Portfolio 10th jan 2015

PORTFOLIO PRIYA TARE

content: 1. ARCHITECTURAL PROJECTS & COMPETATION Farmhouse, wada

Residenial Bungalow, Domivali

Tlcm Lab Sandoz, Mahad

Masterplan for Powerica, Khopoli

Marriot Courtyard Hotel, Bangalore

Pacifica residency, Bangalore

Mono Rail - Phase 2 (Wadala Bridge to Jacob Circle )

IIT Jodhpur housing

IIT Bombay - NCAIR, Steel Centre, Workshop, CAF

IDC SPORT COMPLEX DHARAVI

2. INTERIOR PROJECTS Ongc Cuff Parade, Mumbai

Oncg Panvel, Navi Mumbai

3. FINAL YEAR DISSERATATION Artist village - a place for creation

1. ARCHITECTURAL PROJECTS & COMPETATION

Farmhouse, wada Residenial Bungalow, Domivali Tlcm Lab Sandoz, Mahad Masterplan for Powerica, Khopoli Marriot Courtyard Hotel, Bangalore Pacifica residency, Bangalore Mono Rail - Phase 2 (Wadala Bridge to Jacob Circle ) IIT Jodhpur Housing (competattion) IIT Bombay - NCAIR, Steel Centre, Workshop, Caf Idc Sport Complex Dharavi

G R O U N D F LO O R P L A N

Farmhouse is the weekend home for the family. The Function of this house is for refreshment from the day today life. Form of the house is design like a mass coming out of the earth moutain.

Interiors of house is plan as a living room with an open kitchen just beside the entrance with two children bedroom side. Master bedroom with attached transparent toilet having a curved wall surround it for privacy

FA RM H O U S E , W A DA epicons consultants pvt ltd.

PLAN EVOLUTION

1. ARCHITECTURAL PROJECTS &

COMPETATION

R E SI DE N T I AL B UN GAL OW, DO M BI VAL I epicons consultants pvt ltd.

ground floor

first floor

terrace floor

PLAN EVOLUTION

SECTION EVOLUTION

g r o u n d f lo o r p l a n

GROUND

f i r st f lo o r p l a n

terrace plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

T L C M L AB S A N DO Z, M AH AD epicons consultants pvt ltd.

G R O U N D F LO O R P L A N

ELEVATION

CO N C E PT E V O L U T I O N

ELEVATION

1. ARCHITECTURAL PROJECTS &

COMPETATION

MAS T E R P L AN O F P O W E RI CA, KH O PO LI epicons consultants pvt ltd.

1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

lowest basement plan at -11.30m lvl 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

lower basement plan at -7.0m lvl 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

upper basement plan at -3.50m lvl 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

ground floor plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

first floor plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

second floor plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

3rd to 9th typical floor plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

10th to 12th typical floor plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

terrace floor plan

section aa 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

section bb 1. ARCHITECTURAL PROJECTS &

COMPETATION

MAR R I O T C O U R T Y AR D HO T E L, BAN G ALO RE p g patki architects

1. ARCHITECTURAL PROJECTS &

COMPETATION

P AC I F I C A R E S I DE N C Y, BAN G ALO RE p g patki architects

basement floor plan

ground floor plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

P AC I F I C A R E S I DE N C Y, BAN G ALO RE p g patki architects

1st & 2nd floor plan

typical floor plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

P AC I F I C A R E S I DE N C Y, BAN G ALO RE p g patki architects

1. ARCHITECTURAL PROJECTS &

COMPETATION

Typical Station Layout - gtb nagar to mint colony

mo n o r ai l - ph ase 2 ratan j bataliboi pvt. ltd.

road lvl plan Mono rail - Route Map

Site Assesment

􀂃NARROW ROAD THROUGHOUT THE MONORAIL CORRIDOR 􀂃THERE FORE RESTRICTED WIDTH OF RIGHT OF WAY TO PLAN THE STATION BUILDING 􀂃DENSE LOCALITY 􀂃RIGHT OF WAY FLANKED WITH MIXED USE STRUCTURES –RESIDENTIAL, RELEGIOUS, COMMERCIAL 􀂃EXISITING UTILITIES –RELOCATION & DIVERSION 􀂃NARROW FOOTPATHS –ENCROACHMENT AT PLACES 􀂃SLUMS –REHABILITATION 􀂃PLANNING AND LOCATING ENTRY STRUCUTRE DEPENDENT ON AVAILABLE SPACE AT GRADE LEVEL 􀂃LIMITED / NOSPACE FOR STATION ANCILLIARY DESIGN APPROACH AND CONCEPT 􀂃FUNCTIONAL, BUILDABLE 􀂃ELEVATED & TWIN LEVEL STATION BUILDING 􀂃LINEAR PLAN FOR CONCOURSE DUE TO RESTRICTED WIDTH OF RIGHT OF WAY 􀂃NARROW / LONG FOOTPRINT 􀂃ALL OPERATIONAL ROOMS AT ONE LEVEL 􀂃UNPAID & PAID CONCOURSE PROPORTIONATLY DISTRIBUTED –1/3rd& 2/3rd 􀂃NARROW FOOTPATHS OR NO FOOTPATH –MEANS OF ENTERRING THE STATION i.e. STAIRCASE , ESCALATOR , LIFT PLANNED IN LINEAR MANNER 􀂃COMPLIANCE WITH RELEVANT CODES AND GUIDELINES

concourse lvl plan

􀂃RESTRICTED EXPOSURE OF STATION INTERIORS

platform lvl plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

ratan j bataliboii pvt. ltd.

1. ARCHITECTURAL PROJECTS &

COMPETATION

Co nc e pt

Construction

“Traditionalarchitectureisnotconcerenedwith“ The focus is not merely a enviornmental susist-“Innovationsinarchitecturemeansfindingnewsolutions historical style, but with historical principles.”ainiblitybutalongside,asuistainablearchitectureto old problems or old problems to new solutions ” Co n v en tio n al - Lucein Steil in Tradition and Architectureof social relevance and lasting value” - S K Das

Co n str uctio n al Mo d el

S uistain ab l e & He u ri st i c Met ho d

- S K Das

D es ign Int ent The design concept adopts architectural approach thats creates an outdoor spatial quality conducive to interactive place making.

Successfully implemenating this approacj of an outdoor responsive architecture relies as much on the created space on the attributtes to the organizations scales and texture.

The pursuit of the social ‘publicness’ and interactive quality also define architecture of our buildings.

Corridoor become ‘streets of comfort’ which induced airflow and roof tops draw from cultural traditions to become meeting spaces or spaces for quiets reflections.

