Contents Page Project 4
ARC5015
Sports & wellbeing museum of Edgbaston
Contents page............................................................................................................................................................................................1 Summary panel, Sports & wellbeing museum of Edgbaston.............................................................................................................2 Site analysis ..............................................................................................................................................................................................3 Precedent research of the current ballroom tower .............................................................................................................................4 Site visit......................................................................................................................................................................................................5 Sports related precedent study...............................................................................................................................................................6 Precedents.................................................................................................................................................................................................7,8,9 Shanghai natural history museum.........................................................................................................................................................10 Understanding the circulation of museums .........................................................................................................................................11 Understanding the ground levels on site...............................................................................................................................................12 Initial design thoughts..............................................................................................................................................................................13 Bubble diagrams ......................................................................................................................................................................................14 Achieving a lasting legacy and a reason to re-visit ..............................................................................................................................15 Development.................................................................................................................................................................................... .........16,17,18,19 Development and notes form the Formative review ............................................................................................................................20 1:500 roof plan ...........................................................................................................................................................................................21 1:200 floor plan with context.....................................................................................................................................................................22 1:100 ground floor plan..............................................................................................................................................................................23 1:100 First floor plan .................................................................................................................................................................................24 1:100 elevation and section ......................................................................................................................................................................25,26 1:100 section ..............................................................................................................................................................................................27 1:200 Characteristics section ...................................................................................................................................................................28,29,30,31,32 1:200 Axonometric or proposed site .......................................................................................................................................................33 1:100 Environmental Section....................................................................................................................................................................34,35,36 1:50 sectional model..................................................................................................................................................................................37 1:10 Technical Section ..............................................................................................................................................................................38,39,40,41,42,43,44 Plan of Primary structure ........................................................................................................................................................................45 Materials Justification ..............................................................................................................................................................................46 Area usage mapping ................................................................................................................................................................................47 Accessibility ..............................................................................................................................................................................................48,49,50 Fire safety ..................................................................................................................................................................................................51,52 Site Circulation ..........................................................................................................................................................................................53 Entrance......................................................................................................................................................................................................54 CafĂŠ .............................................................................................................................................................................................................55 Internal exhibition corridor / Private Workshop.....................................................................................................................................56 Ergonomically designed seating / viewing area...................................................................................................................................57 External Amphitheatre .............................................................................................................................................................................58 Integrated External amphitheatre............................................................................................................................................................59,60 Auditorium .................................................................................................................................................................................................61 Public involvement workshop space ......................................................................................................................................................62 Justification to Museum travel ................................................................................................................................................................63 Visuals........................................................................................................................................................................................................64,65,66,67 Visuals to understand the proposed compared to the existing ..........................................................................................................68 ARC5013 Co-Lab Task ..............................................................................................................................................................................69,70,71,72,73 ARC5011 Praxis Task ................................................................................................................................................................................74,75,76 ARC5010 Architectural theory Essay.......................................................................................................................................................77
SHANGHAI NATURAL HISTORY MUSEUM The Museum serves as an essential platform for popular science education and cultural exchange. Located in china’s largest city the natural history museum, taking its shape from “one of the purest geometric forms found in nature”, the nautilus shell. Designed to be a symbolism of the harmony between man and nature. Circular to improve the circulation within the structure due to the density of people. The plant wall , While aesthetically pleasing from the outside, also has a practical purpose—it is the main light source for the building’s interior and casts cell-shaped shadows upon visitors. The south side of the building is the cell wall, glazed to “maximize daylight and minimize solar gain.” The roof features a garden accessible to visitors and a courtyard pond that also acts a rainwater collection system.
Architect | Perkings + Will Date | 2015 Cost | ? Unavailable Location | 510 Bei Jing Xi Lu, Jingan Qu, Shanghai Shi, China Areas | 44517.0 m2
https://livinspaces.net/projects/architecture/shanghai-natural-history-museum-perkinswill-architects/attachment/shanghai-natural-history-museum-26/
https://www.archdaily.com/623197/shanghai-natural-history-museum-perkins-will https://www.smithsonianmag.com/travel/shanghai-natural-history-museum-and-new-age-museums-180955392/mb;m b b;lm, bd;b b ;bdfb.d fbadkbkdbvkbdakjgkehjgewg
Exploded Isometric:
https://livinspaces.net/projects/architecture/shanghai-natural-history-museum-perkinswill-architects/attachment/shanghai-natural-history-museum-26/
Model www.arcdaily.com [accessed 2/04/19]
http://bethanylooi.com/shanghai-natural-history-museum [accessed 20/04/19]
There is a lot of square meters of external walls. This would be to maximise the light within the structure.
Large open spaces encourage circulation and movement.
This area has a much larger ceiling height. Most likely for presenting artefacts to allow light to infiltrate the room. These rooms are almost double Hight for larger artefacts to be presented
Facility’s are all in the same vertical line.
Main Entrance
Double Height Zones
Circulation
Section:
3 Axonometric plans
Environmental Implications: This is a double Hight theatre. Most likely for presentations, lectures and films.
This is a lower ceiling. Most likely used for offices, walkways, storages and toilets.
