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InteractiveBody Workshop_00=Introduction

Date post: 22-Mar-2016
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[Technical Study]: For developing basic kinetic or interactive design projects, participants will need to learn basic interactive techniques from simulation to physical computing. Arduino, a well-known microcontroller, will be heavily experimented in this workshop. During the workshop, participants will get the general idea about the basic electronic engineering knowledge and how to use micro-controllers and embed sensing and actuation systems to build the physical prototype. However, they can start experiment the kinetic mechanism by studying physical model as well as virtual simulation through 3D modeling software (Rhino, Maya, Grasshopper...etc). The idea of cellular component and self-organized logics should lead the final projects to an emergent morphological body via collective decision making. Laser-cutting as a digital fabrication technique will also be utilized under the constraint of "using sheet material" for producing the physical prototypes.
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Page 1: InteractiveBody Workshop_00=Introduction
Page 2: InteractiveBody Workshop_00=Introduction

1 2

Basic Techniques Design Thinking

HyperCell:

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1 Basic Techniques

HyperCell:

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HyperCell:

HyperBody LAB

Jia-ReyChang

Breed Grow Live

2 Design Thinking

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HyperCell:

Hyper-

Morphology

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HyperCell:

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HyperCell:

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HyperCell:

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HyperCell:

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HyperCell:

Hyper-

Cell

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HyperCell:

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HyperCell-Component

HyperCell:

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http://www.archdaily.com/114141/quadror-a-new-structural-system/

HyperCell:

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SOFTlab Workshop

Material Intelligence Workshop

HyperCell:

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http://ma-s-lab.blogspot.nl/

BioDeLab 2012 aproaching realscale BIOmembranes

HyperCell:

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HyperCell:

Hyper-

Body

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HyperCell:

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HyperCell:

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Architectural

Element(furniture based)

Design

HyperCell:

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Ceiling

Furniture

function

Wall

floor

Facade

Stairs/ramp

Opening

+

Open/Close

Expand/Shrink/

Scale

Rotation

Twist

Bend

Architectural

Component

Transformation

Element

Pick one Pick one Pick more than one

HyperCell:

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Sheets

HyperCell:

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NGTVBetween the Sheets

UCLA AUD/ Heather Roberge,

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Video-

Time

HyperCell:

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WallDesk

WallSeat

WallRamp

WallShelter

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Wall

Desk

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Wall

Seat

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Wall

Shelter

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Wall 2

Seat

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Wall

Ramp

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Method-

Approach

HyperCell:

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HyperCell:

How

to

what

to

Pro

To-

Visual Simulating

Physical ExperimentingPhysical Computing

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HyperCell:

Visual Simulating Physical Experimenting

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Some-

info

HyperCell:

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HyperCell:

https://vimeo.com/48313744

Sifteo

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HyperCell:

https://vimeo.com/58355700

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HyperCell:

http://materiability.com/

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HyperCell:

https://vimeo.com/55514649

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HyperCell:

http://www.youtube.com/watch?

feature=player_embedded&v=X

Zqgqt0Jc28

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HyperCell:

https://www.facebook.com/phot

o.php?v=10150391973570328&

set=vb.131356656917973&type

=3&theater

https://www.facebook.com/phot

o.php?v=1834098652543&set=

vb.131356656917973&type=3&t

heater

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HyperCell:

http://www.triangulationblog.co

m/2011/05/fermid-by-behnaz-

babazadeh.html

Fermid

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HyperCell:

http://www.studioroosegaarde.net/pro

ject/lotus-dome/

Lotus Dome/Studio Roosegaarde

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HyperCell:

http://www.youtube.com/watch?v=dehXioMIKg0

Reuben Margolin

http://www.reubenmargolin.com/waves/index.html


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