parametric photos on Flickr

The serial number is 066, and it is from the late 70's/early 80's. They were made in Houston Texas and there is little to no information anywhere on this make. I did get the manual, and it is an interesting log book of this board's history, including badly hand drawn schematics, cryptic documentation, Radio Shack receipts for diodes purchased for it in 1981. Who knows what variety of sound this thing has had through it in the past 30 years... but I do know it is either going to love me, or make my life a living hell. We shall see. So far so good. Sorry for the bad photo.

DSPM_Page_084 by corneel cannaerts

2

Chick 'n' Egg Chair 01 by Responsive Design Studio

1

Chick 'n' Egg Chair is a lightweight seating furniture made entirely from corrugated cardboard.

It was designed and developed at the Chair of CAAD, ETH Zürich.

The form was completely 3D modelled in McNeel Rhino and then further processed in Grasshopper. The parametric setup allows the piece to be rescaled to any desired size, resolution and material strenght. Although the chair was initially designed for kids it can easily be adjusted. So far two versions have been cut and built - one for small children and another one for grown ups.

The algorithm to compute the necessary cutting paths is relatively simple. The 3D model is scanned and a simple grid projected onto the surface. This grid is extruded to meet the desired material strenght and then intersections and connection slots are determined. The resulting parts are arranged on a flat surface and can be processed on a cutting plotter. This method can be used for any continuous surface and will adjust automatically.

The program was then developed further to improve comfort and stability of the chair. Now the second set of slizes lies perpendicular to the center line of the model which leads to a more homogenous seating surface.

Spine Earrings - Closeup by improbablecog

2

These earrings were designed in a parametric solid modeling program, and fabricated using shapeways (www.shapeways.com) 3D stainless steel printing process.

They can be purchased from my Shapeways store at: www.shapeways.com/improbablecog

GdO Parametric Furniture Fabrication by Amorphica Design Research Office

2

195 El Grano de Oro

Amorphica Design Research Office

www.amorphica.com/

www.facebook.com/amorphica

18 by Levente Gyulai architectural designer's works

1

3 OPTIVARIUS by branchpoint

Воркшоп: Параметрические объекты городской среды

Модераторы: Эдуард Хайман, Владимир Воронич

Участники: Алина Малова, Дильнара Мусаева, Айнур Гайнутдинов

Кафедра дизайна НИСПТР, г. Набережные Челны, 2014

A by Levente Gyulai architectural designer's works

1

200908 | Crisis Modes_Workshop by Mode Lab

1

Crisis Modes : Protocols + Future Ecologies | NYC | August 2009

Crisis Modes is a one-week intensive design workshop to be held in New York City from August 17-21.

The workshop will take place in a studio setting and will be devoted to exploring relational design strategies and digital design methodologies for speculative infrastructures. New York City, with its breadth of ecological and urban complexity and in particular its urbanizing industrialized waterways, will be the primary context explored.

The aim of the workshop will be to empower designers to negotiate the complex and data-rich environments that are available through professional mapping and information systems and to develop speculative design proposals through the use of computational techniques and methodologies. Participants will develop design interventions that address emerging ecological crises and opportunities found in New York ecologies of the present and near-future.

The format of the workshop will include daily intensive workshop sessions focusing primarily on Grasshopper, Rhino’s parametric design plug-in, and evening lectures and presentations from practitioners and experts in the fields of sustainability and computational design. The workshop will cover strategic workflows for data set analysis and mapping, complex rule-based geometries, as well as techniques for digital fabrication.

The instructors of the workshop are Michael Chen + Jason Lee [Crisis Fronts], & Ronnie Parsons + Gil Akos [Studio Mode | modeLab]. They have taught design studios, seminars, and workshops at institutions throughout North America, including California College of the Arts, Columbia University, Cooper Union, Cornell University, Pratt Institute, Princeton University, Stevens Institute, and University of Toronto.

The workshop will culminate in a public exhibition and opening event on the evening of Friday, August 21.

All interested students and professionals are encouraged to attend. All experience levels are welcome. For more information, please visit the modeLab Participate page.

zwaj by Levente Gyulai architectural designer's works

1

metaorganic_generation by Levente Gyulai architectural designer's works

1

telep_ by Levente Gyulai architectural designer's works

2

Nanotectonica by Studio Jonas Coersmeier

1

Installation at the Digital Design Department, University Kassel, Jonas Coersmeier, 2008/2009

Nanotectonica integrates electron microscopy, parametric modelling and digital fabrication into the architectural design process.

The installation was developed at the Digital Design Department, G. Professor Jonas Coersmeier, University Kassel, School of Architecture, during the summer of 2009. Research assistant: Kathrin Wiertelarz. Participating students: Giampiero Riggio, Roberta Ragonese, Ljuba Tascheva, Jan Weissenfeldt, Pat Taylor, Katja Pape, Rania Abdurahman, Christina Finke, Shahram Abbasian, Michael Quickert.

DSC_0494 by Brian Ringley

Trevor Jordan, Austin Weller, YoonJin Kim, and Brian Turcza

VERTICAL VARIABLES V1.0 a parametric tower design workshop with grasshopper3d in Jordan from May 23rd to 31st. Taught by Radul Shishkov - of DesignMorphine, and Rasha M. AlShami - of 90 Degrees Studio. Apply Now at www.designmorphine.com/workshop/future by Design Morphine

by corneel cannaerts

10

vase by Levente Gyulai architectural designer's works

1

Fully Printed Parametric Music Box With Exchangeable Song-Cylinders by Philipp

2

This is my entry for the Makerbot/Thingiverse/Customizer Challenge :)

It's a: Fully Printed Parametric Music Box With Exchangeable Song-Cylinders :))

This specific one's has 8 vibrating teeth that are calculated to be matched to C,D,E,F,G,A,B,C' (like the white keys of a piano). While they might not be perfectly tuned the relative frequencies seem to match :)

I used the formulas from this Wikipedia article (sorry it's in German):

de.wikipedia.org/wiki/Durchschlagende_Zunge#Berechnung_de...

Basically this gives me a function to calculate the length of the tooth given the frequency I want, the height of the tooth (like the thickness of the wire in a piano), and the density and the elastic modulus of the material I use: PLA :)

more at the objects page at thingiverse: www.thingiverse.com/thing:53235

71 by Levente Gyulai architectural designer's works

1

11 DETHLOK by branchpoint