ARCHITECTURE PORTFOLIO_ RUCHI JAIN

P O R T F O L I O ARCHITECTURAL DESIGN SELECTED WORKS (2017-21)

R U C H I

J A I N

R U C H I

J A I N

ARCHITECTURE STUDENT Hello, I am a final year architecture student at Birla Institute of Technology, MESRA. Studying architecture has instigated a new vision within me to comprehend the world and ways of life from different perspectives.

I believe sustainability and regeneration is our collective responsibility as design individuals.

Sustainability, however can have multiple dimensions and I am willing to explore by working with organisations in this arena. I am seeking an internship position to learn and let myself into the profession, with the most of my dedication and enthusiasm.

Name

Ruchi Jain

Age

22

Languages

Hindi, English, Bengali

Nationality

Indian

EDUCATION Bachelor of Architecture (2017-22): GPA 8.08 Birla Institute of Technology, MESRA

XII CBSE (2017 ; Science): 94.3% Mahadevi Birla World Academy

+91 9903053808

X CBSE (2015): CGPA 10

ruchij19@gmail.com Kolkata, West Bengal, India

Mahadevi Birla World Academy

INTERESTS Photography Painting Badminton

SOFTWARE SKILLS

WORKSHOP/CONFERENCE Zonal

NASA

AutoCAD

Annual

Sketchup

(Cuttack, 2018)

(Archasm Competition,2019)

Revit

Smart City Workshop (Cuttack, 2018)

IGBC

Lumion

Annual NASA Convention (Bengaluru,

Competition, 2019

Twinmotion

2019)

Annual

V-ray (Sketchup)

Autodesk Revit and BIM Workshop

Competition 2019 (Top 66)

Adobe Photoshop

(Lomos Archilabs, 2019)

The

Adobe Illustrator

Role of Craft & Technology in Interior

Competition, 2020)

Adobe InDesign

Architecture (IIT-R, 2020)

Annual

MS Office

Convention

COMPETITION PopUp

Bazar

Istanbul

Green

Design

NASA Habitat

Design (Archmello

NASA

Design

Competition 2020 (Top 40)

WORK EXPERIENCE Architecture Intern, Comfort Being Pvt. Ltd., Congleton, UK (AUGUST-OCTOBER 2021)

Involved in making planning

drawings, and 3d models for industrial and residential projects using Revit, also presentation

drawings for completed residential projects.

Research Intern, IIT Roorkee, Faculty guide : Prof. Smriti Saraswat (MAY-AUGUST 2021)

Involved in research and documentation for creating inventories related to Kumaoni houses in various areas of Uttarakhand.

Architecture Intern, Ganges Consultancies, Hyderabad (MARCH-MAY 2021)

Involved in planning and elevation design of an apartment building, research and analysis of an urban settlement near Hyderabad for creating a development proposal.

Furniture design

Living Room design

Semester II, 2018

Semester II, 2018

Residence design

Primary school

Semester III, 2018

Semester IV, 2019

Buddhist Art Village

Mixed-use complex

(Concept) Semester IV, 2019

Semester V, 2019

Community Clubhouse

Auditorium design

Semester V, 2019

Semester VI, 2020

Green-rated hotel

Working Drawing

Semester VI, 2020

Semester V & VI, 2019-20

Group Housing

Restaurant & Bar interior

Semester VII, 2020

Semester VIII, 2021

Multi Speciality Hospital

Eco Tourism Centre

Semester VIII, 2021

Thesis Semester IX, 2021

C O N T E N T S

ACADEMIC PROJECTS

RE-ACOM

PIVOT

OTHER

Student Housing Archmello Competition

Bus Terminus ANDC 2020

Working drawing, Photographs

Pune, Maharashtra

Kolkata, West Bengal

0 2 0 1

0 4 0 3

INTERPRETATION CENTRE & ECO-TOURISM COMPLEX

0 6 0 5

GREEN-RATED HOTEL

UG Thesis

Design Studio Semester VI

Moirang, Manipur

Bengaluru, Karnataka

INTERNSHIP WORK

0 1 I N T E R P R E T A T I O N C E N T R E & E C O - T O U R I S M C O M P L E X UG Thesis / 2021 Moirang, Manipur “ We borrow from nature the space upon which we build. ”

~Tadao Ando

At the edge of the Loktak Lake in Manipur is this recreational tourist complex and nature interpretation centre to disseminate knowledge about the significance of this unique ecosystem and allow people to sustainably engage with it.