Buildinds, buildings elements, compenents and treatments are climate responsive and yet orchestrate the creation of public spaces as outdoor rooms.

study of modular windows/opening - type 1

S u i stain abilit y

study of modular windows/opening - type 2

study of modular windows/opening - type 3

type of flooring - stained and stamped concrete, local stone study of modular windows/opening - type 4 Corner jaalis allows for light penetration.pergolas to cover terrace such that they Jaalis in the roof parapet allows air move-shade the exposed surfaces reducing heat ment over the hot roof surface compara-gain. using plants and other vegetation tively cooling it down in day-time and increasefor shading, especially on the east, west and speed of heat loss during night time southfacades.

Using jharokhas to self shade the exposed exterior surfaces thus reducing the direct thermal gain in the living spaces

Jaalis, pergolas balocony are inherent building feature in jodhpur. We are planning on incorparting jaalis throughout the project for shading spaces from the harsh summer sun and to facilitate cross ventilation. sloping sills to encourage better visiblity to exteriors, reflecting incident rays effective drainage of rainwater and discourage perching of birds Railing steps, balusters, water sprout and other building elements made from locally available stone are to be enviornmentally responsible and also to seamlessly fit into the use of innovative concrete blocks and jaalis existing jodhpur context.

Wind catchers guide outside air over underground tank, inducing evaporation and bringing about a significant drop in temperature before the air enters the interiors. The hot air rises and escapes through a chimney stack.

Reduction of exposed surface and provide shading techiques of the exposed surface

1. ARCHITECTURAL PROJECTS &

detail showing use of traditional stone cladding with innovative stone keys anchored into the solid grouted flyash concrete block.

types of door - faculty & student housing

COMPETATION

St u dent H ous ing

facade view

facade detail

zone plan accessibility & linkage plan

The court within the building cluster are envisaged as series of outdoor rooms articulating along an organic path thus creating and containing space for appreciation and identity. This interesting and shaded walk starts from academic zone and culminates at the students mess which is designed as a local landmark to infuse character in the effort of ‘place making’ and a wind down zone.

The directly exposed walls on south facade are composed of wall system with materials of good thermal capacity and well insulated and protected fenestration.

The intent has been to create and encourage permeability through the developement with a clear hierarchy between semi- public and private space.

Spontaneous circulation has been created at elevated level at second floor. These elevated links have the potenial to connect to common amenities related to student housing.

cluster plan

The earth being at a higher temperature than The roof surface is shaded by the solar The wind catchers on the roof sucks in air which ambient air warms the water in the under- panels which reduces solar gain consider- is let down through a duct in the basement. A ground tank which transfers thid heat to ably. Both shutters of the windows are mist spray introduces moisture into the air the rooms above. Windows are kept closed opened out to increase air changes per cooling it down to a more comfortable temp. to preseve heat. Lower sun altitude ensures hour.

The ground water tank acts as a heat sink and solar penetration int the rooms warming Warm air can also be let out through the cools the ground level room. Shading prevents them. Thick insulated walls help in retaining vents opening into the corridoor. solar exposure of the facade. Only the jaali heat in the envelope. shutter is opened.

1. ARCHITECTURAL PROJECTS &

COMPETATION

St u dent H ous ing

Second Floor Plan

Terrace Floor Plan Elevation

The room are cooled by supply of air collected by wind scoops and channeling them through earth or water reservoir. If required air can be further cooled by mist which provides opportunity to humidify air for comfort. Air movement in the corridor is generated by solar chimneys as extractor. The Corridor air can be replaced with exhaust air from rooms and cooled air from shaded court. Depending on the modeling a dedicated extractor may be provided

Section aa

First Floor Plan

Section bb

Basement Plan Ground Floor Plan - plot size 40 x 20 m

Section cc

The planning grid and size of the rooms has been establish to simplify construction drawing stage. The layout of the rooms provides adqueate privacy even with door left open. The location and design of the wall openings are derived to achieve comfortable ventilation and temperature in the room throughout the year. The need for further flexibility should be accomdated in un-built plot as ‘provisional’ arrangementon built structure can be potential nuisance for the scholar during the expansion stage Single

2. Single Occupancy Room 3. Bathroom 4. Toilet

occupancy unit plan

Double occupancy unit plan

1. Yoga/Gym/Multipurpose Room 2. TT/ Pool / TV Room 3. Store/ Spare Room 4. Office 5. U.G . RESERVIOR

1. ARCHITECTURAL PROJECTS &

COMPETATION

St u dent H ous ing

Second Floor Plan

Terrace Floor Plan

Elevation

First Floor Plan

Basement Plan

Ground Floor Plan - plot size 30 x 20 m

1. Double Occupancy Room 2. Single Occupancy Room 3. Bath 4. W.C.

Basement Plan

1 Yoga/Gym/Multipurpose Room 2 TT/ Pool / TV Room 3 Store Room 4 U.G. Reservoir

1. ARCHITECTURAL PROJECTS &

COMPETATION

St u dent H ous ing - M es s

S t af f H o us i n g - M e s s

LEGEND 23 WARDEN’S OFFICE 24 WAITING AREA 25 LIVING ROOM 26 BSLCONY 27 KITCHEN 28 DRY BALCONY 29 BEDROOM 30 WALK-IN WARDROBE 31 TOILET 32 MASTER BEDROOM 33 GATHERING AREA 34 AHU

Second Floor Plan

LEGEND 7 GENTS TOILET 8 LADIES TOILET 9 DINING AREA 10 KITCHEN - PREPARATION AREA 11 RECEIVING 12 RICE CLEANING AREA 13 WALK-IN CHILLER 14 DISH COLLECTION AREA 14 DISH COLLECTION AREA 15 EQUIPMENT ROOM 16 PROVISION AND DRY STORE 17 DISH WASHING AREA 18 POT WASHING 19 GARBAGE COLLECTION ROOM 20 DETERGENT CHEMICAL ROOM 21 GENTS TOILET 22 LADIES TOILET

First Floor Plan

First Floor Plan

Elevation

Ground Floor Plan

LEGEND 1 Living 2 Kitchen 2A Balcony 3 Study 4 Toilet 5 Bedroom 5A Balcony 6 Toilet

Section

LEGEND 1 RECREATION AREA 2 YOGA ROOM 3 LAUNDRY ROOM 4 GYM 5 LOCKER ROOM 6 AUDITORIUM 7 GENTS TOILET 8 LADIES TOILET 34 AHU

Ground Floor Plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

Fa c u lt y H o u s ing The design of the faculty apartments is follows the ‘bungalow in the sky’ concept that is suggested in the Urban Design Guidlines in the Comprehensive Master Plan. The architectural design takes this concept to another evolving a typology that consist of splits level units which have its own private terrace. Keeping in mind the requirement of barrier unit access some unit have not split level. Each building comprises of three units that are stacked in various combinations to create ‘aangan’ courtyard at different levels through which one enters the apartment.

