saline Joniche, Reggio di Calabria 1st PRIZE. International competition 2012
In collaboration with Grupo Aranea studio
park of the 21st century. Warsow, Poland International competition 2013 In collaboration with Grupo Aranea studio
Bunkers of “El Clot de Galvany�.
landscape and memory
University of Alicante (UA). Teoria e Intervencion del Patrimonio. 2013
virtual+real structure
University of Alicante (UA). Proyecto de Estructuras Singulares 2013
Hedera Encelix.
Lourizรกn, Pontevedra (Spain)
ENCE competition. Architectural integration in the landscape of a biomass power plant and cellulose factory 2013 In collaboration with Grupo Aranea studio
plaza de la Muntanyeta. Alicante, Spain Design of a representative plaza of the city. 2012 In collaboration with Grupo Aranea studio
L’Alfàs del Pí, Spain.
re-activating l’Alfàs University of Alicante (UA). Proyectos IV. 2011 //2012
capsule Hotel. Barcelona
University of Alicante (UA). Construcciรณn IV. 2011//2012
celosía cerámica flexible 3rd PRIZE. Ceramics ASCER competition for students University of Alicante (UA). 2011//2012
Plaza de la Cebada, Madrid.
Floating roof 2011 //2012
dOCUMENTA 13. Kassel, Germany. Competition for temporal building Bauhaus-Universität. 2011
cellular urbanism Bauhaus-Universität. 2011 Informatik in der Architektur (infAr)
between thought and expression Bauhaus-Universität. 2011 Informatik in der Architektur (infAr)
GH DEFINITION
NOTES & STEPS shadow: - with the Grasshopper Geco Plug-In you can calculate the exact shadowing of your geometry in Autodesk Ecotect Analysis and create the shadow as a polycurve outline in Rhinoceros 3D
FINAL IMAGE overshadowing: - also you can input a range of times when the shadows should be shown, so you get a overshadowing map of your geometry, this you can use for checking the shadowing over a whole day
Bauhaus-Universität Weimar | Fakultät Architektur | Professur InfAR | Algorithmic Architecture Advanced | Roberto Carrasco Cañizares
total solar radiation: - furthermore you can calculate the solar radiation on the surface of your geometry or on a plane slicing your geometry
GH DEFINITION
NOTES & STEPS - done with Weaverbird (thicken and smoothing), Meshedit and the MeshFromPoints comand from Rhino which uses the marching-cubes algorithm and which is now also available in Grasshopper thanks to Tudor Cosmatu
Bauhaus-Universität Weimar | Fakultät Architektur | Professur InfAR | Algorithmic Architecture Advanced | Roberto Carrasco Cañizares
FINAL IMAGE
emergency bridge // folding bridge bridging the gap
Bauhaus-Universität. 2010
drive-in cinema // the hidden city Universidad de Alicante (UA). Proyectos II 2009//2010
//---------------------------------------------------------------------------------------------// //Micro int sensorPin = 2; //Motor 1 int pata1APin = 4; int pata1BPin =5; int motor1Pin = 9; //Motor 2 int pata2APin = 6; int pata2BPin =7; int motor2Pin = 3; //Variables de mapeado int val = 0; int sensorMin = 1023, sensorMax = 0; //leds: int ledPin1 = 2; int ledPin2 = 8; int ledPin3 = 10; int ledPin4 = 11; //----------------------------------------------------------// void setup() { pinMode(13, OUTPUT); digitalWrite(13, HIGH); while (millis() < 5000) { val = analogRead(sensorPin);
}
}
}
if (val > sensorMax) { sensorMax = val; if (val < sensorMin) { sensorMin = val;
digitalWrite(13, LOW); pinMode(pata1APin, OUTPUT); pinMode(pata1BPin, OUTPUT); pinMode(pata2APin, OUTPUT); pinMode(pata2BPin, OUTPUT);
}
pinMode(ledPin1, OUTPUT); pinMode(ledPin2, OUTPUT); pinMode(ledPin3, OUTPUT); pinMode(ledPin4, OUTPUT);
//--------------------------------------------------------// void loop() { //encendemos los leds: digitalWrite(ledPin1,HIGH); digitalWrite(ledPin2,HIGH); digitalWrite(pata1APin, LOW); digitalWrite(pata1BPin, HIGH); digitalWrite(pata2APin, LOW);
[paramatreic] 1D_wave;
Universidad de Alicante (UA). Proyectos I 2008//2009
[parametric] 2D_wave Universidad de Alicante (UA). Proyectos I 2008//2009
reed dome//bio construction 2013 // Elche, Spain
in collaboration with “Cañil” of “Colectivo áSILO”
//the nuclear experience// A3 Advanced Algorithmic Architecture Bauhaus-Universität. 2011