The site activities include nature interpretation and observation, recreational activites, and tourist stays. The design interventions strive to retain the natural surroundings and minimise the disturbance to be created through these activities. The buildings open up to and blend with the natural surroundings, while their layouts take users through open and enclosed spaces, creating drama and curiosity.

The primary aim was to create an environment sensitive to the site setting and bring together the major components that make this ecosystem in a way that they sustain each other.

The lakewetland ecosystem of the site is unique and supports a large biodiversity.

Loktak Lake

The natural beauty and Manipuri culture make it a major tourist attraction.

The local Meitei community has lived in and sustained the ecosystem for years.

Loktak Lake

ECOLOGY

Natural landscape Loktak Lake.

ECONOMY

Wetlands Avifauna

COMMUNITY

MOIRANG

S I T E

S I G N I F I C

Thanga

2 0 0 TOURISTS Ithing Thanga

2 4 0 0 0 BIRDS

Sendra island

Keibul Lamjao National Park

N A T U R A L

C O N

C U LT U R A L

C O

The site lies on the Central AsianIndian flyway and attracts thousands of domestic and migratory birds.

It is a haven for nature enthusiasts and birdwatchers.

Chandpur

Tourist activities

Tourist stays

Fishing Communities

F O R M

D E V E L O P M E N T

Each building starts with compact volumes.

After accomodating and zoning the functional requirements, it is altered to allow natural light, multiple open spaces, surrounding views and adequate access.

Meitei community Tourists Local architecture Fisheries

Interpretation Centre

C A N C E

Visitors’ Centre

N T E X T Sustainability is inherent in the lifestyle of the local community. The design draws inspiration from their regular activities, and reflects their culture and role in conservation.

Tourist stay cottage

The inspiration to use organic forms comes from the site surroundings and context. In contrast to the rigidity of linear forms, organic forms calm the mind and allow the visitors to wander, observe and interpret.

Bird observatory

N T E X T

The site zoning is based on the activities, the number of people engaged, nature of engagement and the disturbance level.

ZONE 4 ZONE 3 ZONE 1

Zone 1 > nature interpretation within built environment > most activity Zone 2 > eco-stays amidst nature > engages lesser people Zone 3

ZONE 2

Public access

> buffer zone for zone 4 >

separates zones Zone 4 > observation of nature from a distance > minimal intervention

1

2

1 2

3

4

3 4

ACCESS AND PARKING Follows the contour and takes vehicles to the back of the site to minimise interference.

STA Deck

BOARDWALK AND DECK Deck for lake activities and elevated boardwalk to minimise disturbance to existing site, invite exploration.

NATURAL FEATURES Retained existing features, water body, green vegetated buffer zones to attract birds.

Staff rooms Rec.

Loun Office

To

Su

BUILT STRUCTURES Makes use of contour and positioned to open up to views, natural light and ventilation.

Service yard

Boardwalk Canoe deck

Lakeview deck

Fishing decks

RECREATION

Complex access

Support

AY

Atrium

Lounge

View point

Shops

OBSERVATION

Assistance

Briefing

Lower deck

Exhibit Exhibit Plaza

Back access

Entryway

Lecture halls

Drop-off

Souvenir Support

Shops

INTERPRETATION

nge

Cafe

Toilets

oilets

Toilets Offices

Gallery

upport Rec.

Staff parking

Gallery Exhibition hall

Support Cafe

Lounge

Support

Exhibition hall

Bus Park Hot air balloon site

Seminar hall

Car Park

Lakefront deck and boardwalk

Bird observatory

Front elevation of Visitors’ Centre

ADOBE MUD BRICK WALLS

BAMBOO SCREEN BAMBOO ROOF TILES

BAMBOO COLUMNS, BEAMS

WOVEN BAMBOO WALL PANEL BAMBOO FRAME ROOF WITH ACRYLIC

BAMBOO PANEL DOORS

Section of Visitors’ Centre

PILE FOUNDATION

C O M P E T I T I O N B R I E F There is always an intangible effect of the space we live within, which shapes our social behaviour. But many a times the living layout does not respond to the context, which hinders the overall development of an individual. Such is the case with student housing in India.