The study in each apartment is segregated from rest of the living spaces giving allowing students or vistors of the faculty membersto enter the study without disturbing the privacy of other resident.

The character of vernacular jodhpur architecture is incorparated in the form of details like contemporary jharokas, jaalis and staircase leading to mumty. Wind catchers that draw wind from courtyard into the apartments are used to cool apartments.

Buildings are arranged to from a courtyards. The hierachy of courtyards range from permable spaces that are shared by four buildings and are part of circulation, to more intimate courtyards that are shared by two buildings. The overall massing of the building encourage social interaction within the community without comprising on the privacy of the residents.

Site Plan

Basement Plan LEGEND 1. Living / Dining 2. Kitchen 3. Service Balcony 4. Bedroom 5. Balcony 6.Toilet 7.Study 8. Private Terrace

Plan at 2.0 m

Plan at 5.0 m

Plan at 8.0 m

1. ARCHITECTURAL PROJECTS &

Plan at Terrace lvl

COMPETATION

Fa c u lt y Bung alow

Di r e c t o r ' s Bu n gal o w

LEGEND 1. Living/dining 2. Kitchen 3. Bedroom 4. Study 5. Toilet 6. Courtyard 7. Parking

LEGEND 1. Entrance Foyer 2. Living/Dining 3. Kitchen 4. Bedroom 5. Study 6. Toilet 7.Court 8. Parking

Ground Floor Plan

Roof Plan +6.60M

+4.70M

Ground floor plan

Terrace plan

+3.45M +0.45M

Section aa

Section aa

Section bb Section bb

1. ARCHITECTURAL PROJECTS &

COMPETATION

J o dhpur Club

F ac u l t y C o mmun i t y C e n t r e LEGEND 1. Restaurant 2. Terrace 3. Store 4. Ladies Toilet 5. Gents Toilet 6. Serving Area 7. Office 8. Reception

Ground floor plan

First floor plan

The Jodhpur club is an exclusive Club and hence is a iconic form. The concept is to provide a large covered spacefor where people can meet and interact.

The Club will be run like a restaurant. Patrons have a choice of dinning indoors, or on a covered deck or on th terrace above. The concept is to create an ambience of a Club rather than of a restaurant. The construction materials adopted are local stone for external load bearing walls; bricks for internal walls and timber for doors & windows.

Ground floor plan

First floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

St a ff Re si dences - Fl a ts

Second floor plan

Cluster Section

Elevation

First floor plan

LEGEND 1 Living 2 Dining 3 Multipurpose Room 4 Bedroom 5 Toilet 6 Powder Room 7 Kitchen 8 Balcony 9 Lounge 10 Terrace

Ground floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

COMPREHENSIVE ARCHITECTURAL CONSULTANCY FOR THE CONSTRUCTION OF : A. Preparation of Conceptual Master Plan Proposal for Redevelopment plan of Workshop Complex (S1 to S3 - N1 to N6) B. Steel Centre C. Combined Building For Estate Office & National Centre For Aerospace Innovation And Research (Ncair) D. Central Animal Facility (CAF) FOR INDIAN INSTITUTE OF TECHNOLOGY BOMBAY AT POWAI, MUMBAI ratan j bataliboi pvt. ltd.

1. ARCHITECTURAL PROJECTS &

COMPETATION

I N T R O D U C T I O N

S I T E

SITE: Site is located in IIT Bombay campus, Powai in Maharashtra, India.

CLIENT’S BRIEF

SITE ACCESS: This site has access from a 12 m wide road which also is an access for the existing IDC and the Victor Menzes convention centre and can be approached straight from Market gate.

REDEVELOPMENT OF WORKSHOP COMPLEX Plot area: 21600 Sq. M Plot Location: North to SINE/IRCC/IDC’s Plot Total Built up Area: 26250 Sq. M

A N A L Y S I S

EXISTING STRUCTURES: The existing prominent structures present on the site are the existing Workshop bay, Faculty bungalow and some temporary structures.

2. STEEL CENTRE Plot area: 1025 Sq. M Plot Location: It is proposed to be constructed on the workshop’s site in place of existing S1 workshop.

Total Built up Area: 4317 Sq. M 3. COMBINED BUILDING FOR NCAIR & ESTATE OFFICE Plot area: 2256 Sq. M. Plot Location: East side of the existing Victor Menezes Convention Centre (VMCC) Building , North side of C.E.S.E. building & South to CAF Building’s plot Total Built up Area: 7100 Sq. M

1

workshop

2

steel centre

3

ncair & estate office

4

caf

1

2

3 4 VEGETATION: The trees on the site are basically rain trees and palm trees which are demarcated in the layout as per the survey plan received from the Client. The same has been verified at site TOPOGRAPHY: The topography of the land on site is relatively flat with the maximum level difference of 0.70m-0.80m from one end of the site to the other.

WATER BODY: No water body present as per the survey drawing provided by the client.

OTHER UTILITIES: Main drain channel passes through the site

4. CENTRAL ANIMAL FACILITY Plot area: 300 Sq. M. Plot Location: East side of the existing Victor Menezes Convention Centre (VMCC) Building and the North side of C.E.S.E. building .

Total Built up Area: 2066 Sq. M

EXISTING IMAGE OF SITE 1 & 2 PROPOSED MASTER PLAN

PANORAMIC VIEW OF PROPOSED SITE 3 & 4

ENTRANCE GATE FOR SITE 3 & 4

1. ARCHITECTURAL PROJECTS &

MAIN ENTRANCE OF IIT BOMBAY

COMPETATION

S I T E

D R A I N A G E

1

workshop

2

steel centre

3

ncair & estate office

4

caf

( E X I S T I N G )

1. ARCHITECTURAL PROJECTS &

COMPETATION

S I T E

A N A L Y S I S

1. REDEVELOPMENT OF WORKSHOP COMPLEX AND STEEL CENTRE

Orientation: - On account of the L- shape of the site boundary, the workshop building is proposed to be constructed in phases with its longer side facing East West direction.

As steel centre is proposed to be constructed in the place of existing S1 workshop, the building is North-south oriented.

Facade & Fenestration: - Keeping workshop area under consideration linear long slit windows have been proposed to facilitate proper light and ventilation. The entire facade has been provided a staggered profile considering future expansion.

- Through & through Horizontal glazing is proposed to facilitate proper light and ventilation for the steel centre keeping in mind the activities proposed to be housed.

Site Levels: The site has hardly any level difference which can minimize cutting and filling work thereby reducing cost.

Trees & Landscaping: Existing vegetation will be preserved by means of non-disturbance or damage to the trees and other form of vegetation.

