PORTFOLIO SALONI PAREKH
Thamesmead Regeneration, Urban Housing Policy
Freedom Skatepark, Recreational
Jindal Plaza, Commercial
Ganga Goel School, Institutional
Maki Textile Studio, Industrial
Resource Centre, Urban Regeneration
Matruashish, Housing
Vana Villas, Vacation Homes
CONTENTS
Housing
Book Copenhagen’s Livability in 2020, Urban Research 4 8 12 16 20 24 28 32 36 40
In The Name of
, Urban Housing
THAMESMEAD REGENERATION
REVITALISATION WITHOUT DISPLACEMENT
Scope: Research, Text & Graphics
Land Area: 40,000 sq m.
Year & Status: 2018, Academic
Location: London, United Kingdom
Co-Authors: Juan Pablo Corral, Natalie Thompson, Rebekah Taft
Description: Thamesmead, a council housing estate being regenerated due to its perceived depravation has led to the displacement of many inhabitants. This studio project through policy action explores an alternate future which enables social renters to congregate, form a Tenant Managed Organisation (TMO), sublet their empty rooms, and engage in creative community and retail strategies to revitalise the area.
Role: Research, drawings, text, and presentation.
URBAN HOUSING POLICY
01.
CONPETUAL PLANNING DIAGRAMS
INTERLINKAGES TO PEABODY PLAN
INTERLINKAGES EXTENDED
EXCHANGE WITH PARKVIEW
TRANSPORT NETWORKS
THAMESMEAD REGENERATION 6
737 HOUSEHOLDS
79% SOCIAL RENT HOUSEHOLDS
42% UNEMPLOYED
32% SINGLE PERSONS HOUSEHOLDS
79% 5-6 BEDROOM HOUSEHOLDS
The Intervention: To Converge and Redistribute Utilising surplus spaces, the intervention seeks to strengthen social renting tenure. Integral to our project are three agencies and one spatial intervention.
1. Subletting Agency: Considering the surplus internal space, we propose Peabody forms a subletting agency to help tenants legally and seamlessly access the economic potential of their homes by subletting their surplus bedrooms.
2. Rent Reporting Agency: would allow renters to opt into having their rent payments reported to the credit bureau, build their credit rating and access more affordable credit in the long term.
3. Tenant Management Organization (TMO): Allows housing association tenants the right to manage, and to decide how to activate the surplus green space.
4. Spatial Intervention: After the TMO is established, it could be involved in activating the western edge of Parkview, implementing services of value, and connecting Parkview to the Peabody plan.
SUBLETTING
RENT REPORTING T ENANTMANAGED ORGANISAT I O N RUN BY PEABODY LEGAL RUN BY PEABODY LEGAL & EXPERIAN RUN BY PEABODY MANAGER TENANT MANAGER & TENANT COMMITTEE P T T P T T P T P T T T T T
AGENCY
EXCESS 1541 CAR GARAGES 66% EMPTY EXCESS 14% GREEN SPACE UNDER USED 42% CIRCULATION EXCESS INSTITUTIONAL INTERVENTION SITE ACTIVATION 8 7 4 3 5 2 1 6 7
FREEDOM SKATEPARK
SHAPING PUBLIC COMMONS THROUGH ADAPTIVE REUSE
Project Phase: Planning & Architectural Design, Design Development, Construction Drawings
Land Area: 1,350 sq m.
Year & Status: 2021, Partially Built
Location: Accra, Ghana
Collaborators: Limbo Accra, Wonders Around the World, Alaska - Alaska
Description: Freedom Skatepark, the first of its kind in Ghana, delivers afro-utopian spatial justice by creating an inclusive urban recreational ecosystem. In Accra, a rapidly urbanizing West African metropolis, a community-led design process informed the programming constituting of a skate arena, a skate hub, and a landscaped park.
The design straddles between the two big ambitions for the project: one where everything is “skate-able” and the other where everything is green. The design intertwines these seemingly distinct programs to allow for social ex-change and cohesion.