The aim of the competition was to enhance the concept of ‘student community’ by setting up student residence modules which can be repeated across the country and function as a student housing brand.

The scope was to design a small student housing facility which provides quality living with aesthetics rather than a traditional hostel room.

(Team project)

0 2 S T U D E N T H O U S I N G The Habitat (Archmello) / 2020 Pune, Maharashtra We identified the non-physical needs of the primary users, the students. These were: RElatedness, Autonomy, COMpetence.

The vision of this proposal is to manifest the same through design interventions and principles.

Re-Acom is built on the idea of reaccomodating students’ needs and creating an enhanced environment for better living and holistic development.

R E - A C

M

R E L A T E D N E S S

A U T O N O M Y Passive Solar Strategy

Photovoltaic Energy Generation

Waste Reuse

Rainwater Harvesting

Green Terraces

P U N E

S I T E

L O C A T I O N Courtyard Passive Ventilation

B G

E

Outdoor-looking but inward focussed planning encourages creativity and interactions, and draws students to active outdoor and semi outdoor spaces. All spaces unfurl from central courtyards (multi-utility spaces and informal meeting spots) that adapt to layers of function to cater to a diverse student community.

F O R M D E V E L O P M E N T

Passive design strategies shown above reduce Rainwater harvesting and PV energy generat resource supply. Efficient and reduced energy towards autonomy.

L I V I N G

U N I T

Y

C O M P E T E N C E Sixth floor

y

Courtyard unit

Inward focussed spatial plan

Fifth floor

Living units around courtyard forming 1 module

Fourth floor

Third floor

Multiplication ( joining more units through transition spaces)

Atrium Second floor

Breathing Green Walls

Evaporative Cooling

e solar heat gain. tion supplement y use is a step

Repetition to suit context

While the assembly is specific to the given site, it is also capable of adapting to other site profiles and contexts. Each living module is a part of an octagon with a central court, which can be replicated to suit the context.

Courtyards and student amenities

Stilted columns for flexible planning of living units above and amenities on first 2 levels Service function area

Stairs along courtyard perimeters Open ground floor to allow for maximum green spaces and amenitties for students

S

E X P L O D E D

V I E W

03 GRUNES HOTEL Third year design studio / 2019 Bengaluru, Karnataka

This is a hotel building complying with green rating standards in Bengaluru. A number of design interventions aim to make this a sustainable building.

It is a 30 bedded 3-star hotel.

The planning concept of the site and building make them responsive to the surroundings and the environment.

The facilities include banquet, party lawn, restaurant and bar, pool and playing court.

BIO-REACTOR FACADE PANELS

EVAPORATIVE COOLING

1

2

ROOMS OVERLOOKING NATURE

SHADED PODIUM AND DECK

3

4

3

1

4 6

5

2

NATURAL VENTILATION

5

AAC BLOCK CONSTUCTION

6

Main entry/exit

The tower shades the podium and allows views of the open landscape from the rooms and guest areas.

Parking Banquet entry

The living and guest areas are located away from south and west facades, facing east or north-east, opening them up to daylight, natural ventilation and landscape views.

Party lawn

Green roof

Green roof

Rooftop bar

Pool deck

Swimming pool

Courtyard

Service entry

The southwest facade is a bioreactor facade.

Service entry/exit

View area

Hotel entry

Podium

The service and circulation spaces, on the other hand, are on the southwest side.

Voids and water bodies facilitate ventilation and evaporative cooling.

Tennis Court

The ground floor houses the banquet and parking facilities.

The first floor has the hotel guest facilities and the administrative offices.

The floors above have guest rooms and a rooftop bar.

The SW facade is a BIO-REACTOR FACADE, of hollow glass panels FACADE containing micro algae farms.

The algae provides adaptive shading throughout the year.

The more intense the sunlight gets, the more the algae grows inside the glass and shades the interior.

Once the algae grows enough, it can be harvested to generate biogas in an external biogas plant, hence also a source of renewable energy.

C O M P E T I T I O N B R I E F Public mobility spaces have a vital role to play as it is inevitable by human activity. But all of it had come to a pause because of the pandemic.

The aim of the competition was to introduce students to envision the post pandemic reality on mobility spaces and engage them in designing a basic space such as a bus terminus.

