12
07
08
02
04
01
07 03 04
14
20
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03 13
01
03 15
09
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06 19
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B H A R A T T R I P A T H I R I B A P A R T I I A R C H I T E C T U R A L A S S I S T A N T
B H A R A T T R I P A T H I R I B A P A R T I I A R C H I T E C T U R A L A S S I S T A N T E
T 07515 356144 bharattripathi7@gmail.com
CONTENTS
CV
4
BESWICK CITY
2014-2015
07
MArch Y5
2013
31
CYCLE COVENTRY
MArch Y5
2013
35
STONE MASON’S YARD
Part II
2015-2016
53
GRAND DESIGNS HOME Part I & II
2015-2016
59
MIDDLE CRITCHLEY FOLD Part II
2017
69
MArch Thesis
12
07
08
02
04
01
07 03 04
14
20
11
17
03 13
01
03 15
09
16
15
05
03
15 18
06 19
10
CDDC
BHA R AT TRI PAT H I _CV RIBA Part II Architectural Assistant
BIO I harbour the ambition to work, learn and excel in a well established practice, in order to continue my quest for creating meaningful architecture on a greater scale. My architectural education and experience has allowed me to develop a fascination for functionality, urban renewal, and client/user engagement. I wish to draw and realise beautiful and useful architecture which enhances its context, and its users can create a relationship with. I understand the influence of establishing a quality brief, and the power of working collaboratively to achieve brilliance. I always play for the team.
ARCHITECTURAL CAREER July ‘16 present
Part II Architectural Assistant
Integrated Estates North_Cheadle Hulme
Running simultaneously with employment at IDC Architects, the position involves early engagement with key stakeholders and personnel to align business opportunity with the commercial aspirations of clients and developers. My core responsibility is managing the early stages of the development process, within a vastly experienced team of architects, contractors, and environmental consultants, in order to progress designs by tackling the appropriate project constraints. Selected Projects: Specialist Care Facilities (Various Sites) Providing a number of services for a specialist care operator developing various sites. Residential Developments (Various Sites) Providing design and construction solutions for varying development scales, ranging from 10/15 units to multi-storey projects.
Aug ‘15 present
Part II Architectural Assistant IDC Architects_Accrington
Accepting a significant amount of responsibility within the practice, I have been able to undertake, and lead a number of exciting projects. Major responsibilities have included providing design solutions and front end client engagement, for a variety of challenging sites in terms of physical, commercial and planning parameters. Selected Projects: Stone Mason’s Yard A truly site-specific and innovative example of residential design in rural areas. Grand Designs Home Seen as an extremely difficult site to develop by the local authority at first discussions, the zero carbon house eventually gained planning permission and featured on the 2016 edition of Grand designs. Middle Crtichley Fold A unique carbon neutral single dwelling development with associated community use.
Dec ‘12 Sept ‘13
Part I Architectural Assistant IDC Architects_Accrington
My first year of industry experience enhanced my understanding of architectural services from a commercial perspective. Selected Projects: NHS Healt Centre Upgrades Specialist Care Facilities Church refurbishments and extensions
T E in
07515 356144 bharattripathi7@gmail.com https://uk.linkedin.com/in/bharat-tripathi-0853b255
EDUCATION 2013 2015
Master of Architecture_Merit Manchester School of Architecture
2009 2012
B.A. (Hons) Architecture_2:1 Manchester School of Architecture
DESIGN SKILLS Adobe Photoshop Presentation
Adobe Illustrator Adobe InDesign Revit Autocad SketchUp
Production, Modelling & Design
Dynamo Model Making Layout Branding Sketching
INTERESTS
PST
Graphic Design
Photography & Content_thingandwhere.com
Sport
Former professional_Liverpool Cricket Club Former Club Captain_Burnley Cricket Club Director_Burnley Cricket Club
Ongoing Ventures
Brewing_Pink Street Brewery Development_Develoopp
REFEREES John Pickup
IDC Architects_Director/Architect johnpickup@email-idc.co.uk 07867 987603
Paul Mortimer
thingandwhere.com_Owner contact@thingandwhere.com 07961 934731
BESWICK CITY MArch Thesis
2014-2015
Local Masterplan & User Responsive Programme
The ‘Beswick City’ proposal, is a response to a community engagement and inclusive design process, which uses the sport of football as a vehicle to benefit the local area, increase small commercial opportunities and reconnect Manchester CIty Football Club, with its ‘communities’. Encompassing a hotel, microbrewery, retail units, a market, an away-supporters club and other community facilities, the scheme creates opportunity for local people and businesses to thrive on the popularity of Manchester City Football Club.
CITY
CITY
MCFC OFFICIAL PROGRAMME
CITY
MCFC OFFICIAL PROGRAMME
£3.00
MCFC OFFICIAL PROGRAMME
£3.00
£3.00
BESWICK CITY_PHASE ONE
BESWICK CITY_PHASE ONE
BESWICK CITY_PHASE ONE
Beswick Market
Beswick Stadium
Beswick Square
v Aston Villa
v Manchester United
v Chelsea
Sunday 14 March 2015
GIVING FOOTBALL BACK TO THE PEOPLE BESWICK CITY_PHASE ONE
Sunday 06 April 2015
Saturday 24 February 2015
ISSUE: The game of football has distanced itself form its humble beginning, posing questions of its sustainability as a game ‘for the good of the people’. Professional football clubs play a major part in the relationship between the game and local people. Clubs that are flourishing as a global brand must still maintain a responsibility to the communities that surround their stadiums.
1980s
1990
1990s
1990s
1990s
2000s
2000s
Stadium Disasters
Government Policy
TV Rights
Ticket Price
Naming Rights
Foreign Ownership
Fan Movements
PLACE: One of the many clubs that addressed their stadium facilities following the tragic stadium disasters of the late 20th century, was Manchester City FC. Relocating to a modern facility in Beswick over 3 miles from their previous home, the club disconnected from its local community and redefined its persona as a football club.
4.8 km
100m 200m
Maine Road (1923-2003) 35,150
Manchester City Football Club
Etihad Stadium (2003-) 48,708
300m
‘sanitized dystopia’
dystopia
230m
Etihad Stadium
A S H T O N 23m
N E W
R O A D
restricted selling area
ASDA
230m
PLACE: Simply, a football club is much more than it’s stadium, team or financial footing, but a product of the people and fans that invest in the system that keeps it running. In this vein, it is important to understand the role the community plays in relation to a football club, as the capacity of a stadium trickles down to the area and infrastructure around it. Along with the lack of trade on matchdays, the local retail landscape around the Etihad Stadium has changed in the last few years. The significant investment in the area from Manchester City Football Club and the Manchester City Council, has provides new community and sporting facilities, but has distinguished many local establishments.