Role: As the architectural lead, I was involved in planning, hub design, landscape design, 3D - modelling, renders, coordination with consultants and client.
RECREATIONAL
SKATE HUB SKATE AREA GREEN AREA PARKING SECURITY CABIN SPILL OUT PLINTH 1 2 3 4 5 6 1 2 3 4 5 6 PARK SOCIAL EXCHANGE ACTIVE SPACE SKATE AREA 02.
ARCHITECTURE ITERATIONS
FREEDOM SKATEPARK 10
The site, a low-lying piece of land with an existing structure is landscaped in rammed earth elements responsive to the rainwater drainage pattern. We chose not to demolish building, modifying it through extensions at the plinth and roof levels and upgrading it through infill systems in-between columns. The materials chosen are readily available, cost effective industrial and recycled metal columns, brick, wood and concrete. The interiors have a flexible layout housing a cafe and shop.
INTERIOR ITERATIONS 11
JINDAL PLAZA
MIXED USE COMMERCIAL DEVELOPMENT DELIVERING URBAN PUBLIC SPACE
Project Phase: Conceptual Architectural Design
Area: 14,500 sq m.
Year & Status: 2015, 2nd Place in Competition
Location: Ahmedabad, Gujarat
Studio: Sameep Padora Associates
Description: Jindal Plaza is a multipurpose commercial, retail and hospitality project breaking away from a traditional commercial block typology. A series of blocks step back from the street to create large terraces, breaking down the volume and elevating the ground plane. Walkable ramps connect terraces making them easily accessible allowing restaurants, cafes, and retail activities at a higher elevation. Thus the two different programmatic requirements are met by providing insular yet connected commercial spaces at the back with inviting retail upfront along the increased visible surface area.
Role: As the project lead for the competition, I was critically involved in conceptual design, 3D - Modelling, diagramming, renders and client presentation.
COMMERCIAL
03.
RETAIL FRONTAGE
ELEVATING FRONTAGE
ELEVATING VOLUME
MASSING
NEW TYPOLOGY
PHASE 1
PHASE 2
JINDAL PLAZA 14
!" #$ #$ GROUND FLOOR PLAN PUBLIC ACCESS STAIRS ENTRANCE FOYER 1 2 5 6 INTERNAL COURTYARD CAR PARKING AREA 1 2 3 4 5 6 7 8 7 8 RESTAURANT RETAIL SHOWROOM BUILDING CORE CAR SHOWROOM 3 4 15
GANGA GOEL SCHOOL
ARCHITECTURE AMALGAMATING THREE DISTINCT SCHOOLS
Project Phase: Conceptual Design
Land Area: 50,000 sq m.
Year & Status: 2016, 2nd place Competition
Location: Pune, Maharashtra
Studio: Sameep Padora Associates
Description: The project houses three different schools on one site. Each block caters to the requirements of individual schools while public programs like the library, sports facilities, extracurricular rooms, and canteen are situated at the base to unite them. A central pathway runs through the ground level connecting these public programs and forms an active common space. The public program blocks are individualised to appear less daunting, interactive, and playful, similarly, the classrooms are broken down into clusters to encourage student interaction and create a sense of belonging.
Role: As the project lead for the competition, I was critically involved in conceptual design, iterations, 3D - modelling, diagramming, renders and client presentation.
INSTITUTIONAL
04.
CLASSROOM BLOCK
SUPER BLOCK THE RING
STAND ALONE
CAMPUS
COMPRESSED
COMBINED
CLASSROOM BLOCK AND SITE PLANNING DIAGRAMS
To keep the built environment uninitimidating it was crucial to explore the volume distribution across the site and the scale of the classrooms, the school, and the amenities. Our solution for the site combines campus like spread out programs with the stand-alone individual buildings by locating amenities on at the ground level above which are stacked three individual school blocks. Further the volume of the school blocks is rationalised by stacking ‘L’ shaped blocks over each other enclosing a space shared between the primary, junior, and secondary divisions of the school respectively.
