PORTFOLIO julia zaritskaja
JULIA ZARITSKAJA Address: Hanhitie 17H-B10, Oulu, Finland E-mail: juliku@windowslive.com Mobile: +37255923311 Nationality: Estonian
EMPLOYMENT 2013 Hassell
2009-2010 Trevor Sadd Associates LTD
Melbourne, Australia. 6months Internship
Tallinn, Estonia. Junior designer
- Construction Documentation - Design of Melbourne Food and Wine Festival Hub
- Leaflets, brochures and web page design - Quantity surveying and drafting - Gained estimating skills
2011-2012 Lukkaroinen OY
2008 Arriola & Fiol Arquitectes
Oulu, Finland. Technician, junior architect
Barcelona, Spain. 3 months internship
- Design Phase Drawings - Preparation of 3D visualizations - Gained proficiency in visualization skills
- Private housing design - Technical drawings’ arrangement - Scale models’ preparation
EDUCATION 2010-2014 University of Oulu
Narva, Estonia
- Master Degree in Architectural Design - Graduated with distinction - Language of study - English
- Graduated with Honors
2005-2009 University of Applied Sciences Tallinn, Estonia - Bachelor Degree in Architecture - Average grade 4,6 out of 5
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1992-2004 Narva Humanitarian Gymnasium
Oulu, Finland
SKILLS Software Knowledge
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Autodesk Revit Architecture AutoCAD Autodesk 3ds Max Design Photoshop ArchiCAD Sketch Up Rhinoceros Artlantis Studio
Languages
- Russian (mother tongue) - English (strong command) - Estonian (stong command)
WORKSHOPS March 2012 Waterfront Urban Space Design Lisbon, Portugal
Sept. 2011 Archeology’s Places and Contemporary Uses Catania - Venice, Italy
Published on http://ewwud.ulusofona.pt/index.php?option=com_content&view=article&id=137&Itemid=176&lang=en
Published on http://www.iuav.it/Didattica1/workshop-e/2011/Archaeolog/ARCHAEOLOG/index.htm
INTERESTS -
Architecture Photography Crafts Traveling
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CONTENTS Academic Work: Northern Lights Observation Centre Oulu Pavilion Marjamae Hotel and Recreation Centre 120 Hours Competition Kitchen Interior Design Professional Work: 720 Bourke Street Medibank Oulu Dental University Pujalt Private House MFWF The Immersery Scale Models/Architectural Photography 5
NORTHERN LIGHTS OBSERVATION CENTRE place: Luosto, Finnish Lapland University of Oulu, MASTER DEGREE THESIS 2014 Supervisor: Prof. Rainer Mahlamaki
The project includes the design of the centre for northern lights observation in Finnish Lapland in Luosto ski - centre area. The western site of the project is surrounded by a 512m high Luosto Hill which belongs to Pyha-Luosto National Park. The area’s magnificent landscape attracts tourists allyear round for hiking and skiing, as well as for an annual Luosto Musical Festival that happens every summer. The site is located on the 300 m high level above the sea, which makes it visually perfect for observing the northern lights; it is also situated further from the ski-centre to avoid light-pollution. The idea of designing such a centre was consulted with the geophysicist from Sodankyla Geophysical Observatory (that is situated in 40km distance) who expressed the interest in having a science museum exhibition room for displaying old instruments, which have been used for the Northern Lights research. The close proximity to the Observatory would make the Centre get significance in terms of receiving scientific information for educational purpose of the visitors.