Access: The nearest approach to the site is through the market gate As per the insulation and shadow analysis the building is exposed to varying heat during the working hours (11am-5pm). As per analysis the covered areas such as pedestrian pathways are cooler compared to directly exposed surfaces. The site demands a basic landscape element, so as to act as shading devices. The terrace have been treated as green roof so as to keep the building cooler and enhance the look.

2. COMBINED BUILDING FOR NCAIR & ESTATE BUILDING

2. COMBINED BUILDING FOR NCAIR & ESTATE BUILDING Orientation: - On account of the L- shape of the site boundary, the workshop building is proposed to be constructed in phases with its longer side facing East West direction.

As steel centre is proposed to be constructed in the place of existing S1 workshop, the building is North-south oriented.

Facade & Fenestration: - Keeping workshop area under consideration linear long slit windows have been proposed to facilitate proper light and ventilation. The entire facade has been provided a staggered profile considering future expansion.

- Through & through Horizontal glazing is proposed to facilitate proper light and ventilation for the steel centre keeping in mind the activities proposed to be housed.

Site Levels: The site has hardly any level difference which can minimize cutting and filling work thereby reducing cost.

Trees & Landscaping: Existing vegetation will be preserved by means of non-disturbance or damage to the trees and other form of vegetation.

Access: The nearest approach to the site is through the market gate As per the insulation and shadow analysis the building is exposed to varying heat during the working hours (11am-5pm). As per analysis the covered areas such as pedestrian pathways are cooler compared to directly exposed surfaces. The site demands a basic landscape element, so as to act as shading devices. The terrace have been treated as green roof so as to keep the building cooler and enhance the look.

Annual sun path Diagram Generated from: Eco Tec 2011

Orientation: On account of the rectangular shape of the site boundary, the proposed building is has a North-South orientation. The longer sides will face east and west and shorter sides will face north and south.

Annual sun path Diagram Generated from: Eco Tec 2011

Facade & Fenestration: Windows are not recommended for small animal facilities to maintain a regular diurnal lighting cycle. However, where power failures are frequent and backup power is not available, they may be necessary to provide alternate source of light and ventilation.

Site Levels: The site is level with minimal gradient and has been selected to preserve existing vegetation.

Trees & Landscaping: Existing vegetation will be preserved by means of non-disturbance or damage to the trees and other form of vegetation.

Access: - Access to the building is provided from the 12 M wide road running past the Type B G+1 housing units.

- A one way branch loop road has been provided as access to the northern side of the Central Animal facility building.

- Segregation between general and animal traffic has been maintained.

1. ARCHITECTURAL PROJECTS &

Annual sun path Diagram Generated from: Eco Tec 2011

COMPETATION

D E S I G N

C O N C E P T

USER STRUCTURE

DESIGN PARAMETERS The brief received from Client (IITB) clearly prescribed the area’s usage in terms of machinery and its users. The demographic profile of the user has been given preference and the layout has been designed to offer the user a customized area.

Attempt has been made to take advantage of the natural resources like daylight, wind direction etc. to reduce the dependence on mechanical options.

The orientation and layout of the built form has been derived considering the passive factors. The design’s intent is to create a friendly work atmosphere with all the required amenities for the users without hampering their privacy and activities surrounding the building. he bye-laws have also been considered with respect to setbacks for open spaces.

Sustainable and GRHIA Compliance (Chapter 06)

•Students Age: 17 – 23/25

FACTORS INFLUENCING EVOLUTION OF DESIGN

DESIGN CONCEPT

SITE PARAMETERS PASSIVE DESIGN SRATERGIES

• Teachers + Supervisor’s Age: 35 – 50 CLIENT’S BRIEF /USER’S STRUCTURE

•Research Professors Age: 30 +

1 or 2 members

3 members

•Administrative Staff Age: 25 – 45+

ACTIVITIES

INDIVIDUAL

GROUP

FOR PRATICAL + THEORY THEORY SECTION

TO TEACH + SUPERVISE

PRATICAL SECTION

RESEARCH (SELF) + TEACHING

TEACHERS

SUPERVISOR

GROUP OF STUDENTS

HELPERS

ATTEND STUDENTS + MACHINERY REPAIRS

GROUP OF STUDENTS

1. ARCHITECTURAL PROJECTS &

COMPETATION

P A S S I V E

D E S I G N

S T R A T E G I E S

1 . R E D E V E LO P M E N T O F W O R K S H O P CO M P L E X SUN PATH DIAGRAM

FACTORS INFLUENCING EVOLUTION OF DESIGN

DESIGN CONCEPT

PASSIVE DESIGN SRATERGIES

PASSIVE DESIGN STRATEGIES 1, DAY LIGHT 2. WIND DIRECTION 3. REDUCE DEPEDANCE ON MECHANICAL OPTION

1. ARCHITECTURAL PROJECTS &

COMPETATION

P A S S I V E

D E S I G N

S T R A T E G I E S

2. STEEL CENTRE SUN PATH DIAGRAM

FACTORS INFLUENCING EVOLUTION OF DESIGN

DESIGN CONCEPT

PASSIVE DESIGN SRATERGIES

1. ARCHITECTURAL PROJECTS &

COMPETATION

P A S S I V E

D E S I G N

S T R A T E G I E S

3 . CO M B I N E D N C A I R A N D E S T A T E O F F I C E SUN PATH DIAGRAM

FACTORS INFLUENCING EVOLUTION OF DESIGN

DESIGN CONCEPT

PASSIVE DESIGN SRATERGIES

1. ARCHITECTURAL PROJECTS &

COMPETATION

S T R A T E G I E S

4. CENTRAL ANIMAL FACILITY SUN PATH DIAGRAM

O P E N

S P A C E

D E M A R K A T I O N

REDEVELOPM ENT OF WORKSHOP AND ST EEL CEN T RE

OPEN SPACE – H/3 = 12.50 M

OPEN SPACE – H/3 = 6.10 M

D E S I G N

OPEN SPACE – H/3 = 9 M OPEN SPACE – H/3 = 8 M

2. COM BINED BUILDING FOR NC AIR & ESTAT E O FFICE & C ENTRAL ANIM AL FAC ILITY

OPEN SPACE – H/3 = 13 M

P A S S I V E

ESTATE OFFICE

OPEN SPACE – H/3 = 10.20 M

NCAIR CAF

OPEN SPACE – H/3 = 12.50 M

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

P rop os a l f o r Red ev elo p me n t pla n o f Wo rksh o p Com plex

Third Floor Plan (A + B)

Third Floor Plan

Second Floor Plan (A + B)

Second Floor Plan

(E + F)

Part Master Plan

(E + F)

Workshop Master Plan First Floor Plan (A + B)

Mezzaine Floor Plan (A + B)

Ground Floor Plan

(A + B)

