Singh malika portfolio by Mallika singh

2007-2015

PERSONAL INFORMATION Address: , 11 Chilton Street, Apartment 2, Cambridge, MA - 02138 Contact: +1 857-285-0699 Email: mdsingh@gsd.harvard.edu Website: http://mdsingh.wix.com/malikasinghportfolio

EDUCATIONAL Qualifications Harvard Graduate School of Design (2013-2015)

Candidate for Master in Design Studies (Major: Architecture and Building services/Tech Courses Include: • Computational Material Distribution • Advance Material Systems • Introduction to computational Design • Landscape Material Design Practice • Nano I Micro I Macro • Digital Media for Designers • Informal Robotics/ New Paradigm for Des • Responsive Environment Construction • Smart[er] Cities • Energy in Architecture • Construction Lab • Tangible Interfaces. Balwant Sheth School of Architecture NMIMS University (2007-2012 )

Bachelor of Architecture (Five year program)

IAAC - Institute for Advanced Architecture of Catalonia, Spain.

Global Summer School (SELF<A>ARCHITECTURE), 2011

School at Manini Kishor Sanghvi College of Commerce (2005-2007)

Commerce, Economics, Accounting and Business Strategies.

PUBLICATIONS • • • • •

2014 Robotic Fabrication of Components for Ceramic Shell Structures in Journal of the tional Association for Shell and Spatial Structures (J. IASS) Issue: Vol. 55 (2014) No. 4 D n. 182 Pages: 237-242 2014 GSD Platform 7 by Leire Asensio Villoria: Featured Projects 2012 Thesis- Urban Dynamic Systems 2011 Urban Injector (co-authored) 2009 Kutch: A sojoun (co-authored)

EXHIBITIONS - INSTALLATIONS • • • • • •

2014 Wyss Annual Retreat: Featured Projects: Crease (Origami folded robot), Bertoldi R Project and Pneumatic Window System. 2014 Ceramic Exhibition: Robotic Fabrication of Components for Ceramic Shell Struct 2010 Barcelona Study trip and Exhibition 2009 Summer Timber Workshop and Exhibition 2008 Growth and Form Exhibition 2007 Material Systems Workshop and Exhibition

AWARDS - HONORS • •

2014 Hangai Prize Papers for 2014: Robotic Fabrication of Components for Ceramic Sh tures 2012 Fellowship- Balwant Sheth School of Architecture Interactive architecture-Rethink Future Urban Structure

OTHER WORKS • •

2011 Installation at Kalaghoda (Mumbai Art Festival) Street furniture + canopy for amp 2011 Organization Committee for BSSA College Festival

INTERESTS - HOBBIES •

Travel, photography, Music, Trekking, Reading, Debates, Adventure sports, trying a new every summer.

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professional & research experience # ALIVE (Adaptive Living Environment) Design Lab // GSD + WYSS institute

Research Assistant (January 2014 – Current) • Pneumatic Window Façade : Fabrication • Bertoldi Research Group : Analysis, Design, Fabrication and experimentation. # Design Robotics Group // Harvard GSD

Research Assistant (May 2014-DEC 2014) • Researching on new fabrication techniques for unconventional self-supporting ceramic structures # NMIMS University Balwant Sheth School of Architecture

Teaching Assistant (July 2012-April 2013) Classes: • 1st Year Digital Design • 2nd Year Architecture Design studio and Exhibition • 2nd Year Digital Design • 4th Year Furniture Prototype • 5th Year Working Drawing

# NMIMS University Balwant Sheth School of Architecture

Research Fellow (July 2012-April 2013) • Interactive Architecture

# SANJAY PURI ARCHITECTS, Mumbai, India

Intern Architect (4 Months) Worked on Design development of the projects, independent site visits, coordinating with the structural engineer, issuing of construction drawings, representation and technical drawings, 3D-modelling. • Auditorium, Ranchi • kalpataru Solitaire Apartment, Juhu, Mumbai (Planning and execution drawings) • RNA Apartments + Club house, Chembur, Mumbai -Global City Township, India # KUBER DEVELOPERS, Mumbai, India

Summer Intern (2010 & 2011 + Part-time till Jan 2012) Design Development, Presentation and Technical Drawings, Model Making. • August Villa, Lonavala_2010 • Horizon View, Lonavala_2011-2012 • Also was a part as a design consultant at many other projects. # FREE LANCE, Mumbai, India

Freelance work and renovation for residence in Mumbai, India. (October 2012-April 2013) • Dr. Chetans Residence

DRAWING - SKILLS 2D&3D Drawing & Modeling • Autodesk • Revit • Rhino & Grasshopper & vray • Adobe Creative Suite • 3ds Studio Max • Sketch-up Filming & Editing • Adobe After Effects Hand Models

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Other Softwares • CorelDraw • Keyshot • Ecotect • Arduino Application • Sketching and Drafting • Rendering in pen and ink Languages • English Architecture Design

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DESIGN INDEX

- EFFECTIVE THICKNESS - THE GAZE - CREASE - NASIK AIRPORT - URBAN DYNAMIC SYSTEM - URBAN INJECTOR - INFINITE SPACE - STREET FURNITURE - CORRIDOR FURNITURE - ZAVERI BAZAAR - RNA CLUB HOUSE - TAMARIND HALL - KALPATARU SOLITAIRE TOWER

EFFECTIVE THICKNESS Program: Ceramic Shell Structures Team: Zach Seibold | Ling-Li Tseng | Yingyi Wang | Malika Singh School: Harvard Graduate School of Design

Concep tive is t primary of the u lates an equippe

pt: This research investigates the assembly of funicular shell structures using a single layer of flat ceramic tiles. The objecto synthesize recent advances in structural prediction software with existing means and methods of on-site assembly. The y area of investigation is at the scale of the tectonic unit - most specifically how introduction of complexity at the scale unit can simplify assembly of forms that are difficult to realize in the context of modern construction. The project simun industrial production scenario in which components for a given shell structure can be fabricated using a wire cuttered 6-axis robotic arm. It aims to increase the adaptability and applicability of ceramic shell structures.