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Aerial Perspective
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NORTHERN LIGHTS OBSERVATION CENTRE PRODUCED BY AN AUTODESK STUDENT PRODUCT
PRODUCED BY AN AUTODESK STUDENT PRODUCT
PRODUCED BY AN AUTODESK STUDENT PRODUCT
place: Luosto, Finnish Lapland University of Oulu, MASTER DEGREE THESIS 2014 Supervisor: Prof. Rainer Mahlamaki
Air Lock 7 m² Cloak Room 12 m²
Exhibition room 2 72 m²
Info 18 m²
Kitchen 60 m²
Storage 17 m²
Office Room 14 m² Utility Room 12 m²
Exhibition room 3 70 m²
Exhibition Storage 58 m²
Refrig. Room 8 m²
WC 54 m² Exhibition room 1 192 m²
Corridor 11 m²
Food Preparation 14 m² Dish Washing 14 m²
Lobby 135 m²
Changing Room 12 m² Machinery 12 m²
Air Lock 8 m²
Hall/Cafe/ Exhibition 547 m²
Ground Floor Plan Unnamed Project number Date Drawn by Checked by
Project Number
A117
Issue Date Author Checker
Scale
1 : 200
PRODUCED BY AN AUTODESK STUDENT PRODUCT
First Floor Plan
Longitudinal Section
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The project consists of the main building approx. 2000 m2, which includes exhibition rooms, lecture rooms, small library, archives, offices, restaurant and 15 small cabins for visitors to stay over the night with the possibility to see the northern lights within the rooms. The design is focused mainly on 3 types of cabins around 30-35 m2, that have a cosy interior design, providing all the essential functions within the cabins. The structure is chosen to be
prefabricated Cross-Laminated Timber panels that are assembled on the site and have a minimum footprint on the surrounding nature. The e-glass panels provide the possibility to keep the view clear even with the low temperatures. The centre is designed to attract tourists and local people all-year round to study and observe Northern Lights Phenomena being close to nature.
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NORTHERN LIGHTS OBSERVATION CENTRE place: Luosto, Finnish Lapland University of Oulu, MASTER DEGREE THESIS 2014 Supervisor: Prof. Rainer Mahlamaki
Cabin TYPE 1: Area - 30m2 Materials - Prefabricated cross-laminated wooden panels, Pine wooden planks for interior and exterior
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NORTHERN LIGHTS OBSERVATORY CENTRE place: Oulu, Finland University of Oulu, MASTER DEGREE THESIS 2014 Supervisor: Prof. Rainer Mahlamaki
Cabin TYPE 2: Area - 30m2 + 4m2 sauna Materials - Prefabricated cross-laminated wooden panels, Pine wooden planks for exterior, plywood for interior cladding
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Cabin TYPE 3: Area - 40m2 Materials - Prefabricated cross-laminated wooden panels, Treated pine wooden planks for exterior, plywood for interior cladding
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OULU PAVILION “eXperience the wood” place: Oulu, Finland University of Oulu, 3-Ma, 2011
The Pavilion is located walking distance from Oulu city centre in the Kiikeli area. The site is an island with a wooden deck and is dominated by high birches. The atmosphere on the site is calm and peaceful, as people come here to enjoy the weather and the natural environment. The idea to create a pavilion in this location came with the need to provide a logical ending for the wooden deck’s path. The designed pavilion is a place to spend time gaining new spatial and sensory experiences. Its simple geometrical shape provides clear circulation within the pavilion, as well as merging the structure to its surrounding cityscape. There are four different layers in the shape of the cube which forms the structure. Wood was chosen as a main material for the pavilion because of its versatility and aesthetics.
Each layer has different wooden surface to experience: even wooden blocks, rustic planks, willow branches and burnt wood. The transition concerns not only surfaces, but also colours and structures. The further the visitor walks into the pavilion, the more dramatically the interior changes. Natural Light plays an important role in the structure, revealing the surfaces by penetrating from the external layers. During the night the situation changes and the light comes from the core of the pavilion illuminating the external layers. The room in the centre of the pavilion can be used for different art performances, exhibitions and light installations.
