X | Pixel[ism] Architectural Design Workshop Athens December 2014

X | Pixel[ism] Architectural Design Workshop Athens December 2014 :

RECEIVING APPLICATIONS NOW : workshop@xatelier.com

For more information www.xatelier.com/workshop

Participation cost is 400 euros

X|A ATHENS Winter Workshop 2014: 15th-23rd of December 2014 @ Benaki Museum in Athens, Greece

X|Atelier is organizing an international intensive workshop of Advanced Architectural Design. The X|Pixel[ism] Winter Workshop 2014 is led by X|A principals Erick Carcamo (SCI-ARC) and Nefeli Chatzimina (USC) both Graduates of Columbia University in New York City, GSAPP AAD.

The X| Pixel[ism] Workshop is organized under the auspices of the Hellenic Institute of Architecture and the Athens School of Fine Arts. Selected Participants will attend the Computation Workshop, the Final Review and Exhibition at Benaki Museum of Athens from the 15th -23rd of December 2014. Daily meetings will take place from 10am to 6pm at the Benaki museum of Pireos 138.

As part of an ongoing academic research, X|A workshops introduce participants into contemporary discussions of formal exploration in Architecture and Art. Through technical attainment of design and digital production the X|A Workshops give the opportunity to students of Architecture and Art, Professional Architects, Designers and Artists to challenge new design territories. Our goal is to explore innovative, potential architectural expressions of the current discourse around Form through computational tools (Autodesk MAYA). We will focus on technique elaboration, material intelligence, formal logic efficiencies and precision assemblies as an ultimate condition of design. The workshop will develop and investigate the notion of proficient geometric variations at a level of complexity, so that questions towards geometrical effectiveness, accuracy and performance can begin to be understood in a contemporary setting. The workshop is a discourse based in the use of multi-layered techniques and production processes that allow for control over intelligent geometries, calibration of parts, and behavioral taxonomies, normalizing an innovative held of predictability.