This is a feature that I could benefit from within my design. making it as sustainable as possibly with along with water features to mirror the aesthetics of the lake. Https://livinspaces.net/projects/architecture/shanghai-natural-history-museum-perkinswill-architects/attachment/ shanghai-natural-history-museum-26/
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Understanding The Ground Levels on site:
c
1:200 Site Section A::
B
A
c
A B
1:200 Site Section B:
1:200 Site Section C:
1:2000 Reservioir Site Section:
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1:500 Roof Plan With Site Context
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1:200 Ground Floor Plan With Site Context
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d Floor Plan:
External exhibition space.
Interactive pool
oir erv s e gr
kin oo ) erl ace v p (o a. n s are ibitio g h n ati ex se al ed xtern t a e gr nte and di e s i Ra
Interactive room
Internal exhibition area
Assessable toilet
Equipment Storage Room
Toilet
Internal exhibition area Various level viewing area
Toilet
Toilet
Changing facilities
nal exhibition area
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1:100 Ground
External exhibition space.
Multi-purpose space. (for exhibition or sporting use)
Exhibition running track
CafĂŠ
OR
External exhibition space
Asse
ssable
toilet
Sports / Events Space
Gift shop
Entrance lobby
Toilet
Offices (private)
Staff Room
Assessable toilet (private)
Assessable toilet
Internal exhibition area Staff staircase and storage area. Internal exhibition area
Internal exhibition area
Intern
1
Storage
Toilet (Private)
Workshop (private)
External Amphitheatre (overlooking reservoir and external exhibition space)
Workshop Office
Accessible area for delivery’s back of house.
1:100 First Floor Plan:
.
d ise
g in ok lo ce) r ve a (o sp a. tion e ar bi g hi tin l ex a se rna ed te at ex r g d te an in
Ra
Internal exhibition area
r
oi
rv
se re
g kin rloo e) e v c o pa a. ( are ion s ting xhibit a e e s ted ternal gra x inte and e d ir se Rai servo re
Internal Amphitheatre
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1:100 Rear
1:200 Front
rElevation:
t Elevation:
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1:100 Side Elevation: Elevation Line
Understanding New site Levels
+ 1.2M From Reservoir
+ 4.7M From Reservoir
+ 5.9M From Reservoir
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Section Line:
1:200 Section
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Axonometric Section Line:
1:200 Characteristic Section
ENTRANCE Common Wealth Games Birmingham 2022 Water Venue
Recreational Sporting use
Pedestrian Pavement / Reservoir Access
Secondary Circulation For Visitors
Main Entrance To the Sport And Welfare Museum Of Edgbaston
Pedestrian Pavement
Indoor And Outdoor cafĂŠ Seating
Access To the Site
Exhibition Space
Pedestrian Secondary Circulation Steps To Car park
Delivery And Service Road
Bus Parking
Car Parking
Assessable Pedestrian Secondary Circulation Ramp To Car park
Pedestrian Pavement
Close Proximity Assessable Parking
Bike Stores
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Axonometric Section Line:
1:200 Characteristic Section
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ENTRANCE Pedestrian Pavement / Reservoir Access
Secondary Circulation For Visitors
Indoor And Outdoor cafĂŠ Seating
Internal and External Cafe Seating (overlooking Reservoir and External Exhibition)
Main Entrance To the Sport And Welfare Museum Of Edgbaston
Gift Shop
Pedestrian Pavement
Public Toilets
Workshop Bus Parking
Private Office Space
Close Proximity Assessable Parking
Staff, Visitor Parking
Bike Stores
Ryan Cooksey S17123027 P4
Axonometric Section Line:
1:200 Characteristic Section
1)
Events Space
Common Wealth Games Birmingham 2022 Water Venue
Recreational Sporting use
Pedestrian Pavement / Reservoir Access
Running Track
Activity Pool / Activity Space
Integrated External Amphitheatre, (overlooking Reservoir and External Exhibition)
Delivery And Service Road
Bus Parking
View Wildlife and Sport
Events Space
Secondary Circulation For Visitors
Exhibition Space
Events Space, (concerts Meetings, Community Talks. Overlooked by Amphitheatre
Internal Exhibition (Walking Time line)
Pedestrian Pavement
Close Proximity Assessable Parking
Staff, Visitor Parking
Bike Stores
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1:100 Characteristic Section
Axonometric Section Line:
1) Public Pavement
Pedestrian Pavement / Reservoir Access
Secondary Circulation For Visitors
2) Open Space Slabbed Floor
Pedestrian Pavement
Secondary Circulation For Visitors
Exhibition Space
Events Space, (concerts Meetings, Community Talks. Overlooked by Amphitheatre
3) Integrated Seating And Balcony
Visitors Interactive Pool / Area
Integrated External Balcony, (overlooking Reservoir and External Exhibition)
4) Integrated Seating ], Internal Exhibition space , Various Level Staircase Overlooking Exhibition
Integrated Internal Raised Seating, (overlooking Reservoir and External Exhibition)
Multilevel Viewing Area (To View Artefact On Various Levels)
5) Service Road
Delivery And Service Road
Events Space Internal Exhibition (Walking Time line)
Pedestrian Pavement Ryan Cooksey S17123027 P4
Axonometric Section Line:
1:200 Characteristic Section
5)
Pedestrian Pavement / Reservoir Access
Secondary Circulation For Visitors
Visitors Interactive Pool / Area
Pedestrian Pavement
Exhibition Space
Events Space
Integrated External Balcony, (overlooking Reservoir and External Exhibition)
Integrated Internal Raised Seating, (overlooking Reservoir and External Exhibition)
Internal Exhibition (Walking Time line)
Presentation Events
Events Space, (concerts Meetings, Community Talks. Overlooked by Amphitheatre
Exhibition Space
Sport Related Film
Public Toilets
Changing Facility and Storage Area
Delivery And Service Road
Pedestrian Pavement Ryan Cooksey S17123027 P4
1:200 Axonometic Of Proposed Site:
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1:100 Environmental Section: Cross ventilation
Direct sun Position
achieved by opening windows and the access door being constantly opened
Warm Stale air rising
Daylight
Artificial Lighting: As an addition to daylight, artificial light has been incorporated in to the design. Low heat and low emission LED lighting will be used throughout the building. To reduce the amount of on time timers will be fitted as well as sensors so that the light go off when not needed.