Pavilion Plan
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Pavilion Section
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OULU PAVILION “eXperience the wood� place: Oulu, Finland University of Oulu, 3-Ma, 2011
Detail 1
1 2 3 4 5 6
dia 100 mm aluminium tube 200x200 mm wooden blocks 50 mm thk monolithic screed 2x12 mm thk plywood 50x150 mm wooden planks 100x150 mm wooden battens
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7 100x200 mm wooden cross-beam 8 100x200 mm wooden beams 9 200x200 mm concrete post 10 dia 10 mm aluminium rod 11 vapour barrier
Detail 2
1 2 3 4 5 6 7 8 9 10 11 12 13
Detail 3
dia 100 mm horisontal wooden trunk dia 50 mm vertical wooden branch dia 100 mm vertical wooden trunk dia 50 mm horisontal wooden branch dia 20-50 mm nailed wooden branches 50 mm thk monolithic screed 2x12 mm thk plywood boards 100x100 mm wooden batten 100x200 mm wooden cross-beam 2 100x200 mm wooden beams 200x200 mm concrete post dia 100 steel tube for trunk fixation vapour barrier
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KITCHEN DESIGN place: Pujalt, Spain University of Oulu, 3-Ma, 2011
Designed kitchen is located on the top floor of a family house in Pujalt, Spain. The building has a steel frame structure with concrete floor and huge glazed facades. The design was aimed to follow this particular architectural style. Clear geometry, pure material surfaces, simple lines and a minimal approach were chosen for it. The kitchen has suspended cabinetry with a concrete finish. The countertop is formed with a dark colour solid durat material that culminates at one end with a stand and shelves. The upper part of the kitchen is very minimal and has only a stainless steel casing with a hood and splash back made out of frosted glass. The material palette is achromatic with the only accent being a green decorative grass plant recessed to the countertop. In spite of an apparent simplicity, kitchen is equipped with everything needed for occasional cooking.
Kitchen Elevation
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Kitchen Section
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MARJAMAE HOTEL AND RECREATION CENTRE place: Tallinn, Estonia Tallinn University of Applied Sciences, Bachelor Degree Final Thesis, 2009
The Marjamae hotel and recreation centre is located in Tallinn in an attractive area near the sea shore. The plot is surrounded by the historically important Orlov’s Castle and Exhibition Pavilions.The site is also dominated by a 20m high limestone slope and the building is designed as part of it. The shape and the dark edgy look of the building were inspired by a layered surface of limestone. Different levels create terraces, with views towards the sea, and spacious voids which allow natural light to penetrate inside the building. The Marjamae centre is a 6-storey multifunctional building that has a health centre with SPA, conference centre, hotel and a big restaurant designed around the inner courtyard. The spacious hall in the middle of the building provides the entrance to dif-
ferent parts of the Centre. Most of the hotel rooms are facing the sea and the SPA centre is oriented towards the south, which makes it also possible to enjoy the sun in the winter time. The parking spaces and technical rooms for the swimming pools are designed under the ground level. The building has a reinforced concrete structure; the facade is a dark selective glazing with limestone decoration on balconies. The Marjamae Centre offers many possibilities for different groups of people. Its location near the city centre makes it attractive not only for local people, but also for tourists visiting Tallinn.
Ground Floor Plan
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First Floor Plan
120 HOURS COMPETITION place: Oslo, Norway University of Oulu In collaboration with Maxime Rousse and Nicolas Gustin Convetional organization
Sustainability is easily linked with ecology. Indeed, humans are spending a lot of energy trying to protect the natural environment, forgetting that sustainability is also about creating appropriate living condiSustainable human environment ? tions. Today, we are living in stacked similar entities, allowing only displacements from one to another through machines (stairs, lifts,
Proposal
trains…). We just pop up in our destination without experiencing any space or social interaction during the way. Innovative architecture approaches can drastically improve the current situation by Continious bringingspace movement, Separation Repetition diversity, sense of space, Diversity and social interStagnation Movement action in order to create an environment adapted to the human being
Secondary structure : 60mm ø wooden planks
Primary structure : 250mm ø wooden columns
Sustainable human environment ?
