2.3
junctiontheatre alistair hume
introduction
01 introduction 02
site analysis
04
initial concepts
04
precedent in metabolism
05
developped concepts
07
the junction theatre
13
technical drawings
19 tecnlology 25
the future of metabolism 2.0
26
bibliography
26
reflection
As resoucre scarcity and climate change raise questions as to the sustainability of our civilisation, the long term role of buildings is called into question. To save energy and materials, our current building stock is increasingly being rennovated and updated as opposed to demolished. Architects seek to extend the life of current buildings, and develop new architectures that are able to stay relevant amidst the erosive current of progress. The question of rennovation and the long term is at the core of the project; it explores a means to supercede its initial cultural and programataic brief, whilst providing a spacial experience that enables and progresses the delicate culture of one of Manchester’s most infamous wards.
01
hulme in flux history
Since the Industrial Revolution, Hulme has been developped, destroyed and redevelopped several times.
figure ground 1880
Each time the area’s problems have become too great or too expensive, Hulme has been redevelopped. It has been a repository for industrial workers, a low cost neighbourhood for post industrial Manchester and a test subject for 1950s Utopian ideologies. Its most recent redevelopment has seen gradual gentrification and efforts to reconnect with outlying social and cultural demographics. figure ground 1910 However, each time that Hulme is wiped clean, its culture is displaced and fractured; the relationship between inhabitants and infrastructure is destroyed, and the area may attract different demographics after rebuilding. As such, Hulme today bears very little infrastructural, social or cultural relation to Hulme in the 19th Century.
figure ground 1990
figure ground 2013
sunshine hours per day
climate As with most low-altitude British climates, the area will experience a moderate temperature spectrum. Similary, the scheme will have to accommodate moderate rainfall throughout the year. At a micro-level, the site has some protection from the sun during mid day, with exposure in the morning and afternnon. During the winter months, the site is moderately shielded from surrounding buildings.
average rainfall per month
high and low temperatures
summer solstice sunrise
summer solstice high noon
summer solstice sunset
winter solstice sunrise
winter solstice high noon
winter solstice sunset
02
a window to the past
the playhouse
The playhouse is noteworthy as one of the only buildings that has survived the successive ‘clean slate’ schemes that have seen Hulme almost completely re-written several times. As such, it exists as a snapshot into past versions of Hulme. The many previous rennovations have left layers of programatic residue, and hint at the previous cultural uses of the building.
DUCED BY AN AUTODESK EDUCATIONAL PRODUCT
03
RESPONSE TO BRIEF INITIAL CONCEPTS
The relationship between the Playhouse and the new building has been key in the design process. Initial concepts moved from a juxtapositional relationship between old and new to one of symbiosis. The new space was envisioned as a glimpse into the future of performance that was interwoven with the traditional performance space of the theatre; the idea of a Junction between old and new was formalised, where Hulme’s history met with its future. The program was fused between the two buildings, to create a space that encapsulated the essence of performance culture across the ages.
arro
study into modularity PRECEDENT in japanese metabolism
Hulme’s social and cultural flux means that the requirements of the building may change as time passes, and the area is further developped or wiped clean again. How does one sustainably cater for such a rapidly changing culture, and create a building that can stretch and rework itself to meet a range of requirements? The Japansese Metabolists envisioned the urban fabric as a constantly changing living organism, that should be able to update, repair and regenerate iteslf as components (infrastructure and buldings) become outdated. Their buildings were modular, and able to be customised and reassembled as time passed. When a component became outdated, it could be unbolted and replated. This modular language resulted in repitition of elements in plan and section, and a linear spacial logic. The success of the movement was ultimately diminished by the cost of updating and repducing components; it was not widely adopted enough to become cost effective. It also called into question issues of sustainability with regards to replacing components, instead of recycling or reusing them. However, the essence of the movement was inspiring, and relevant to the plight of Hulme. An infrastructure that could re purpose itself would negate the need to destroy Hulme agian.
04
the junction developped concept
This scheme is ultimately the synthesis of Hulme’s history and its future. By merging the new an existing building, the theatre can bridge the generations of cultural flux. The new building will conect to, and be built next to the Playhouse, and have a unified experience and program.
One is able to stand on either side of the Playhouse’s North East wall, which serves as the Junction between new and old. It becomes the meeting point between progressive and traditional, and acts as the control that unifies the building.
METABOLISM 2.0 The principles of Japanese Metabolism have been updated to account for the notion of sustainability and affect a greater flexibility. Instead of finished rooms, components that can fulil a variety of functions will be developped; partition walls, floor plates and envelope modules and other components can be assembled in different combinations to articulate different spaces.
assemble
As time pases, and the requirements of the building change, the same components can be reused in different orders, to update the function of the building for contemporary influences. Therefore, the parti concept of a moduar system that can be Assembled, Reassembled and Repurposed, underpins the large scale logic of this scheme
re-assemble
re-puropse
05
DESIGN DEVELOPMENT
PRECEDENT: The subtle solar facade covers the glazed living area. At the right angle, the facade seems semi opaque, and a diffused glow, and blurred image of the interior is visible. This generates interest in the junction between interior and exterior. Similar to that above, perofrated metal is used to achieve visual penetration. Varying the pattern of perforation allows one to emboss an image into the diffused glow.