SCHOOL BLOCK MASSING
SCHOOL BLOCK AMMENITIES
GANGA GOEL SCHOOL 18
SCHOOL COMMONS 19
MAKI TEXTILE STUDIO
HANDLOOM WORKSHOP FOR JAPANESE DESIGNERS AT THE FOOTHILLS OF THE
HIMALAYAS
Project Phase: Conceptual Design & Documentation
Land Area: 2,000 sq m.
Year & Status: 2012, Built
Location: Dehradun, Uttarakhand
Studio: Studio Mumbai
Description: Japanese textile designers Chiaki and Parva chose a site at the foothills of the Himalayas for their new workshop. Their minimalist textiles and approach to life inspired the design process and manifested in our architecture. Multiple material, spatial, indigenous architecture references were scoured to understand local building techniques, climate, and cost. The formal language of the project thus derived from their juxtaposition is a series of blocks and verandahs encircling a shared courtyard.
Role: I was the co-project lead and was involved in conceptual design, research, documentation, sketching, planning, coordination with carpenters and site visits.
INDUSTRIAL
05.
SPINNING AND YARN
SUMMER VERANDAH
WEAVING STUDIO
WASHING AND INDIGO POTS
SPILL OUT VERANDAH
MANAGERS LIVING SPACE
1:1 scale loom mock-ups were created and placed against a metal wall to arrive at the sacred dimensions for the space. The distance between them and the wall was adjusted, and each time the resulting space was experienced. A mock-up of a rat-trap bond brick wall was built to understand its texture and details. It was deemed ideal for Dehradun’s climate as it traps air, keeping the interior spaces warm during the winters and cool during summers.
1 2 8 7 6 3 4 4 5 OWNERS LIVING SPACE VERANDAH
PROCESSING
GROUND FLOOR PLAN 1 2 3 4 5 8 6 7 MAKI TEXTILE STUDIO 22
SITE PLAN 23
RESOURCE CENTER
CONSTRUCTION & DEMOLITION WASTE PROCESSING PLANT WITH A PUBLIC MARKET
Project Phase: Research & Design Dissertation
Land Area: 5,000 sq m.
Year & Status: 2010, Gold Medal Citation
Location: Mumbai, Maharashtra
Dissertation Guide: Vandana Ranjit Singh
Description: Daru Khana along Mumbai’s Eastern waterfront, is at the threshold of impending change since its industrial activities have been pushed outside the city. Urban regeneration and the inevitable production of waste are perceived as opportunity through a prism of sustainability. The intervention a resource rationalisation centre houses a recycling facility, a marketplace for repurposed goods, a conference centre and a sculpture garden. The building is designed using modular elements that can be dismembered at the end of its life span. The centre attempts to rethink, reduce, reuse, and recycle waste to create sustainable urban environments and close looped design processes.
SITE REGENERATION SPINE URBAN REGENERATION
06.
CONCEPTUAL MODEL (IN PLAN VIEW)
RESOURCE CENTER 26
MODULAR BUILDING PARTS
SCRAP MARKET ACCESSIBLE FROM THE STREET
SORTING FACILITY SEGREGATES WASTE AND BINS COLLECT IT AT THE LOWER LEVEL
COMMUNITY INTERFACE WITH AN AUDITORIUM AND PLAZA FOR PUBLIC GATHERINGS
27
MATRUASHISH
MULTI-STOREY REDEVELOPMENT HOUSING WITH VARIED TENURE
Project Phase: Design Development to Construction
Area: 4,000 sq m.
Year & Status: 2017, Under Construction
Location: Mumbai, Maharashtra
Studio: Sameep Padora Associates
Description: Matruashish, a 14-storey redeveloped housing project programmatically has two storeys of commercial and rehabilitation housing each and 10 storeys of open market housing. Sited on a tight plot with strict regulations the design exploration was restricted to the facade. A peripheral structural system of modular sun shading elements was designed and built in Glass Reinforced Concrete (G.R.C), having sampled multiple materials due to its light weight, desired finish, and easy assembly.