Light Coloured Surfaces. (Reflect light)
Underfloor heating Approx. Summer Sun Altitude 65 degrees
Approx. Summer Sun Altitude 65 degrees
North facing glass facade to avoid direct sunlight daminging displays. Daylight will cast a constant shadow internally.
June 21st suns angle of 65 degrees and a winter sun angle of 15 degrees. The over hang of the roof acts as a louvre to block solar glare and protect from overheating as the facade is mainly glass.
As-well as avoids over heating with direct sunlight
Underground Thermal Mass
Approx. Winter Sun Altitude 15 degrees
Daylight in at high level through narrow windows Approx. Winter Sun Altitude 15 degrees
Filtered Water Distributed To Planters
Filtered Water Distributed To Toilets
Cross ventilation Achieved by opening windows and the access door being constantly opened Ground Source Heating:
Rainwater Moved via Pipes and guttering
Filtered Water Distributed To Storage Tank Cold Water pumped Away From Under Floor Heating
Hot water Is Then Pumped In To The Exchanger
Why A Green Roof? Mechanical Ventilation In rooms where natural ventilation cannot be gained or is affected due to weather. Mechanical is essential, especially when being environmentally considerate saving energy by recovering heat currently in the building by passing stale warm outgoing air under cold incoming filtered air. Therefore also maintaining heat as well as filtering in fresh air.
Heat Exchanger:
Ground Source Heating Pump.
A heat exchanger could be used by passing warm air from the mechanical ventilation outlet to assist in warming up the cold water. By doing this it is saving energy consequently being environmentally friendly.
The underfloor heating system will be reliant on ground source heating. This is efficient as it is environmentally friendly and as the heat can rise from the floor of each room upwards (as warm air rises) therefore being more efficient than radiators that only cover the perimeter of a room or heating systems attached to the ceiling. The ground source pump can be positions at the rear of the site with the water harvesting system.
Water Harvested To Top-up The Tank
Water Storage Tank
The Water Begins To Heat As It Circulates The Pipes
Filtration Tank / System
Hot Water pumped to Under Floor Heating
Pump
Cold water Is Pumped Underground
Heat Exchange
Over Flow Water Tank Returning Water To Reservoir
Mechanical Dust Ventilation In the workshop area to remove hazardous materials and fumes in the air. As there is limited natural ventilation.
By using a green roof, it also provides an improved environmental air quality to the area. Beneficial by the ability to remove greenhouse gasses in the air but also some dust particles as well. So this is beneficial for the body of the user as well as the environment.
Water harvesting With this being a public place reducing the amount of energy and waste is crucial where possible. The position of the site is a prime location for water harvesting and filtration as well as the size of the roof. To then be used throughout the proposal such as; for toilets, watering plants, and topping up the on-site pools and activity water space. Using the building water can be harvested by navigating the roof water using guttering and downpipe in to a storage container which will then be filtered naturally, pumped and reused on site. Alternatively, when there hasn’t been a rainfall the reservoir water can be used to top the tank up. In the event of excessive rain, the water can be replaced in to the reservoir using a underground soil pipe or soak-away. Ryan Cooksey S17123027 P4
1:100 Environmental Section Of Interactive Room And Activity Pool:
Artificial Lighting: As an addition to daylight, artificial light has been incorporated in to the design. Low heat and low emission LED lighting will be used throughout the building. To reduce the amount of on time timers will be fitted as well as sensors so that the light go off when not needed.
Approx. Summer Sun Altitude 65 degrees June 21st suns angle of 65 degrees and a winter sun angle of 15 degrees. The over hang of the roof acts as a louvre to block solar glare and protect from overheating as the facade is mainly glass.
North facing glass facare to avoid direct sunlight daminging displays. Daylight will cast a constant shadow internally. As-well as avoids over heating with direct sunlight Approx. Winter Sun Altitude 15 degrees
Cross ventilation
achieved by opening windows and the access door being constantly opened
Warm Stale air rising
Direct sun Position
Daylight
Underfloor heating The high skylight windows can draft a vertical ventilation to remove and stale warm air from the room.