‘Home Ground’
places
pub
station
shop
ground
cafe
home
I miss Maine Road. I love COMS [Etihad Stadium], but Maine Road was in the middle of the real areas of Manchester, the places that make Manchester. I used to love walking down the curry mile and heading to the Stadium ... Great times!!;-).
interactions time
Routine Habits A couple of pints in the beehive, then to that chippy behind the Kippax (what was it called?) for pudding chips and gravy. Eat that in the Kippax car park and into the ground 10 mins before kick off. Happy days, i used that routine for about five year. I have not got a routine at the new ground....
community
Material Characteristics i’ll never forget parking down on princess road (i think it was called) then walking/running (i was only lil lad so my dads steps = 2 of mine) down the cobbled back alleys to the ground avoiding horse mess and soggy newspapers on the way;-) ... good times ... good good times
site
Atmosphere I was invited to my first city match by a friend of my Dad’s.... Despite the relative gloom surrounding football and City at the time, I could sense the tangible excitement drifting on a breeze of fried onions and barely edible burgers from the many independent food vans.
Old Grey Mare Lane Market
centre
CLOSED
Market Traders
PEOPLE: All the associated activities around a ground/ stadium home on a match day develop a topophilic connection between a football club and the community.
people
landlords
activity
drinking talking
punters
buying selling watching
delivery men
socialising eating working
supporters
relaxing
Drinking/Entertainment Establishments
motorists
living eating parking
children
socialising playing watching
residents
talking working exercising
supporters
Local Residents
relaxing
PEOPLE: The exchange between the club and it’s community is accentuated on a match day as thousands of people invest their time and money in local businesses. People navigate places in the community through time before and after a match, interacting with each other and the people in the area at various points. Depending on the context, local residents too are affected by the footfall, in cases of traffic and noise disturbances, but living in proximity of a football ground provides opportunity for masses of interaction within the community.
people
merchants
activity
selling buying eating
chefs
socialising drinking touting
shop-owners
betting making cooking
supporters
bartering
Eateries & Shops
parking walking travelling motorists
parking touting directing
residents
working driving cycling
supporters
Parking & Paths
Japanese examples of functional, hybrid solutions to public and private scenarios in a dense environment.
Changeable Programme
Precedent Analysis | PROJECT DEVELOPMENT
Funtional Architecture
ctional, hybrid solutions to public velops through time based on user
‘billboard appartment house’
‘warehouse court’
‘sports bridge’
‘neon building’
Location: Tokyo, Japan Architect: Unknown Components:
Location: Tokyo, Japan Architect: Unknown Components:
year_40
Location: Tokyo, Japan Architect: Unknown Components:
Location: Tokyo, Japan Architect: Unknown Components:
billboard
train station + dispatch centre
tennis courts
camera store
apartments
tennis courts
expressway tunnel
billboard
Iterations
Iterations
admin space
promenade
big screen
EXCHANGE
trader stalls
terracing
promenade
admin space
promenade
EXCHANGE
trader stalls
terraces
big screen
admin space
Bharat Tripathi | 08054801
trader stalls
promenade
EXCHANGE
admin space
trader stalls
EXCHANGE
terracing
big screen
terraces
EXCHANGE
To help drive local economy, trader stalls would be plugged in to central core. This core, on a non match day would become a community stock exchange and market.
community facilities
A number of hire-able facilities serve the extra curricular needs of the local area, contribution to the community outreach of Manchester City FC
promenade
A stationary part of the scheme. The promenade would create access across the site linking residents to main road routes and other community facilities in the area.
PROJECT DEVELOPMENT | Precedent Analysis
Changeable Programme
Fu
Moveable terracing would allow users to access different levels terracing whilst also becoming spaces for the public to occupy for screenings and socialising Theses pages include the intial precendtial research applied to the project. The examples analysed and used to generate a conceptual elevation are Japanese examples of functional, hybrid solutions to public and private scenarios in a dense environment. Likened to the informal development of the ‘20th century football ground’, the drawing suggests a flexible programme that develops through time based on user Pop-up screens would be used for viewings of matches and (supporters, residents and businesses) requirments. screen propaganda supporting local businesses
admin space
year_0
‘
Space would be provided to service the rest of the scheme from an administrative perspective. Office space would also be provided for ‘City in the Community’ - Manchester City’s community outreach programme
year_15
year_40
local advertising
PROJECT DEVELOPMENT | Precedent Analysis
Unfinished Development
Mi
Lo Arc Co conceptual elevation
year_0
year_15
year_40
48 MSA projects
auditorium
development section
50 MSA projects
promenade
trader stalls
Lo Arc An mo to fi
t ar em bl ta ap
ot
ad
fo
ty
in
ke
s he tc pi
ba
ll
om eC
th
Be
m
ot
un
el
ity
s kH ic sw
un
co
su ay
m
pp
m
or
te
ity
rs
sh
cl
op
ub
y er re w ro b ic
h yo
ut
ts m
er ch
an
en id
ne ow
sh
op
nt pu
ts
Ci rs
s er
rs te or pp su
re s
m
aw s er br ew
advertising screens off-licence
squares bookmakers
newsagents
viewing platforms
office space
grocery shop
television screens
activity rooms
souvenir stalls
teaching spaces
food & drink stalls
function rooms
open market hotel
microbrewery
5-a-side football pitches
Visiting
Local Trade & Retail
Event Hosting (match day)
Community Facility
In response to the poor housing stock in East Manchester, living accommodation will be provided in the form of 1, 2 and 3 bedroom apartments.
Space for local community shops will form a key part of the proposal. These establishments will accommodate small businesses, creating a new local economy. An adaptable market will also be included that transforms between match and non-match days. A microbrewery will become a vital element of the scheme by providing produce for local food and drink establishments.
Large open and enclosed spaces will be incorporated throughout the scheme for football match goers. These spaces will include terraces, squares and provisions for large screens. An adaptable market will also be included that transforms between match and nonmatch days.
Incorporating the MCFC City in the Community programme, a variety of community spaces will provided. These spaces may also be hired by local organisations and clubs.
Short-stay rooms will also be provided accommodation for visiting football supporters.
to
The microbrewery will double up as an away supporters venue on match days.
Two floodlit 5-a-side pitches will also be included to provide the local community with sporting opportunities.
The key parts of the scheme and their relation with each other. Breaking down the components into its fundamental elements with relation to space and function.
public private semi-private local trade, retail, & event short-stay community facility timetabled served
ac
e
sp
ac
ic
et
e/
ab
se
le
rv
d
ed
sp
e m ra pr og
se
rv
tim
no
m
n-
at
m
at
ch
ch
da
da
ya
m
cc
ya
es
cc
s
es
e
s
service
existing
match goers
local residents
local establishments
City in the Community
local schools
proposed infrastructure
hotel
community shops
souvenir stalls
football pitches
food & drink stalls
community spaces
away supporters venue
teaching spaces
off-license hotel
newsagents
activity rooms
grocery take-away interaction between supporters resident & community cohesion local trade & retail
function rooms
bookmakers television screens open market
microbrewery
office space
URBAN STRATEGY: Income Generation Beswick City is a project that links Manchester City Football Club and the community around it to the wider city. Home and traveling supporters are attracted to the football stadium for viewing matches, whilst the infrastructure introduced via the proposed scheme will engage those visitors with the local community.
