PAVILLION

WhAt Is the PAVILLION?The major aim is to provide good quality spaces to disadvantaged neigh-borhoods and to promote a new culture that provides their residences with better alternatives for education, leisure and culture.

[Academic use only]

PUeRtO MAMM PROJeCt

ACtIVItIes thAt COMPLIMeNt the MUseUM PROGRAM

CONNeCtION OF PARK WIth the CItY AND the WORLD

portable to different parts of the city

eductional programs and workshops

show reproductions of work to other parts of the city to encourage people to visit the museum

allows collaborationwith different people

CLIeNt

DesIGNeRs

Aims of the project flow of information

MAMM ACtIVItIes AND AIMs

WhAt Is the PAVILLION?

Team 2 BRIEF Includes a module in the ground level consisting in a public kitchen. It must not touch the ground. It has to be totally closed during the night. The propose design for the kitchen will consist on a square module with a table 1.00m high from the ground level. The table will have a U form so that the responsible of the kitchen can go in the core of the U and attend the public.

[Academic use only]

designed by other bartlett and colombian studentsBartlett Kitchen TeamBartlett Kitchen Team +Columbian team

1 2

eNtRANCe KItCheN WORKsPACe theAtRe GRANDstAND AND ROOFGARDeN hAMMOCK stORAGe

Paso House:Needs extra support to stand alone

Tipi House:Has its own structure to stand alone

Freya C

GROUP CONFIGURAtION

KItCheN teAM BARTLETT, LONDON

Victoria B

Megan S

“ Elements of user participa-tion and using natural elements to give form and shape of the architecture”

“ Spectacle of viewing an activity from lots of dif-ferent points of view”

“Modular forms to produce many different con-figurations for different activ-ites”

“ Simplistic joints make a highly ad-aptable and easy to make building”

“Platforms of different activities present a play-fulness and heirachy”

Organisation and deadlines of project

Me

LOGIstICs

Freya CMe

Jose-Ignacio Jose-Ignacio

Megan S

Wk 1 Wk 2 Wk 3 Wk 4

Iter

atio

n A

Iter

atio

n B

Freya C

Me

Victoria BstRUCtURe

LAYOUt & PROGRAM

BUILDINg CONSIDERATIONS

SEqUENCE OF BUILDINg

ROOF

Megan S

Jose-Ignacio

Victoria B

Freya CMeVictoria B

Jose-Ignacio

Megan S

Freya C

Me

Victoria B

floor diagrams -kitchen uses

1:20 modelexploring options of smoke and water facades

Pulley systems and equipment and storage needs

Able to be built by hand

PAtULA PINe

PAtULA PINe hARVest

HOUSE 2: FUNCTIONS AND USES

1:1 scale testing: kitchen plan IteMs NeeDeD

flexible hood and chimney

BBq

Pulley system for storage

Ice and food storage

Access to other floors

queuing space

barspace

serving space

cooking space

Coal storage

3m x 3m plan of occupation

Scenarios

1

2

3

4

1

2

3

4

Hood needed

pulley needed

BAR SERVINg / KITCHEN EATINg

seAtING WORKshOP

STORAgE FOR BAR

1:1 Scale drawing with real life people

VeRtICAL FUNCtIONs

GROUND FLOOR

FIRst FLOOR

seCOND FLOOR

BAR SERVINg / KItCheN eAtING

seAtING WORKshOP

stORAGe FOR BAR

sMOKe AND WAteR FACADe

sMOKe WAteR

WEST FACADE (INTERIOR) 1:20 WEST FACADE (EXTERIOR) 1:20 WALL SECTION 1:20EAST FACADE (INTERIOR) 1:20 EAST FACADE (EXTERIOR) 1:20 WALL SECTION 1:20

[Academic use only]

[Academic use only]

non treated timber smoked timber charred timber

planters that trickle rain water through the facadesmoke treatment of the facade East facade: smoke. West facade: water.

WAteR FACADe

Second Floor: Ice is sent down from top floorwater collected from roof collected water is put into the counter weights

First Floor: Ice and water movement can be seen from first floorAccess via the ladder gives access to plants grown on facade

ground Floor: Ice delivered to kitchen area to keep the drinks cold Water delivered to clean kitchenRecycled water used as counter balance

sMOKe FACADe

ground Floor: Coal is deposited in coal bag and used for barbequeSmoke is drawn up from barbequegoods arrive by van and placed in boc

First Floor: Coal runs down chuteSmoke is drawn up fluegoods transported by pulley system

Second Floor: Coal stored and placed in chute when neededSmoke is exhausted out of the chimneygoods arrive and stored on deck

hANGING CONCePt

Lanzarote bridge project where the detail forces are directed from horizontal to vertical without bolting through the concrete column.

Four joints connecting the structure to the pavilion skeleton provides the strength for the structure to hang without touching the ground. The ladder on the ground floor is removeable at night. This concept of hanging follows through to other aspects of the structure- for example the kitchen.

[Academic use only]

IteRAtION A

IteRAtION A

ReALItY CheCK- CRItIqUe AND ADJUstMeNt

reinforcement of the corners are needed otherwise the structure will shear

Structure is doubled up and the balcony does not have enough support

Balancing the kitchen on the hanging elements could be improved using a triangular structure

The vertical elements although available, at 7-8m long, would be expensive and massive

FACADe DeVeLOPMeNt FOR ReAL LIFe

A

B

A

B

For sequencing see Sequence of build pages (two pages after this one)

41kg

A and B pieces slot diagonally over the existing floor beams of the pavillion. This way it truly hangs off the existing frame

Elevation showing how the different A and B components tesselate together

SEqUENCE OF BUILD

stage 1 stage 2

stage 3 stage 4

1 3

2

STAgE 1 STAgE 2

1 3

2

STAgE 4

1:10 CONSTRUCTION MODEL

GROUP CONFIGURAtION

Mello

Jose

Ximena

Daniela

Juliana

LONDON MeDeLLIN+

Freya C

Victoria B

Megan S

Me

Jose-Ignacio

FURNItURe

stRUCtURe

MAteRIALs

RAMP

ROOF

GROUP CONFIGURAtIONs

gROUP ORgANISATION FOR TEAM 3

group 3

group 2group 1

STRUCTURAL CONCEPT- 3D TO 2D

London Team Team 3- London +Medellin Students

1

2

3

1

2

3

Bartlett kitchen

Colombian + Bartlett working space

Entrance to the pavillion

Continuation of the triangular forms but from a three dimensional to a two dimensional form gives a link between the two while also being tied together

CONstRUCtION teChNIqUe ReseARCh

modules lead to different kinds of configurations

Basic panels and pieced together with specially made metal connections

each connection made where 3 modules meet

timber panels with groove cut out

welded together joint

Cardboard testsLucien Pellat-Finet Shinsaibashi Shop by Kengo Kuma

too expensive

CONstRUCtION IteRAtION

Table and chairs configured to fit into the facade. The angle of te facade means that rainwater falls away.

FURNItURe IN the WALL

CONFIGURAtIONsCOMPONeNtsFLEXIBILITy IN USE AND STORAgE

Lecture arrangement

Workshop arrangement