Underground Thermal Mass
Light Coloured Surfaces. (Reflect light)
Roof Water Collected via Guttering and Downpipe
Filtered Water Filling Toilets Filtered Water Distributed To Storage Tank
Rainwater Moved via Pipes and guttering
Over Flow Water Tank Returning Water To Reservoir
Filtration Tank / System
Water Harvested To Top-up The Tank
knaT egarotS retaW
Why A Green Roof? By using a green roof, it also provides an improved environmental air quality to the area. Beneficial by the ability to remove greenhouse gasses in the air but also some dust particles as well. So this is beneficial for the body of the user as well as the environment.
Water harvesting With this being a public place reducing the amount of energy and waste is crucial where possible. The position of the site is a prime location for water harvesting and filtration as well as the size of the roof. To then be used throughout the proposal such as; for toilets, watering plants, and topping up the on-site pools and activity water space. Using the building water can be harvested by navigating the roof water using guttering and downpipe in to a storage container which will then be filtered naturally, pumped and reused on site. Alternatively, when there hasn’t been a rainfall the reservoir water can be used to top the tank up. In the event of excessive rain, the water can be replaced in to the reservoir using a underground soil pipe or soak-away. Ryan Cooksey S17123027 P4
1:100 Environmental Section Of Various Level Seating Area And Viewing Staircase:
Artificial Lighting: As an addition to daylight, artificial light has been incorporated in to the design. Low heat and low emission LED lighting will be used throughout the building. To reduce the amount of on time timers will be fitted as well as sensors so that the light go off when not needed.
Cross ventilation
achieved by opening windows and the access door being constantly opened
Direct sun Position
Underground Thermal Mass
Warm Stale air rising
Why A Green Roof? By using a green roof, it also provides an improved environmental air quality to the area. Beneficial by the ability to remove greenhouse gasses in the air but also some dust particles as well. So this is beneficial for the body of the user as well as the environment.
Daylight
Underfloor heating
Light Coloured Surfaces. (Reflect light)
North facing glass facade to avoid direct sunlight daminging displays. Daylight will cast a constant shadow internally. As-well as avoids over heating with direct sunlight
Approx. Summer Sun Altitude 65 degrees June 21st suns angle of 65 degrees and a winter sun angle of 15 degrees. The over hang of the roof acts as a louvre to block solar glare and protect from overheating as the facade is mainly glass.
Approx. Winter Sun Altitude 15 degrees
Ryan Cooksey S17123027 P4
1:50 Section Of Ground And First floor Cutting Through The Exhibition Space :
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1:10 Technical Section Of Ground Floor Cutting Through The Private Staff Room:
Steel Drip Level Sand Finished floor
Technical Detail Marker:
Compacted Hardcore
Timber Framework 150mm Rigid Insulation DPC Plasterboard and plaster
300mm Load bearing wall Shingle
Stone
Rocks
Large Rocks Soak-away Pipe Finished floor Screed Rigid Insulation DPM Concrete Steel mesh DPM Level Sand 120mm compacted Hardcore
Existing Ground
PRODUCED BY AN AUTODESK STUDENT VERSION
Footings
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PRODUCED BY AN AUTOD
1:10 Technical Section Of The Roof Structure:
1 Drainage stone (slow and direct water)
[Drawing Title] Scale: 1:100
Green Roof. (Grass) Soil Rigid Drainage Layer DPC Foil DPC
300mm Concrete Roof
Coping stone Encouraging Drip
150mm Rigid Insulation
Concrete Upstand Facure board / cladding Steel Beam Guttering Framework Glazing framework
Technical Detail Marker:
Steel Beam with insulation Beam Casing (cladding) Glazing framework
Anti-Glare Double glazing, Laminated and argon filled.
Steel Column
Glass supporting Brackets. (Fix to Columns)
Why A Green Roof? By using a green roof, it also provides an improved environmental air quality to the area. Beneficial by the ability to remove greenhouse gasses in the air but also some dust particles as well. So this is beneficial for the body of the user as well as the environment.
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T VERSION
1:10 Technical Section Of The Thermal Break Solution and Internal to External Space On The First Floor Of The Exhibition Space: Railing
Finish flooring 27mm Ply board 100mm x 45mm Cls Framework to support false floor.
Finished External flooring
Schrok Thermal break
Concrete Floor
1
[Drawing Title] Scale: 1:100
Steel beam 530mm x 250mm Beam Casing (cladding) Drip Encouragement
Glazing Framework
Steel Beam
Technical Detail Marker:
Anti-Glare Double glazing, Laminated and argon filled.