The Flat Pak House This modular system utilises a combination of beams and fixing panels, that can be assembled in a variety of combinations, to taylor and refine space as desired.
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
The modular componennts to the right reflect early development. A steel frame system serves as the base to bolt on wall and floor panels, that allow one to partiton space according to the grid defined by the frame.
The new build’s plan was defined by the grid of the frame, as to where walls could be placed.
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
The Junction between the old and new building was key to the experience of the space; to give a feeling that Hulme’s cultural history and future were connected, holes were punched through the Hippodrome’s facade, and spacially unified with the new build
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Resolving the plan with function was therefore defined by the structure. All 3 developped concurrently.
06
junctiontheatre
07
the performance spectrum The Junction Theatre places the visitor at the heart of the dialogue between the two halves fo the building. The reception atrium creates a wide channel betwen the rennovation and addition. The new build focusses on promoting and enabling cutting edge performance. The ground floor suite is dedicated to music production; a large performance and recording space is partnered with a vocal recording suite and editing facilities. The public cafe can become seating for performances, as one partition wall is able to retract, exposing the large performance room.
The upper floor enables digital media production, centred around video capture. The main suite can be arranged into filming sets, or can be used for green screen work. Users have complete control over natural and artificial lighting in the building through blinds, louvres and localised light sources. The creative mezzanine is an informal space for users to discuss, develop and review projects and engage with other users of the space. It can also double as a screening venue. The entire building connects to the old theatre, which retains its traditional function as a live performance venue.
creative mezzanine
film making suite, editing suite and props room
public cafe and reception atrium
music performance/recording main theatre
08
flexibile space The building embodies flexibility in program as wel as concept. Users are able to control the spatial environment, to affect experience, temperature or light levels for performance and production.
The rotatable louvres, embedded blinds in the windows allow one to black out interior space if needed. The metal facade panels, made of perforated blackened aluminium can be opened and closed, allowing for one to choose between diffused ambient light, or direct solar exposure.
solar louvres: closed
embedded blind detail
solar louvres: open
09
examining the junction
The playhouse’s North East wall serves as the main channel of vertical circulation. Twinned staircases on either side of the wall mirror each other, and filter of into the building. This Junction represents the symbolic starting point of one’s journey into the building.
10
underlying grid of landscape and new build
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
N
urban landscape
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Hulme is in a transition phase between masterplans at the moment. There are several disused fields and empty lots that serve little assigned function, despite their potential as parkland The landscape strategy acts as a processional channel through the site and into the Theatre. Benches, bike stands, and strips of grass create paths and respites. This gives the surrounding area an urban green space that can be used independently of the theatre.
11
rennovate
update
12
section AA A
A
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
13
11
10
9
6
5
8 13
12
4 7 2
3
CT
DU
O
L NA
PR
1
IO
AT
11
UC
K ES
ED
D
TO
D CE
BY
AN
AU
O PR
DU
D CE
DU
O
BY AN K
S DE
TO AU L
NA
IO
AT UC
ED
C DU
O PR
CT DU
N
O PR IO AT UC ED
PR
O
C DU
ED
BY
AN
TO AU
SK DE
PR
L NA
14
ground floor plan 1. draught lobby. 2. staff room. 3. music recording/editing room. 4. music performance/ recording room. 5. cafe 6. reception atrium 7. wc male 8. wc female 9. bar 10. kitchen 11. storage 12. seating area 13. main stage 14. backstage
14
5
4
5 6
3 1
2
CT
DU
O
L NA
PR
IO
AT
UC
K ES
ED
D
TO
D
CE
BY
AN
AU
O PR
DU
D CE
DU
O
BY AN K
S DE
TO AU L
NA
IO
AT UC
ED
C DU
O PR
CT DU
N
O PR IO AT UC ED
PR
O
C DU
ED
BY
AN
TO AU
SK DE
PR
L NA
7
first floor plan 1. prop storage 2. editing suite 3. recording studio 4. creative mezzanine space 5. bridge over atrium 6. theatre seating 7. backstage
15
5 4 3 6
2
1
3 CT
DU
O
L NA
PR
IO
AT
UC
5 4
K ES
ED
D
TO
D
CE
BY
AN
AU
O PR
DU
D CE
DU
O
BY AN K
S DE
TO AU L
NA
IO
AT UC
ED
C DU
O PR
O PR
CT DU
N PR
O
C DU
ED
BY
AN
TO AU
SK DE
UC ED
IO AT
L NA
PR
second floor plan 1. circulation area 2. projection room 3. theatre seating area 4. wc male/female 5. storage 6. backstage
16
south east elevation
north east elevation 17
section bb PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
b
b PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
18
tectonics and technology 19
sectional buildup opaque roof module
roof skylight module rotatable perforated mesh facade
aluminium wall panel module
exterior facade frame steel frame interior partition wall ground floor assembly floor module
insulated assembly cap sloped roof module cap roof module
interior wood fascia panel aluminium frame and 150mm insulation
70mm insulation
envelope cap aluminium rainscreen cladding
resin finish poured resin trough floor decking cross braced frame steel frame base
wall asembly side cap
perforated soffit
20
detail of a structural frame junction
frosted glass fascia
beam spacer plate
node
column decorateve fascia panel
frame node, column and beam PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT The entire structure is supported by a steel frame. As part of the modular experiment, the frame is standardised. The columns beams are connected through node units, as seen to the left. So that services can be ran through the beams, the nodes are hollow to allow for transition of ventilation and cables. Fascia panels cover exposed sides of the node. The services are also hidden behind frosted glass for exposed beams and columns. Diffused lighting units can be added behind the frosted glass.