First Floor Plan

(E + F)

Mezzaine Floor Plan

Ground Floor Plan

(E + F)

First Floor Plan

(G)

(E + F)

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

MAIN E ANC ENTR MAIN E ANC ENTR MAIN E ANC ENTR MASTER PLAN OF WORKSHOP

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

G r o u n d F lo o r P l a n

M e z z a n i n e F lo o r P l a n

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

Workshop a & b - Welding Workshop

G r o u n d F lo o r P l a n AREA STATEMENT Lo a d i n g & u n lo a d i n g b ay - 8 0 . 5 s q . m Lo b by - 16.0 sq.m Workshop Area - 773.0 sq.m L a d i es To i l et - 7.28 sq.m G e n ts To i l et - 10.32 sq.m

M e z z a n i n e F lo o r P l a n AREA STATEMENT Office Area Supervisor’s Room L a d i es To i l et G e n ts To i l et

-

31.37 sq.m 11.27 sq.m 7.28 sq.m 10.32 sq.m

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

Workshop E - Fluid Mechanics & Workshop F - Electrical Hydraulic Workshop

G r o u n d F lo o r P l a n

M e z z a n i n e F lo o r P l a n

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

Workshop G - Welding Workshop G r o u n d F lo o r P l a n AREA STATEMENT Lo a d i n g & u n lo a d i n g b ay - 2 3 1 . 6 7 s q . m Lo b by - 102.09 sq.m Workshop Area - 2743.1 sq.m L a d i es To i l et - 7.28 sq.m G e n ts To i l et - 10.32 sq.m

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

F i r st F lo o r P l a n

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

Workshop a & b - Welding Workshop F i r st F lo o r P l a n AREA STATEMENT Workshop Area Lo b by L a d i es To i l et G e n ts To i l et

-

907.83 sq.m 43.11 sq.m 7.28 sq.m 10.32 sq.m

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

Workshop a & b - Welding Workshop F i r st F lo o r P l a n AREA STATEMENT Workshop Area Lo b by L a d i es To i l et G e n ts To i l et

-

907.83 sq.m 43.11 sq.m 7.28 sq.m 10.32 sq.m

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

S e co n d F lo o r P l a n

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

Workshop a & b - Welding Workshop S e co n d F lo o r P l a n AREA STATEMENT Workshop Area Lo b by L a d i es To i l et G e n ts To i l et

-

907.83 sq.m 43.11 sq.m 7.28 sq.m 10.32 sq.m

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

Th i r d F lo o r P l a n

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

Workshop a & b - Welding Workshop Th i r d F lo o r P l a n AREA STATEMENT Workshop Area Lo b by L a d i es To i l et G e n ts To i l et

-

907.83 sq.m 43.11 sq.m 7.28 sq.m 10.32 sq.m

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

Section 1

Elevation 1

Section 2

Elevation 2 1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Redevelopment

of

Workshop

Planning

VIEW 1

VIEW 2

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Steel

centre

EVOLUTION OF BUILDING FORM

Ground floor plan

first floor plan

SECOND floor plan

THIRD floor plan

FOURTH floor plan

FIFTH floor plan

1. ARCHITECTURAL PROJECTS &

FIFTH floor plan

COMPETATION

ARCHITECTURAL

Ground Floor Plan

DESIGN

-

Steel

centre

First Floor Plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

Second Floor Plan

DESIGN

-

Steel

centre

Third Floor Plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

Fourth Floor Plan

DESIGN

-

Steel

centre

Fifth Floor Plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-

Steel

centre

Fourth Floor Plan 1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

Section aa

DESIGN

-

Steel

centre

Section bb

Section cc

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

EVOLUTION OF BUILDING FORM

ground floor plan

first floor plan

second floor plan

Third floor plan

fourth floor plan

fifth floor plan

SIXTH floor plan

1. ARCHITECTURAL PROJECTS &

SIXTH floor plan

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

ground floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

First floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

second floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

Third floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

Fourth floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

Fifth floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

sixth floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

seventh floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

eighth floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

terrace floor plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

section aa

section CC

section bb

section CC

estate

office

&

ncair

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

evolution of Building form

GROUND FLOOR

FIRST FLOOR

SECOND FLOOR

THIRD FLOOR

FOURTH FLOOR

1. ARCHITECTURAL PROJECTS &

FIFTH FLOOR

COMPETATION

ARCHITECTURAL

GROUND FLOOR plan

DESIGN

-combined

building

first FLOOR plan

for

estate

office

&

ncair

second FLOOR plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

third FLOOR plan

DESIGN

-combined

building

fourth FLOOR plan

for

estate

office

&

ncair

fifth FLOOR plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

sixth FLOOR plan

DESIGN

-combined

building

terrace plan

for

estate

office

&

ncair

section aa

1. ARCHITECTURAL PROJECTS &

COMPETATION

ARCHITECTURAL

DESIGN

-combined

building

for

estate

office

&

ncair

top view render

sixth FLOOR plan

1. ARCHITECTURAL PROJECTS &

COMPETATION

CONCEPTUAL DESIGN FOR PROPOSED SPORTS COMPLEX & SWIMMING POOL AT INDORE INDORE DEVELOPMENT AUTHORITY RATAN J BATALIBOI

CONSULTANTS PVT. LTD

1. ARCHITECTURAL PROJECTS &

COMPETATION

brief

Context

INDORE Brief of Competition

Spirits of Sports 1. Agility Commercial capital of Madhya Pradesh 2. Aspiration Largest city in MP and growing rapidly 3. Inspiration Home to numerous educational institutes 4. Strength including IIT & IIM 5. Dispcipline The aging Nehru Stadium lacks modern facili6. Competition ties, requires main tenance and does not have 7. Team Work a swimming pool 8. Fairness Hence, an urgent need for a well equipped 9. Fitness sports complex and stadium of international standards.

10. Balance 11. rigour SITE 1.77 hectare plot in sector “F”, scheme no. 94 on ring road, Indore Flat land with no significant contours 12. achievement

History • 500 year old city • The distinctive Malwa culture • The influence of Mughal, Maratha and British Colonial architecture • Elegant and artistic use of columns, arches, lintels and brackets, and color and glazed tiles.