Role: As project architect, I worked on the facade design iterations, physical models, working drawings, detailing, material selection, coordinating with MEP and structural consultants along with client and site coordination.
HOUSING
07.
12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER FLOOR LEVEL 1 FLOOR LEVEL 2 3450 MODULE 2 MODULE 3 MODULE 3 MODULE 2 03 A-9.01 03 A-9.01 08 A-9.01 K L 2430 BEAM BOTTOM 2700 BEAM TOP LEVEL SLAB LEVEL CHAJJA LEVEL BEAM BOTTOM MODULE BOTTOM 06 A-8.21 06 A-8.21 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER GRC GRC R450 R600 85 635 115 750 444 35 395 VARIES 150 150 150 150 144 R300 R300 R450 150 115 150 50 150 340 R600 2730 2730 25 165 150 150 190 223 25 41 150 150 16 151 35 35 06 A-8.21 06 A-8.21 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER GRC GRC R450 R600 35 395 VARIES 150 150 144 R300 R300 R450 150 115 150 150 340 R600 2730 2730 25 165 150 150 190 223 25 41 150 150 16 151 35 35 BEAM TOP LEVEL SLAB LEVEL CHAJJA LEVEL BEAM BOTTOM MODULE BOTTOM 06 A-8.21 06 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER GRC GRC R450 R600 85 635 115 750 444 35 395 VARIES 150 150 150 144 R300 R300 R450 150 115 150 50 150 340 R600 2730 2730 25 165 150 190 223 25 41 150 150 16 151 35 35 06 A-8.21 A-8.21 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER GRC GRC R450 R600 35 395 VARIES 150 150 144 R300 R300 R450 150 115 150 150 340 R600 2730 2730 25 165 150 150 190 223 25 41 150 150 16 151 35 35 BEAM TOP LEVEL SLAB LEVEL CHAJJA LEVEL BEAM BOTTOM MODULE BOTTOM 06 A-8.21 06 A-8.21 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER GRC GRC R450 R600 85 635 115 750 444 35 395 VARIES 150 150 150 150 144 R300 R300 R450 150 115 150 50 150 340 R600 2730 2730 25 165 150 150 190 223 25 41 150 150 16 151 35 35 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER 12MM INTERNAL PLASTER WINDOW AS PER SCHEDULE 25MM EXTERNAL PLASTER FLOOR LEVEL 1 FLOOR LEVEL 2 3450 MODULE 2 MODULE 3 MODULE 3 MODULE 2 03 A-9.01 03 A-9.01 08 A-9.01 K L 2430 BEAM BOTTOM 2700 COLUMNS PLASTER & SILL DETAIL GRC MODULE 1 GRC MODULE 2 SUN LIGHT IN PLAN MODULE DETAILS SLIDING GLASS 500MM HANDRAIL G.R.C MODULE 100 MM THK R.C.C SUN BREAKER 200 MM THK R.C.C SLAB
30
MATRUASHISH
The diagrams display the assembly sequence. First, a layer of plaster is applied in the designated area, then the horizontal sun shading element is plugged in followed by the vertical element in line with the plaster.
A few different types of modules were identified along each elevation. Modules vary in height mainly due to the differing lintel levels and vary in width due to the differing column spacing in response to the program.
CORNER (UP) & TYPICAL GRC MODULE
+57.96M STAIRCASE +35.95 M T.O.10TH FLOOR SLAB +42.85 M T.O.12TH FLOOR SLAB +46.30 M T.O.13TH FLOOR SLAB +4.45 M T.O.1ST FLOOR SLAB +7.90 M T.O.2ND FLOOR SLAB +11.80 M T.O.3RD FLOOR SLAB +15.25 M T.O.4TH FLOOR SLAB +22.15 M T.O.6TH FLOOR SLAB +18.70 M T.O.5TH FLOOR SLAB +29.05 M T.O.8TH FLOOR SLAB +25.60 M T.O.7TH FLOOR SLAB +32.50 M T.O.9TH FLOOR SLAB +39.40 M T.O.11TH FLOOR SLAB +53.20 M T.O.TERRACE FLOOR SLAB +49.75 M T.O.14TH FLOOR SLAB +0.70 M T.O.LOBBY PLINTH +0.55 M T.O.SHOP PLINTH FFL ±0.00 M ROAD LEVEL +10.55 M T.O.LOFT +61.11 M WATER TANK TOP SOUTH ELEVATION
31
VANA VILLAS
FIVE LUXURY VILLAS FACILITATING INDOOR & OUTDOOR LIVING
Project Phase: Conceptual Design to Construction
Area: 2,750 sq m.
