Neha purandare design portfolio 2018

Page 1

DESIGN

PORTFOLIO

Neha Purandare

purandareneha26@gmail.com +31622868262


NEHA PURANDARE OBJECTIVE

Seeking a full-time position as an Architectural Designer in an architecture firm with vibrant environment and co-operative work space. Interested in architectural design, design development, urban spaces, cultural & historical projects & detailing.

PROFILE

EXPERIENCE

Name: Neha Purandare

2012-2015

Ratan J. Batliboi Consultants Pvt. Ltd. Project Architect

Birth Date: 26/03/1986

2010-2012

Core Architecture & Project Management Architect

2009-2010

Madhav Joshi & Associates, Pune, India Junior Architect

2009-2009

Al Wasl Al Jadeed Consultants. Dubai, UAE Junior Architect

2007

Ratan J. Batliboi Consultants Pvt. Ltd. Architectural Intern

Address: 172 Voorterweg, 5611TT, Eindhoven, Netherlands Phone: +31622868262 Email: purandareneha26@gmail.com

NATIONALITY

EDUCATION

Indian

2016-2018

Master of Science, Architecture Eindhoven University of Technology, Eindhoven, The Netherlands

2003-2008

Bachelor of Architecture Bhanuben Nanavati College of Architecture, Pune, Maharashtra, India

SOCIAL linkedin.com/ purandareneha26 facebook.com/ neha purandare

PROFESSIONAL STATEMENT I started my career in relatively small offices in order to gain maximum hands on knowledge of architectural practices. In this time, I gained sufficient knowledge of detailing and design approaches as I could work on interior projects to resolution of crucial architectural projects. Commercial office of Elantas Beck India Pvt. Ltd, Pune, Maharashtra project was a turning point point in my career, as it gave me an opportunity to work with an ace designer Ar. Sunil Kulkarni, as well as I could be a part of an initial phases of design development to construction phase. In addition, project won almost all national awards of that year as well as few international awards. In RJBCPL, I got an opportunity to climb a step higher to Project Architect and work on projects which involved direct interaction with clients and site management. At this point, I could work on my overall management skills starting from time, people, drawings, meetings and client interaction. While, I had an understanding of most aspects of architectural practices, I felt the necessasity to explore design possibilities. I decided to pursue higher education and joined master course in architecture in Technical University of Eindhoven. One of the most crucial point came in my career, where I got an opportunity to work with OMA partner, prof. ir. David Gianotten as my graduation project mentor. His constant motivation helped me in finishing my graduation project with good grade and I feel ready to be a part of an internation office and contribute in design development which has been my strength.

SKILLS Professional: Autocad Sketchup Rhino Vray Lumion Revit Photoshop Illustrator InDesign Office

Communication Teamwork Management Creativity Hardwork Independence

REFERENCES Ratan J. Batliboi Founder, Director M: +91 9820051000 E: rjbwork@gmail.com Hlatun Senior Associate, RJBCPL M: +91 9820151559 E: hlatun@rjbx.in

LANGUAGES English Marathi (Native) Hindi (National) German (Basic)

Sunil Kulkarni Partner, Core Architecture & Project Management M: +91 9422084042 E: origenedesign@gmail.com


DETAILED EXPERIENCE May 2012Sept 2015

Ratan J. Batliboi Consultants Pvt. Ltd. Project Architect - Agartala International Fair & Exhibition Center, Tripura, India, Phase-I (19acres), Phase-II (12acres) Area10,000 Sq.M Appx. - Reliance, 4G Control Center, Mumbai, India, Area- 18,000 Sq.M Appx. - Reliance. 4G Disaster NOC, Chennai, India, Area- 3,000 Sq.M Appx. - Reliance, TC22 Interiors, Mumbai, Area- 1,00,000 Sq.M Appx. - Reliance, J3 Control Center & Non Plant Building, Jamnagar, Gujrath, India, Area- 5,000 Sq.M Appx. - RBI Housing, Shapoorji Pallonji, Mumbai, India- High rise tower for the RBI employees is designed by Shapoorji Paloonji. - Worked on varied competitions for IIT Jodhpur Housing for Students, IIT Mumbai Housing for Scientist, Zydus Corporate office.

Feb 2010Feb 2012

Core Architecture & Project Management Architect - Dr Elantas Beck, Pune, India, Area- 5,000 Sq.M Appx. The project was published in ‘’Home & Design Trends Vol.2 No.1 2014” edition. - Worked in a company on architectural & interior projects in varied locations. Worked on architectural projects like Dhopade Bungalow, India, Three Star Hotel in Alibaug, India, Resort in Harihareshwar, India, Kolhapur Housing Scheme, India. Meticulous detailing was learnt to enhance spatial quality. Worked on small scale residential interior projects.

June 2009Jan 2010

Madhav Joshi & Associates, Pune, India Junior Architect - JW Marriott, Pune, India, Area- 60,000 Sq.M Appx. - IITM Housing for Scientists & Master Planning, Area- 10,000 Sq.M Appx.

Jan 2009April 2009

Al Wasl Al Jadeed Consultants. Dubai, UAE Junior Architect - Worked in a designing team of Middlesex University at Academy City, Dubai, Techno Park- Industrial Sheds, Residential Apartments at Al Lusailly.