Glass supporting Brackets. (Fix to Columns)
AA®100 50mm and AA®110 65mm Zone Drained Façade
Scrock Thermal Break:
DUCED BY AN AUTODESK STUDENT VERSION What is a thermal bridge?
https://www.ribaproductselector.com/Docs/3/04373/external/COL527996.pdf
“Thermal bridges are localized assemblies within the building envelope where high levels of heat loss occur and result in low internal surface temperatures, which create conditions for condensation and mold growth. Typical thermal bridging assemblies include uninsulated balcony slabs or steel beams penetrating the building envelope, conductive window frames, and gaps in the continuity of insulation. In the case of uninsulated balcony slab connections, the interaction of the geometrical thermal bridge (cooling fin effect of the balcony slab) and the material-related thermal bridge (high heat conductivity of a reinforced concrete slab) results in a great deal of heat loss, meaning that the uninsulated balcony connection is one of the most critical thermal bridges in the building envelope.” https://www.schock-na.com/view/5185/Schoeck_Isokorb_Structural_Thermal_Break_USA_%5B5185%5D.pdf
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PRODUCED BY AN AUTODESK STUDENT VERSION
1:10 Technical Section Of Ground Floor Stepped Seating Leading Into The Ground Floor Of The Internal Exhibition Space: Technical Detail Marker:
Curtain Wall Bracket
Toughened High efficiency glass
Drip Ledge
Curtain Wall sill
Finished floor Screed DPM
Soak-away
Rigid Insulation
Sand levelling Compacted MOT
300mm Concrete Steel mesh
Footings
DPM Level Sand
Slabbed finish surface Encouraging Drip
120mm compacted Hardcore 300mm Steel Column
Retaining wall
300 concrete load bearing wall Rigid Insulation
Soak-away Pipe
Existing Ground
Shingle (Soak-away) Larger stone (Soak-away) Steel Fixings
Rocks Forming (Soak-away)
DPC
Footings Ryan Cooksey S17123027 P4
AUTODESK STUDENT VERSION
PRODUCED BY AN AUTODESK
1:10 Technical Section Of The Steel Columns Connection To The
300mm x 300 Steel Column
Finished floor Screed DPM Rigid Insulation Concrete Steel mesh Steel Fixings
DPM Level Sand 120mm compacted Hardcore
Concrete Pad (footing)
Existing Ground
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1:20 Technical Section Of The Internal Staircase:
PRODUCED BY AN AUTODESK STUDENT VERSION
1
[Drawing Title] Scale: 1:100
Timber Cladding
Timber Framework
Technical Detail Marker:
DPC 150mm Rigid Insulation 300 mm Bare loading Concrete wall
Hand Rails Toughened 25mm Glass Brackets Round Steel Post
Concrete Structure
Plasterboard and plaster Timber Framework
PRODUCED BY AN AUTODESK STUDENT VERSION
Finished Floor
300mm Concrete Floor
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1:10 Technical Section Of Ground And First floor Cutting Through The Private Staff Room And Workshop:
Timber Framework
Cladding
DPC
Technical Detail Marker: Catnic lintel inc. Insulation, cavity closure and drip Chamfered drip
Anti-Glare Double glazing, Laminated and argon filled.
Window Sill Steel Drip
Finished Surface Sand Crushed compacted Hardcore 300mm Load Baring Concrete wall 150mm Rigid Insulation DPC
Shingle Soak away
Timber Framework Plasterboard And Plaster
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AXO Showing Primary Structure: First Floor plan Highlighting Primary Structure: (NTS) Load Bearing Steel Column 300mm Concrete Roof Load Bearing Wall
Load Bearing Steel Beam
Steel beams. 4 meters apart. 300mm x 350mm steel columns 300mm Concrete floor 300mm Concrete wall
Ground Floor plan Highlighting Primary Structure: (NTS)
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Materials Justification And Prices: REf Precedents Page
Steel Columns and Beams REASON: Longevity of material, Related to tradition boat houses. Overtime it will weather to look like a old structure (slight redness in rust) , Allows a internal open plan with Large Curtain wall to ceiling Glass Walls. Material:
Precedent Use:
Natural Grass Roof
Oak Cladding
REASON: Low in maintenance, Environmental benefits (see environmental page) Blends in well with the environment, Material:
REASON: Longevity of material, Sustainable, Related to tradition boat houses. Overtime it will weather to look like a old structure Precedent Use:
Precedent Use:
https://www.google.com/search?q=Fishermen_culture_museum_and_vessel_museum. Accessed [10/03/19]
http://www.hainesconstruction.co.uk/steel-frames.php
https://www.google.com/search?q=oak+cladding+public+building&client=safari&tbm=isch&tbs=rimg:CSZdoeKj995kIjj7keuPtTvdWgsoS-TAUc2tRNKkkQZaVEe- Accessed 20/05/19
http://propecianoprescription.se/houseplans-with-exposed-beams/
Glass Facade, Curtain wall Concrete Load Bearing / Retaining Wall
REASON: To Expose all views of the reservoir, benefited as the glass is north facing so no
direct sunlight will damage any Displays. Material:
REASON: most suitable material for retaining wall due to strength and costs, a constant con-
crete wall to foundations and floor removes the possibility of a thermal break and damp.