Inner City Ring Road
Etihad Stadium BESWICK CITY
Piccadily Train Station
travelling and home support
city centre pubs £
£
£ £
supporters
£
distribution £
income frontage
NEIGHBOURHOOD STRATEGY: Local Use Focusing in on the surrounding neighbourhood of the Beswick City project, the scheme provides new stream of local trade, whilst adding to the existing networks. The scheme also provide necessary community facilities to the area.
Etihad Stadium
Etihad Campus
local pubs
ÂŁ
merchants local business distribution ÂŁ
income frontage
PHASE ONE: City in the Community Building Phase One of the Beswick City master-plan (‘City in the Community’) presents a user responsive programme which encourages an interaction between thousands of supporters, local traders, residents and their the local football club, on match an non-match days. Although the activities described in each scenario are interchangeable, there are three main personalities of the scheme: Match Day, Market Day and Community Hire.
BESWICK CITY PHASE ONE Beswick Square on match day
CITY
MCFC OFFICIAL PROGRAMME £3.00
BESWICK CITY_PHASE ONE
Beswick Square
v Chelsea Saturday 24 February 2015
Market Day Scenario
market stalls
cafe area
market stalls
cafe area
gro
und
floo r
market stalls
trader parking spaces
ground floor
first floor
market stalls
billboard space for place advertising signs swinging partitions opened up for access
trader parking spaces
market furniture taken out from storage space parking spaces for car boot sales
second floor
market stalls
folding partitions market furniture taken out from storage space
cafe area
market stalls
cafe area
folding partitions market furniture taken out from storage space
BESWICK CITY PHASE ONE Beswick Stadium in action
CITY
MCFC OFFICIAL PROGRAMME £3.00
BESWICK CITY_PHASE ONE
Beswick Stadium
v Manchester United Sunday 06 April 2015
Community Hire Scenario
mcfc supporters club
meeting space
cafe area
teaching space cafe area
interactive football pitch
open community activity
ground floor
first floor
open community activity space
bowling mats for community play
portable/ retractable seating outdoor classrooms
animated shutters in closed position
first floor
floodlit/interactive football pitch
tiered seating for spectators/ visitors outdoor cinema viewing with animated shutters in closed position
goals with goaltechnology linking to animated crowd screens
teaching space
sideboards used for advertising local businesses/ charities
cafe area
folding partitions animated crowd screens with international venues selectable through a computer system
classroom and teaching spaces used to deliver schemes to local people (City in the Community programme)
BESWICK CITY PHASE ONE Beswick Market on match day
CITY MCFC OFFICIAL PROGRAMME
£3.00
BESWICK CITY_PHASE ONE
Beswick Market
v Aston Villa Sunday 14 March 2015
Match Day Scenario
mcfc supporters club
match viewing area
cafe area
match viewing area
cafe area
merchant pitch cubby holes
matchday parking
ground floor
second floor
merchant cubby holes
matchday parking
third floor
match viewing area
cafe area
mcfc supporters club
food vans
parking spaces for merchants and food vans
swinging partitions to create enclosure/ openings for pitches and food vans
retractable seating parking spaces for supporters at ÂŁ10 a vehicle
folding partitions
supporters bar large screens to show the football match
terrace overlooking stadium and community football pitches
The grid arrangement of the structural steel frame is designed to allow for the interchange of user activities. Including a number of swinging and folding partitions, the wide spanning frame creates a floor space that can host a variety of uses.
car circulation
market space
open activities
structural frame
elements of construction
windows | roof
floors | partitions | shutters
brick cladding panels exposed steel
primary steel trusses witin the community facility remain exposed with folding shutters alligned beneath them
frame infill panels
steel frame
shutters between columns shutters slide vertically between primary steel columns as security barriers and ineteractive video screens
1m deep steel
widespanning steel trusses of 1m depth create an open floor space
steel column
concrete circulation and service core
20m
5m 5m
10mDEVELOPMENT Material Study | TECHNICAL
market & football pitch 1 animated security shutter light steel frame encasement LED screen impervious layer shock absorbing pad external recycled plastic cladding 2 advertising boards 18mm external grade plywood hooks for personal advertisement signs 3 100m swinging stud partition 18mm external grade plywood timber counter battens 4 artificial football pitch 150mm reinforced metal deck concrete slabs impervious layer 60mm drainage mat fine course stone covering 30mm impact absorbing pad recycled rubber crumbs synthetic grass 5 recycled advertising boards 6 plywood perimeter boards 7 floodlights (support within columns) 8 seating 9 perimeter metal fencing with concrete base, and netted ‘roof’
d3: facade/roof
CitC Building
d2: facade/int. floor
10 11 12 13 14 15 16 17 18 19 20 21 22 23
external large scale advertising/TV LED screen recycled stone cladding panel recycled plastic cladding panel lightweight steel cladding rails concrete footing, with pile foundation timer folding partition timber balustrade retractable seating steel I beam steel column steel truss internal large TV screen double glazed strip window external stone flagging
Material Study | TECHNICAL DEVELOPM
Bharat Tripathi | 08054801
M
Bharat Tripathi |
d1: facade/ground
market & football pitch
9
1
8
7
1
5
4
2
1
3
2 1
3
20
19
18
d3
15 16
22 21
11
d2
17 15
12
13 15
10
d1 23
14
City in the Community Building
12
07
08
02
04
01
07 03 04
14
20
11
17
03 13
01
03 15
09
16
15
05
03
15 18
06 19
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CDDC MArch Y5
2013 Urban Analysis_Development Tool
Informed by a number of quantitative and qualitative urban analysis studies/maps, the intention is to address developer requirements whilst also prioritising local authority requirements.
Site name
Site address Site size (m2) Site ownership Are their any listed buildings on the site? Has the site got valid planning permission? If yes, give details of the scheme Topography Value
1_Lythalls Lane Industrial Estate Lythalls Lane
City Council No
Hampshire Council No
Burnaby Road 8,125
No
City Council No Yes
2010 - Residential
Residential Development Jelson’s Ltd.
Gentle Slope
Flat
Relatively Flat
General Site Surrounding Context Level of Occupancy on Site
Previous Site Activity Environmental Quality of Surroundings
Relatively Flat
Yes
Planned to change to a Cultural Centre
Mixed Use Dev
Gentle Slope
Flat
5 2
3 3
2 4
5
5
3
5
3
5
1 3 5
4 2 3
5 2 2
4 2 3
2 4 3
5 3 3
3 5
34
10
15
4 3
4
3
3 3
05
36
4
15
3 5
3 3
09
34
8
14
3 4
4
02
39
1
19
3 2
3
5 4
3
4 3
14
32
12
14
City Council No
Not Valid/Refused
5 3
4 2
11
No
City Council No
Foleshill Road 65,000
3 4
3
Building/Site Quality Compatibility of Adjoining Uses
Foleshill Road 11,875
Private No
7_Old Courta
3 5 3 5
Spatial Context of Site and Public Transport Network Amenities
6_Websters Park
Awson Street 19,375
Yes
Flat
5_Site South of Awson Street
Lythall Lane 30,625
Private No
4_237-257 Lythalls Lane
2010 - Aprroved - change of Withdrawn (expired use from B1 to B2. 29/03/01)
Proximity to Urban Areas Available Workforce
TOTAL
3_Whitmore Park, Holbrook Lane/Lockhurst Lane (South)
Sandy Lane 34,375
Yes
Tenant and Market Appeal
TOTAL RANK
2_Sandy Lane Business Park
5 5
04
37
3
12
CDDC (Coventry Development Design Code) is an interactive tool designed to connect developers to potential redundant industrial sites in a northern region of Coventry.