June 2007Oct 2007

Ratan J. Batliboi Consultants Pvt. Ltd. Architectural Intern

AWARDS Elantas Beck India Pvt.Ltd -Architect & Interiors India Awards 2012- Architecture- Commercial Project of the Year- Winner Elantas Beck India Pvt.Ltd -Architect & Interiors India Awards 2012- Architecture- Sustainable Project of the Year- Winner Elantas Beck India Pvt.Ltd -AESA Awards 2013- Commercial Project of the Year 2013- Winner Elantas Beck India Pvt.Ltd -Builders Association of India- Well Built Structure Award 2012 Elantas Beck India Pvt.Ltd -Trends Awards 2014. Winner- Commercial Project of the Year Elantas Beck India Pvt.Ltd -Birla Cement Concrete Awards- Commercial Project of the Year


CONTENT 1. Bodhi- The Future of Yoga

01

2. Skyline Amsterdam

07

3. Switchyard Amsterdam

15

4. 4G Control Center (Proposal)

27

5. 4G Control Center (Interiors+Architecture)

31

6. Argartala International Fair & Exhibition Center

35

7. Elantas Beck India Pvt. Ltd.

39

8. Bagh House

49

2017/ Academic Project Graduation Project- Individual

2016/ Academic Project Master Project Studio 2

2016/ Academic Project Master Project Studio 1

2012/ Professional Project- Architecture Company- Ratan J. Batliboi Consultants Pvt. Ltd. Status: Proposal

2012/ Professional Project- Interiors + Architecture Company- Ratan J. Batliboi Consultants Pvt. Ltd. Status: Completed

Since 2010/ Professional Project- Architecture Company- Ratan J. Batliboi Consultants Pvt. Ltd. Status: On Going

2010-2012/ Professional Project- Architecture Company- Core Architecture & Project Management Status: Completedted

2011-2012/ Professional Project- Interior Company- Core Architecture & Project Management

9. JW Marriott, Pune, India

2009/ Professional Project- Architecture Company- Madhav Joshi Associates Status: Not Known

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2017 | Graduation Project | Bodhi_The Future of Yoga

BODHI

2017/ Academic Project Graduation Project Individual Mentors: David Gianotten Maarten Willems Sjef van Hoof

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THE FUTURE OF YOGA

“Bodhi- The Future of Yoga� is a yoga center in San Francisco aimed at strengthening yoga ideologies in the region due to heavy influences of yoga practices. At the same time integration of yoga with architecture and space is another crucial focus element in the design process. The ultimate goal was to make a foundation place in San Francisco which blends with nature, body, architecture and in effect can bring harmony for person involved in yoga activity. Project was highly based on theoretical understanding of body as a subject and entire process revolved around integrating physical, mental and spiritual elements. Therefore, first part of the project is based on the research and second part is an application of the research and interpretation in architectural language. Primary design decisions were driven by core principles of yoga practices and how each stage in yoga reflects on human body, mind and feelings. Hence, conceptual ideas were mainly based on theoretical understanding, while heavily contoured site and magnificent views of the lake determined orientation of different centers. These individual centers were made with different properties which are associated with feelings and emotions as per location of each center in the human body. Therefore, centers are placed after one another in order to continue the journey from one stage to another. At the same time these centers were distinguished by placing them on different levels to bring individuality. The user group in each center is entirely separate from one another, hence no connection was established between any two centers. Sun and direction are one of the main factors in yoga practices, in which

yoga sessions starts early morning with sunrise and east is considered as most beneficial while practicing. Therefore, all the yoga rooms, pranayama rooms, mediation and chanting rooms are facing east. When all the blocks are juxtaposed towards east, the spectacular view of the lake opens to an individual room and makes yoga experience fulfilling. The journey between the walls involves primary and secondary path. Primary path connects all the centers homogeneously leading towards the highest point of the mountain, while secondary path starts from primary path leading to individual center which is enclosed by walls. This principle of arranging paths is similar to human body in which nervous system is a primary channel for energy transmission, while connecting network of veins and arteries are carrying energy towards individual organs. The path leading from each center and connecting next center is a journey and a feeling experienced by a person in his/her personal life. At the end of the journey there is discovery of a true form of each center, which is filled with abundant energy and providing energy to each person while practicing yoga.


Bodhi_The Future of Yoga| Graduation Project | 2017

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YOGA

2017 | Graduation Project | Bodhi_The Future of Yoga

Air Center

PRANAYAMA

Yoga Center Water Fire Air Aether

fig. 2 Route Between the Forces

fig. 4 Placement of Different Centers Aligned on the Path

Functions

Root Accomodation Administration

E A S T

PRATYAHARA

STAGES

fig. 3 Placement of Functions Along the Route

Sound Center

ASANAS

fig. 1 Primary Forces in Body

OF

Meditation Center

YAMA/NIYAMA

fig. 5 Masssing Between Walls

fig. 10 Site Section 0 12 4 6

3

10

20

fig. 6 Functions

fig. 7 Placement of Functions Along East Between the Walls

E A S T

E A S T

fig. 9 Concept

fig. 8 Opening of Wall Towards East & Lake


01 Entrance 02 Administration 03 Entrance Canopy 04 Plaza 05 Accomodation 06 Administration 07 Root Center 08 Healing Center 09 Water Center 10 Restaurant 11 Fire center 12 Air Center 13 Sound, Light & Thought Center