• Secret formula of Malwa artisans for creating Turquoise blue color

Climate

24.0 M WIDE ROAD

Access to the plot is from the 9 m wide service road flanking the 75 m wide ring road on the east and a 24 m road on the south No significant tree cover or other features on site

30 °C 25 °C 20 °C

J

SITE

• • • •

F

M

A

M

J

J

A

S

O

N

J

F

D

M

A

M

J

J

A

S

O

N

D

M i n / M a x Tem per a tur e

Hot and dry summers with temperature reaching over 45oC Cold and dry winters with temperature hovering around 10oC Moderate south-western monsoon rains averaging 760-890 mm Cool summer breeze due to its location on southern edge of Malwa plateau

9.5 M WIDE SERVICE ROAD 16.0 M WIDE GREEN BELT

10.5 x 2 M WIDE DUAL CARRIAGE WAY

16.0 M WIDE GREEN BELT 9.5 M WIDE SERVICE ROAD

SITE PLAN - SURROUNDING

1. ARCHITECTURAL PROJECTS &

COMPETATION

Suistainability

Concept Design

SUSTAINABILITY • Minimizing the impact of development on nature • Use of materials with low embodied energy and/or with recycled content • Recycling strategies • Renewable energy and rainwater harvesting • Passive cooling/heating

8

7

5

6

14 10

9

2

11

3

15

13

12

4 1

ACCESSIBILITY • Completely accessible campus • Provision of purpose built amenities, facilities and services to cater to persons with any impairment / disability • Wheelchair and stretcher access throughout the campus

PROPOSED LAYOUT PLAN

Spatial Program • The program tries to include as many sports as possible that are part of our national games or popular in the country • The narrow dimensions of the proposed site do not allow for a athletics track or grounds for football or hockey • Apart from sports facilities, due areas have been provided for a formal entry, social spaces, changing rooms, medical / physio-therapy, pro-shops, sports hostel, etc.

INDOOR SPORTS Table tennis Badminton Squash Boxing Wrestling Chess / Carom Karate / Judo Weight lifting Gymnastics

FIELD SPORT Basketball Volleyball Kabaddi Kho-Kho Malkhamb Tennis Cricket

1 – MAIN ENTRY 2 – ENTRY COURT 3 – SPIRIT OF SPORTS SCULPTURE 4 – RAMP TO BASEMENT PARKING 5 – PATIO 6 – SERVICE YARD 7 – SERVICE ENTRY 8 – BUS PARKING

9 – SWIMMING POOL 10 – DIVING POOL 11 – SPORTS HOSTEL 12 – BASKETBALL COURT 13 – VOLLEYBALL COURT 14 – TENNIS COURT 15 – OPEN GROUND FOR KABADDI, KHOKHO, MALKHAMB AND CRICKET PRACTICE NETS

AQUACTIC SPORT Swimming Diving

CIRCULATION PLAN

Pedestrian Vehicular Services

1. ARCHITECTURAL PROJECTS &

COMPETATION

Central Block 10 14

8

9

13

7

12

6 14

5

2

4

3

1

Ground Floor Plan

4

2

1 5

9

6

7

5

4

8

3

1

2

Legend: 1. Lobby 2. Table Tennis Courts 3. Squash Court 4. Badminiton Courts 5. Changing rooms/Toilets 6. Lift and Staircase Lobby 7. Store

7

5

Legend: 1. Main Entrance 2. Entry Court 3. Spirits of Sport Sculpture 4. Shops 5. Gymanasium 6. Lobby/Connecting Corridoor 7 Front Office/Back Office 8. Cafeteria 9. Medical Room 10. Kitchen 11. Patio 12. Lift and Staircase Lobby 13. Changing rooms/Toilets for field sports 14. Changing rooms/Toilets for aquatic sports

3

4

First Floor Plan

5 3

4

2

Legend: 1. Lobby 2 – KARATE / JUDO / GYMNASTICS 3 – CHANGING ROOMS AND TOILETS 4 – LIFT AND STAIRCASE LOBBY 5 – STORE

Open Air Cafe

1 3

Second Floor Plan

promoting the use of bicycle

1. ARCHITECTURAL PROJECTS &

sculpture for celebrating the spirit of sports

COMPETATION

Key Element

schematic section

typical Floor Plan - sports Hostel

Ground Floor Plan - sports Hostel

1. ARCHITECTURAL PROJECTS &

COMPETATION

REINVENTING DHARAVI ratan j bataliboi pvt. ltd.

Masterplan design proposal Assumptions

18. 25% worker (2379) will require Dormitories.

19. Area required per person in Dormitories is for 1. Total development of Dharavi would happen in 15 years.

7.5 sq mt per person.

2. The master plan is divided in 5 phases.

20. Crowding is based on various observed scenarios.

3. Low lying Area, Area under Tata Power Line, CRZ, Approved & developed 21. It is assumed that on average 2 people are working per household Housing Society, Public-semi pub lic used spaces are considered in non for analyzing crowding density. developable area.

22. For Industrial, Commercial and R+C Crowding is con 4. It will be a non-plotted development. sidered that 80% people are working from Dharavi and 20 % from outside.

5. All the people of Dharavi agree for the development.

23. Special Areas such as Kumbharwada & Koliwada are not considered 6. It is assumed the MCGM can get in agreement with Railways and BEST and under redevelopment. take part of their land to develop transit camps for period of 15 years.

7. The total no of household considered are 10% more than Mashal Limitations: data 1995 (Considering the migration and natural population growth trends 1. Due to the high tension line, CRZ, development can not take place in in Mumbai Slum) certain areas.

8. Rehab component is assumed to be 300 Sq feet. Rent component is 2. As per current DPR, MHADA & SRA policy rental

Housingshould be less than 180 Sq. Ft. & Re-hab dwelling is 225 Sq. Ft. assumed to be 225 sq feet.

3. After 1995 there is no official data regarding population figure, no.

9. Total 20 % growth in Super Built up Area Industry, Residential+Commercial, Commercial is considered in the calculations. of house holds, household size, open space area etc.

4. Here is no official record of the existing transportation 10. Household size is considered 6.2 0-0 survey, Mode of transport, PUC etc.

11. 45.7% of Residential Area is considered as RehabComponent, 34.3% 5. No official data on number of industrial & commercial considered for 20% as Sale Component. This Rehab-rental ratio is taken to units and worker working in the industries. achieve same no.(50-50) of units.

12. Rehab, Rent, Lease & Sale model is considered in commercial component as 28%, 28%, 24% & 20%.

13. F.S.I. can be described as 2.88 for Rehab+ Rental Component and additional 0.72 for Sale component.

14. 3 Categories of saleable residential units are provided 525 sq ft, 750 sq ft and 900 sq ft.

15. Sale residential component can be G+7 (50%) and G+12 (50%) assuming them to be in close proximity to the main roads.

16. Industries are ready to shift into flattered Industry in Sector 2.

17. For Industry 10 people work per 100 Sq. M. (9515 Industrial Worker) 25% worker (2379) will require Dormitories.

Area required per person in Dormitories is for 7.5 sq mt per person.

18.

19.

Crowding is based on various observed scenarios.

20. It is assumed that on average 2 people are working per household for analyzing crowding density.

21.