Year & Status: 2017, Built
Location: Goa, Goa
Studio: Sameep Padora Associates
Description: Vana Villa’s are 5 houses built on a narrow linear site with a dense grove of trees. The houses are planned lengthwise around a courtyard with a pool opening to the forest land at the rear. Built in locally available laterite stone and glass they engage in a dialogue between the indoors and outdoors. A staircase along a blank wall at the entrance, elevates from the driveway onto the plinth which opens to the views.
Role: As the project lead, I was involved in conceptual design, 3D - modelling, diagramming, physical models, renders and client presentation. We pitched successfully to win the client, after which I was involved in working drawings, detailing, material selection, coordinating with MEP and Structural consultants and site visits.
VACATION HOMES
08.
VANA VILLAS
02 A4.52 05 A4.55 X A4.52 01 A8.01 X A4.52 X A4.52 X A4.52 A4.52 02 A4.52 01 A8.01 X A4.52 X A4.52
SECTION 01 WALL SECTION 02
WALL
34
REVISION NO. DESCRIPTION sP+a Planning Urban ARCHITECTURE 22C New Kantwadi Near China Blue Off Turner Road, Mumbai 400050 Tel.: 91 22 2640 www.sp-arc.net Copyright © All rights reserved. STRUCTURAL MEP CONSULTANT: R & J, BANGALORE PRaNa DRAWN CHKD DATE: SHEET SHEET CLIENT PROJECT REVISION FOR COMMENTS NO. DESCRIPTION * APPLICABLE sP+a Planning ARCHITECTURE 22C New Near China Off Turner Mumbai Tel.: 91 22 www.sp-arc.net Copyright All rights VILLA STRUCTURAL MEP CONSULTANT: R & J, BANGALORE PRaNa SECTION 01 SECTION 02 35
IN THE NAME OF HOUSING
BOOK ON AFFORDABLE HOUSING ARCHETYPES IN MUMBAI
Project Phase: Research, Text, Graphics, Exhibition Design, Publication Design
Case Study: 11 Housing Projects
Year & Status: 2020, published by nai010, Rotterdam, 2017 published by UDRI, Mumbai
Location: Mumbai, India
Research Organisation: SPARE
Description: In the Name of Housing provides a framework to question the approach to housing in Mumbai, where recent top-down prescription of policy has resulted in models like the Slum Rehabilitation Authority (SRA). On paper, they offer a parity of space but result in inhuman and apathetic living conditions. The research sieves through the fabric of Mumbai, excavating functional historical, and current context specific examples of affordable housing to redress the current practice. 11 housing projects are compared across metrics of open space, social space, circulation space, built area and density, through drawings, sketches, and models. Findings on Extended Domesticity, Shared Spaces, Social spaces, Flexible systems, and Detail show how these native archetypes have been appropriated by users evidencing their bottom-up projective capacities for housing policies.
Role: As a senior researcher I led the research, methodology, diagramming, exhibition design, book design and coordination with the publishers. The work was exhibited at five venues in India, Delft University, Netherlands, and the South Korea Biennale.
IN THE NAME OF HOUSING
SAMEEP PADORA 444153 789381 9 ISBN 9789381444153 A STUDY OF 11 PROJECTS IN MUMBAI sPare BOMBAY DEVELOPMENT DEPARTMENT (BDD) CHAWLS URBAN HOUSING BOOK
09.