Convetional organization
Proposal
Separation Repetition Stagnation
Continious space Diversity Movement
Plywood sloped slabs with supporting wooden frame
Secondary structure : 60mm ø wooden planks
1752 Primary structure : 250mm ø wooden columns
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PROFESSIONAL WORK
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place: Melbourne, Australia Employer: Hassell
720 Bourke Street is an office and retail use building located in Melbourne Docklands. It provides 46,500 m2 office space over 16 levels; 2,000sqm of retail space spread over the concourse and park levels. Building features a green façade / terraces and urban spaces with organic themes capturing Medibank’s concept of living and breathing for better health. Tasks during internship: Construction drawings of plant rooms and roof level, sections and details of the top floors, ceiling plans and wet area plans detailings.
Roof Plan
04
+112,235
1°
+112,175
`C` 94 CHANNEL FRAMEWORK TO FLASHING @ 600 C/S OR SIMILAR APPROVED SUPPORT SYSTEM
GIRT
6mm FC SHEET LAID TO FALLS PAINTED WHITE TO MATCH RIBBON
300 TYPICAL
ATRIUM PRECAST
150
+106,300
LEVEL 17 (PLANT 01)
+111.100
FACADE RIBBON BY OTHERS
GIRT
PRIMARY ROOF MEMBERS
R
SHS
ATRIUM PRECAST 3mm PC PRESSED ALUM PANEL RAL 7021
SP01
+111,505 PURLIN
LEVEL 19 (ROOF)
INSULATION 30 KG/M3 OR SPRAY ON MONOGLASS TO 120MM
+106.100 WHITE C/BOND FLASHING OVER LOUVRE LAID TO FALL
+111.100
MONUMENT C/BOND FLASHING
SPEEDPANEL TO U/S OF PURLIN
ALUM FRAME RAL 7021 LAPPED UNDER STEEL FACADE FIXING & BEHIND SPEEDPANEL PLATE BY OTHERS TO FOLLOW RAKE OF PRECAST WALL
FACADE RIBBON BY OTHERS
BMU TRACK ON STEEL JACKS ON PADS AS PER SUBCONTRACTORS SPECIFICATIONS
FACADE BY OTHERS
+100.000
+112,175
INSULATION 30KG/M3 TO FILL ENTIRE CAVITY BETWEEN SPEED PANEL AND PRESSED ALUM. PANEL
KLIP LOK
200x200 SHS RB5
+106,300
1°
PRESSED ALUM. PANEL FIXED TO BACK OF PRECAST
+111.100
EXTERNAL
LEVEL 19 (ROOF)
ALUM FRAME RAL 7021 LAPPED UNDER STEEL & BEHIND SPEEDPANEL TO FOLLOW RAKE OF PRECAST WALL
+110,400
+111,300
(PLANT ROOF LEVEL LEVEL 17LEVEL 1801) (PLANT 02)
LEVEL 18 (PLANT 02)
WHITE C/BOND FLASHING OVER LOUVRE LAID TO FALL
RF-02
1:100
1°
+106.100
+100.000
+112,235
+111.100
C64 STUD FRAMEWORK
+111,300
OVERFLOW BY OTHERS TO HYDR. ENG. DETAILS
1:100
ATRIUM G
GT04 FIXED TO SPEEDPANEL
LEVEL 19 (ROOF)
UB COLUMN
+111.100 CONCRETE UPSTAND
MONUMENT C/BOND FLASHING 50
FACADE FIXING PLATE BY OTHERS
GIRT
FLASHING PRESSED OVER ROOF SOAKER ROOF SOAKER Z/LUME
SP01
+111,505
04 ATRIUM GLAZING UNIT
9mm FC SHEET
WHITE C/BOND FLASHING TO BE FIXED @ 600mm C/S
RB6 PRIMARY
1°
1mm ZINCLUME FLASHING @ 10 FALL 120 mm C CHANNELS
`C` 94 CHANNEL FRAMEWORK TO FLASHING @ 600 C/S OR SIMILAR APPROVED SUPPORT SYSTEM
6mm FC SHEET LAID TO FALLS PAINTED WHITE TO MATCH RIBBON
CL
+106,425
CONCRETE UPSTAND
+106.100
ROOF LEVEL
LEVEL 18 (PLANT 02)
ATRIUM 150 mm PRECAST
FACADE BY OTHERS 150 SHS
MC-01 ON SUITABLE LV-02A SUBFRAME TO ENG. DETAILS
LV-02A
SP-01
SP-01
GIRT
150 PRECAST 150 SHS +110,450
Facade details LV-02A
100
113
MC02 ROOF PURLIN
ROCKWOOL INSUL.