For Industrial, Commercial and R+C Crowding is considered that 80% people are working from Dharavi and 20 % from outside.

Developable & Non developable areas Considering the special areas of Kumbharwada, Koliwada and already developed areas by SRA & other public – private bodies, along with the existing main roads, railway yards, TATA Power station, Mahim Nature Park, Mahim creek, High tension line, existing open areas, religious & institutional structures as Non-developable areas.

Our proposal focus is to create an undifferentiated area, merging the already done structures intelligently.

1. ARCHITECTURAL PROJECTS &

COMPETATION

Strategy for inclusion of city level infrastructure : Key physical and social infrastructure of existing and proposed infrastructure in Dharavi

Present attributes • • • • • • •

BEST Sewerage Pumping station Land Water Pipelines Good Road and Rail connectivity Lies in centre of western suburbs and central suburbs Proposed Metro line Existing Electricity supply station

Lack of Attributes • •

No waste disposal systems Lack of Toilets and hygiene Conditions

Strategies Our strategy is to link and optimally use the existing resources in Dharavi and improve on the missing attributes accordingly by • Ensuring water and toilet facilities in every habitable space • Proper drainage channels and segregated waste disposal system for industries and residential units • Introduction of transit hub catering and managing railway, metro, BEST and para-transit crowd • Enhancing connectivity

Environmental structures • Retaining the buffers of Mahim nature park • Incorporating habitants, commercial spaces and industries of Naik Nagar and Rajiv Gandhi Nagar (low lying areas) in other sectors and treating them as an extension of Mahim nature park • Industrial buffer – high tension line, crematorium on one side and road on the 3 side • Using high tension line buffer as service road & area and Temporary loading / Unloading area for industries and not for residential purposes.

• 30 meter buffer to be taken around Nala and to be developed as a community open space • Using existing buffers such as high tension line and crematorium to demarcate the industrial zone • Generating the road fronting the T-junction as a mangrove promenade public edge

1. ARCHITECTURAL PROJECTS &

COMPETATION

Strategies for Transport strategy: • Introduction of transit hub catering and managing railway, metro, BEST and Para-transit crowd.

• Hierarchical road network with its designated use • Improving and widening of roads • Providing proper designed - signalized junctions and Bus stops at regular intervals • Designed Non - Motorized vehicle and pedestrian paths • Providing better footpaths, FoB /subways wherever required • Bus-stops are proposed at every 500 M

Section through 60 feet road

Present pedestrian road connectivity

Strategies for Open spaces and religious structures • An attempt to retain all the religious structures which are well within the proposed master plan cluster boundaries • All religious structure falling in roads, industrial zone and proposed transit hub will be relocated • Community spaces would be a part of the non plotted development a • 30 meter buffer around Nala and to be developed as community open space • The open spaces have been planned around the religious & Management structures • The road junctions integrated with open spaces to enhance the road experience.

SRA approach - plotted development Section through 90 feet road

Creating open spaces at road junction for enhanced street experience

Road network between clusters to maintain linkages within different clusters

Connecting the religious structures with pedestrain pathways to retain social fabric

Section through 9m road

Our approach - Non plotted development to retain pedestrian connectivity

Section through home based insustries, residential cum commercial and industrial typology

1. ARCHITECTURAL PROJECTS &

COMPETATION

Preliminary Phase

Key Features of Phase 1

Key Features of Phase 2

•

Dwelling units: 7288 (Transit Camp at Dharavi BUS Depot and Mahim Railway Land)

•

Dwelling units: 9359 (Rehab and Rental) + 744 Sale Component.

•

Dwelling units: 7868 (Rehab and Rental) + 626 Sale Component.

•

Commercial built up area: 17510 sq.m.

•

Commercial built up area: 14838 sq.m.

•

Public and semi public area: 29665.22 sq.m.

•

Public and semi public area: 24912.43 sq.m.

• Recreational Area: 35466.49 sq.m.

• Recreational Area: 27699.40 sq. m.

•

Cost incurred: 3615.08 Crores

•

Cost incurred: 3347.87 Crores

•

Income Generated: 3663.79 Crores

•

Income Generated: 2739 Crores

1. ARCHITECTURAL PROJECTS &

COMPETATION

Key Features of Phase 3

Key Features of Phase 4:

•

Dwelling units: 13888 (Rehab and Rental) + 1400 Sale Component.

• Dwelling units: 16334 (Rehab and Rental) + 1593 Sale Component.

•

Commercial built up area: 22624.92 sq.m.

• Industrial built up area: 95416 sq.m.

•

Public and semi public area: 45079.53

• Commercial built up area: 47501 sq.m.

• Recreational Area: 57879.06

• Dormitories built up area: 17620 sq.m.(for 25% Industrial workers)

•

Cost incurred: 4243.07 Crores

• Public and semi public area:56908.17 sq.m.

•

Income Generated: 6064.71 Crores

• Recreational Area: 79429.10 sq.m.

• Cost incurred: 5099.86 Crores • Income Generated: 8142.16 Crores

1. ARCHITECTURAL PROJECTS &

COMPETATION

Final phase Key Features •Railway quarters: 2139 D.U. at Mahim Railway Land •Dwelling units: 2679 D.U. (Rehab and Rental) + 3002 D.U. Sale Component.

•Commercial built up area: 35677.70 sq.m.

•Public and semi public area: 43988.97 sq.m.

•Recreational Area: 55610.80 sq.m.

•Cost incurred: 4818.17 Crores •Income Generated: 16264.70 Crores

1. ARCHITECTURAL PROJECTS &

COMPETATION

Masterplan massing

1. ARCHITECTURAL PROJECTS &

COMPETATION

Phasing of a demonstration area

Phase I

Phase II

Phase III

Phase v

PhaseIV

1. ARCHITECTURAL PROJECTS &

COMPETATION

Unit cluster plans for proposed industrial typologies 2

1

Typical courtyard unit - Third floor plan

2

Section 1

Section 2

1

Typical courtyard unit - Second floor plan 2

1

Typical courtyard unit - First floor plan 2

1

Typical courtyard unit - Ground floor plan

1

2

Section through 18m road service road adjoining industries

Cluster level plan for industrial zone

1. ARCHITECTURAL PROJECTS &

COMPETATION

Unit cluster plans for proposed home based & residential typologies

3

3

Section 3

Section 1

Section 2

Section 4

4

4

5

5

Typical floor level plan

Ground floor plan

1 2

Typical ground floor plan

Typical floor plan

Proposed Home based residential typology

Section 5

Proposed residential typology

Cluster level plan for home based & residential areas

1. ARCHITECTURAL PROJECTS &

COMPETATION

Unit cluster plans for proposed residential cum commercial typologies

Class 1 - Typical section 1

Class 3 - Typical Section 2

Section through commercial edge buffer areas 1

1

2

Cluster level plan for residential cum commercial areas

Typical ground floor plan Class 1

Typical floor plan Class 1

Typical ground floor plan Class 3

1. ARCHITECTURAL PROJECTS &

2

Typical floor plan Class 3

COMPETATION

Street views

1. ARCHITECTURAL PROJECTS &

COMPETATION

Crowding analysis : “The objective to understand the crowding scenario is to synergies with the urban fabric and to create sustainable and livable environment. The research and proposal is aimed to define numerical standards for crowing in residential area, open spaces, semi-public areas and on road situation at peak hours. This study would give better ideas for redevelopment proposals which are as follows:

Benchmarks set: Sectorwise change in crowding

Results: • We have reduced crowding from existing scenario even after providing 20% Salable Area in residential, commercial, Industrial Area and R+C Area.