Precedent Use:
Material:
Toughened glass, Low emission loss
Precedent Use:
Reinforced Concrete Poured on site
https-//freshome.com/dutch-museum-drenovation/ [acessed20/03/19]
https://concretewallsunlimited.com/poured-concrete-retaining-walls
Flower Beds And Dwarf Walls: REASON: Provides some aesthetic to the site. Allows a change in level of floor , also used to
help the circulation of the site. Material:
Precedent Use:
External Slabs REASON: Looks aesthetically pleasing and contrasts well with the steel and glass (also pro-
vides Reflections) It also differentiated the site
Precedent Use:
Oak Plank Flooring REASON: Longevity of material, Related to tradition boat houses. Overtime it will weather to
look like a old structure. Can be Easily maintained by sanding and re-sealing Precedent Use:
Brick / Stone Walls Solid Infill Topped with a range of flowers
http://www.asakurarobinson.net/portfolio_category/landscape-architecture/
http://www.asakurarobinson.net/portfolio-view/westway-business-park/
Ryan Cooksey S17123027 P4
Area Usage Mapping: First Floor
Private Storage
Integrated Internal Seating
Toilet (Private)
Private Workshop
External Amphitheatre Seating
Internal Amphitheatre Seating
Loading Bay
Voids
Ground Floor External Exhibition space
External Exhibition space
Temporary Exhibition
Entrance + Pop up Exhibition space Multi-purpose Space. (Sporting area or Exhibition space)
Cafe
nce
Entra
Internal Interactive Exhibition space External Exhibition space
nal E Inter
e
spac
Circulation
Cafe
External Exhibition Space
Ticket And Information Desk
Outdoor Dinning
External Workshop Area
Souvenir Shop
Cloakroom
Toilets
Staff Room
PRODUCED BY AN AUTODESK STUDENT VERSION
tion xhibi
Offices
Ryan Cooksey S17123027 P4
Avoid public Visualising Doors:
View
Accessibility
Access
From the view point of the public it looks like the wall is continuous and it avoids visualising doors. You then have to walk around the partition to access the doors 1500mm Turning Circle
1.29 Materials for treads should not present a slip hazard, especially when the surface is wet. H. The rise of a flight between landings contains no more than 12 risers for a going of less than 350mm and no more than 18 risers for a going of 350mm or greater (see Diagram 5);
280mm Riser
Steps 200mm Riser Integrated Seating 400mm Riser
280mm Going
Corridors And Passageways Internal View of Entrance
Smallest width 1400 : Gradually Increasing width 1400 +: Provisions 3.14 Corridors and passageways will Satisfy Requirement M1 or M2 if: A. Such as columns, radiators and fire hoses do not project into the corridor, or where this is unavoidable, a means of directing people around them, such as a visually contrasting guard rail, is provided; b. They have an unobstructed width (excluding any projections into the space) along their length of at LEAST
1200MM; c. Where they have an unobstructed width of less than 1800mm, they have passing places at least 1800mm long and with an unobstructed width of at least 1800mm at reasonable intervals, e.g. at corridor junctions, to allow wheelchair users to pass each other;
>1200mm
Hand Rail Provisions:
a. Is between 900mm and 1000mm, and from the surface of a landing is between 900 and 1100mm (see Diagram 5); c. It is continuous across the flights and landings of ramped or stepped access; d. it extends at least 300mm horizontally beyond the top and bottom of a ramped access, or the top and bottom nosing of a flight or flights of steps, while not projecting into an access route; e. it contrasts visually with the background against which it is seen, without being highly reflective;
950mm
Glass infill to increase light infiltration in to the building. Also to increase views when sat on the steps.
f. its surface is slip resistant and not cold to the touch, in areas where resistance to vandalism or low maintenance are key factors, use of metals with relatively low thermal conductivity may be appropriate; g. it terminates in a way that reduces the risk of clothing being caught; h. its profile is either circular with a diameter between 32 and 50mm, or non-circular, 50mm wide and 39 mm deep having rounded edges with a radius a minimum of 15mm (see Diagram 7);
Ryan Cooksey S17123027 P4
Wheelchair - Accessible Unisex Toilets: Ground Floor - Entrance Toilets
Ground Floor - Exhibition Building
1500mm Turning Circle
Cafe
1500mm Turning Circle
1500mm Turning Circle
1500mm Turning Circle
The toilets provided in the restaurant have been given a generous amount of room that allows for disability access. The corridor also complies with the approved document m that suggests a 1200mm corridor. This has been archived. The smallest toilet space is 1300mm x 1400mm. Which is over the recommended 850 x 770mm on diagram .14.
Accessible Lifts:
1500mm Turning Circle
The communal space by the lift has a turning circle of 1500mm which is required for a disability turning. The lift is also over the required size with the dimensions exceeding the required 1100mm x 1400mm, as the actual is 2100mm x 1600mm. The door is also over the required as it is 1100mm. In order to comply with the Regulations.
1500mm Turning Circle
Justifying The Flowing Organic Shape:
Sport isn’t Straight forward. So why should the building? It flows, athletes
have their ups
and downs.
The amphitheatre across the reservoir and focus-
es on the running track / External area. It follows the dame radius curve of the building. And falls in to the landscape behind.
No athlete has had a straight path to where they have come from or where they are going to. It begins to widen as the present end of the building to show the current stage.
The tiered staircase allows multi-level viewing. This again follows the curve of the building.
The sporting museum has been deigned to guide you but only allow you to
see par-
ticular parts at a time. To be in the shows of the current athletes of that generation whom didn’t know the future of the sports development.