Proposed Fabrication Process

Shrinkage Diagram

Four adjacent tiles identical in shape and size to the concrete pavers were produced. While leather-hard, these tiles were able to fit together with a high degree of precision. Upon firing, the design team recorded shrinkage of 4-5% of the tiles total size. The tiles shrunk uniformly enough to still interlock with a reasonable degree of precision relative to their overall size.

THE GAZE Course: Responsive Environment Site: Guangzhou China Team: Heamin Kim, Saurabh Mhatre, Mathew Merril, Malika Singh

‘The Gaze’ is located in Haixinsha Island, in the center of Guangzhou, China. The island was the site of the 2010 Asian games for which 3 billion yuans were spent. The island is surrounded by the city’s most iconic architecture, and located at the intersection of the city’s two main axes: the historic water axis of the Pearl River, and the new Planned axis of the central business district, Zhujiang New Town.

At the exact intersection of the two axes flanked by the twin towers to the north, and the Canton tower to the south - is ‘The Gaze’.

YANLING PAR

GUANGZHOU EAST RAILWAY STATIO

CICIT TOWE

TIANHE SPORTS CENTE

HUACHENG PLAZ

ZHUJIANG NEW TOWN (CB

HAIXINSHA ISLAN

CANTON TOWE

360 Degree

7.65

18.71

35.78 57.11

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From a central viewing point on the island, a series of fragmented screens radiate out, forming a variable

enclosure. Viewed from thispoint point, the completely enclose or with one another, creating a From a central viewing onscreens the island, a series of overlap fragmented screens radiate 360 degree projection surface of variable transparency that mediates usersâ&#x20AC;&#x2122; perception of the surrounding out,city. forming a variable enclosure. Viewed from this point, the screens completely enclose or overlap with one another, creating a 360 degree projection 20Msurface inner radiusof variable transparency that mediates usersâ&#x20AC;&#x2122; perception of the surrounding city.

From the center of the structure, projections are displayed across the entirety of the surrounding sur displaying live data aggregated and processed from the city, from social media sites like twitter and flic voice to the people/artists by digitally re-representing the public, data, history etc.

rface, creating a totalizing perceptual experience. The videos are far from conventional compositions, ckr. Though the projections vary based on the scenario employed, the result is to give more agency and

The projection surfaces are lar pixels made of smart gla change transparency. Work parency allows for images t and spill onto the ground.

e not static either. Rather, they are composed of 4â&#x20AC;? x 4â&#x20AC;? trianguass. With an electric current passing through, this glass is able to king in strict concert with the projected images, the variable transto be displayed on the surface of the structure, or pass through

There are three prototypes developed for the project:- One shows the working of smart glass since it is smart glass that allows to create a filter between the digital and the real. Smart glass allows us to control the opacity of the material which allows us to project on or thought the screens. Second prototype shows the working of the pixels discussed before and how projections can be altered by simply switching the smart glass on or off.

Third is a room scale prototype that simulates the experience the observer will have when inside the structure .The changing of pixels, overlapping of screens and the envelope enhances the experience of the scenario projected on the prototype.

CREASE_ORIGAMI ROBOT Course: Informal Robotics Team: Olga Mesa| Saurabh Mhatre| Malika Singh School: Harvard Graduate School of Design

This project is a thorough exploration and refinement of a very simple observation that movement can be amplified and muted by solid geometries through hinged joints. By controlling the length and angle of the joints one can increase or decrease the motion achieved in a given cycle of rotation. A simple circular movement can be translated through the body through flexible joints animating a volume given form by rigid triangular connections. The surprisingly animate movement achieved by this simple action takes life from a purely geometric logic and takes its three dimensional form from a pattern cut out from a single two dimensional plane. The primary variables studied were the geometric pattern, the materials of the rigid planes, the construction of the flexible joints, the location and action of the motors, and the connection between the motor and the structure.

GEOMETRY AND MECHANISM Multiple synchronized mechanisms with minimal actuators. In Crease 1 multiple legs that are driven by a single motor. In Crease 4 multiple mechanisms are driven with two motors.

GROUND LEGS: PARALLEL LINKAGES FLEXORS: HINGED LINKAGES ACTUATING BEAM (-) BODY: SPHERICAL LINKAGE MODIFIES

FABRICATION : LAMINATION TECHNIQUE

Elevation View

Plan (Bottom View)

CONCEPT : The idea of future expansion, along with other concept of program. Visual connection between arrival and departure area with landscape in the structure. Also the volume of each program w ment and density.

NASIK AIRPORT Subject : Architecture Design Studio Site : Nasik_India Type : Individual Project

ARRIVAL PLAN # 3DSMAX + AUTOCAD

VISITORS LOUNGE & PARKING

CONCOURSE RESTAURANT

LUGGAGE SORTING

pts is used to determine the arrangement a is established by introducing two cracks was determined by the passenger move-

FORM EVOLUTION

GATE POSITION DEPARTURE KERB

LANDSCAPE

BAGGAGE CLAIM

LANDSCAPE

SECTION - DEPARTURE CONCOURSE # 3DSMAX + PHOTOSHOP

GATE POSITION

LANDSCAPE

CHECK-IN

ARRIVAL KERB

VISITORS LOUNGE & PARKING

SECTION - DEPARTURE + VISITING LOUNGE # 3DSMAX + PHOTOSHOP

CONCOURSE

GATE POSITION

LANDSCAPE

CHECK-IN

ARRIVAL KERB

VISITORS LOUNGE & PARKING

SECTION - DEPARTURE + VISITING LOUNGE # 3DSMAX + PHOTOSHOP

URBAN DYNAMIC SYSTEM Subject : Architecture Design Thesis_2012 Program : Metal Arts-Crafts Learning and Retail Site : Bhuleshwar, Mumbai Type : Individual Project

FLOW OF METAL -CITY TO SITE

NIGHT VIEW #SKETCHUP + PHOTOSHOP

The city can thus be studied in layers of input and output entities such as people, goods, energy and immovable assets by the use of charts. They are to understand the flows and dynamic interdependencies in a system that resembles a city in terms of production-processing-consumption. Within the macro context of the city these diagrams were used as a tool to understand specific micro sites in Mumbai.

PRODUCT FLOW IN MUMBAI

CONCEPT: There are numerous methodologies and theories that help us understand urbanity and urban networks. The main objective of the project was the study of Cities and Metropolitan regions as complex, non-equilibrium systems. Therefore the project began with the objective of understanding Complex Adaptive Systems and the role they play in the organization of urban networks. It is not the strongest of the species that survives, nor the most intelligent, it is the one that is most adaptive to change_Charles Robert Darwin

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PLAN +FLOW OF MATERIAL ON SITE #3DS MAX+ILLUSTRATOR

MORAGAON, JUHU

DHARAVI

KUMBHARWADA ZAVERI BAZAAR

TRANSPORT NETWORK IN MUMBAI #ILLUSTRATOR

METAL INDUSTRY CONNECTIONS #ILLUSTRATOR

er experimenting with these diagrams on various location, Kumbharwada (south Mumbai) near bhuleshwar which is bustling metal market and commercial trading hub in the heart of the city was selected as the final site. These charts lped to understand the various problems or shortcomings on site and to create new programs and spatial ties with the lp of various operations such as looping, re-arranging,short-circuiting, etc.

nal form was a series of seamless bands created by placing the flowchart on site and by connecting the two main ads together, creating a retail band between them. This band divided the site into two main parts (with raw material d goods on one side and exhibition and workshop on the other) with a common area where the two parts of the site erlapped

METAL INDUSTRY CONNECTIONS #SKETCHUP + PHOTOSHOP

The site was re-designed to allow various other activities related to metal arts and promote city interaction, but also to regenerate the dying market. In many business of products, thus common workshop spaces not only allow the customers to interact learning centre are some of the ideas around which the design was developed.

MODEL BALSA + MDF (LASER-CUT)

PARTIAL PLAN - METAL STORAGE, RECYCLE & RETAIL # 3DS MAX +AUTOCAD + PHOTOSHOP

PARKING GOODS CIRCULATION

WORKSHOP

EXHIBITION

RETAIL

crafts to coexist along with existing retail. The core idea behind inserting such programs was not only to s districts across Mumbai the end-user i.e the customer is left out during the production and design stage t with the workers, but also allow them to create their own art work. Recycling, Customization, metal craft

AUDITORIUM

SECTION

3D SECTION # SKETCHUP + PHOTOSHOP

One can conclude that Systems Theory is essential for urban understanding and planning. It is a tool for grasping the layouts of towns and cities. One can understand clustering, transportation and numerous other patterns that are formed and sustain the city. Once this understanding develops urban planning can consider these aspects and plan for better cities . To closely understand the role of complex adaptive systems play in the working of a city, it is integral to observe and learn from the patterns of clusters that have developed and decayed over a period of time. This understanding of clusters and behavioural pattern of certain systems, such as goods, helps one understand inner city organization.

INTERNAL VIEW # 3DS-MAX +PHOTOSHOP

3D SECTION- PUBLIC PLAZA # SKETCHUP + PHOTOSHOP

PHYSICAL MODEL # ACRYLIC (LASER-CUT)

URBAN INJECTOR Subject : Urban Design_2011 Site : Juhu_Mumbai Program : Regenerating storm water drain and fishing village market Type: Palak Gadodia | Divya Kapuria | Ronak Hingarh | Malika Singh

The first task of this project was identification of varied interfaces in Juhu, a suburban neighborhood in Mumbai. The interface and its effect on the human psyche, society and surrounding environment were studied and analyzed carefully in order to propose a plan for urban renewal. Keeping this objective in mind, nallah (storm water drain running through the center of the city) was seen as a connector and facilitator of various nodes, junctions and programs. After the study of current urban site conditions of the nallah and its adjoining spaces, an intervention was proposed to either enhance or change the existing urban context.

The insert extends all the way to the kohliwada fishing village providing them with a new designated market space at a much larger scale to meet their growing needs. Also space is provided for the local fishermen to catch, segregate and process the fish before exporting or selling the fish off in the city market. The modulation of the nallah itself towards the end, (approaching the Arabian sea) allows to provide the city with space to breed and catch fish (Mariculture). Plenty of open pockets in the intervention provide a scope for future insertion of various new programs as per site requirements.

ZONING PLAN #ILLUSTRATOR

This model shows the desired sponse of interaction between the insert and the site.

Comparison in term of density of public on site and the porosity of insert intertwining the site. Collectively, this kind of reorganization and addition of new programs (mariculture, new transport systems-ferry and boats) allows us to re-look at this entire node as a generator of various activities. This would encourage more locals to join and continue their ancestral tradition of fishing. More people from around the city would start using this insert which will provide the required exposure to this forgotten land and help bring the Gaothan in foreground.

PHYSICAL MODEL #MDF + PHOTOSHOP

PHYSICAL MODEL #ACRYLIC

INFINITE SPACE Fentress Compitition: Future Workspace Site : Eastern Water-Front_ Mumbai Type : Team Work

CONCEPT: A fluid, continuous form is designed that blurs the boundaries, both between different departments of an organization, and between interior spaces and landscape. Core ideas include handheld devices which will allow an unprecedented mobility, and ease of functionality for the employee. A sustainable approach is used to design, which will help make the workplace cost-effective and self-sufficient, while the open form will make it spacious and production-effective.

SITE CONNECTIONS

FORM EVOLUTION # RHINO + GRASSHOPPER

FRONT ELEVATION

SIDE ELEVATION # RHINO +3DS MAX

SIDE ELEVATION # RHINO + 3DS MAX

The design is a set of seamless loops, free from physical hierarchy. A more informal open space is envisaged, where the employee can experience all aspects of the workplace and create his own space whenever, wherever and however he requires it. Meetings, training sessions and discussions take place more informally, nurturing creativity as well as fostering a feeling of well being. The bottom most loop growing from the landscape digging underground is used for more private office spaces.

SIDE ELEVATION # RHINO + 3DS MAX

The workplace is designed for the future with technologies that will optimize the employeesâ&#x20AC;&#x2122; output and make the organization space effective at the same time will allow the employees to create their own workspace around the built form than being fixed to a desktop.

STREET FURNITURE Kala Ghoda Festival_Mumbai Art Festival Site : Mumbai Type : Team Work Drawings : Individual

Concept: The furniture was specifically designed for the Kala Ghoda festival (Mumbai art festival) in order to hous the exhibits within it. The form is suggestive and leads people onto areas for viewing, sitting and daily interactions The low undulating surface encourages people to move closer the exhibits and intermingle with each other. Th street furniture is made of corrugated sheets, resulting in a structurally sound system of components. The furniture i interactive, playful and metaphorically represents the growth of complexity, in the existence of the city.

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CORRIDOR INSTALLATION Subject : Architecture Design Workshop+Exhibition Site : BSSA_corridor, Mumbai Type : Team Work

The installation is created, exposing the in-built forces on the site which leads to formation of ridges and spine reflecting the pressure conditions. Separate fragments acquire a character of their own in creating pressure by the deviating surfaces. This installation connects staircase to corridor acting as a walkthrough. At some places the ribs converge to create pressure conditions similar to those on site.

ZAVERI BAZAAR ( GOLD MARKET) Subject : Architecture Design Studio Program : Jewelry workshop and market Site : Mumbai, India Type : Individual Project

CONCEPT: Connections and Distribution networks were used to understand multi-layered fabric of ZAVERI bazaar. This concept was used to unfold a variety of relationships between numerous agents and establishments on site. These various types of connections were used to generate a well network system for the flow of people and goods. These connections reflected the relationship each consumer had with program and the public spaces. This study was later used to create the circulation and to re-organize the existing built fabric of market.

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PROPOSED SITE

TERRACE GARDEN +8 M

150 MM THK BBC 1:6:12 LAID TO SLOPE TOWARDS NAHNI TRAP

L RE

2680

YUSU

ALLI

EHER

47II

ABDU

2960 MUMBA DEVI TEMPLE

SOFT SOIL FOR PLANTATION

LANE

+5.5 M AG

4000

T LA

Y FI

IAR

LOCATION PLAN SCALE 1:2000 PROJECT LOCATION: MUMBAI C-WARD, ZAVERI BAZAR, INTERSECTION OF MIRZA STREET AND ABDUL REHMAN STREET.AREA LANDMARK: MUMBA DEVI TEMPLE

800

1200

EHM

125

OAD

3 4 5

6 7

8 9

ITE GRID

EET

2000

STR

4000 M6

STORAGE -5.0 M

ING

SITE PLAN SCALE 1:500

COMMERCIAL CENTRE ZAVERI BAZAR, MUMBAI

2. THE COMMENCEMENT OF CONSTRUCTION IS SUBJECT TO APPROVALS FROM ALL COMPETENT AUTHORITIES.

-5.0 M

T EE

1. THIS DRAWING IS A PROPERTY OF (NAME) AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION.

WORKSHOP +0.15 M

UR HBO NEIG DINGS BUIL

JI S

AN 4000

3800

G LIN

DIN

BUIL

120

4950

4000

ING

UR BO S IGH NE LDING I BU

+0.0 M

G+5 2

-0.00 M

TERRACE +3.0 M

47II

UL R

ARY

B ITE

ABD

4000

+3.0 M AD

I RO

DEV

5450

A UMB

WORKING DRAWING

3.DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK.

1.ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE. 2.DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED. 3.GROUND LEVEL +0.00m TO BE TAKEN AS THE CROWN OF THE ADJOINING ROAD(OR BENCHMARK ON SITE). 4.ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK. 5.THIS DWG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL & SERVICES DRGS AND ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS. 6.ALL STRUCTURAL STEEL AND R.C.C. WORK INDICATED ON THE DRAWING IS TO BE DONE IN THE INSPECTION OF ENGINEER. 7.ALL DETAILS TO BE REFERRED FROM RELEVANT DETAILED DRAWINGS. 8.ALL MECHANICAL CUTOUTS AND SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE AND RELEVANT SERVICES DRAWINGS. 9.FOR ALL CIVIL DETAILS REFER RESPECTIVE DRGS. 10.ALL BRICK WORK IS IN ENGLISH BOND. 11.ALL PARTITION WALLS ARE 115mm THICK AND ALL FULL HEIGHT WALLS ARE 230mm THICK UNLESS OTHERWISE SPECIFIED. 12.INTERNAL PLASTER= 15mm 13.REFER WALL SECTION DRGS. FOR EXECUTION. 14.ALL STUB COLUMNS END AT -1.6 M SC= STUB COLUMN

MALLIKA SINGH 4th YEAR

ROLL NO. 0736

BALWANT SHETH SCHOOL OF ARCHITECTURE

SETTING-OUT PLAN SCALE 1 : 100

17/08/2011 SIGN

Sheet No.

395

STAIR 6 TREAD = 300 RISER = 150 NO. OF RISERS=20 F/F HT = 3000

1200

C13

MIDLANDING 0.15 M

+2.0 M

+5.0 M

6250

- C F2 -

+8.0 M UP

UP C15

C17

C16

84 102 101 100 100 99

2000

3850

2000

MEMBRANE WATER-PROOFING

-1.65 M PLAN

+2.0 M PLAN

300 300 300 300 300 300 300 300 300

C14

MIDLANDING 0.15 M

C13

C17

C16

C15

TERRACE GARDEN +7.5 M

W C F S

5100

STAIR 6 TREAD = 300 RISER = 150 NO. OF RISERS=20 F/F HT = 3000

C14

PACKING +5.0 M

- C F -

300 300 300 300 300 300 300 300 300

11500

+8.0 M

3950

SEATING +3.05 M

1600

MEMBRANE WATER-PROOFING

STAIR 5 TREAD = 300 RISER = 150 NO. OF RISERS=7 F/F HT = 1050

1200

C18

C17

TERRACE +5.0 M

600 5

6700

1800

6750

600 3

4850

LIFT DUCT

5100

2000

300 300 300 300 300 300 300 300 300

3800

2700

2250

2050

1850 2

1200

600 1

300 300 300 300 300 300 36

0.15 M

6750

TERRACE +2.0 M +2.0 M

MIDLANDING

6700

+2.0 M

3950

UNLOADING (PARKING) 0.15 M

M LIFT

+5.0 M PLAN

C +8.0 M PLAN

SOFT SOIL FOR PLANTATION 150 MM THK BBC 1:6:12 LAID TO SLOPE TOWARDS NAHNI TRAP

WATERPROOF MEMBRANE

TERRACE GARDEN +14.0 M

150 MM P.C.C SLAB

+14.0 M

TERRACE GARDEN +9.0 M 6 5

SOFT SOIL FOR PLANTATION

3 2 1

FALSE CEILING (REFER DETAIL)

150 MM THK BBC 1:6:12 LAID TO SLOPE TOWARDS NAHNI TRAP

R.C.C BEAM

150 THK R.C.C SLAB

+9.0 M

WATERPROOF MEMBRANE 150 MM P.C.C SLAB

SHOP +5.5 M +5.5 M R.C.C BEAM

+2.0 M

+1.3 M

+0.15 M

ROAD CROWN +0.0 M

-6.0 M

-9.0 M

-1.65 M

FILLING

-5.0 M

1 SECTION

1. THIS DRAWING IS A PROPERTY OF (NAME) AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION. 2. THE COMMENCEMENT OF CONSTRUCTION IS SUBJECT TO APPROVALS FROM ALL COMPETENT AUTHORITIES.

9100

26650

5800

3.DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK.

5650

1.ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE. 2.DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED. 3.GROUND LEVEL +0.00m TO BE TAKEN AS THE CROWN OF THE ADJOINING ROAD(OR BENCHMARK ON SITE). 4.ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK. 5.THIS DWG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL & SERVICES DRGS AND ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS. 6.ALL STRUCTURAL STEEL AND R.C.C. WORK INDICATED ON THE DRAWING IS TO BE DONE IN THE INSPECTION OF ENGINEER. 7.ALL DETAILS TO BE REFERRED FROM RELEVANT DETAILED DRAWINGS. 8.ALL MECHANICAL CUTOUTS AND SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE AND RELEVANT SERVICES DRAWINGS. 9.FOR ALL CIVIL DETAILS REFER RESPECTIVE DRGS. 10.ALL BRICK WORK IS IN ENGLISH BOND. 11.ALL PARTITION WALLS ARE 115mm THICK AND ALL FULL HEIGHT WALLS ARE 230mm THICK UNLESS OTHERWISE SPECIFIED. 12.INTERNAL PLASTER= 15mm EXTERNAL PLASTER= 25mm 13.REFER WALL SECTION DRGS. FOR EXECUTION. 14.FOR DOORS AND WINDOWS REFER THE RESPECTIVE DOOR/WINDOW SCHEDULE DRAWINGS.

6100

26900

21050

OFFICE +11 M

1500

4500

3300

4800

1000

4200

FLUSH DOOR

1000 x2200

GLASS SLIDING DOOR

1300 x2200

FLUSH DOOR

SILL

SIZE

DESCRIPTION

2500

1200x900

OPENING IN THE WALL

FINISHES SCHEDULE WALL

3150

600

2950

DESCRIPTION

900 x2200 750 x2200

D3 D4

WINDOW SCHEDULE

5650

SIZE

D1 D2

16250

900

WC F D

DOOR SCHEDULE NO

DOWN

+11.0 M

1000

1950

WC F D

400

TOILET

1400

1000

MEN'S TOILET

550

1000

21800

400 550

1000

+11.0 M

3700

650

550

650

700

250

OFFICE +11 M 2350

1000

OFFICE +11 M

2050

600

1500

4600

4400

OFFICE +11 M

2350

V1 100

200

3600

W C F S

4000

OFFICE +11 M

2350

5600

TERRACE GARDEN +9.0 M

3800

OFFICE +11 M

2850

OFFICE +11 M D1

1000

1650 D1

2850

OFFICE +11 M D1

OFFICE LOBBY +10.5 M

18300 D1

2850

OFFICE +11 M

3450

4050

3900

1000

2850

OFFICE +11 M

1400

2850

OFFICE +11 M

3750

2850

OFFICE +11 M

4200

2850

OFFICE +11 M

2000

PLASTERED AND PAINTED

CEILING

FLOOR

9100

PLASTERED AND PAINTED POLISHED STONE

SKIRTING

POLISHED STONE

DADO

1200 MM DADO

4900

3900

WC F S

11.0M

2000

MALLIKA SINGH

1650

4th YEAR

2200

84 103 102 101 100 99 98 97 96 95

TO PARKING

WORKING DRAWING

DOWN

10300

85 86 87 88 89 90 91 92 93

MIDLANDING 0.15 M

ZAVERI BAZAR, MUMBAI

1600

COMMERCIAL CENTRE

GOLD WORKSHOP +11.0 M

6750

7000

TERRACE GARDEN +8.0 M

STRUCTURE ABOVE

ROLL NO. 0736

BALWANT SHETH SCHOOL OF ARCHITECTURE

MEMBRANE WATER-PROOFING

4TH FLOOR PLAN SCALE 1 : 100

17/08/2011

Sheet No.

SIGN

LEGEND BRICK WALL

R.C.C STRUCTURE

1. THIS DRAWING IS A PROPERTY OF (NAME) AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION. 2. THE COMMENCEMENT OF CONSTRUCTION IS SUBJECT TO APPROVALS FROM ALL COMPETENT AUTHORITIES.

9100

26650

5800

3.DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK.

5650

1.ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE. 2.DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED. 3.GROUND LEVEL +0.00m TO BE TAKEN AS THE CROWN OF THE ADJOINING ROAD(OR BENCHMARK ON SITE). 4.ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK. 5.THIS DWG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL & SERVICES DRGS AND ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS. 6.ALL STRUCTURAL STEEL AND R.C.C. WORK INDICATED ON THE DRAWING IS TO BE DONE IN THE INSPECTION OF ENGINEER. 7.ALL DETAILS TO BE REFERRED FROM RELEVANT DETAILED DRAWINGS. 8.ALL MECHANICAL CUTOUTS AND SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE AND RELEVANT SERVICES DRAWINGS. 9.FOR ALL CIVIL DETAILS REFER RESPECTIVE DRGS. 10.ALL BRICK WORK IS IN ENGLISH BOND. 11.ALL PARTITION WALLS ARE 115mm THICK AND ALL FULL HEIGHT WALLS ARE 230mm THICK UNLESS OTHERWISE SPECIFIED. 12.INTERNAL PLASTER= 15mm EXTERNAL PLASTER= 25mm 13.REFER WALL SECTION DRGS. FOR EXECUTION. 14.FOR DOORS AND WINDOWS REFER THE RESPECTIVE DOOR/WINDOW SCHEDULE DRAWINGS.

6100

26900

1000

DOWN

1000

4100

1000

12050

1000 9

1000

1000 6

8400

1000 7

DOUBLE HEIGHT AREA (SHOPS BELOW) +5.5 M

1000

350

WC F S

4200

11800

1500

3000

4600

500 500

7 2

1000

1570 6

DOWN

1000 600

9000 4

1000

3950

C12 1000

1000

C13

1000

DESCRIPTION

1200x900

OPENING IN THE WALL

WALL

PLASTERED AND PAINTED

CEILING

PLASTERED AND PAINTED

FLOOR

POLISHED STONE

SKIRTING

POLISHED STONE

DADO

1200 MM DADO

10300

4th YEAR

C17

3800

C16

C15

C14

ROLL NO. 0736

BALWANT SHETH SCHOOL OF ARCHITECTURE

4600 23650

83 82 81 80 79 78 77 76 75

C13

MALLIKA SINGH

2000

2500

1200

WORKING DRAWING

WC F S

5100

STAIR 6 TREAD = 300 RISER = 150 NO. OF RISERS=20 F/F HT = 3000

ZAVERI BAZAR, MUMBAI

6750

PACKING +5.0 M

+5.0 M 300 300 300 300 300 300 300 300 300

U.G.T TANK +.15 M

COMMERCIAL CENTRE

350

- C F -

55 56 57 58 59 60 61 62 63

SIZE

2500

7000 1300

MIDLANDING 0.15 M

1000

6150

TERRACE +5.0 M

1000

SILL

1500

+2.0 M

C11

1620

C10

2000

FINISHES SCHEDULE

FLUSH DOOR GLASS SLIDING DOOR

+5.5 M

STEPS TREAD = 300 RISER = 150 NO. OF RISERS=7

+5.0 M

1000

3 2 1

1400

6 5

C74

WC F D

FLUSH DOOR

750 x2200 1000 x2200

WINDOW SCHEDULE

3150

1950

TOILET

300 300 300 300 300 300

1800

STRUCTURE ABOVE

500 500

DESCRIPTION

900 x2200

D2 D3

4300

+6.05 M

600

550

STEPS TREAD = 300 RISER = 150 NO. OF RISERS=3

21800

1000

V1 150

200

550

600

DOWN

SIZE

+5.50 M

2350 250 V1

1000

DOOR SCHEDULE

1000

SECOND FLOOR PLAN SCALE 1 : 100

17/08/2011

K BRICK WALL

R.C.C STRUCTURE

Sheet No.

1. THIS DRAWING IS A PROPERTY OF (NAME) AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION.

E 5800

1000

5650

6100

1000

ROLLING SHUTTER

1000

DOWN

1000

9150

4750

WC F S

1000

1000 5

DOOR SCHEDULE

1000

1500

DOWN

500 500

550

2750

950

W C F D

1000

900

SIZE

900 x2200

FLUSH DOOR

750 x2200

FLUSH DOOR

1000 x2200

SILL

SIZE

DESCRIPTION

2500

1200x900

OPENING IN THE WALL

WALL

500

-1.35 M

F 2 D1 1 2 WC

550

CEILING FLOOR

2000

PLASTERED AND PAINTED POLISHED STONE POLISHED STONE 1200 MM DADO

5100

- C F2 -

+8.0 M

2000

84 102 101 100 100 99 98 97 96 95

ZAVERI BAZAR, MUMBAI

WORKING DRAWING

4th YEAR

2000

ROLL NO. 0736

7000

BALWANT SHETH SCHOOL OF ARCHITECTURE

MEMBRANE WATER-PROOFING

THIRD FLOOR PLAN SCALE 1 : 100

17/08/2011

BRICK WALL

SITE GRID

TAYA

LLI

296

YUS

ERA

ROA

300 300 300 300 300 300 300 300

MEH

AD RO

VI DE MU MB

STRE

N STRE

EET STR

MAN

NJI

PROPOSED SITE

REH

MUMBA DEVI TEMPLE

DHA

47II

2680

ABD

BIBIJA

1700

8550

26200

5800 23700

5650

350

230

1850

4600

230

18650 3150 6700 650

650

1200

2200

LINE

EET STR

SITE GRID

EHM UL R

ABD

NEIGHBOURING BUILDING

8 M7

4950

1550

2000

REFERENCE POINT

C D

1450

4 6100

REFERENCE POINT

3800

ING

BUILD

1. THIS DRAWING IS A PROPERTY OF (NAME) AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION.

4000

650

5650

25200

4800

47II

RING

HBOU NEIG INGS BUILD

SITE PLAN SCALE 1:500

COMMERCIAL CENTRE ZAVERI BAZAR, MUMBAI

2. THE COMMENCEMENT OF CONSTRUCTION IS SUBJECT TO APPROVALS FROM ALL COMPETENT AUTHORITIES.

ING

UR BO S GH NEI DING IL BU

1500

1800 25700

4000

PLATFORM LIFT

150

5800

6200

1550

650

1650

650

1600

STAIRCASE

1900

2000

1950

JI S AN

1800

1 2 3 4 5 6

7 8

1600

1950

800

G+5

2050

200

1350

2100

1850

DARY

SITE

-0.00 M

1200

LIFT SHAFT

200

B U I L D I N G

ROAD

1850

1800

1750 1600

1900

1300

1350

1400

100

SC5

DEV

1250

4000

SC4

1900

MUM 1200

350

250

33 32 31 30 29 28 27 26

C14

OAD

5450

400

1700

650

1440

1450

1490

1000

1550 1550

SC3

R.C.C COLUMN

1950

1800

230

STUB COLUMN

1950

350

2000

1510

PLUMBING DUCT

1200

N E I G H B O U R I N G

SC2

300

4000

1500

STUB COLUMN

100

4200

1500

2050

2200

1450

LAN

FIR

LOCATION PLAN SCALE 1:2000 PROJECT LOCATION: MUMBAI C-WARD, ZAVERI BAZAR, INTERSECTION OF MIRZA STREET AND ABDUL REHMAN STREET.AREA LANDMARK: MUMBA DEVI TEMPLE

2050

1900

4000

ARY

AGI

6100 SC1

13 14 15 16 17 18 19 20

MIDLANDING -3.5 M

LANE

4000

HOD

NAK

-0.00 M

4000

1300

EET

A STR

R.C.C STRUCTURE

ROAD

SITE BOUNDARY

Sheet No.

SIGN

LEGEND

2500

-1.65 M

MALLIKA SINGH

1600

300 300 300 300 300 300 300 300 300

-7.0 M

4100

3950

SKIRTING DADO

COMMERCIAL CENTRE

TERRACE GARDEN +8.0 M

85 86 87 88 89 90 91 92 93

0.15 M

6750

7000 MIDLANDING

-1.50 M

PLASTERED AND PAINTED

C F

11500

+8.0 M STAIR 6 TREAD = 300 RISER = 150 NO. OF RISERS=20 F/F HT = 2500

1500

4500

DOWN D3

-7.0 M

-1.35 M

F 2 D1 2 W1 C

500

GLASS SLIDING DOOR

WINDOW SCHEDULE

FINISHES SCHEDULE

+5.5 M

500

DESCRIPTION

1000

3050

TOILET

STEPS TREAD = 300 RISER = 150 NO. OF RISERS=3

2650

600

3150

550

W C F D

3700

650

21800

+6.05 M

TOILET

450

550

1500

200

650

3000

2350

250

4600

3200

1000 7

SHOPS +5.5 M

1000

650

3650

TERRACE GARDEN +9.0 M

1000

2400 D2

100

650

12050

2500

1000

4000

4200

1000

1500

DOWN

1000

19050

1000

550

300

550

2500 GULLY TRAP

350

1.ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE. 2.DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED. 3.GROUND LEVEL +0.00m TO BE TAKEN AS THE CROWN OF THE ADJOINING ROAD(OR BENCHMARK ON SITE). 4.ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK. 5.THIS DWG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL & SERVICES DRGS AND ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS. 6.ALL STRUCTURAL STEEL AND R.C.C. WORK INDICATED ON THE DRAWING IS TO BE DONE IN THE INSPECTION OF ENGINEER. 7.ALL DETAILS TO BE REFERRED FROM RELEVANT DETAILED DRAWINGS. 8.ALL MECHANICAL CUTOUTS AND SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE AND RELEVANT SERVICES DRAWINGS. 9.FOR ALL CIVIL DETAILS REFER RESPECTIVE DRGS. 10.ALL BRICK WORK IS IN ENGLISH BOND. 11.ALL PARTITION WALLS ARE 115mm THICK AND ALL FULL HEIGHT WALLS ARE 230mm THICK UNLESS OTHERWISE SPECIFIED. 12.INTERNAL PLASTER= 15mm EXTERNAL PLASTER= 25mm 13.REFER WALL SECTION DRGS. FOR EXECUTION. 14.FOR DOORS AND WINDOWS REFER THE RESPECTIVE DOOR/WINDOW SCHEDULE DRAWINGS.

26900

D.C

3.DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK.

400

9100

26650

800

2. THE COMMENCEMENT OF CONSTRUCTION IS SUBJECT TO APPROVALS FROM ALL COMPETENT AUTHORITIES.

600 600 600

1350

SIGN

LEGEND

500

300 450

2550

WORKING DRAWING

3.DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK.

MALLIKA SINGH 4th YEAR

ROLL NO. 0736

BALWANT SHETH SCHOOL OF ARCHITECTURE SETTING-OUT PLAN SCALE 1 : 100

17/08/2011 SIGN

Sheet No.