SUBFRAME BY SUBCONTRACTOR
1:10
KLIP LOK ROOF SHEET
KLIP LOK ROOF SHEET
UB COLUMN
RACTOR
1:10
1:10
1:10
30 KG/M2 75mm ROCKWOOL COMPRESSED AT HEAD OF WALL WITH ROOF PANEL
KLIP LOK ROOF SHEET
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4
1:10 1:10
LV-02A
Level 11 Reflected ceiling plan 113
SILICONE SEALANT ATRIUM GLAZING UNIT
UB COLUMN
100
C/BOND FLASHING
PRIMARY STEEL ROOF PURLIN
ATRIUM ROOF PRECAST ACOUSTICSILL WALL DET NORTH 8 SPEEDPANEL DETAIL 1:10
1:10
30 KG/M2 75mm ROCKWOOL COMPRESSED AT HEAD OF WALL WITH ROOF PANEL
PACKER
+112,165
1º
+112,090 ROCKWOOL INSUL.
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ATRIUM 1:10
Images and drawings courtesy of Hassell
KLIP LOK ROOF SHEET
150
7 3 TYPICAL HALO PARAPET DETAIL TYPICAL PARAPET DETAIL
TYPICAL PERIMETER CLADDING SILL & FLASHING DETAIL 1:10
+110,450
9 DETAIL ATRIUM ROOF PRECAST WALL DETAIL EAST/WEST 8 PERIMETER SPEEDPANEL SILL DETAIL 7 TYPICAL HALO PARAPET DETAIL 10 TYPICAL CLADDING SILL & FLASHING
50
4
50
AME BY
+100,850
RF-02
C64 STUD FRAMEWORK
CL
1º
SHS
Z/LUME FLASHING
UB COLUMN
NYLON `BIRD` NESTING PREVENTATIVE MESH
MC-01 MONUMENT C/BOND FLASHING BEHIND CLADDING & FLASHED INTO FC SHEET
100
WHITE CAULKING @ JUNCTION WITH FACADE HEAD SECTION
WHITE C/BOND FLASHING TO BE FIXED @ 600mm C/S
75
50
+100,850
100
MONUMENT C/BOND FLASHING BEHIND CLADDING & FLASHED INTO FC SHEET
100
100
100 1º
GIRT
150
MC-01
WHITE CAULKING @ JUNCTION WITH FACADE HEAD SECTION
SIMILAR SPANDECK SUPPORT FRAMEWORK TO SUIT SUBCONTRACTOR ENG. DETAILS.
SILICONE JOINT @ JUNCTION OF GLAZING & FLASHING 1mm ZINCLUME FLASHING ON FC SHEET CAP
INSULATION 30 KG/M3 OR SPRAY ON MONOGLASS TO 120MM PACKER
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150
100
+107,300
NYLON `BIRD` NESTING PREVENTATIVE MESH
EXTERNAL GRADE SILICONE JOINT AT GLAZING FLASHING JUNCTION
ATRIUM GLAZING `C` CHANNEL OR UNIT
100
1°
+107,360
150
PACKER MONUMENT C/BOND FLASHING `C` CHANNEL OR SIMILAR SPANDECK SUPPORT FRAMEWORK TO SUIT SUBCONTRACTOR ENG. DETAILS.
