d i g i t e c t u r e

A beautiful exhibition has been designed in which sophisticated software and generative design methods construct a live, engaging, changing, and fascinating structure upon which document briefs merge with offset planes consisting of built and unbuilt work from Architects, designers, and artist. The panorama of individuals and firms en masse utilize computational design and digital material fabrication to construct new, unique, and different forms and spatial experiences in Architecture. The exhibition is called “Flux: Architecture in a Parametric Landscape” and is hosted by the California College of the Arts.

The works exhibited comprise 8 categories ranging from titles such as: Stacked Aggregates; Pixelated fields; Serial Iterations; Material Systems; Emergent Environments; Woven Meshes; Cellular Clusters; and Modular Assemblages. The exhibition features work by Gramazio Kohler, Peter Eisenmann, Jean Nouvel, Herzog & de Meuron, Reiser +Umemoto, IJP Corporation, Columbia GSAPP, Howeler+Yoon, IJP Corporation, Foster&Partners, Toyo Ito, Aranda Lasch & Danial Bosia, Theverymany, and many more.

The description of the exhibition is stated as an exploration in contemporary Architecture and design that creates a relationship with new design methods based in parametric modeling, digital fabrication, and programming through scripts. The exhibition ran from the end of March 2009 and is currently still in place as of this writing.

The CCA media lab in conjunction with California College of the Arts students have made this exhibition a reality and pleasure to experience. A book from CCA media lab has been mentioned to be in production to illustrate in images and text the projects shown in the exhibition.

I have images below from my personal photography of the exhibition that appear at the top of this reporting and follow in closing.

For more information about this work please see:
m.lab CCA Medialab – Flux Exhibition

Director of Architecture, CCA: Ila Berman
Project Design and Fabrication: Kory Bieg, Andre Caradec, Andrew Kudless
Parametric Design Consultant: Andy Payne
Sponsors: K Bieg Design, Studio Under Manufacture, Solid Thinking

A rather beautiful light-capture object has been inserted into an atrium space on the San Francisco campus of the California College of the Arts. The object can be viewed from underneath at the first floor and above from the 2nd floor of the School of Architecture.

The Aortic Arc is a sensual experience work that allows one a glimpse into spaces that might be shaped by computational design whereby geometry and panels work together structurally in the spirit of Frei Otto’s pioneering work in form finding techniques and material systems. The canopy structure as shown in the images takes advantage of its definition and condition through the system of compressive rings and tension cables within a tapestry of lightweight plastic and riveted pin connections to comprise a minimum surface structure.

Mark L. Donohue, Principle of Visible Research Office, states that Buro Happold Consulting Engineers was instrumental in developing the project and helping to give the work its definitive shape and performative structural expression. Buro Happold’s design intention is a process that is in essence an innovation on Frei Otto’s work to bring this kind of investigation into the age of digital fabrication.

The form finding, finite element analysis, and structural design work is by Buro Happold Consulting Engineers, PC.

Visible Research Office
Principal: Mark L. Donohue
Project Architect: Americo A Diaz-O
Project Designer: Charles Lee
Project Designer: Chris Chalmers
Component Design & Scripting: Jason Chang
Renderings: Charles Lee

Buro Happold
Principal: Greg Otto
Associate Principal: Gary Lau
Project Engineer, Non-linear Analysis: Tom Reiner
Project Engineer, Non-linear Analysis: Ian Carter
Project Cordinator: Ron Elad
Complex Geometry Modeling: Yukie Hirashima
Technical Designer: Krista Flascha

Software Bentley Microstation Generative Components (Bios – Chris Chalmers & Charles Lee)
Fabrication: CNC Milling @ TechShop in Menlo Park, CA.
Materials: HDPE sheets, pop riveter, aircraft cable, rivets, stainless steel rings

For more information see the following links:
CCA m.lab
Buro Happold
Visible Research Office
Bios
photography by Tyrone Marshall

Field Notation
a time based computation augment of parametric geometry propagation





A language of form in adaptation and performance in rhythm to express a mathematical
sequence that acts through a continuous movement of light, shade, and shape to
inscribe a spatial condition.

My latest explorations find myself looking through the latest works that use Paracloud as iterative geometry generation. It seems that this should be the perfect task for fusionThing (fT) a Cinema 4D plug-in to be more than capable.

(more…)

Referenced Sites: Maxwell Render IT | Maxwell Render

I have an article that has been featured in the Maxwell Render Italian Portal known as “www.MaxwellRender.IT”.





The magazine is an effort of Maxwell Render Italian portal staff and enthusiast and a project headed by Pietro Spampatti.





In the article there is a short description of the rendering technology, material research using index of refraction data to achieve physically accurate floor finish simulation, texture maps including normal maps for high frequency detail, specular maps for varied reflectance, exterior lighting techniques, digital simulated photography lighting techniques, and software work-flow process “in the making” of this high precision digital image.

Please follow the link to the electronic content article on page 169: Maxwell Render.IT Issue 00