URBAN FORM OF THE BDD CHAWLS (ONE OF THE ELEVEN PROJECTS STUDIED)
The mass of chawl buildings covers 59 acres of land. Often compared to army barracks, each chawl building is a rectangular block split down its length by a spacious corridor and with a toilet block at its far end. They were constructed out of precast RCC blocks in the interest of mechanisation and standardisation. All buildings are four storeys and each floor has twenty rooms or units - ten on either side of the corridor. All units are 16.6 sq m. in area and each is provided with a wet area called a mori.
The BDD chawls constructed by the government differ from the courtyard centric mill - owner built chawls. The open spaces between the regularly spaced blocks although non-hierarchical, today show distinct uses. A more public pop-up market occupies the open spaces along the steet while more private social spaces are identified in-between the buildings.
CHARACTER ANALYSIS: BDD CHAWL GROUND FLOOR APPROPRIATION TO SUPPORT MARKET ACTIVITIES
IN THE NAME OF HOUSING 38
The vitality of the BDD Chawls lies in their appropriations. Originally built as social housing in colonial times, they have been appropriated today with bulging cantilevered extensions on their facade, some as deep as 2.2 m. Used as kitchens, sleep spaces and service areas they are direct commentary on the need for habitable space as demographics of families change.
Units at the end of corridors have two external faces and protrusions from both. In the diagram alongside, a 1.4 m deep projection facing the external road is used as a utility space, while that on a perpendicular face is used to extend the living room. In the unit across the corridor a kitchen nearly half the size of the unit has been added.
The floor plate extensions are a result of the construction of cantilevers as I-beams laid on existing slabs and are embedded within the stone and cement walls.
FACADE
BOX EXTENSIONS TO THE DWELLING UNIT FOR ADDITIONAL BEDROOMS AND KITCHEN 39
MODIFICATIONS TO EXTEND DOMESTIC SPACE
COPENHAGEN’S LIVABILITY 2020
AN ARTICLE ON CITY LIFE AS EXPERIENCED BY 3 INDIVIDUALS DURING THE PANDEMIC LOCKDOWN IN 2020
Project Phase: Urban Planning Research
Case Study: 3 Neighbourhoods
Year & Status: 2020, published by RibaJ, Arkitektforeningen, Magasinet KBH
Location: Copenhagen, Denmark
Collaborators: Danila Lampis, Samaneh Sadri
Description: Copenhagen, a laboratory for the Danish model of urbanism, recognized for its inclusive and democratic planning principles. Urban areas here designed and structured to converge flows and foster human interactions were tested by the stark norms of the COVID 19 pandemic. Saloni, Samaneh and Danila from the City Centre, a Redeveloped Harbour and a Suburban Municipality discuss the limitations and opportunities experienced in the 2020 lockdown. Over the last seven decades, Copenhagen’s development has been guided by the ‘Finger plan’. At the turn of the millennium, under flourishing ‘cognitive capitalism, the vision to cultivate the best recreational landscapes consolidated the leisurely purposes of public space. In recent decades, the climate crisis and adaptation concerns have encouraged the casting of a “green glove” around the built environment.However, the pandemic has created disruption and the new social and health protocols force us to re-examine its urban structures.
Role: Research, text, graphics and co-ordination with publishers.
URBAN PLANNING RESEARCH
D Københavns byliv presses af pandemiendd 3/11/2021 The pandemic presses Copenhagen's city life KBH magazine https://www.magasinetkbh.dk/indhold/byliv-pres-pandemien-covid BYENS RUM COPENHAGEN The pandemic is pushing Copenhagen s city life D g kd th f g hi p d h i e n Copenhagen is comp e ely determ ned by where you i e Here they te l abo the r tho gh s D b h b t ci ba k o nne Cop a e u s o g
10.