24
25
23
16
18
17
21 22 19 20
Presentation_Data Derive presentation in review
27 15
28
13 14
Presentation_Business Card for survey result
12
29 07
03
04 05 06 02
11
08
Programme Choice
10
09 Site Quality Preference
Q1 Q2 Q3
Most Appropriate site
01
26
Site Profile
Interaction_User Interaction and Communication
Interaction_Site Profile web page on iPad
Interaction_QR Code Scanning with iPad
Interaction_3D Spatial Strategy Model on iPad
Site Information
Architectural Index
Q4 Q5
Meta + Site Design Code
3D Site Model
CYCLE COVENTRY MArch Y5
2013
Mulit-use Housing /Support/Leisure
Cycle Coventry is a proposed mixed use development resulting from a number of data visualisation, network and infrastructure mapping studies, originating from CDDC. The ‘Cycle Coventry’ Scheme is a housing project that addresses the diverse migrant population of the city. With many individuals and families seeking asylum in the UK, and often facing destitution, Cycle Coventry offers these people a sense of ownership within their new community, whilst creating opportunities for cultural cohesion with the existing population.
‘INTEGRATION’
previous policy local public asylum seekers
‘The 2005 Refugee Integration Strategy’
This approach focuses migrant ‘integration’ by encouraging the access of housing, healthcare and employment FROM the local community.
means & markers
social connection
employment
housing
social bridges
education
social bonds
language & cultural knowledge
facilitators
foundation
health
social links
safety & stability
rights & citizenship
Total area of site =
2235
per m2 person
m2 TOTAL
Housing Space
‘Coventry Cohesion Strategy 2010-2015’
Current frameworks focus on ‘cohesion’ projects that suggests for the migrant population and local community to exist together with each other.
Total number of apartments = 35
37.25
‘COHESION’
current policy local public asylum seekers
4 250
per m2 person
m2 TOTAL
Support Space
Ave. number of applications = 60
12 720
per m2 person
m2 TOTAL
Activity Space (plot size)
0.5
per spaces dwelling
250
m2 TOTAL
Parking Space
The modules are stacked on top of each other as the accommodation builds up from the public space and ground and first floor level.
3m
4m
The following spread shows the story behind the formal resolution and grid of the scheme. 1. Areas - the areas of the accommodation are taken from previous research undertaken 2. Volumes - the shapes of each apartment are based on an additive process. A single ‘module’ is 3m x 4m, a 36m3 box. The larger the apartment, obviously the increased number of modules 3. Stacking - the multiple volumes are stacked from largest at the bottom, to smallest at the top. This method allows of the outdoor area of each apartment (green) sits on the roof of the apartment below. 4. Mirroring - an apartment block is mirrored and then shifted backwards.
1 bedroom + workspace 1 bedroom
2 bedroom
2 bedroom + workspace
3 bedroom
1 bedroom
1 bedroom
2 bedroom
1 bedroom + workspace
12m2 48m2
72m2
12m2 60m2
24m2
96m2 36m2
1
48m2
60m2 12m2
12m2 12m2
2 4 ‘volumes’
5 ‘volumes’
6 ‘volumes’
8 ‘volumes’
2 bedroom + workspace
4 ‘volumes’
5 ‘volumes’
3 bedroom 3
4
1 bedroom
2 bedroom
2 bedroom
Coventry’s association with cycling is historically very strong. The city was responsible for a large portion of the country’s cycle manufacture. Although this industry has become near extinct in the region, Coventry aims to reintroduce bicycles in to its city identity. New cycle routes will be made into the city centre, from the north and south of the city (map is shown far left). These routes are to encourage much of the unemployed population in the surrounding areas of the city to seek employment in the city centre, whilst promoting the importance of health and well-being. Given the location of the site for the studio project, and the proposed cycle routes penetrating through the city centre on a north/south axis, it proposes an opportunity for the housing scheme to feed into a larger network.
route 1 - City centre to Ricoh Arena
route 4 - City centre to Tile Hill
signed cycle route/lane - on carriageway
train station
route 2 - City centre to Hawkesbury
route 5 - Tile Hill to Canley, + links to Kenworth
cycle route/lane - off carriageway
cycle parking hoop
route 3 - City centre to Longford
route 6 - City centre to Kenilworth via UoW
bus lanes which can be used by cyclists
cycle parking cages/lockers
advisory cycle route (not signed) footpath - where bike shoud be walked road networks
Developing the cycling element of the scheme, developed the opportunity to exercise Coventry’s public/asylum seeker cohesion strategies. A small network of cycle repair/re-sale already exists amongst the refugee and asylum seeker community. Encouraging the participation in such projects helps a newly arrived asylum seeker establish themselves quite quickly with in the local community. The element of the scheme that hosts the shared activity between the marginalised and local public is referred to as the CULTURAL BROKER.
accomodation
cultural broker drop in
cycle rent cycle repair cycle parking
LIVING
ADVISING
REPAIRING
CYCLING
COOKING
HELPING
RECYCLING
EXERCISING
SLEEPING
TALKING
RE-USING
SOCIALISING
WORKING
NATURALSING
SKILL DEVELOPING
PLAYING
COMMUNITY BUILDING
LISTENING
RENTING
JUMPING
INTERACTING
CONFIDENCE BUILDING
BUYING
RACING
SHARING
SUPPORTING
MONEY GENERATING
COMMUTING
TALKING
HEALING
BROWSING
PARKING
ACCOMODATION
DROP IN
BICYCLE REPAIR/RENT
STUNT TRACK/PARKING To provide a recreational and parking facility for cyclist across the area.
To provide homes to the marginalised public of Coventry
To provide a centre of support to asylum seekers.
To provide an opportunity to recycle and donate bicycles.
The housing scheme will provide accommodation to individuals & families seeking asylum, whilst also providing shelter for those who are destitute.
The drop-in centre will be a relaxed but serious for of aid for satisfying the legal, financial and health need of asylum seekers.
The repair workshops and rental showrooms will provide the residents and the local community, the opportunity to purchase and rent used bicycles.
PRIMARY PROGRAMME
PRIMARY PROGRAMME
HYBRID PROGRAMME
The stunt track will allow people to develop their cycling skills in a fun manner. The parking spaces will provide a hub for commuting cyclists. HYBRID PROGRAMME
CULTURAL BROKER
The introduction of a cycle and pedestrain ramp that circulates up the building explores the activities and assosciated space requirements linked to cycling. This involved resolving the ramp, and relevant programme, in sections at each of the different floor levels.
bicycle stunt track
bicycle rent shop
bicycle repair workshop
bicycle parking node
rest point
x5 ce en id re s d be 1
4th floor
1 re be be sid d + d en wo re ce rk sid x en 5 ce x5
2 re be be sid d + d en wo re ce rk sid x en 5 ce x5
3rd floor
5th floor
1
3 2nd floor
2
dr o dr p in op | ac in lega tiv | h l ity ea cy | r lth a cl e mp p s ca ark r p ing ar ki ng
Ground floor
2
cl
1st floor
gradient (cyclist) gradient (pedestrian) flat (cyclist) flat (pedestrian) expected user movement
be
e
cy
cl
cy
cy
cl
e
re p
a re ir nt e pa rk in g
d r be esi d de re nc sid e en x5 ce x5
circulation cores (lift & stairs)
A number of diagrams and models of the ramp investigated the user’s ability to circulate safely. Various iterations were undertaken to offer a more flexible solution to pedestrian and cyclist experiences. Also investigated, and explored physically, were the changes in angle of the ramp surface, to ensure cycling accidents were prohibited.
vertical parking 1 tilting
1
vertical parking 2 rolling
2
vertical parking 3 hanging
3
1
2
3
1
2
3
5th floor
private residence
4th floor
ramp
3rd floor
public drop-in public cycle facility public cycle parking public cycle rent public cycle repair 2nd floor
The proposal includes 1,2 & 3 bedroom flats, public health, legal & welfare support spaces, a bicycle parking hub, cycle repair workshops and a bicycle stunt track. The building is designed for off-site-produced panel construction. A concrete ramp, with planted lintels, wraps around the main structure, serving as external access, bicycle parking and solar shading.
panel fabrication process insulated waffle panel mould and cover of pre-determined dimensions.
1
steel reinforcement bar laid in the horizontal and vertical ribs
2
timber or steel block-outs placed to form window and door openings 1
2
3
4
5
6
7
8
9
panel manufacture
concrete ‘waffle’ panel
module assembly
single module
welded wire mesh placed onto mould surface
4
concrete poured into mould
5
concrete smoothed and compacted with vibrating screed. Variety of finishes can be applied
6
mould covered with insulated cover to accelerate curing process
7
panels removed from mould
8
erected panels held together with bolts inserted into preformed holes along panel edges
concrete roof slabs
3
modular assembly
9
0. vehicle/deliveries entrance 1. drop-in (Legal, Financial) 2. drop-in (Health)
0
3. car parking 4. bicycle ramp bicycle parking hoops 5. bicycle stunt track 6. bicycle/pedestrian ramp 7. bicycle slip ramp (for stunt track)
3 2
1
4
3 5 7 6
3
Ground Floor
4. bicycle ramp bicycle parking hoops 6. bicycle/pedestrian ramp 8. bicycle track 9. bicycle rent shop 10. bicycle repair shop 11. rest point
9
10
void
9
10 4
void
8
6
4
11 4
6 4
11
First Floor
1
2
2
3 1
5
4
3
2
5
2
2
1 kitchen/dining 2. bedroom 3. lounge 4. bathroom
3 bedroom appartment
5. storage
2 bedroom appartment
6. bicycle/pedestrian ramp 8. bicycle track 11. rest point 8
void
11
void
void
6
Second Floor
4
11
2 1
1
3
3 5
4
6
2
5
2
2
1 kitchen/dining 2. bedroom 3. lounge 4. bathroom 5. storage
2 bedroom appartment
6. adaptable workspace
2 bedroom appartment
+ workspace
6. bicycle/pedestrian ramp 8. bicycle track 11. rest point
8
void void void
11
11
void
6 void
6
void
11
Third Floor
4
1
1
3 3 6
4
5
2
2
1 kitchen/dining 2. bedroom 3. lounge 4. bathroom 5. storage 6. adaptable workspace
1 bedroom appartment
1 bedroom appartment
+ workspace
6. bicycle/pedestrian ramp 8. bicycle track 11. rest point 8 11
void void
6
Fourth Floor
5
4
11
1
3 4 5
2
1 kitchen/dining 2. bedroom 3. lounge 4. bathroom
1 bedroom appartment
5. storage
11. rest point
11
Fifth Floor
Site Elevations
South Elevation
East Elevation
Site Elevations
North Elevation
West Elevation
STONE MASON’S YARD
2015-2016 NPPF Paragraph 55
Stone Mason’s Yard is a detached house proposed within a disused quarry, against a 10m high rock face. The building has been designed for off-site manufacture, and to incorporate cladding stone produced from material excavated on site. A number of project elements contribute to local and community benefit. These aspects including stone masonry and sculpting classes, the creation of a public woodland trail, and use of local materials and trade. The application has been recommended for approval by the local authority.
The proposal is of exceptional quality and would sensitively integrate itself into the landscape (a disused quarry) rather than imposing itself on it. This area of Bromley Cross is not an area blessed with many examples of outstanding design and the proposed dwelling has taken account of good practice in terms of sustainability and energy conservation.
The Local Planning Authority conclude that because of the exceptional quality and innovative design of the proposal, the approach to energy conservation and the treatment of the grounds, the proposal would be consistent with paragraph 55 of the NPPF.
building
building planes (finishes)
building planes (facade & roof)
The proposal aims to deliver a high quality working building through the creative use of renewable materials. In particular stone excavated from the site will be re-used on various parts of the building, e.g. cladding, and floor finishes. The building would be constructed using a prefabricated panel system. The proposed dwelling would also comprise of a sedum roof system which is a ‘green living roof’ which has a number of environmental benefits, including reducing water run off, noise reduction, thermal insulation, habitat for animals and plants whilst also improving the buildings aesthetics. Externally the building will have a natural stone finish interspersed with Corten steel panel and internally the building will utilise recycled partitions and would be zero carbon.
sedum roof
weathering
growth
sedum roof
site excavation
harvesting stone
production
cladding
use
stone finish
cladding
weathering
natural finish
corten steel panels
waste
production
panels
recycled partitions
use
GRAND DESIGNS HOME Part I & II
2015-2016
Greenbelt Development
A project approaching completion, the family home is Bolton’s first zero carbon property. Given the challenging planning context, we worked in conjunction with the local authority, to deliver an innovative piece of architecture, whilst also meeting the strict requirements of the clients brief. A modern interpretation of traditional farmstead buildings, the house received national recognition on the 2016 series of Channel 4’s Grand Designs.
The proposed scheme is of an exceptionally high quality and innovative design. The design and construction of the house and its use of renewable energy technologies will enable the house to be carbon neutral. The scheme will also enhance biodiversity; provide a series of benefits to visitors to the borough, whilst being an exemplar scheme for Bolton and the North West. The proposed scheme meets the various criteria that are set out in Paragraph 55 of the NPPF.
Notes
This drawing is and copyright or disclosed by written consen
Do not scale fr
All dimensions manufacture o equipment.
Any discrepan
Wall Type 4
Wall Type 3
SVP
Wall Type 4
Thermal Store
Sink 11 Store
11 m² 113.1 SF
First Floor Over
HW Cyl.
21 m² 228.0 SF
10 Laundry 18 m² 189.4 SF
Wall Type 6
D107
Wall Type 5
Wall Type 1
Wall Type 7
D105
Wall Type 7
Wall Type 7
Wall Type 7
D111 18 En-suite
2 m² 20.1 SF
4 m² 46.6 SF
Wall Type 8
D113
19 Store
5 Store
6 m² 63.3 SF
Wall Type 7
3 m² 33.5 SF
Glass Balustrade Wall Type 8
D102
Wall Type 1a
8 Guest Suite
9 En-suite
26 m² 280.9 SF
4 En-suite
6 m² 59.4 SF
8 m² 91.5 SF
Wall Type 7
SVP
D101
6 Store
Wall Type 7 2
Level Access Route
D104
3 m² 34.4 SF
D103
111 - A
DE02
ACO Drain
7 Lobby
DE04
- Wall Type 1 canted vertic thick at level This construc
SVP branched through ceiling void
58 m² 624.2 SF
W106
Wall Type 1
D110 Insulated air-tight door
SS branched through ceiling void
2 Hall
Wall Type 1
UP
UF Heating Manifold
SS
D108 Wall Type 7
MVHR Unit
12 m² 127.9 SF
D109
Wall Type 1 External Stair Type 1
13 Plant Room
Biomass boiler
Wall Type 6
EXTERNAL W - Wall Type 1 stone wall, no breathable m polyurethane OSB, 140mm x 38mm batte skim finish. P 5268-6.1 (An horizontally a vert around o This construc
ACO Channel
DE03
Wall Type 5
12 Wet Room
All materials a British Standar GENERA
D114
Wall Type 7
INTERNAL W - Provide inte comprise: 15 closed timber OSB); foil vap 600mm c/c to finish to both
Wall Type 8 14 Bedroom 3
13 m² 142.6 SF
Wall Type 7
Wall Type 8
Wall Type 8
13 m² 143.6 SF
- Provide inte comprise: 9m mineral wool battens at 60 skim to both s
D106 3 Bedroom 1
SS W108
W101
24 m² 258.8 SF
DE01
W102
- Provide inte comprise: 9m c/c; 90mm m 9mm OSB; 1
First Floor Over W109
W103 Wall Type 1
W110
W108
W104
UP
W105
DAMP COUR - Provide dam horizontal an adjacent GL i internal walls cavity trays a
Wall Type 1a
Wall Type 1 Balcony Over
Wall Type 1a
Wall Type 1
W111
- Wall Type 3 details: provis tanking mem membrane; 1 closed timber OSB); foil vap 600mm c/c; 1 This construc
-Wall Type 4 details: provis with 150mm t
D112
17 Bedroom 2 Wall Type 7
2 m² 18.3 SF
3 m² 33.5 SF
Wall Type 8
UP
DN
Wall Type 1a
16 Store
15 En-suite
- Wall Type 2 timber claddin outer leaf. This construc
STRUCTURA - All design c supplied by fr
DE05
Timber Balcony Type 2
Balcony Over
2 110 - A
SITE PREPARATION: - Remove all vegetation in area of building, strip topsoil, reduce to formation level and treat ground with herbicide. FOUNDATIONS: - Refer to Structural Engineer for details. Provisionally concrete raft solution.
1
Ground Floor Level
-Provide new timber balcony type 2 to comprise:- 25mm Grooved profile timber decking; cantilevered structure & build FLOORS: up tbc by structural engineer. Provide frameless glass Floor type 1: balustrading 1100mm high as guarding around the perimetre - New solid ground floor to comprise:- 25mm T&G Fermacell details to be supplied by manufacturer. 2E22 cement fibre flooring board (glued joints); underfloor heating pipework in grooves of; 28mm Prowarm Insulation (or -Provide new timber balcony type 3 to comprise:- Natural approved); 50mm Kingspan Thermafloor TF70 on; 1200 stones flags; sat on plastic decking pedestals; on roof gauge DPM on raft foundation. This construction is to achieve Balconystructure Type 3 as noted for roof type 1. Provide frameless glass a minimum u-value of 0.22W/m2K. Boiler flue balustrading 1100mm high as guarding around the perimetre details to be supplied by manufacturer. - Provide new timber upper floor to comprise:- 25mm W201 Fermacell 2E22 cement fibre board; underfloor heating DN pipework in grooves of; 28mm Prowarm Insulation (or ROOF:DE06 approved); 18mm OSB; on Flitcraft engineered open web - New roof Type 1 (single ply) to comprise:- Single ply joists (size & type tbc); 12.5mm plasterboard with taped joints. W217 membrane over; breather membrane on; 243mm Flitcraft Joists to be supported by metal joist hangers, sealed for air Injecta Roof polyurethane injected closed timber frame panel tightness. Provide two joists bolted together under partitions, (9mm OSB, 225mm engineered timber I-Joists at 600 c/c, and as trimming joists around stair opening. Provide 100mm 9mm OSB); foil vapour control layer; 25 x 38mm timber sound insulation between joists. ProvideSS strutting/bracing in SVP with skim finish. battens; 12.5mm plasterboard accordance with joists manufacturers recommendations. New 68mmØ upvc rainwater pipe's, connected into drains.This construction achieves a u-value of 0.16W/m2K.
W205
1 : 50
Egress window
Rooflight RL 01
W202
W203
D204
Egress window
UFH Manifold
W206 W207
3
D203 208 - B
All partitions to this floor to be Wall type 8
205 - B
-Provide new timber balcony type 1 to comprise:- 25mm Grooved profile timber decking; 50 x 50mm treated timber battens; sat on plastic decking pedestals; on roof structure as noted for roof type 1. Provide frameless glass balustrading 1100mm high as guarding around the perimetre details to be supplied by manufacturer.
D202 4
UP
208 - B
- New roof Type 3 (solar panels) to comprise:- Inline solar D201panels; on roof structure as noted for roof type 1. - New canopies to comprise:- Single ply membrane, 18mm OSB, 20mm timber cladding underboarding; joists and support All internal to this floor to tbc partitions by structural engineer. provisionally be wall type 8.
Glass balustrade
2
- New roof Type 2 (grass roof) to comprise:- Intensive green roof system - site grass; 150mm soil; filtering fleece sheet; plastic perforated stud sheeting; on roof structure as noted for roof type 1.
STAIRCASE: - Provide new internal helical feature timber / metal composite staircase min 800mm wide (proposed 1000mm) with risers of max 170mm, and an internal going (measured from 270mm in from the internal curve) of min 220mm (approx 240mm) and an external going (measured from 270mm in from the external curve) of max. 300mm. - Provide new external staircase 1:- 1650mm wide timber / metal composite staircase with risers of max 170mm and goings of min 250mm. Handrail to be fitted 900mm high to be both sides of stair. All staircases to have:- min landing size of stair width; handrail; 900mm above pitch line of stair and landings; Minimum headroom 2m above pitch line; Provide 900mm high guarding to landing eg. frameless glass balustrading, and ensure that any gaps will not allow a 100mm sphear to pass through. WINDOWS, DOORS, AND SCREENS: - New external windows and doors to be aluminium framed with double glazed units to achieve an component u-value of 1.8 W/m2K. - Provide new rooflight with double glazed units to achieve a component u-value of 1.6W/m2K. - Provide emergency egress windows were indicated ‘egress window’, with minimum opening equal to 0.33m2 with minimum dimension of 450mm (eg. 735 x 450mm), and the bottom of opening between 800 and 1100mm above floor level. W216 - GLAZING: any glazing below 800mm, and below 1500mm in or within 300mm of a door to be safety glazing. - The minimum clear door width of all entrance level habitable Notes rooms and a WC is:- 800mm if the corridor is 900mm wide; This drawing is thedoor property of The Intelligent Design Centre Ltd 775mm (ie. 826mm leaf) if the corridor is 1050mm and copyright is reserved by them. This drawing is not to be copied wide; 750mm if the corridor is 1200mm wide or if or disclosed by or to any unauthorised persons without the prior approached from head. written consent of The Intelligent Design Centre Ltd. - The minimum clear door width of the external door which provides access for disabled Do not scale from this drawing.people is 775mm (ie 826mm door leaf). All dimensions are to be checked on site prior to construction, manufacture of any components and ordering of materials and equipment. Any discrepancies are to be reported to the architect for clarification.
Glass balustrade
All materials and workmanship to be in accordance with the current British Standards and codes of practice.
UP
Balcony Type 1 Glass balustrade
W208
Wood burning stove
DE07 Stove built in a rendered blockwork surround
First Floor 3200
Timber canopy support
Level 2a
W211
W212
W213
W214
DE08
W215
W209
2800 Balcony Type 2
W210
Ground Floor Plan 0
Balcony Type 2
Top of Slab -75
1
1
1
First Floor
Section 1 1 : 50
205 - B 3
4
208 - B
208 - B
First Floor Plan 1 : 50
3200 Level 2a 2800
Ground Floor Plan 0 Top of Slab -75
2
Section 2 1 : 50
B
02-02-2015
SA
Ammendments for B Regs.
Rev
Date
Drawn by
Comments
Client
Mr & Mrs P Rimmer Project
Proposed Dwelling Land at Cox Green Road, Bolton Drawing
Working Drawing - Sections Sheet 1 Date
Drawn by
January 2015
Sam Astin
Scales
1:50 @ A1
Job No - Dwg No - Rev
11068 - 207 - B The idc
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
5-11 Eagle Street Accrington Lancashire BB5 1LN
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
D C B
15-07-2015 10-06-2015 02-02-2015
Rev
Date
Client
Mr & Mrs Project
Propose Land at Drawing
Working Draw Date
January 2015
Job No - Dwg N
11068 -
idc
The dwelling incorporates renewable/sustainable energy sources into the build to ensure that the building is zero carbon. Projecting eaves provide a degree of solar shading to the first floor windows. Projecting balconies provide a further degree of solar control. The ground floor and retaining wall is of heavy masonry construction and will absorb latent heat to be released, therefore using the mass of the construction as a thermal store. The lighter weight first floor construction will be built to exacting factory standards with the walls heavily insulated. This will retain heat when required but prevent significant transfer from the exterior of the property to the interior.
Details - timber frame construction
I-Joist cut back to line of spacer batten Tilt fillet
Tilting fillet & timber upstand
Ventilated void above insulation
150mm insulation between I-joists (depth of joist may be more than designed 350mm) 18mm OSB decking
100 x 50mm rafter fixed to I-joist (fixing TBC)
Ventilated
Soffit board ?material?
void
Aluminum capping to match colour of windows
Cladding boards Service battens to run perpendicular to joists
Plasterboard ceiling on service battens Vertical spacer batten
Any gap between rafter and timber frame to be packed tightly with mineral wool
Mineral wool insulation to fill gap
Breather Membrane
VCL to inside of studs
Ridge
Verge
Client
Drawing Date
Drawn by
The
Scales
5-11 Eagle Street Accrington Lancashire BB5 1LN
Job No - Dwg No - Rev
Client
Drawing Date
Drawn by
The
Scales
Project
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
Breather membrane 5-11 Eagle Street T_01254 232007 Accrington brought over the face of F_01254 the 392193 E_info@email-idc.co.uk Lancashire W_intelligentdesigncentre.co.uk BB5 1LN roofing membrane
Job No - Dwg No - Rev
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
Project
Silicon seal window to window board Aluminium windows Timber window board
Roofing membrane brought up the OSB by min 150mm
2nr layers of 12.5mm Fermacell flooring board
Tilt Fillet
Insulation packing piece
Underfloor heating system to be designed & installed by M&E engineer
Posi-joists Insulation Firrings
Posi-joists
VCL to wrap around ring joist & bottom rail, to wrap under window board and window frame and be sealed to window frame.
VCL to ceiling to link with wall VCL above
Client
Details - timber frame construction
Guest Suite Client
Date
Date
Drawn by
Scales
The
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
Fermacell boards to studs
DPC tucked into shallow cut in wall sealed with polysulphide and turned up to form cavity gutter
Scales
The
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
5-11 Eagle Street Accrington Lancashire BB5 1LN
Mortar fill sloping from centre to both sides of cavity to min. 1:80 fall
25mm deep service zone batten 12.5mm plasterboard
Air Tightness / Vapour Control layer taken down to raft level
Breather membrane
150 x 50mm timber framing
Galvanised angle ties at 450mm vertical c/c 750mm horizontal c/c
? Vapour seal to floor to be determined ?
50mm clear cavity
450mm wide DPC laid under soleplate and lapped behind AT/VCL
Natural stone outer leaf with joints recessed in min. 50mm from finished face
Miothene foam edge isolation
Concrete raft painted
65mm screed
DPC with cavity tray formed and lapped behind breather membrane
Insulation with UF heating pipes
Lean cavity fill
Reinforced concrete raft toe
Foundation - retaining wall junction
Drawing Date Job No - Dwg No - Rev
Drawn by
Scales
Secondary protection membrane taken below raft and toe and brought up face of OSB, behind breather membrane
Reinforced concrete raft
Soleplate bolted to raft with resin anchors
Project
The
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
18mm OSB
PIR insulation
External proprietary tanking membrane
Client
Drawn by
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
5-11 Eagle Street Accrington Lancashire BB5 1LN
Job No - Dwg No - Rev
First floor - window cill - wall junction
Job No - Dwg No - Rev
Drawing
Project
Drawing
Project
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
5-11 Eagle Street Accrington Lancashire BB5 1LN
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
Client
Foundation - wall - floor junction
Drawing Date
Project Job No - Dwg No - Rev
Drawn by
Scales
The
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
5-11 Eagle Street Accrington Lancashire BB5 1LN
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
Details - timber frame construction
18mm OSB decking I-Joist cut back to line of spacer batten
150mm insulation between I-joists (depth of joist may be more than designed 350mm)
9mm plywood gutter base 100 x 50mm rafter fixed to I-joist (fixing TBC) Tilt fillet
Ventilated
void
Plasterboard ceiling on service battens Mineral wool insulation to fill gap
Soffit board ?material?
Window/door height
Cladding boards
Plasterboard ceiling on service battens
Vertical spacer batten ?may be different thickness for pocket door?