50
L
MEDIBANK 720 BOURKE STREET
30 KG/M3 INSULATION
25
11
10
9
8
C-C
6
D-D
5
OY-01055 / 2900
15
14
13
12
B-B
27.3.2014
4
3
2
A
2087 wc 2,5
1089 hoitohuone 15,5
2065 varasto 14,0
2086 lähipalaveri 16,5
173 aula 16,0
2054 hoitohuone 17,5
2056 hoitohuone 16,0
2055 hoitohuone 16,0
2062 hoitohuone 15,0
1091 hoitohuone 16,5
191 porrash. B 17,0
0011 kaasukeskus 5,0
2012 vetäytymistila 3,5
181 vetäytymistila 8,0
2063 hoitohuone 14,5
1090 hoitohuone 15,5
2066 kipsimalli- ja oikomislaitepaja 28,5
2085 taukotila 42,5
1092 hoitohuone 16,5
2038 hoitohuone 28,0
2037 hoitohuone 21,0
2108 vetäytymistila 3,5
2053 hoitohuone 17,5
B
180 hoitosolu 6 49,0
2052 hoitohuone 17,5
2057 hoitohuone 15,5
1088 hoitohuone 15,5
2082 posti (ent kopio) 11,0
2080 välinehuolto 11,5
2102 wc 2,0
2095 wc 2,0
2091 wc hk 2,0
189 käytävä 10,0
1730
188 käytävä 47,0
2020 taukotila 48,5
C
170 wc / n 8,0
187 käytävä 7,5
168 inva-wc 5,5
175 kerrosaula 76,0
2051 hoitohuone 17,5
185 käytävä 35,0
D
F
2023 inva-wc 6,0
2022 wc 3,5
2021 wc 3,5
2097 ATK-ristikytkentätilat 2,5
2016 kopio 12,0
4
2014 vetäytymistila 5,5
2105 vetäytymistila 5,5
2013 vetäytymistila 5,0
36 paikkaa
174 odotus 147,5
22 paikkaa
2072 hampaanpesu 6,0
D
2103 inva-wc 6,0
2015 lähikokous 19,5
1085 hoitohuone 19,5
1087 aputila 16,0
2058 hoitohuone 15,5
2059 hoitohuone 16,5
2060 hoitohuone 17,0
186 käytävä 34,0
1083 hoitohuone 16,0
169 wc / m 8,0
2024 siivous 4,5
2069 vetäytymistila 3,5
2027 hoitohuone 16,0
2068 työtila 16,0
C
2107 vetäytymistila 6,0
1086 heräämö 23,5
2090 wc hk 2,0
2075 varasto 11,0
2018 kirjasto 21,0
2015 varasto 10,0
2106 vetäytymistila 6,0
2081 välinehuolto 11,5
2088 wc 4,0
2026 hoitohuone 16,5
2111 käytävä 55,5
2061 hoitohuone 15,0
1084 hoitohuone 19,5
B
A-E
2034 hoitohuone 17,5
G
2050 hoitohuone 14,0
2045 hoitohuone 16,0
2044 hoitohuone 16,5
2043 hoitohuone 17,5
2035 hoitohuone 17,5
184 käytävä 21,5
183 käytävä 30,0
182 käytävä 28,5
2028 hoitohuone 15,0
2100 ryhmätila 24,0
2010 tsto 9,5
2009 tsto 9,5
2008 tsto 9,5
2007 tsto 9,5
2006 tsto 9,5
2005 tsto 9,5
2004 tsto 9,5
2003 tsto 9,5
2002 tsto 9,5
2001 tsto 9,5
2036 hoitohuone 19,0
190 porrash. A 17,0
H
E
E
176 hoitosolu 4 41,0
2092 wc 1,5
2089 wc 2,0
2029 hoitohuone 15,0
2101 wc 2,0
2049 hoitohuone 14,0
I
2048 hoitohuone 14,0
2042 hoitohuone 16,0
2046 hoitohuone 17,0
178 hoitosolu 5 36,5
2030 hoitohuone 15,0
2033 hoitohuone 15,0
2039 hoitohuone 16,0
A-E
1800 3800
2011 tsto 209,5
3800 1800 4130 3590 3970 1800
2025 ATK-ristikytkentätilat 2,0
3870 3800 1800 4130
26 Open office perspective
3590
Axonometric view of open office for professors 3970
Floor Plan
1800
Tasks: Design and modelling the project in Revit, creating detailed plans and axonometric views of different departments, facade design and detailing.