PATTERN OF USE : CITY CENTER
CITY CENTER: Sankt Annæ Vester Kvater
The walkable city centre but no people
During the lockdown the Kvater’s density served its residents as all essential services like the supermarket, chemist, food take away and recreational areas were within a 5-minute walk. The centre’s walkability eliminated reliance on public/private transport containing one’s exposure. The pandemic predicament of the personal need v/s crowds was not something felt here. Attributed initially to the triumph of ‘people-first’ planning, after a few weeks of consistently empty streets another reality emerged. Whether people chose to lock down in summer houses or whether it was a reflection of the neighbourhoods true residential strength, the pandemic brought fore the paradox of the livable centre with very few people living there.
Redefining Livability
Contemporary planning has conjured an environment with umpteen opportunities to stroll down charming streets, pause and indulge in retail, enhancing primarily the centres commercial and leisure qualities. Copenhagen is symptomatic of many European city centres that have been transformed into reservoirs of history and culture catering mainly to shopping and tourism. A focus on
economic output per square foot has depleted housing and the retreat of transitory users lay central spaces of concentrated capital investment largely unused. The funnelled socio-political vision and production of spacefor the city centre must be questioned. Diversification of functions through strategic zoning will anchor non-transitory programs like housing. From a qualitative perspective, a residential friendly environment must be cultivated through demarcated quiet streets and play areas for kids.
HAVNEHOLMEN: amixed-useredevelopedharbour
Ample public space but over-crowded nodes
Hardscaped open spaces here interspersed with green areas covered in reed do not invite use as they are impossible to play or sit on. Neatly lined benches along pathways restrict views and remain sluggish. Consequently, during the lockdown, most people used Islandsbrygge promenade over building yards. The promenades many anchors and vibrancy drew Copenhageners from all parts of the city eventually leading to overcrowding and unsanitary conditions. Forced to find an alternative local rediscovered the calm Amagefælled park, an urban forest. While life in Copenhagen allows one choice and a constant interplay with nature, people were still compelled to attractive public spaces over unprogrammed areas.
COPENHAGEN’S LIVABILITY 2020 42
ISLANDDBRYGGE HARBOUR : OVERCROWDING DURING THE PANDEMIC
More meaningful public space
Havneholmen is made up of nodes and connecting pathways resulting in pockets of activity. The popularity of Islandsbrygge and Nordhavn despite the stretch of waterfront in-between is rooted in their livability qualities. Their success provides proof for more meaningful waterside spaces with catalysts for public life, over barren plazas. In redeveloped areas, real estate companies have erected well-designed apartment blocks but disregarded people’s social needs in favour of greater financial gains. In-between spaces have been viewed as an urban code requirement rather than embedded spaces of use. They do not invite residents to “come” and “stay” thwart casual encounters and encourage insular detached living.This capatalist residential typology needs to be reimagined to cradle social bonds.
RØDOVRE: a suburbanareawith40,000inhabitants
24-hour suburban model and the urban void
During the lockdown, suburban life became a 24/7 reality and lack of contrast made the privileged private villas and still, neighbourhoods feel more isolating and lonely than secure. Rødovre Centrum, the shopping mall was greatly impacted as most shops shut down and those open were compromised by its introverted architecture.
With Rødovre Centrum, inaccessible lake Damhussøen and its park became the new focal point. The well-conserved natural reserve, however, lacked public facilities to support the increased use. Thus both public spaces characteristic of Rødovre were weakened by the pandemic.
Reshaping the public realm through commerce
The architecture of commerce and recreation in suburban areas is captured by malls and supported by weak local shops. The mall typology anyway under question was further obsoleted by the pandemic. Deconstructing and scaling it down into an extroverted space with outdoor connections maybe it’s the probable future. But the future of suburban retail lies in accommodating the new demand and moving to on-street commerce. These streets could tie into the areas green network to invoke a lively, safe, public common.
Conclusion
This article discusses the complex spatial paradoxes experienced in different parts of Copenhagen during the lockdown. It brings to fore; firstly, the need for urban open spaces, secondly the need to re-sensitise their design and lastly the need for a redistribution of resources to nurture all parts of the city.
43
URBAN FORM : CITY CENTER HAVNEHOLMEN RØDOVRE
+44 7442403500
SALONI PAREKH
PORTFOLIO