Bodhi_The Future of Yoga| Graduation Project | 2017

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+22.5M

12

+13.5M

10 09

11

06 +7.5M

08 -1.5M

+4.5M

+4.5M

02 03 05

+3M -1.5M

01 +-00M

fig. 11 Final Mastrer Plan 0 12 4 6

10

20

MASTERPLAN EVOLUTION

07

04

4


2017 | Graduation Project | Bodhi_The Future of Yoga

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Bodhi_The Future of Yoga| Graduation Project | 2017

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7


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2016 | Master Project Studio 2 | Skyline Amsterdam

SKYLINE AMSTERDAM

2016/ Academic Project Master Project Studio 2 Mentors: Mark Hemel Barbara Kuit Masterplan With: Rukiye Galeli Jory Rijvers Tower Design: Individual

Concept:

Highrise buildings often have compromised relation with the ground and in many situations user loose sense of neighbourhood. The Garden City is a contradiction to this feeling, where outdoor space between two towers is carved to create gardens and visual connections. To optimise enough light and living conditions, building is split at an angle to get maximum sun light to the tower and especially for the central living gardens. Eventually the central gardens rotate to get sunlight at various time in the day and second tower facade eventually facing south, at the end of rotation.

Planning of the Tower:

The idea was to make both towers acting as one unit both functionally and structurally in order to achieve coherency. Both tower consists of 52 floors, while distance between two floor is 4m for all floor except ground and first floor, which are double height. The total building height is 220m and core for both the towers are placed in the center, which help in stabilizing the form. Primarily, there are offices and aprtments in the tower, which are physically seperated from each other to maintain different needs. Each user group occupies 6 floors of both the towers and are stacked on top of each other. Elevators to these floor are separated on the ground floors with different lobbies and entry/exits. At the same time, both towers are connected with bridges to maximze the efficiency of fire escape 9

staircase and other common areas. On every 6th floor, common gardens connect both the tower and create unique neighbourhood for users. This common space is an extended ground for users for their leisure activities. Along with connecting gardens, residential floors consists of gardens in the central area of each tower as well as external area of the tower. Central gardens are common activity spaces, while external gardens are used by individual apartments.


Sykline Amsterdam| Master Project Studio 2 | 2016

Best Project of the Year Award Nomination

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CONCEPT - GRID

MASTERPLAN EVOLUTION

2016 | Master Project Studio 2 | Skyline Amsterdam

Masterplan Strategy: Concept of growing city was illustrated in the strategy used in this masterplan, in which organicgrid was planned along the main vehicular loops. These organic rods were pedestrian pathways connecting individual blcoks with each other. When both layers of vehiclular path grid and organic path grid was placed on top of each other, mcentral big green park was established. This green space was a buffer between highrise buildings along and two sides of the park opened towards sea. Boulevard was plannedalong sea sidewith recreational functions for users to enjoy freh air and magnificient view.

Massing Heights:

Heights of the masterplans were arranged according to functions and importance of each block with respect to the view of the sea. Office and corporate buildings are placed in the central part of the masterplan, which has maximum height of 80 to 200meter in the masterplan. While buildings surrounding park and placed in the second layer were plannedto be 45 to 60meter high. Third layer, which is next to the water has the maximum benefit of surroundings, hence most expensive houses are planned on the water front with low density and height between 15 to 30meter.

fig. 13 Conceptual Grid

CONCEPT - GROWING PATH

fig. 14 Growing Secondary Roads CONCEPT - GREEN

fig. 15 Green CONCEPT - BOULEVARD

fig. 12 Final Mastrer Plan

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fig. 16 Boulevard


Conceptual Evolution

Sykline Amsterdam| Master Project Studio 2 | 2016

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2016 | Master Project Studio 2 | Skyline Amsterdam

fig. 17 Conceptual Planning of the Tower

Core Commercial Residential Elevator for Apartments Elevator for Offices Alternate Bridge Connection Alternate Bridge Connection Garden on Residential Floor

B

Common Lobby

B

Core Common Lobby

Eighth Floor

Core

Second Floor

A

Core Common Lobby

Individual Lobby

Cafe

Apartments

Toilets

Offices

Gardens

Cafe

Toilet

Toilet

13

Core

N i n th F l o o r

Core

Third Floor

First Floor

S c a l e - 1: 15 0

Ground Floor

A

Core

Common Lobby

Common Lobby

Common Lobby

Kitchen

Cafe

Apartments

Restaurant

Offices

Gardens

Toilet

Toilet

Toilet

fig. 18 Floor Plans

Garden Position

Bridge Connection

Elevator Separation

Program

Offices and apartments are planned on top of each other with separate entries. Offices are planned on both the tower and connected with a bridge in order to simplifying selling the space to the single company. Cafe is planned in one of the corners of the tower on each floor. Four residential apartments are planned on each floor, out of which two apartments are duple and placed at the two opposite corners. Apartments are designed in four corners of the core and get the view of the four different directions, which avoids in looking into other apartments. Terraces in the central part and external part are planned on residential floor. External terraces become a part of the apartment, while central terraces are commenly used by people living in the apartments.

Core Position

Functions:


F l o o r -50

F l o o r -44

TYPICAL FLOOR PLANS

Sykline Amsterdam| Master Project Studio 2 | 2016

fig. 25 Structural Grid

fig. 23 Structural Grid

F l o o r -38

F l o o r -32

F l o o r -26

F l o o r -20

F l o o r -14

F l o o r -8

F l o o r -2

F l o o r -1

F l o o r -0

fig. 19 Section A-A

fig. 20 Section B-B

fig. 21 South-West Elevation

fig. 22 South-East Elevation

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2016 | Master Project Studio 2 | Skyline Amsterdam

Sructure: Simple form of the building on the exterior facade is an advantage in making strong and efficient structural system. Central position of core in both the towers help in balacing center of gravity and can be identified as a most essential factor. Moreover, the idea of making both tower acting as a one unit played a significient part in function, which eventually lead to simplifiying structure. For example, connecting bridges on alternate floor connect the vertical columns on the inner facade, which are eventually supported to the core with a grid system. Cross bracing connects every sixth floor and wraps the entire structure along with columns, while making a strong structural system. Glazing is kept away 1m from the structure to simplify joinery and articulating architechtonic language on the facade. Bridges on top and bottom are connected with cross bracing, which eventually strengthen the structure and helps in stabilizing against wind load.

A

fig. 27 Typical Facade Section

fig. 31 Typical Structural Grid

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fig. 29 Typical Facade Bracing

fig. 33 Detail A


Sykline Amsterdam| Master Project Studio 2 | 2016

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2016 | Master Project Studio 1 | Switchyard Amsterdam

SWITCHYARD AMSTERDAM

2016/ Academic Project Master Project Studio 1 Mentors: Mark Hemel Barbara Kuit With: Menderes Yasar Federico Izzei

Project Switchyard Amsterdam conisits of master planning of the neighbourhood near switchyard for trains and second phase of the project deals with train station design in the region, eventually making a connnection with Westerpark. Brief conisted of three main aspect such as, giving a neighbourhood a new identity, uplifting connection between westerpark with new station as it is disconnected from neighbourhood due to train tracks and create a landmark with station design.

Masterplan Concept:

Masterplan design focused on pedestrainization of negibourhood, due to which main road along was made car free and traffic loop was diverted from other roads. At the same time tram route was added on this path to provide public transpot for people reaching for the station. Entire housing was raised on a plinth to make a distinction between public and pedestrian areas. Thus, ground floor of the housing facility is provided with commercial functions like shops, cafes, restaurants & daily facilities to keep the neighbourhood vibrant. In addition, housing masses are extension of existing axis road from old neighbourhood and entire tissue feels like an extension of old neighbourhood. Along the tracks, green boulevard runs continuously, eventually merging into the station.

Station Concept:

According to the brief, station should acts as a landmark and a catalyst between new neighbourhood and Westerpark. In order to do that, two triangles were connected with each other forming simple geometey and indicating con17

nection between two sides, while bridge undeneath acted as a physical connection between two sides. Simple & stong geometry of the roof made a stong statement in the neighbourhood. At the same time roof of the station was made homogenious with white concrete.


Switchyard Amsterdam| Master Project Studio 1 | 2016

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The main focus of the new neighbourhood masterplan was to bring interaction beween new masses, which was lacking in the old neighbourhood. To create this atmosphere, all the masses were opened from one side to allow penetration and at the same time connection was established on first floors between these edges. Addition of this masses on top kept the homoginity of the block intact, while also helped in bringing interaction between green and the built.

Green Loop:

Establishing connection with Westerpark was one of the key aspects of the masterplan. Therefore, bridge was planned starting from axis road connecting main road and other end entering into the Westerpark. At the same time, green boulevard was extended until the station which eventually connected park on the other side and green loop was created between neighbourhood, station and park.

MASTERPLAN EVOLUTION

2016 | Master Project Studio 1 | Switchyard Amsterdam

fig. 41 Axis Cutting Masterplan

fig. 45 Density

fig. 47 Mobility

fig. 35 Masterplan Concept

fig. 49 Ground Floor Functions

fig. 37 Masterplan Section fig. 43 Ground Floor Function

fig. 39 Masterplan Section

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fig. 51 Green Strategy


Switchyard Amsterdam| Master Project Studio 1 | 2016

fig. 53 Final Masterplan

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Station design was a key element in masteplan as well as giving an identity to the entire neighbourhood. Thus, the form of the building was extremely importatnt in creating stong identifiable shape. Many small scale carboard study models were made to establish form of the building, in which two triangles were joined together. While two sides of the triangles were established as starting and ending points of a bridge connecting neighbourhood and Westerpark. Furthermore, triangle facing the park was opened for day light for platform areas, where continuous strips of day light were made to create light patterns on space beneath.

Structure:

Main ridge connecting two triangles was a merging point for two structral systems in which V-shaped concrete columns were made to support the structure on outer side of the triangles. There columns varied in sizes according to the changing height of the tringles on both sides. Structure was designed in a way that, all the platforms and concourse were column free.

fig. 55 Conceptual Structure

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STATION FORM EVOLUTION

2016 | Master Project Studio 1 | Switchyard Amsterdam


Switchyard Amsterdam| Master Project Studio 1 | 2016

fig. 57 Station Section A-A

fig. 59 Station Section B-B

fig. 61 Ground Floor Plan

fig. 63 First Floor Plan

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2016 | Master Project Studio 1 | Switchyard Amsterdam

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MODEL IMAGES

Switchyard Amsterdam| Master Project Studio 1 | 2016

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ISOMETRIC SCHEME

2016 | Master Project Studio 1 | Switchyard Amsterdam

ISOMTTRIC SCHEME

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Switchyard Amsterdam| Master Project Studio 1 | 2016

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2012 | Professional Project | Reliance 4G Control Center

Reliance 4G Control Center (Proposal)

2012/ Professional Project- Architecture Company- Ratan J. Batliboi Consultants Pvt. Ltd. Status: Proposal With: Hlatun- Senior Architect Harshad Sutar- Project Architect Neha Purandare- Project Architect Sachin Pokhare- Project Architect

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The initial architectural proposal for 4G control center is located in Reliance Teck Park (RCITPL). The proposal was comprised of NOC and allied corporate office to support the facility. The brief suggested that NOC could be a stand alone structure without any connection to other facilities. Definite mechanism needed to take visitor’s directly to visitor’s area and back, hence resolution on the entry and exit routes is a primary aim. Space matrix is provided for each department with size. The displays/ video walls need not be cubes but could be composed in a manner to suit the intended design. The concept is a fundament use of climatology. Complex has four independant towers which are binded by the plaza on the first floor. On tilting the blocks at 45 degree, pockets between the buildings open up to the south westerly winds which will keep plaza significantly vibrant. Building cluster keeps the plaza in shade for most of the time in a day for employees to take a stroll at any leisure time. Soft corneres allows wind to come in smoothly and unobstructed. The central administration tower with adjustant to the corporate office form a fluid juxtaposition of built, carrying horizontal lines on the facade to make it look homogenous. Design Genesis: The 4G facility is designed to cater to three primary requirements, control tower being stand alone facility, separate route for the visitor’s and employees and to make a landmark structure. The dynamic masses carry strong horizontal glazing lines and connects the independent towers at intermediate levels. The control tower was proposed to be an oval structure, twisting

at each floor to form a strong geometry and enriching the visual experience. Windows on each facade interestingly given a fluid geometry which helps in reducing the glare and direct sunlight. Terrace gardens on intermediate plaza levels forms break out spaces. Connecting bridges from the supporting facility and control center overlook the entire site creating a vantage point. As per initial proposal, the oval mass twisted on each floor. But after the client’s brief and considering the functionality of the space, the floor plate was kept oval with the central atrium. Four service cores are placed along the glazing with double height floor plates and central atrium adding to the visual connectivity. The ramp is a visitor’s loop at the central atrium, changing it’s location as per the control room and carrying life at the central space. The structural grid is placed along the internal and external glazing. Buildings and spaces impacts human’s behaviour, psychology and day to day lifestyle. The design interacted with both internally and externally, forming life within.


Reliance 4G Control Center | Professional Project| 2012

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2012 | Professional Project | Reliance 4G Control Center

FLOOR PLAN EVOLUTION fig. 65 Pedestrian Movement

fig. 67 Employee Circulation

fig. 69 Vehicular Circulation

fig. 71 Visitor’s Path

fig. 73 Control Room Floor Plan Evolution

As per initial proposal, the oval mass twisted on each floor. But after the client’s brief and considering the functionality of the space, the floor plate was kept oval with the central atrium. Four service cores are placed along the glazing with double height floor plates and central atrium adding to the visual connectivity. The ramp is a visitor’s loop at the central atrium, changing it’s location as per the control room and carrying life at the central space. The structural grid is placed along the internal and external glazing. Buildings and spaces impacts human’s behaviour, psychology and day to day lifestyle. The design interacted with both internally and externally, forming life within. The ramp is a visitor’s path connecting at every four floors and changing the location as per the control room. Staircases and other human carrying elements are places near the central atrium to enrich the visual experience. Floor plate profile at the edges was made to be slicker to make the structure more elegant. The visitor’s path was made to independent of the conrol room functioning with it’s entry and exits not hindering the day to day activity.

fig. 75 Masterplan

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Building evolved from facing the internal road to nodal vocabulary after tilting the masses at 45 degree and allows the wind to penetrate forming shading at the plaza. Along the main road, site forms peninsula and hence, control room is placed at the tip acting as a site landmark.Important location in the corporate park and being the elite facility, 4G towers needed to be designed uniquely. After tilting the masses at 45 degree, south facade changes the position for sun rays to not hit at 90 degree.


Reliance 4G Control Center | Professional Project| 2012

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2013 | Professional Project | Reliance 4G Control Center (Interiors)

Reliance 4G Control Center (Interiors)

2013/ Professional Project- Architecture Company- Ratan J. Batliboi Consultants Pvt. Ltd. Status: Completed With: Hlatun- Senior Architect Harshad Sutar- Project Architect Neha Purandare- Project Architect Unnati Shah- Project Architect Alfred Paul- Junior Architect Amruta Paranjape- Trainee

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The project site is located in Lab-3 & Lab-4 of RTG cluster which was originally planned as Laboratory complex in RCITPL. The core and shell works of the structure was 90% complete when both the structures was handed over to project team to adapt the space for new function of setting up a network operations centre for the 4G utilitiesand services. At the time of briefing the project programme was in nascent stage and the business group requirement was still under validation. The base-line brief by Owner was to create a facility conducive for efficient operations, future expansion and flexibility without compromising on its preventability as a business tool. The site is essentially two structures adjacent to each other, arranged as part of series of four near identical structures arrayed along the convex side of a curvilinear double height atrium. The concave side of Atrium is predominantly facing South and is the entrance to the complex. Each structure is a three storied RCC framed structure with typical floor height of 6m. The floor plate is 38m x 70m and was essentially laid out and serviced to function as a lab. Post juxtaposition of client brief & programme it was observed that an independent entry for Visitors needs to provided & independent link was to be established between the two structures. The fan shaped open space between two structure was the obvious choice for both additions. The Glazed side of the wall was reserved for cluster back office function & control rooms which require more controlled light was clustered along the solid/Opaque enclosures. The tie beam which was a potential eyesore in the double height space was at once adopted to be accommodated as part of the design concept which materialized as visitor

gallery. Since the building function and occupancy density has changed, appropriate fire exists were planned one of this was used as architectural feature also. The structure had a double height space which became the core of the spatial concept. The visitors are ushered to a vantage point at an elevated level and offered a panoramic multilayered view of activities in the facility. The envelope of this space is made of soft fluidic surface in the ceiling to emulate movement of fabric in open air. The walls are lined with acoustic material in a pattern vaguely reminiscent of modern built environment. The flooring creates a neutral background with subtle detail in shades and surface for sweeping arcs of console desks. The ambient lighting is achieved by LED down-lighters. Different lighting scene can be created with help of wall washers & up-lighters. The elevated visitor gallery has a backlit canopy with colour changers to play the ‘Jio’ colours.


(Interiors) Reliance 4G Control Center | Professional Project| 2013

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2013 | Professional Project | Reliance 4G Control Center (Interiors)

There is a deliberate attempt to derive the circulation of visitors is in clockwise direction as per the design brief from client. To avoid overlap of visitors and operators route, accompaniment of operators bridge and visitors lift were added. Formatting the circulation for operators and visitors also involved different levels of accesses control, which have been considered and designed for. The ceiling of the central control room was envisioned as a very light fabric ceiling. The idea was to create maximum drama with minimum inventory and customization. To achieve this we worked with 4 modules of length 8m and 4m with four varying widths. Each module is a three dimensional and compilations of these modules create a dynamic, wavy ceiling. The fabric has an acoustical property which helps in balancing the overall acoustics. The ceiling makes a way for the hanger supports of the visitor’s bridge by means of continuous 200mm gap in the linear direction between modules. This gap also houses lights which lit up the entire control room. This functional lighting gives a uniform distribution of light achieving 300 lux. The vertical surfaces are treated with fabric paneling of four colors. The play of colors brings warm ambiance. The fabric paneling pattern was designed to complement the fabric ceiling. It also brings in order and randomness like the ceiling. This fabric paneling is a major component of acoustical treatment. Visitor Bridge is the continuation of the visitor experience and designed as a viewing gallery for control room. The visitor bridge cuts through the double height space at 6mtr level. It props itself to the existing concrete beams and columns. The bridge cantilevers out on both side of the beam at strategic locations and wraps around the existing columns to create views on both the sides of the bridge without gathering operator’s attention. The skin of the bridge is designed with strategically placed solid walls and glazing to create an orchestrated element of surprise. LED powered translucent fabric ceiling adds an ambient feel to the walk. The design intent was to enhance elements like Video walls, bright colours and console, where in floor plane is a backdrop. It had to be neutral in terms of colour, texture and pattern so that all other elements get absorbed in it with harmony. Grey colour adds depth to the space and the contest in finishes of the consoles thus becomes a highlight in the control room.

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fig. 77 Visitor’s Bridge Section


(Interiors) Reliance 4G Control Center | Professional Project| 2013

fig. 79 Visitor’s Bridge Elevation

fig. 81 Visitor’s Bridge Plan

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Since 2010 | Professional Project | Agartala International Fair & Exhibition Center

Agartala International Fair & Exhibition Center

Since 2010/ Professional Project- Architecture Company- Ratan J. Batliboi Consultants Pvt. Ltd. Status: On Going With: Hlatun- Senior Architect Harshad Sutar- Project Architect Neha Purandare- Project Architect Suyash Mankame- Architect Omkar Nilekar- Junior Architect Insha Juwale- Draftswoman

Exhibition center acts a catalyst to the rapid growth of Tripura and north-east region. While we cater to 35,000 sq.ft., the demand for exhibition already exceeds 70,000 sq.ft. The building is oriented to respond context, topography and climate. The habitable spaces are arranged on the north side for better visual connection with the fair ground as well as to absorb natural north light. The service facilities are arranged on the south side which acts a buffer from south sun heat, resulting in lowering down the temperature in the exhibition hall. The development mix shall contain entertainment, recreation, cultural activity, food. Parking to be provided for 500 cars. The Master plan highlights the development of the project in a phase wise manner. Existing waterbody is developed for recreational activities and water sports. Creating a `Green lung` within the site and reducing carbon footprint t by restricting vehicle movement within the site. Entertainment centre with INTEC zone to promote science and technology. Arts and Crafts museum and Tripura Haat to promote local trade and culture. Cultural centre to promote and celebrate local culture and talents. Right mix of activities for economic and environmentally sustainable development. Adds a new dimension to socio-economic profile of Tripura promote tourism and local culture, integration of entertainment, recreation, food & education.

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Concept: The building is oriented to respond to context, topography and climate. The public activity spaces are readily accessible from Fair ground.

The North façade gathers maximum natural light without heat gain. The South façade is buffered from heat gain by service facilities & deep shelters. The space configuration allows complete exhibition space to function as one seamless entity and also has the potential to be used by multiple leaser simultaneously or operate only a part of the exhibition space. Business Centre facility can be conveniently leased for the convention use during non-exhibition days. Executive Café for exhibitors has potential to operate as fine dine restaurant for the rest of the year along to augment public friendly activities in the Package-I activities.


Agartala Internation Fair & Exhibition Center| Professional Project | Since 2010-

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Since 2010 | Professional Project | Agartala International Fair & Exhibition Center

Exhibition center was initially located at the end of the site and was designed differently as per previous site locations. After positioning the structure strategically near the fair ground and overlooking the pond it acts a landmark, defining Tripura as a growing cultural and industrial hub. The site has heavy counters near the pond. The structure is divided in two parts. Exhibition center and business center. Business center takes the strategic location next to the pond and overlooks the public zone. Along with business center, restaurants, podium and auditorium are a part of the business center. Exhibition center andfig. 83 Exhibition Section business center have glazing on the north and east side respectively to receive maximum sunlight and visual interaction at the same time. Exhibition center is currently designed to be a non airconditioned facility with clear-story light in the roof and mechanical fans to keep the hot air circulating. Business center along with auditorium is a fully airconditioned facility. Both the structures are designed with a light weight metal roof with supporting structure in steel. Also both the structures are des

fig. 85 Auditorium Section

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Agartala Internation Fair & Exhibition Center| Professional Project | Since 2010-

fig. 87 Roof Plan

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2010-2012 | Professional Project | Elantas Beck India Pvt. Ltd.

ELANTAS BECK INDIA PVT. LTD.

2010-2012/ Professional Project- Architecture Company- Core Architecture & Project Management Status: Completed With: Sunil Kulkarni- Partner, Principle Designer Aparna Kulkarni- Project Architect Mayuresh Shirodkar- Partner Sandeep Potdar- Partner, Structural Engineer Neha Purandare- Architect Shweta Patil- Interior Designer Shruti Nilegaonar- Architectural Intern Yashshree Deshpande- Civil Intern

Elantas Beck India Pvt. Ltd. is a German company producing chemicals and has a manufacturing unit in Pune, Maharashtra, India. This project is a commercial office for managing directors and other management team supporting the factory. Since building is located in the industial setting it was important to create soothing environment to generate peace for people working in the building. This factor was stimulus in creating unique environment and helped in generating the concept of green court.

Concept:

The central space becomes the most important in the entire complex from a valley created between two rocky dwellings, carrying life, water and abundant greenery. Hillock breathes life into the otherwise mundane work environment. Thespace inspires and attracts interaction and contemplation. Hillock becomes a tropical forest, teeming with life, plants, flowers, butterflies, water, eventually overwhelming the architecture, but at the same time reveling the architectural vocabulary in a very subtle manner. Man, with anatural yearning to be with nature, revels n this space, also encouraging to give up the need for consumption and becoming a catalyst to life itself.

Circulation:

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Thecentral hillock forms the main and the more interesting horizontal and vertical access in thebuilding by resolving elevator fae away. Thelift shaft is taken away from the main circulation areas. This was architectural effort at making occupants use the hillock to reach

other parts of the building and making it difficult ro reachthe elevator. After occupancy, study revealed that people actually prefer the lanscaped hillock to circulate and they also find it more pleasurable. This is the biggest architectural triumph in this structure as it helps save enormous amount of energy and at the same time making people interact and appreciate the greenery.

Material:

Concrete: Form finish concrete has been used as a primary material. On the east and west facades load bearing walls are formed using the material with very small openings to avoid low sun entering the spaces. The walls are folded intermittently to increase their strength without increasing the thickness. The inside of these folds are filled with aereated concrete walls forming a ventilated cavity, drastically reducing heat transmissionn inside.

Wood:

Wooden screens cut the direct sunlight on the south face. These screens have 5 adjustable angles and can be opened or closed depending on the available light.

Water:

The reflecting pool on the east sidecollects rain water from all levelsand terraces, finally emptying into recharge wells. The waterbody also has a calming influence on the occupants in a very cmpetitive office set up. All the levels on the central hillock look down into the water body giving repose to the work enironment.


Elantas Beck India Pvt. Ltd.| Professional Project | 2010-2012

Awards: -Architect & Interiors India Awards 2012- Architecture- Commercial Project of the Year- Winner -Architect & Interiors India Awards 2012- Architecture- Sustainable Project of the Year- Winner -AESA Awards 2013- Commercial Project of the Year 2013- Winner -Builders Association of India- Well Built Structure Award 2012 -Trends Awards 2014. Winner- Commercial Project of the Year -Birla Cement Concrete AwardsCommercial Project of the Year - Rethinking the Future Awards 2014Commendation

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CONCEPT SKETCHES

A rectuangular block stretched in the east-west direction, with large exposure to the north and south sides to drive diffused light nto the work areas with central circulation spaces. Large overhangs on south side and slightly smaller on the north sides shades the glass faces to avoid direct sunlight from entering the spaces. Addition of skewed block on the east side, indicating the entrance. This block on the dirst and second floor areas is occupied by managing director and CFO on the other side looking inti the factory premises and on the other into the water expanse. Thisis one of the most imortant spaces in the structure. The toilet blocks are consciously screened by concrete walls indicating private areas. Addition of second office block as per clients requirements at an angle of 13 degrees forming a wedge shaped central open space. This shape facilitates ‘ventury effect’ in the openspace, Thus collecting the heat in both the clocks and taking out from the roof. The central hillock is seperated from the two blocks to get light till the ground floor and also to facilitate ventury effect. Horizontal circulation happening rom the west side connector and east side bridges also connecting the lift shaft. The elevator is removed from both the blocks and placed into a beautiful waterbody. architect does not intend to directly tell people not to use the lift. It has been placed in the most vibrant place in the structure, but from their perspective work areas it is a long distance, also passing through the offices of higher ups. Result of this exercise is to make the occupants ise the central spaces for vertical circulationinstead of the elevator.

FORM EVOLUTION

2010-2012 | Professional Project | Elantas Beck India Pvt. Ltd.

fig. 91 Conceptual Section for Air Circulation

fig. 89 Site Plan

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Elantas Beck India Pvt. Ltd.| Professional Project | 2010-2012

fig. 93 Circulation in the Building

STAFF PARKING

STAFF PARKING

A

SERVICE ACCESS TO CAFETERIA

4

681

8930 6853

1540

UP 1500

16759

TRAINING ROOM ELECTRICAL R O O M

SERVER ROOM CABIN I.T. DEPARTMENT STORE

MEETIN G ROOM

TOILET

CHANGING R O O M

MEETIN G ROOM

GYMNASIUM

STORE

CABIN

9762 8932

UP

ENTRANCE

CAFETERIA

GARDEN

20149

OURDOOR SEATING FOR DINING

5716

8322

PORCH

B

RECEPTIO N

TOILET

TOILET

CHANGING R O O M

12970

B

SECURITY

,

CABIN

37997

8705

8930

ENTRANCE

A

11600

1539

REFLECTING POOL

fig. 95 Ground Flooe Plan

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2010-2012 | Professional Project | Elantas Beck India Pvt. Ltd.

fig. 97 West Elevation

fig. 98 South-East Elevation

fig. 99 Section A-A

fig. 101 South Elevation

fig. 103 Section B-B

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Elantas Beck India Pvt. Ltd.| Professional Project | 2010-2012

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2010-2012 | Professional Project | Elantas Beck India Pvt. Ltd.

fig. 105 Isometric View of Louver Mechanism

fig. 108 Louver Mechanism Elevation

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fig. 107 Louver Mechanism Plan

fig. 109 Louver Mechanism Section


Elantas Beck India Pvt. Ltd.| Professional Project | 2010-2012

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2010-2012 | Professional Project | Elantas Beck India Pvt. Ltd.

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Elantas Beck India Pvt. Ltd.| Professional Project | 2010-2012

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2011-2012 | Professional Project | Bagh House

Bagh House

2011-2012/ Professional Project- Interior Company- Core Architecture & Project Management Status: Completed With: Sunil Kulkarni- Principle Designer Neha Purandare- Junior Architect

Bagh apartment is loaced in Pune city in Maharashtra, India. The aparment is occupied by four residents including father, mother and two children. Therefore, each bedroom is occupied by different user. Colur theme was used in each room to give a vividness and generating mood according to the age of the occupant. At the same time, colours add beauty in dry weather of Indian cities. Living room is mainly occupied by all users and hence, organe colour was used for the prominent television unit as against dark colour of the veener. Upholstery was selected based on the similar colour scheme, sometimes constracting the original colour. Warm and vibrant colours were used in children’s bedroom, while green was used in parents room creating soothing atmosphere. All the furniture elements are designed and made on site in consultation with the client.

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Bagh House| Professional Project | 2011-2012

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2011-2012 | Professional Project | Bagh House

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Bagh House| Professional Project | 2011-2012

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2009 | Professional Project | Jw Marriott, Pune, India

Jw Marriott Pune, India

2009/ Professional Project- Architecture Company- Madhav Joshi Associates Status: Not Known With: Madhav Joshi- Principle Architect Ketan Kulkarni- Project Architect Ajay Harale- Architect Neha Purandare- Junior Architect

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This landmark project is located in the heart of the city and is synthesis of contemporary art and luxury. One of the largest project in an over expanding metropolis of Pune, which enjoys close proximity to the airport. Hotel with 230 rooms, high end retail stores, speciality restaurants for the dining. The five star property is accompanied by tech park, which acts a business generator and will be a key factor in escalating the development in the precinct near by. The hotel tower is comprised of simple rectangular interlocking blocks to form a homogeneous flat glazed facade, which will allow the visitors to enjoy the view of the surrounding hilly areas in all seasons. The supporting facilities, multi cuisine restaurants, clubs, banquets form a plethora at the base and accentuates the experience of the flat facade. Slender supporting columns, peeping at intervals helps in framing the facade. Glazed facade is designed to have mosaic pattern to bring reminiscence of crystal space. Swimming pool, indoor and outdoor spa, gym and an exclusive lounge at the top level overlook the golf course. Podium at the top three floors parking, public areas for hotel, retail and office areas increases life within. Podium level acts like a grand urban space measuring 5 acres. Footprint below the podium has been designed to efficiently handle circulation of 200 cars and 4000 two wheelers per day. The glazed masses on four sides with life carrying podium within forms a sooting environment for employees and tourist. It is a city within city experience. Contemporary landscape blending with linear water bodies and stone walkways are in sync with the design language of the glazed facades.


JW Marriott, Pune, India| Professional Project | 2009

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2009 | Professional Project | Jw Marriott, Pune, India

fig. 110 JW Marriott Section

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JW Marriott, Pune, India| Professional Project | 2009

Podium at the top three floors parking, public areas for hotel, retail and office areas increases life within. Podium level acts like a grand urban space measuring 5 acres. Footprint below the podium has been designed to efficiently handle circulation of 200 cars and 4000 two wheelers per day. The glazed masses on four sides with life carrying podium within forms a sooting environment for employees and tourist. It is a city within city experience. Contemporary landscape blending with linear water bodies and stone walkways are in sync with the design language of the glazed facades.

fig. 112 JW Marriott Elevation

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