Vapour Control Layer (VCL)
See detail 4.3 for details
Plasterboard ceiling on service battens
?Timber? facia board ?covered with roofing membrane?
Mineral wool insulation to fill gap 25mm insulation element to reveal and timber lintel Aluminium trim to window soffit
Vapour Control Layer (VCL) tucked behind window frame and sealed.
Horizontal cladding suppport rail Timber frame wall Breathable membrane
Eaves detail (Kitchen) Detail 4.3 Eaves
Window head
Client
Drawing Date
Drawn by
Scales
Project
Client
The
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
5-11 Eagle Street Accrington Lancashire BB5 1LN
Job No - Dwg No - Rev
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
Additional layer of membrane beneath cladding
Drawing Date
Drawn by
The
Scales
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
Project
5-11 Eagle Street Accrington Lancashire BB5 1LN
Job No - Dwg No - Rev
Cavity tray formed with 450mm wide DPC brought up behind breather membrane
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
VCL Vertical spacer batten (may need to be different size depending on cladding / stone detail and pocket door)
2nr layers of 12.5mm Fermacell flooring board
Open jointed timber effect decking
Underfloor heating system to be designed & installed by M&E engineer
32mm treated timber packing piece to line in with decking with aluminium flashing trim over
Cavity tray formed with 450mm wide DPC brought behind breather membrane.
Stonework to continue between joists
Suggested cladding / stone detail, aluminium trim, stone notionally 100mm thick at top. Cladding jointing still TBC.
Exposed, treated solid timber joists sat on poleplate
Mineral wool tightly packed into joist ends
100mm x 50mm poleplate wrapped in DPC to close cavity
VCL to wrap around ring joist & bottom rail
100mm thick PIR insulation tightly fitted between joist ends
Timber frame ties
External wall - balcony junction
Client
First floor - wall junction
Drawing Date
Drawn by
Scales
Project
The
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
5-11 Eagle Street Accrington Lancashire BB5 1LN
Job No - Dwg No - Rev
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
Client
Drawing Date
Drawn by
Scales
Project
The
Intelligent Design Centre
Creative thinking in architecture, engineering and the built environment
5-11 Eagle Street Accrington Lancashire BB5 1LN
Job No - Dwg No - Rev
T_01254 232007 F_01254 392193 E_info@email-idc.co.uk W_intelligentdesigncentre.co.uk
2nr layers of 12.5mm Fermacell flooring board
Underfloor heating system to be designed & installed by M&E engineer
Silicon seal between bottom rail & VCL
VCL to wrap around ring joist & bottom rail, to wrap under window board and window frame and be sealed to window frame.
Mineral wool packed between joists
Plasterboard to underside of joists
Lintel / stone cladding TBC
Sound Insulation between joists TBC
Breather membrane
VCL taken over head binder, around ring joist and under first floor bottom rail Service battens to be vertical, pattern staining issue to be resolved
Window head
Floor joist - internal wall junction
Client
Drawing Date
Project Job No - Dwg No - Rev
Drawn by
Scales
The Intelligent
Design Centre
Creative thinking in architecture, engineering and the built environment
5-11 Eagle Street Accrington
T_01254 232007 F_01254 392193
Under floor heating and/or radiators using a ground source heat pump (renewable technology) as the fuel source. This option was made more feasible due to the amount of land available to use on the site. Biomass - a wood pellet (renewable fuel) fed boiler would heat central heating radiators and/or under floor heating. Along with a renewable heating fuel source, daylight sun is to be harnessed via solar photovoltaic panels, this is the case for both of the heating options. The building has been positioned to face towards the South – West which maximizes potential electricity production through the panels.
MIDDLE CRITCHLEY FOLD Part II
2017
Greenbelt Development
This one-off, zero carbon house presents an accumulation of integrated, site-specific technologies, that respond appropriately to the context, building form and user demands. The scheme also incorporates: horse stables, designated grazing land, wild-flower meadows and managed local food growth plots, promoting various health and environmental initiatives. The application has been recommended for approval by the local authority.
Design Considerations
SITE ANALYSIS
Iterative Design
tech & construction
DESIGN DEVELOPMENT
DESIGN STRATEGY
planning policy
DESIGN
integrated systems
iterative design PROPOSAL
TECHNOLOGY
site specific systems
Feedback
site analysis
CONTEXT
Middle Critchley Fold is zero carbon. Not only does it incorporate eco-technologies that are specific to the site as well as the buildings form, shape, orientation and location but, these technologies will be built into the fabric of the property so that every part of the building is designed to contribute to its environmental performance.
9
mechanical heat recovery & ventilation unit 1
battery storage
15 2
14 1
10
electrically controlled solar shading component 2
biomass electricity generator
13 3
10
11 12 12 The Intelligent Design Centre
integrated (hidden) water collection channels
Middle Critchley Fold
3
integrated solar photovoltaic panels
16 4
12
rainwater harvesting surface area
17 6
4
ground source heat pump
18 7
16 5
13 21 9
septic tank
17 6
5 20 10
ground source heat pump
19 8
14 The Intelligent Design Centre
Middle Critchley Fold
11
rainwater harvesting holding tank
6 22 11
integrated solar thermal panels
29
15
reed bed grey water treatment system
23 12 24 14
7
28 16
hot water storage tank
16
25 13
water treatment system
8
26 15
under floor heating system
27 17 The Intelligent Design Centre
Middle Critchley Fold 13
17
borehole water supply
The full site is too large for a single house. It offers the opportunity to provide much needed Community benefit. The idea stemmed from the neighbouring allotments, which are over-subscribed, and a conversation with Egerton Primary School who were looking to enhance the out-of- school learning experience through further adopting the Forest School principles. A management committee will be set up in order to ensure that the facilities are correctly organised and run and that the potential for proper community benefit food growth is maximised. The nationally recognised ‘Forest School’ area will enable the children to learn the national curriculum in nature and create a lifetime benefit for the school. In addition to the Community Food and Forest School the site will also contain a wild flower meadow, a grazing area for livestock and number of wet areas and ponds in order to support and enhance a wide variety of wildlife habitats.
The eco-technologies noted above will be embedded within the construction which in itself is ground-breaking. In order to speed up delivery and reduce impact on the site the construction will be modular - pre-engineered - off-site. The proposed building will use a state of the art injected wall system which will provide guaranteed thermal efficiencies and air tightness. This world class product is constructed in Lancashire. The floors, walls and roof structure will be constructed in 3 weeks as opposed to well over 4 months for traditional building methods - reducing site disruption, vehicle movement and effects on the landscape meaning that the site will recover quickly.
B H A R A T T R I P A T H I R I B A P A R T I I A R C H I T E C T U R A L A S S I S T A N T E
T 07515 356144 bharattripathi7@gmail.com
8 storey apartment building - Manchester Modular and structural frame concept
1. Site Constraints
2. Ground work (excavation/retaining wall/foundations)
3. Crane erection & Flood risk mitigation
4. Central steel frame core
5. Pre-fabricated homes
6. ‘Shelf’ assembly
7. 8 storey construction
8. Crane removal and Input integrated services & circulation
9. Central core enclosed (exposed structure)