• In comparison to the policy proposed in DCR (FSI=4 on overall Dharavi with sale component 33% with a non plotted development) the road crowding will be increase by 185 % in the current scenario i.e. 30.48 sq. m. per capita person rather than 87.364 sq.m per capita person in our proposal.

Existing and proposed crowding Following is the sectorwise crowding on the road:

Crowding can be represented mathematically as a ratio of total area considered for which the crowding has to be calculated in sq. m. per capita people.

• Greater the ratio better it is.

Following table shows existing and proposed crowding scenario in Dharavi (a) 1.00 Sqm per Person

(b) 0.66 Sqm per Person

(c) 0.50 Sqm per Person

1. ARCHITECTURAL PROJECTS &

COMPETATION

Financial proposal : a.

Broad Strategy for Financial Proposal

1. The income generated in each phase is self sufficient for driving the phase.

2. Income generated from the residential & commercial salable, residential & commercial ownership - rehab would be used as the entire redevelopment fund.

3. Income generated from residential & commercial rental, commercial lease, industrial rental

– ownership – salable – lease & Industrial dormitories would act as fund for DUSMC b.

Assumptions

1. 2014 is taken as a base year for considering all costs, land values and sale values.

2. Costs and income generation is considered as per the phases.

3. Rent and lease for residential, commercial and industrial component is collected on quarterly basis.

6% 4. The rate of Inflation in cost of construction is taken Annually.

5. Flat INR 20000/- is taken as current land value in Dharavi.

6. The lease period of Commercial and Industrial property is 5,10 Years respectively. Lease amount may be subject to change after 10 years.

7. The down payment of Residential Commercial and Industrial rehab unit is 20 % 8. The Rehab residential unit price is considered as INR 20,00,000.

9. Ratio of buying a commercial and residential property is considered as 1.

10. The current sale value is considered to be INR 25,000/- for Residential and INR 30,000/- Commercial for the sale component. 5% price escalation is considered annually.

Rent income has been considered keeping in mind household 11. income of Dharavi.

12. 50% land value subsidy is considered for rehab model.

c. Limitations 1. Flat inflation rates and escalation rates are considered as there is no specific benchmark.

2. Land and sale values are considered as per the current prevailing rates in areas in close proximity to Dharavi.

3. Land value is considered at 50% subsidy to make houses affordable to dwellers. Thus the land values cannot be optimally utilized.

4. No specific income per household data base is available to understand affordability.

CAPITAL GENERATION Capital Income = Residential Rehab Ownership + Residential Sale + Commercial Rehab Ownership + Commercial Sale 28718.66 crores + 1897.14 crores + 4751.01 crores + 417.25 crores =35784.06 crores Variable Income= Residential Rent + Commercial Rent + Commercial Lease + Industrial Rent + Industrial Dormatories 680.12 crores + 94.12 crores + 65.18 crores + 224.73 Crores + 21.41 crores =1090.29 crores Total cost= Residential (Rehab- Rent- Sale) + Commercial (Rehab- Rent- LeaseSale) + Industrial (Rent+ Sale+ Dormatories) + Commercial Space for BEST + New Transit Camps + Quarters for Railways + Lease to railways + Utilities + Recreation and public-semi public buildings

Commercial rent

6903.89 crores + 381.90 crores + 333.81 crores + 45.21 crores+ 257.47 crores+ 751.75 crores + 450 crores+ 10000 crores + 2000 crores= 21124.05 Crores

Residential rental (Q

Commercial ownership

Commercial lease

Residential rehab

1. ARCHITECTURAL PROJECTS &

COMPETATION

Financial model

Existing proposed landuse

Industrial rent

Industrial dormitories rent

During the 15 year of process redeveloping Dharavi the income generated from Salable components and the rehab ownership model would take care of all the capital costs which will not only included cost of residential, industrial and commercial unit construction but would also cover the cost for laying down of utilities, building public-semi public spaces and recreational spaces.

From the income the lease for using railway land would also be taken care of.

The other income generated regularly from rent, lease of all the residential, commercial and industrial would be fund for DUSMC which will be a operation and maintenance fund.

- Industry works on a rental model for 3 years after which the industrial owner can buy the space, lease & rent it out to someone else based on his credit built-up.

In the rehab model, the government & the community would be the main stakeholders. Community would contribute in all the above said categories at different stages of the plan. Government major role in the entire Financial model is that the land value is considered at a subsidized rate (at 50%), for the rehab model. This would provide affordable units to the community.

In the salable model, the developer & the external people to be housed form the main stake holders. If the government is undertaking the development, the funds generated would be used as a ‘redevelopment fund’

1. ARCHITECTURAL PROJECTS &

COMPETATION

1. ARCHITECTURAL PROJECTS &

COMPETATION

Maharashtra Nature park Kala Killa

Sion station

Koliwada DUSMC Revitalized nalafront Home based residentail

Industrial core area

Mahim station Kumbharwada

The new Dharavi trail Mahim station - revitalized nalafront - Kumbharwada - New industrial core - Home based residential - DUSMC - Koliwada - Kala Killa fort - Maharashtra nature park - Sion station

1. ARCHITECTURAL PROJECTS &

COMPETATION

2.INTERIOR PROJECTS Ongc Mrpl Ongc Panvel

ongc mrpl, cuffe parade epicons consultant pvt ltd.

director Gen. Manager Gen. Manager (with secretary)

chairman conference

canteen

reception

General Manager

interior PROJECTS

director general manager

ongc mrpl, cuffe parade epicons consultant pvt ltd.

interior PROJECTS

general manager cabin

ongc mrpl, cuffe parade epicons consultant pvt ltd.

Passage elevation @ g.m. cabin

interior PROJECTS

ongc mrpl, pANVEL epicons consultant pvt ltd.

interior PROJECTS

ongc mrpl, pANVEL epicons consultant pvt ltd.

section aa

section bb

section cc

plan

interior PROJECTS

interior PROJECTS