ventelation channel cables and electrics
frosted glass fascia
21
BY AN AUTODESK EDUCATIONAL PRODUCT
technical drawings skylight assembly
500 x 200 i beam PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
insulated envelope cap and gutter system
roof assembly detail 1:10
perforated steel soffit and led lighting assembly
sloped solid roof module
200mm insulation inside solid roof module
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
isulated rotatable louvre
insulated thermal cap is sloped towards gutters roof perimeter
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
envelope section 1:50
foundation and slab detail 1:10 beam and ventilation
150mm acid stained screed finsih
150mm insulation
PRODUCED BY AN AUTODESK EDUCATIONAL
dpm
300mm concrete raft slab
side view of services trough in slab 1:10 steel rebar reinforcement concrete pile foundation block
ground
22
1. foundation slab is cast
2. ground floor framework assembled
construction sequence
conceptual sequential construction assembly
3. first floor assembly fixed
4. first floor framework assembled
5. roof system frames added
6. first part of roof modules added
7. interior walls and details added
8. roof system caps added
9. wall modules added and envelope sealed
11. facade panels fixed into place
10. facade frame assembled
23
safety zone
The new build will have low thermal inertia, but is highly insulated. It will draw heat from the Playhouse via heat exchange if needed, and can vent heat into the playhouse, or out of the top skylights.
00 safety zone
The skylight assembly can be use to control solar gain into the building, as seen to the right. The small side window allows a thermal stack effect, which can vent heat from both parts of the building via heat exchange.
safety zone
safety zone
01
safety zone
02
high thermal inertia low thermal inertia
fire and environmental strategies solar gain mode ventelation channel cables and electrics
louvres are angled to allow maximum light penetration, and facilitate solar gain
ambient light with heat venting
skylight vent open
beam assembly details 1:10 louvres are closed, blocking light from interior space
thermal stack enabled by window vent
solar block mode
Y AN AUTODESK EDUCATIONAL PRODUCT
louvres are facing sun, bouncing ambient light into the space
24
in the future These images conceptually explore completely alternative configurations of the modular components. If the scheme were to gain momentum, the urban infrasctructure could be composed of compatable, interchangable parts that can be used and assembled as needed. This project could be seen as a devleopmental starting point for a a wider masterplan that could expand and diversify the selection of modules and aim towads a virtually mobile architectural infrastructure.
25
bibliography study into metabolism: project japan: an oral history of metabolism koolhaas, rem;obrist, hansolrich 2010 kisho kurokawa: metabolism and symiosis: kurokawa, kisho 2005 theatre design critical essays: theatre: building community and the public realm pfeffier, norman, 2000 twenty first challenges for the theatre architect stewart
group site analysis precedents study
texts used: introducing architectural theory smity, korydon; and associates 2012 new edition manchester claire hartwell 2005
building construction illustrated 4th edition ching, f. 2008 4th edition
journals used:
architectural review
architectural journal
architecture + urbanism miscellaneous:
the work of jean marc-emy and his city life project. a visual study into the retrospective legacy of metabolism had it succeeded as an international movement
evolo.us arch daily inhabitat deviant art
reflection
This project has required perception of Hulme in five dimensions; its past, present and future all play a vital role in defining my scheme. The Playhouse’s gradual weathering from its initial construction (both physically and metaphysically), gave me concern for the future of the rennovation, and catalysed my interest in a mobile architectural typology. Detailing a project to work according to the brief, but also for a potentially infinite number of different briefs (reuse of the
modules), was challenging. If I were able to continue development of Modularity 2.0, many additional modules would benefit a wider adoption. I will leave this project with an altered perception of buildings; as mortal entities in an ever changing arhitectural landscape; as a flow of resources, that is either open or closed; as five dimensional objects that whose essence changes with their surroundings; as objects that have short and long term cultural importance.
I look forward to continuing my studies in the future.... Thanks for reading!
26
junctiontheatre
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT