Description:

In the course of the continuous exhibition series “Archdiploma”, representing the best diploma projects of the Faculty of Architecture and City Planning of Vienna University of Technology, we had to create an exhibition wall, which was set up in the ”project space” of Kunsthalle Wien.

The goal was designing and fabricating a parametric wall in summer term 2009 for the upcoming exhibition, using digital design methods. We should only use planar quads, milled out of EPS boards. The given time limit was the end of the summer term 2009.

X-Blur represents the attempt of interpreting architecture exhibitions in a new way and reinventing our usual traditional viewing habits, and literally turning our visions. The basic concept targets on the direct approach of the visitor, the material physical act of viewing, which requests the visitor to explore the whole exhibition, and not to only passively roam through it, one should take a closer look behind the scenes. In the conception of spatial separation between architectural models and visitors space, one should be animated to cross the border of the wall and therewith to blur the borders. At the beginning, the visitor’s view is limited by the structural grid, only a few views are visible simultaneously from one position. Only by moving along the wall, the models will appear and the whole exhibition becomes visible by continuous exploring.

The spatial concept is based on the orthogonal structural grid of the Kunsthalle Wien, and turns by 45° degree from its origin position. Thus the transformed grid provides the base of the conception of the exhibition wall. By using the body diagonal and the proportioning principle of the original space, the position and the lengths of the new wall segments are defined and dissolved.The wall and its segments do not only correspond with their present and temporary housing, but there is also the interaction with the models behind it and the viewers focus points which form – and deform – the structure of the design wall and its grid.

The architectural models are supported by projections which add more details to the single projects. The images are being projected over multiple fields of uncontinuous pixel array and split. On the front of the projection planes, the typical structure of the wall will be repeated and blurs the visual perception.

Jul 29, 2010

X-blur VR-Panorama

To take a virtual walk, click on the pictures below (Filesize 2mb),
for Fullscreen, simply press left button in navigation bar








Dec 1, 2009

4th Conference of CNC-Milling Technology



4th Conference
CNC Milling Technology in Architecture, Art and Design

Sustainability in Computer Aided Manufacturing?

Since 2006 this annual conference at TU Vienna has been bringing together researchers, practicing experts and business representatives in the field of CNC manufacturing. The major aim is to exchange research results, teaching approaches and ideas of state-of-the-art CAM-technologies with future opportunities to implement in architecture, art and design. This year’s conference will discuss the question of sustainability related to Computer Aided Manufacturing.

Time: Friday, 18.12.2009, 9.30 - 16.30 Uhr
Location: TU Vienna, 1040 Vienna / Karlsplatz 13 / staircase 1 / 4th floor / Kuppelsaal
Free Admission
Conference Language: German and English

Organisation:
Sigrid Brell-Cokcan department for digital architecture and planning, TU Vienna
Anita Aigner department for three-dimensional design and modelmaking, TU Vienna

Speakers:
Erwin J. van Maaren Milling: Target or Medium for freeform design?
Andreas Vogler Digital Craftsmanship and the MercuryHouseOne
Markus Stürzenbacher, Hannes Tallafuss, Bernhard dal Bianco Exhibition Design: Archdiploma 2009
Florian Rist Low Cost Five Axis Laser Material Processing
Robert Rentz CAM Design and Prototyping in Aviation, Automotive, Rail and Waterpower Applications
Sigrid Brell-Cokcan & Johannes Braumann Flank Milling: Optimizing Digital Design and Digital Production
Anita Aigner Digital Ornament - Creative Use of CNC-milling Technology in Facade Insulation
Christian R. Pongratz Design Research as Surface Parametricism