0 5 P L U G - I N B U S T E R M I N U S Annual NASA Design Competition / 2020 Kolkata, West Bengal This is a plug-in (multi-modal) bus terminus, intergrating with the metro and tram. The design is a blend of modern and traditional elementsprogressive, yet integrating and reflecting the essence of the heritage of the city and state.

(Team project)

The roof form takes inspiration from traditional ‘chala’ roofs of Bengal architecture, very well suited to the climate. Porous terracotta is used to establish a visual connection with the surrounding heritage buildings, along with passive ventilation.

S I T E

Bus terminus & primary bus routes

K O L K A T A

Street market & shopping

Traffic volume

S T U D Y

Existing road network

Bus stop & terminus

Private buses

Tram depot & tram lines

Tram museum and deopt

State buses

Sight seeing

Existing & proposed metro lines

Underground metro entry

Mini buses

Esplanade bus terminus,, also called Dharamtalla Bus Terminus, is the largest and busiest known bus terminal in Kolkata, West Bengal. Located in the heart of the city, ina busy neighbourhood dating back to the colonial era, it accounts for majority of the bus traffic in the Kolkata Metropolitan Area.

In 2018, Kolkata surpassed New Delhi to have India’s worst air quality. Esplanade had the highest AQI, also responsible for damaging heritage structures in the vicinty.

Raj Bhavan

Shahid Minar

Existing Ticket counter structure

Inefficient circulation and lack of services has turned what could be a defining hub, to the most chaotic of crossroads.

Despite being the most important interchange in the city, intermodal connection is not coherent.

Smarnika Tram Museum

Recurring traffic congestion at this crossing is a nightmare responsible for huge amount of vehicular emissions.

Being an important interchange for commercial areas around, the expanse is always overcrowded, with over a lakh footfall at peak hour.

Metro Gates

Metropolitan Building

INTERVENTION

OUTCOME

Separate ARR-DEP platforms Multiple entry-exit points Segregation in levels

Crowd segregation Prevention of congestion Distancing

Use of flyovers,underpasses Uni-directional loop circulation

Efficiency in circulation Ease of operation

Connectivity with tram heritage Underpasses to nearby landmarks Terracotta clad roof

Promotion of heritage Use of traditional knowledge Passive ventilation

Clean modes of transport Retrofit greenery under flyovers

Multimodal connections Pollution reduction Vibrancy of public space

Adaptive partitions Pop-up booths Thermal cameras

Distancing Screening Usability post-pandemic

Open plan concourses and waiting halls with flexible tensile fabric partitions for adaptive usability.

The flexible partition walls can create temporary shelters (for migrant workers etc.), which also keeps them in proximity of transport services.

The flexible partitions can convert the use of the concourse in case of similar medical crisis or outbreaks.

Flexible partitions reorient to create waiting pods of various typologies.

Retractable fan-shaped partitions between seating to promote physical distancing.

Partitions in ticketing booths and queues ensure physical distancing, contact less transactions.

Transluscent screens between shopkeeper and customer for contactless transactions and safety.

The same partitions make pop up shops and kiosks for shopping areas by the displaced local shopkeepers.

06

INTERNSHIP WORK

CHIME HOUSE Internship (Comfort Being Ltd.) / 2021 Bengaluru Karnataka

Location Project type

: Cheshire, UK : Residential Passivhaus

Chime house is a small residence for a couple, located in Hankelow, Cheshire, UK. The focus has been on achieving Passivhaus standards and the house has been designed according to it. To achieve sustainable and eco-friendly construction, the materials used are cellulose insulation, Posi joist etc.

Project current status: Sanction drawings Scope of work: Assisting with research for design development, gaining an understanding of passivhaus design and materiials, detail drawings, architectural visualisation

Front Elevation

25 mm Tile 100 mm vent gap 1 mm Roofing felt 18 mm MDF Panel 163 mm timber joist filled with warmcel 18 mm OSB Board 50 mm Rockwool and Timber stud 25 mm fire protection roof

Roof detail

Timber studs 100 x 76 mm OSB board with airtight layer Warmcel insulation K-render board 12.5 mm Thick Timber board

Chime house has been designed to be a ‘Passivhaus’ - meaning it is extremely energy efficient, achieved by using passive design strategies and energy-saving materials.