C D

26650

5800

5650

6100

26900

-0.00 M

2 1

-0.9 M

-1.2 M -1.5 M

3000 UP

-0.60 M

8450

STAIR 1 TREAD = 300 RISER = 150 NO. OF RISERS=11 F/F HT = 1650

-1.65 M

3 4

50 61

3550

-0.3 M -0.6 M

3000

4250

3000

600 600 600 600 600

EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ

3000

600 600 600 600 600

0.0 M

PUBLIC PLAZA -1.65 M W1 C1 F 1 S1

4600

5750

21800

230 3000

3900

600 600 600 600 600

C8 12

3000

EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ

1000

230

C10

1000

5750

1000

5650

C11

STAIR 2 TREAD = 300 RISER = 150 NO. OF RISERS=11 F/F HT = 1650

3500 6100

C12 3

3150

-1.65 M UP

C13

STAIR 3 TREAD = 300 RISER = 150 NO. OF RISERS=24 F/F HT = 3650

1200

-1.65 M

2650 EQ EQ EQ EQ EQ EQ

1300

3550 OPENABLE RAILING

-5.0 M

PLATFORM LIFT

C15 ROLLING SHUTTER

1800 0.15 M

230

UP 25 24 23

2100

0 300 300 300

STAIR 4 TREAD = 300 RISER = 150 NO. OF RISERS=10 F/F HT = 1650

UNLOADING (PARKING) 0.15 M

6750

5350

UNLOADING (TEMP. STORAGE) W1 C2 -0.45M F S

ROAD 0.0 M

C16

C17

C18

MEMBRANE WATER-PROOFING

K LEGEND BRICK WALL

GROUND FLOOR PLAN

RNA CLUB HOUSE

Project : RNA Apartments + Club house Site : Chembur, Mumbai -Global City Township, India Team: Pravir Sethi (Associate), Malika Singh and team

Renders were produced by the rendering department

TAMARIND HALL Program : Event Hall Size: 750 sq m Site: Ranchi, INDIA Scope of work: Design development of the projects, coordinating with the structural engineer, issuing of construction drawings, representation and technical drawings, 3D-modelling.

FIRST LEVEL PLAN

REFLECTED CEILING PLAN

CLADDING DETAIL

ELEVATION DETAIL

NORTHSIDE ELEVATION

WESTSIDE ELEVATION

KALPATARU SOLITAIRE TOWER Program :Residential Apartment Site : Juhu, Mumbai Size: 750 sq m Scope of work: Design development of the projects, issuing of construction drawings, technical drawings.

BEDROO 16'0"X1

TOILET 4 10'8"X5'6"

BE 12

BEDROOM 2 11'8"X16'0"

TOILET 1 9'0"X5'6"

LIVING 27'3"X15'0"

4'5" x 8'6" UTILITY

5'0" x 8'0" UTILITY

KITCHEN 12'5"X8'0"

DINING 11'11"X11'9"

DECK 5'6"x15'3"

SECOND DUCT TO BE AVOIDED IN ELEVATION. BY SLEEVING THROUGH SHEAR WALL AND USING COMMON DUCT

BEDROOM 3 12'5"X16'0"

PASSAGE 5'6" WIDE

BEDROOM 1 16'6"X11'0"

SER.RM 5'11"X7'0"

REFUGE

TOILET 4'0"X5'11"

2 FFD

4'5" x 10'11" UTILITY

LIFT 8'1"X7'3"

SERVANT 6'10"X7'7"

KITCHEN 8'0"X13'5"

TOILET 3'10"X5'0"

BEDROOM 3 11'6"x15'11"

SERVANT 6'9"X7'7"

6'0" WIDE PASSAGE L.V.

LOBBY 16'0"X6'0"

ELEC.

KITCHEN 13'5"X8'0"

STORE 5'6"X4'9"

BEDROOM 1 11'1"X15'10"

BEDROOM 2 11'6"X 20'5"

TOILET 2 5'6"X10'0"

DECK 6'0"x14'4"

DINING 11'9"X14'5" BEDROOM 1 11'0"X16'9" BEDROOM 2 11'0"X15'0"

LIVING 15'0"X28'0"

TOILET 3 5'6"X9'2"

DECK 14'9"x6'0"

LIFT 7'3"X8'1"

STAIR 2

LIVING 14'0"X22'7"

TOILET 1 5'6"X9'1"

TOILET 3 5'6"X8'8"

STORE 5'6"X5'6"

LIFT 7'3"X8'1"

DINING 14'0"X14'2"

TOILET 9'3"x5'6"

4'5" x 10'10" UTILITY

TOILET 4'0"X5'11" SERVANT 6'8"x5'11"

LIFT 8'1"X7'3"

7'3" WIDE LOBBY

STAIR 1

REFUGE

4 "

EDROOM 4 2'6"X16'0"

TOILET 3 5'6"X9'2"

OM 3 11'0"

TOILET 2 5'6"X10'2"

DECK 6'0"x14'0"

DECK 6'0"x8'0"

5 L.V.

F.F.D.

Ground Level - Masterplan

Accoustic Enclosure

Spa Party Hall

Theatre

Lobby

Gym

Lobby

Waste Kid’s Play

ENTRANCE

SubStation

KALPATARU

ISSUE: 03 - DATE: 7 July 2013 - PROJECT NO: 6895

U - SOLITAIRE

MUMBAI, INDIA

1.20 [3'-11"]

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  



0.40 [1'-4"]

0.70 [2'-4"]

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  3.00 [9'-10"]



1.50 [4'-11"]

2.94 [9'-8"] 2.94 [9'-8"] 2.94 [9'-8"] 2.94 [9'-8"] 2.94 [9'-8"] 2.94 [9'-8"] 2.94 [9'-8"]

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   





OPTION - B SECTION 'A-A'

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

3.00 [9'-10"]

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

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

3.00 [9'-10"]



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3.00 [9'-10"]

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

4.20 [13'-9"]



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3.00 [9'-10"]

1.20 [3'-11"]

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

3.00 [9'-10"]

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4.20 [13'-9"]

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



2.85 [9'-4"]

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3.00 [9'-10"]

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2.94 [9'-8"]

52.25 [171'-5"]

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2.94 [9'-8"]

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2.94 [9'-8"]

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

2.94 [9'-8"]

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2.94 [9'-8"]

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2.94 [9'-8"]

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2.94 [9'-8"]

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5.85 [19'-2"]

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2.94 [9'-8"]

HATCH FOR MACHINE ROOM LESS LIFT



 