You are met with a wall at the end of the journey. This represents
the wall
that athletes constantly have to battle through. That why there is glass
and access in to this ‘interaction zone’. “The
The Running track follows the same curve of the outer glass facade
ers look on”
best participates and oth-
The pools extend from the curves of the building. Ryan Cooksey S17123027 P4
Car parking
Visitors Route
Pedestrian Route
Delivery Route
Parking Regulations
Loading Bay
Accessible Parking Regulations
Parking Bays
Bike Racks
Accessible Parking Bays
Parking Spaces Long.
Coach and Bus Parking These bays are designated for assessable spaces as they are the closest to the museum. This reduces the distance to be travelled.
Bus Bays have been included for large group visits and the use of public transport.
Parking Spaces
Distance Between Spaces.
The parking spaces are over the standard 2.4meters x 4.8meters. With larger spaces planned for accessibility. There is also a oversized access, with the typical being 6 meters.
I have allowed for a 1500mm accessibility zone between spaces. The spaces are also Highlighted that they are accessible spaces.
Public Access: 1.15 The surface of a parking bay designated for disabled people, in particular the area surrounding the bay, should allow the safe transfer of a passenger or driver to a wheelchair and transfer from the parking bay to the access route to the building without undue effort, barriers to wheelchairs or hazards from tripping. 1.17 People with mobility impairments who arrive as passengers should be able to alight from a vehicle close to the principal entrance, or alternative accessible entrance, of the building in a way that is convenient for entry into the building. This indicates that I have kept an access route for the public to be able to navigate around the reservoir. I feel that it is important not to disturb their route.
b. The dimensions of the designated parking bays are as shown in Diagram 2 (with a 1200mm accessibility zone between, and a 1200mm safety zone on the vehicular side of, the parking bays, and with a dropped kerb when there is a pedestrian route at the other side of the parking bay); Access to and use of buildings other than dwellings 18 c. The surface of the accessibility zone Ryan Cooksey S17123027 P4
10m
11m
6. 5m
15m
Fire Safety:
5m
16m
14m 6m
Accessible Fire Exits (1200mm)
Fire Exits (1200mm)
PRODUCED BY AN AUTODESK STUDENT VERSION
Ac Fi cess re ib En le gin Fo e r
Accessible For Fire Engine
Fire Engine Access
Public Escape
Top up Fire Engine Water From Reservoir
Primary Structure Materials:
Concrete + Steel Primary Structure
Concrete
Coated Steel Fire Retardant coated Concrete
Fire Retardant coated Steel columns and beams
Concrete and Steel has very good fire properties due to its high melting point as well as the additives that can be coated on to allow further time.
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Site accessibility
External Balcony’s
Level Primary Circulation Routes
Stepped Primary Circulation Routes
Multi-Purpose Area (Boat storage, Exhibition, Event tents.
Secondary Circulation Routes
Private Services Access
First Floor Circulation:
Ground Floor Circulation:
Primary Circulation Routes
Lift
Secondary Circulation Routes
Stairs
Private Circulation Ryan Cooksey S17123027 P4
Entrance The Entrance is to draw
you through a tight tunnel effect for then the size of the proposal to wow you when entered.
The primary draw would be to the ticket office as there is a corner glass window pro-
moting souvenirs. This open space could be used for offloading items in to the museum. Also it is intended that this can be a large open 20020 games various sporting tents can be pitched to promote teams and assets to sell.
Visual 1
Visual 2
space that events can be held on for example; when its Birmingham
Circulation
View From Access Road:
Visual 2: View Towards The Site:
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The external space outside the café allows guests to side outside either under the roof canopy or completely out. With the café area defined by planters.
The café has been positioned so that your orientated in 3 key views. 1. The external exhibition space, key to watch activities whilst resting as well as overlooking children. 2. Over-Looking over the reservoir, a scenery or a water sporting event. 3. Looking over the entrance to await friends or look as items being off loaded in to the water.
Cafe
Internal View:
External View:
1:100 Cafe Section: Exhibition Space Bike Rack
Pop-up Exhibition Space s
nc
a ntr
E
iew eV
Reservoir Views
Entrance
Main Site Entrance
Exhibition Space
Main Cafe Entrance
Fire Escapes (Secondary doors)
Internal seating
External seating
Ex
ter na
lE
xh
ibi
tio
nV iew
s Ryan Cooksey S17123027 P4
Internal Exhibition Corridor The sporting museum has been deigned to force a Circulation to guide you but only allow you to see particular parts at a time. To be in the shows of the current athletes of that generation whom didn’t know the future of the sports development.
Private Workshop
(Repairs, Maintenance and Storage Facility’s)
External View:
Internal View:
This is a private area to be used by staff to REPAIR AND MAINTAIN ARTEFACTS AND DISPLAYS. Also, it is a area for STORAGE AND EASY ACCESSIBILITY by taking advantage of the sites topography. Positioned at the rear of the site it is away from the public eye and doesn’t take key space for viewing the reservoir.
1:100 Section To understand the Access:
Private Access is gained From the First floor. Accessible from the rear of the building out of public sight.