3960
15
14
13
12
B-B
11
10
9
C-C
2. krs 1 : 200
J
179 vetäytymistila 8,5
192 porrash C 17,0
2041 hoitohuone 15,5
2040 hoitohuone 16,5
2032 hoitohuone 15,0
177 vetäytymistila 9,5
7
D-D
2031 hoitohuone 15,0
2047 hoitohuone 16,5
6
5
3
2
1
Oulu dental university is a project that provides students and professors appropriate environment for study, research and everyday work. The building is an extension of the existing medical university. It features spacious internal courtyards for letting more daylingt into the building. All waiting areas for clients have a view to the pine forest that surrounds the building. 3960
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A
OULU DENTAL UNIVERSITY
place: Oulu, Finland Employer: Arkkitehtitoimisto Lukkaroinen OY
PUJALT PRIVATE HOUSE place: Pujalt, Spain Employer: Arriola & Fiol Arquitectes
The private house in Pujalt in Spain is designed for 2 families living together. 4 floors accommodate flexible rooms created with partitions. One side of the building is ajusted to the old stone wall. The facade replicates the look of the old wall and merges the building into its surrounding. The oppisite longitudinal wall is a cutrain wall with steel beams. Tasks: Design Phase drawings, wet area plans, furniture layout on plans, detailing of kitchens
Floor Plan
Longitudinal Section
Entrance facade 27
MFWF THE IMMERSERY place: Melbourne, Australia Employer: Hassell In collaboration with MFWF design team
The Immersery hub was designed to be a centrepiece of the 2014 Melbourne Food and Wine Festival sited on the edge of the Yarra River at Queensbridge Square on Melbourne’s Southbank. Responding to the Festival’s theme – water – a multi-tiered installation cascading over the edge of the river was developed. The three states of water – solid, liquid and vapour – were the inspiration for the three key spaces, celebrating the role of water in urban life. A construction barge, floating on the river, represented the solid state of water and hosted a cocktail bar. The Queensbridge Square concourse used planting to demonstrate water in its liquid form, creating a lush landscape for the festival kitchen and raingarden lounge. Above these, the ‘cloud’ pavilion, representing vapour, presented a unique experience. Taking advantage of existing site conditions the installation added elements to heighten the experience and demonstrate what is possible in the urban context. Strong vertical movement over existing and temporary stairs symbolised phases in the water cycle and offered a dynamic spatial arrangement. Published on http://www.archdaily.com/483079/theimmersery-hassell/ Task: Design of the festival hub, visualisation, construction drawings
The Hub Axonometry
A1
A2
A3
A4
A5
8600
6600
1000 MAX VARIES
730
2570
2570
730
1000 MAX VARIES
SCAFFOLDING BY OTHERS RL 9.300 L06 1200
(L02-L06) 100mm DIA. WHITE PVC PIPE FIXED TO UNDERSIDE OF SCAFFOLDING FRAME WITH CABLE TIES. TWO FIXING POINTS MIN.
1000
NOTE: LOCATION OF PIPES INDICITIVE ONLY
1000 MAX CANTILEVER VARIES PER LENGTH
(L01) 100mm DIA. WHITE PVC PIPES FIXED ON TOP OF SCAFFOLDING FRAME FIXED WITH CABLE TIES. TWO FIXING POINTS MIN.
BAL
1000
9300 NOM.
300
RL 5.300 L01
2100 MIN
3100
RL 5.800 L02
DECK
1000 MAX CANTILEVER VARIES PER LENGTH
500
RL 6.300 L03
800
5300
RL 7.100 L04
4000 SETOUT LAYERS FOR PIPE FIXING
RL 8.100 L05
BAL
EXISTING BRIDGE STRUCTURE
4000 BRIDGE 3700
2750 C.O.S
SCAFFOLDING FRAME TO PLAZA LEVEL BEYOND EXTEND OF EXISTING BRIDGE
PLAZA 0
28
Cloud Section
Images and drawings courtesy of Hassell
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SCALE MODELS
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ARCHITECTURAL PHOTOGRAPHY
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