f2014 workshop 2 presentation fri 140926

D I G I T A L D E P L O Y M E N T

W e l c o m e t o

B r o u g h t t o y o u b y

T H E C O L L E C T I O N

D I G I T A L D E P L O Y M E N T

B r o u g h t t o y o u b y

D I G I T A L p r a c t i c e

0 2 _ t r a n s l a t i o n st e c t o n i c s / / a s s e m b l y

D I G I T A L F A B R I C A T I O N

D I G I T A L F A B R I C A T I O N

subtractive technologies

cnc b l ades , l as er ,

wat er j et, p l asma

CNC Rout i n g / m i l l i n g

additivetechnologies

3 D P r i nt i n g

cnc k n i t t i n g

robot i c/dron e ass embly

wildcardsrobot i c a rm at tachments

cnc b e nders , b r eaks , e tc .

D I G I T A L F A B R I C A T I O N

design

design is

developed in

d igita l space .

d igita l

instructions

are produced

AND SENT

TO DIGITA L

FA BRICATION

TECHNOLOGY.

3D print

laser cut sheet

routed s ite model

none needed-

a ll done !

COMPONENT

JIG/FORM/

SKELETON

fa brication assembly finishingS

IN

GL

E-

ST

EP

MU

LT

I-

ST

EP

us eD to

fa bricate

fina l

component

joinery

( interlock ing ,

origami , etc . )

fasteners

(mechanica l ,

c hemica l )

3d printing

S I N G L E - S T E P

Figulofi gulo.com

Shapewaysshapeways.com

The Strati (2014)Local Motors

Printed WallMa Yihe, Yingchuang New Materials

laser cutting

S I N G L E - S T E P

Danger!AwesomeCambridge, MA

Danger!AwesomeCambridge, MA

CNC ROUTING

S I N G L E - S T E P

Routed Site ModelDan Weissman

Routed Site ModelDan Weissman

D I G I T A L F A B R I C A T I O N

design

design is

developed in

d igita l space .

d igita l

instructions

are produced

AND SENT

TO DIGITA L

FA BRICATION

TECHNOLOGY.

3D print

laser cut sheet

routed s ite model

none needed-

a ll done !

COMPONENT

JIG/FORM/

SKELETON

fa brication assembly finishingS

IN

GL

E-

ST

EP

MU

LT

I-

ST

EP

us eD to

fa bricate

fina l

component

joinery

( interlock ing ,

origami , etc . )

fasteners

(mechanica l ,

c hemica l )

component

M U L T I - S T E P

De Young Museum 2005Herzog + De Meuron

De Young Museum 2005Herzog + De Meuron

De Young Museum 2005Herzog + De Meuron

De Young Museum 2005Herzog + De Meuron

De Young Museum 2005Herzog + De Meuron

De Young Museum 2005Herzog + De Meuron

De Young Museum 2005Herzog + De Meuron

De Young Museum 2005Herzog + De Meuron

Rip Curl Canyon (2006)Ball-Nogues Studio

Rip Curl Canyon (2006)Ball-Nogues Studio

Rip Curl Canyon (2006)Ball-Nogues Studio

Rip Curl Canyon (2006)Ball-Nogues Studio

D I G I T A L F A B R I C A T I O N

design

design is

developed in

d igita l space .

d igita l

instructions

are produced

AND SENT

TO DIGITA L

FA BRICATION

TECHNOLOGY.

3D print

laser cut sheet

routed s ite model

none needed-

a ll done !

COMPONENT

JIG/FORM/

SKELETON

fa brication assembly finishingS

IN

GL

E-

ST

EP

MU

LT

I-

ST

EP

us eD to

fa bricate

fina l

component

joinery

( interlock ing ,

origami , etc . )

fasteners

(mechanica l ,

c hemica l )

JIG/FORM/SKELETON

M U L T I - S T E P

C-Lith (2014)Area (Glenn Wilcox, Anca Trandafirescu)

C-Lith (2014)Area (Glenn Wilcox, Anca Trandafirescu)

C-Lith (2014)Area (Glenn Wilcox, Anca Trandafirescu)

C-Lith (2014)Area (Glenn Wilcox, Anca Trandafirescu)

C-Lith (2014)Area (Glenn Wilcox, Anca Trandafirescu)

Fatty Shell (2014)Kyle Sturgeon, Kelly Raczkowski, Chris Holzwart

Fatty Shell (2014)Kyle Sturgeon, Kelly Raczkowski, Chris Holzwart

Fatty Shell (2014)Kyle Sturgeon, Kelly Raczkowski, Chris Holzwart

Fatty Shell (2014)Kyle Sturgeon, Kelly Raczkowski, Chris Holzwart

Fatty Shell (2014)Kyle Sturgeon, Kelly Raczkowski, Chris Holzwart

Fatty Shell (2014)Kyle Sturgeon, Kelly Raczkowski, Chris Holzwart

methods of assembly

M U L T I - S T E P

D I G I T A L F A B R I C A T I O N

design

design is

developed in

d igita l space .

d igita l

instructions

are produced

AND SENT

TO DIGITA L

FA BRICATION

TECHNOLOGY.

3D print

laser cut sheet

routed s ite model

none needed-

a ll done !

COMPONENT

JIG/FORM/

SKELETON

fa brication assembly finishingS

IN

GL

E-

ST

EP

MU

LT

I-

ST

EP

us eD to

fa bricate

fina l

component

joinery

( interlock ing ,

origami , etc . )

fasteners

(mechanica l ,

c hemica l )

M U L T I - S T E P

Joinery: interlock

Metropol Parasol (2011)Jurgen Mayer H. Architects‘

Metropol Parasol (2011)Jurgen Mayer H. Architects‘

Metropol Parasol (2011)Jurgen Mayer H. Architects‘

Joinery: origami

M U L T I - S T E P

As_Built (2011)

DESIGN / FABRICATION / CONSTRUCTIONAnand Amin, Andrew Aulerich, Lauren Bebry, Ashley Goe, Tarlton Long, Justin Mast, Andrew McCarthy, Matt Nickel, Kurt Schleicher, Andrew Stern, Lauren Vasey, Ning Wang, and Brenna Williams

COURSE INSTRUCTORSCatie Newell and Maciej Kaczynski

PROJECT FUNDINGTaubman College of Architecture and Urban Planning

Joinery: weird things

M U L T I - S T E P

Periscope Tower [2010 Young Architects Forum (Atlanta) 10UP Competition Winner]Supermanoeuvre + Matter Design

Periscope Tower [2010 Young Architects Forum (Atlanta) 10UP Competition Winner]Supermanoeuvre + Matter Design

Periscope Tower [2010 Young Architects Forum (Atlanta) 10UP Competition Winner]Supermanoeuvre + Matter Design

Periscope Tower [2010 Young Architects Forum (Atlanta) 10UP Competition Winner]Supermanoeuvre + Matter Design

Periscope Tower [2010 Young Architects Forum (Atlanta) 10UP Competition Winner]Supermanoeuvre + Matter Design

Periscope Tower [2010 Young Architects Forum (Atlanta) 10UP Competition Winner]Supermanoeuvre + Matter Design

Fasteners : MECHANICAL

M U L T I - S T E P

Metropol Parasol (2011)Jurgen Mayer H. Architects‘

Metropol Parasol (2011)Jurgen Mayer H. Architects‘

Metropol Parasol (2011)Jurgen Mayer H. Architects‘

Metropol Parasol (2011)Jurgen Mayer H. Architects‘

Shellstar Pavilion (2012)MATSYS

Shellstar Pavilion (2012)MATSYS

Shellstar Pavilion (2012)MATSYS

Shellstar Pavilion (2012)MATSYS

Shellstar Pavilion (2012)MATSYS

Fasteners : CHEMICAL

M U L T I - S T E P

Rip Curl Canyon (2006)Ball-Nogues Studio

Rip Curl Canyon (2006)Ball-Nogues Studio

Rip Curl Canyon (2006)Ball-Nogues Studio

0 2 _ t r a n s l a t i o n s

1 _ Choose an ob j ect wh i c h has mean i ng to you

2 _ Sk etch th i s ob j ect i n a s er i es o f e l evat i ons or s e ct i ons

3 _ photograph or s can thes e sk etches

T E C T O N I C S / / A S S E M B L Y

0 2 _ t r a n s l a t i o n s

1 _ Choose an ob j ect wh i c h has mean i ng to you

2 _ Sk etch th i s ob j ect i n a s er i es o f e l evat i ons or s e ct i ons

3 _ photograph or s can thes e sk etches

4 _ import images i nto rh i no

5 _ mode l ob j ect bas ed on i mages

6 _ * * s ecret st ep* *

7 _ dev e lop fabr i cat i on methodo logy ( us i ng l as er c utters )

8 _ cut i t out !

9 _ assembl e components

10 _ comp i l e i t erat i ons d i g i ta l ly

T E C T O N I C S / / A S S E M B L Y

fri

sun

sat