Private Access Road
Private Circulation Ryan Cooksey S17123027 P4
Ergonomically Designed Seating / Viewing area The viewing area and balcony has been designed so that the user is able to SIT AT VARIOUS LEVELS to overlook the site and the reservoir. This is a key place to watch events on the reservoir as a higher viewpoint. This continues on to a balcony; that would also aloe the user to OVERLOOK THE SITE from an external perspective. Whilst being sheltered from the canopy roof.
The ergonomics have been designed so that it is comfortable to sit on, almost like a chair. However I haven’t included soft furnishings as I wouldn’t want people sat too long.
Standing External Viewing area. (Over looking reservoir + external exhibition)
Exhibition space.
(Open plan interchangeable space)
First Floor Viewing area.
(Looking at the highest part and looking down at the Exhibition)
Seated Viewing area. (Over looking reservoir.)
Mid Level Viewing area.
(Looking at down and up at another perspective of the Exhibition)
Standing External Viewing area. (Over looking reservoir + External Exhibition)
Ground Floor Viewing area.
Ability to open Curtain wall
(Looking at lowest part of the Exhibition)
Exhibition space.
(Open plan interchangeable space)
Seated External Viewing area.
(Over looking reservoir + External Exhibition)
Secondary Circulation Route Accessible access can be gained from the side door which then leads the user on to the balcony.
Continuous Floor Level
You are met with a wall at the end of the journey. This represents the wall that athletes constantly have to battle through. That why there is glass and access in to this ‘interaction zone’. “The best participates and others look on”
First Floor View:
Ground Floor View:
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External Amphitheatre: A Lasting Legacy for future sporting events in Edgbaston. As-well as other Community events:
How Can a Lasting Legacy be created After The Commonwealth games?
The Amphitheatre can be used to host various sporting events. As well as community events such as presentations, speeches, musical events and so on‌
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Integrated External Amphitheatre Views From the ‘Stadium’ Raised seating levels
External High Level Seating And Balcony’s
Internal Raised seating
Views On to The Reservoir.
Accessibility: Accessible Seating:
Accessible Seating On the Amphitheatre:
1100mm Seating 900mm Corridor
Disability 1500mm Turning Circle Level Floor Finishes Accessible Seating
Accessible Amphitheatre Seating
Approved document M
Levels Internal and External Floor Levels Ryan Cooksey S17123027 P4
Integrated External Amphitheatre Amphitheatre Views:
Section Of External Seating Area Showing internal exhibition space below: External Balcony Viewing Area Key View
Interaction Space/ Exhibition Space/ Events Space
Key View Reservoir
Amphitheatre Viewing Area
Key View
Interaction Space/ Exhibition Space/ Events Space
Key Forced Views
Key View
Interaction Space/ Events Space
Extern
Via Gla
al Vei
ew ition Vi
ss Cu
rtain
ws
l Exhib Interna
Wall.
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Auditorium Located at the back of the museum it uses walls that otherwise would not be used for light or views due to its orientation.
This area would be used to showcase achievements and Sporting events Through film and Guest speakers. This would help the longevity of the building as people will keep returning as this space will constantly be different.
What Can Occupy This Space? Talks From Sporting Historians
Healthy Living Talks
Local Sporting Meeting:
Famous Sportsman Talks
Achievement and Sporting Film :
Accessible seating No steps or ramp required
(At the front of the auditorium) 1500mm Turning Circle
1500mm Turning Circle
Accessible Seating
1500mm+ Turning circle
External Amphitheatre view
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Public Involvement Workshop Space This Is an area dedicated to live Demonstrations that allows the user to GET INVOLVED within various activities that they may normally not be able to take part in. By Doing so it boosts the WELL-BEING of the user as they get involved, which could lead to a DRIVE that allows them to take part again. By using this interactive zone, the instructor can demonstrate. Whilst the user is close so they can discuss errors to improve. The TV screens would project scenery or results that are generated from taking part in an activity.
Welfare Instructor And User:
Welfare Infrastructure And User:
This Space has been designed so that people are able to view the workshop area as well as view activity’s that are going on outside. Also it looks on to the reservoir so it is a good use of curtain window. A double height space seems the obvious design to flood light in and to avoid the activity space feeling claustrophobic.
This is what the user would see if he was taking part on the bike demonstration. The instructor can show results on the TV screens. There are changing rooms as well as an accessible toilet directly from this space.
Section Line:
1:100 Section:
Raised Internal Viewing Area (overlooking Reservoir) Auditorium
External Activity Space OR
Exhibition Space:
External Integrated Viewing Area
(overlooking Reservoir and Activity Space )
Internal Activity Space OR
Exhibition Space: Public Toilets Ryan Cooksey S17123027 P4
Sports & Well-being Museum Of Edgbaston Main Entrance View:
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Ryan Cooksey S17123027 P4
Site View:
First Floor:
Various Level Internal Viewing Area
Ground Floor:
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Understanding The Existing Compared To Proposed: Existing:
Proposed:
View From Resivior Carpark:
View From Resivior Carpark Entrance:
View From Resivior Perimiter Footpath:
View From Oppersite Bank:
Ryan Cooksey S17123027 P4