Timber studs 100 x 76 mm OSB board with airtight layer

Excellent insulation and airtightness Thermal bridge-free design and construction Mechanical ventilation with heat recovery (MVHR) Triple glazing windows Long, narrow form oriented suitably Appropriately placed skylights and windows

K-render board 12.5 mm Thick Warmcel insulation Timber board

Wall detail

Passivhaus design

Exploded View

The house is built in 2 storeys, with family spaces on the ground and bedrooms on the first floor. A hallway forms the main circulation spine on both floors. It also forms physical and visual connectivity of the main entrance with the orangery and the outdoors.

The arrangement of spaces allows greater flexibilty, privacy as well as interaction between the residents.

Section

06

INTERNSHIP WORK

V. V. A PA RT M E N T S Internship (Comfort Being Ltd.) / 2021 Location : Banashankari, Bengaluru, Karnataka.

Type of project : Sustainable Apartment building Site area : 450 sq.m (18.9m X 23.8m) VV Apartments is a sustainable residential building with flats dedicated for elderly people who’s children are settled abroad.

It is designed using passive climate strategies and energy efficient porotherm blocks. The building has efficient power generating solar panels, a decentralized wastewater treatment system [DEWATS] and rain water storage tank.

Scope of work: During my internship I had the opportunity to study this completed project in detail, and engage in documentation, recreation of drawings, and architectural visualisation for the purpose of creating a portfolio for the firm.

South Elevation

The ground floor houses a guard quarter, a 2BH The first and second floors have a 3BHK and The third floor is a 4BHK flat.

The terrace is for community facilities - a gathe with a terrace garden. The roof terrace has decentralised waste water tank, and Photo

Concrete and porotherm blocks were used Porotherm blocks provide excellent thermal and and are resistant to dampness and c

External shading devices, recessed windows an also been used to reduce the solar

Plan: Ground Floor

Plan: 1st,2nd floor

Plan: 3rd Floor

Plan: Terrace 1

HK flat and parking. d 2 BHK flat each. .

Projected shading device

Extended slab

ering/leisure space s a water tank, a ovoltaic panels.

Deep recessed balcony door Mosaic tiles

for construction. d sound insulation cracks.

Box-shaped shading device

nd balconies have r gain.

Deep recessed windows Porotherm cladding

Box-shaped shading device External shading device Deep recessed windows

Data conduits Plumbing pipes

Shading devices

Video phone

Quarters for security guard

TV, telephone panels

Electrical Panels

Plumbing pipes

and

data

Services

Section

Porotherm cladding detail section

For security purposes, all services have been located on the ground floor with a guard’s living quarter. The figure above shows the location and ducts for the main services, i.e, plumbing, electrical, TV cable, etc.

06

RESEARCH WORK

KUMAONI HOUSES Internship (IIT Roorkee/NPTEL) / 2021 Here, I show a small part of the research done as part of this internship programme.

This research was part of ongoing explorations at IIT Roorkee, wherein I studied, documented and created inventories for six Kumaoni houses in Uttarakhand, specifically in relation to the making of space and use of traditional craft techniques.

06

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DEMOLITION

Plasterboard

Sheathing board

Rigid insulation Rigid insulation

400

Plaster ceiling

Insulation

0

6460

Plaster ceiling

Plasterboard

Timber counterbatten Timber counterbatten

Concrete slab

975

1050

Ceiling board

Plasterboard

Insulation

Rigid insulation

80

140 125 410

Ceiling board

Plasterboard

2700

Ceiling board

Plasterboard

2925

Ceiling board

2700

Steel zone

2925

Steel zone

Insulation

Timber support battens Ceiling Timber cladding

Composite metal deck Composite metal deck

Insulation

Concrete slab

20

20

900

Insulation

Service zone

A

FOR INFORMATIONFOR RELATING CLEANINGTO AND INFORMATION USE, CLEANING FOR INFORMA AND L01 TO USE,RELATING L01 MAINTENANCE SEE THE HEALTH AND FILE,AND ANDSAFETY CDM MAINTENANC MAINTENANCE SEE SAFETY THE HEALTH FILE, AND CD RISK REGISTER RISK 3975 REGISTER RISK REGISTE 3975 Plasterboard Plasterboard IT IS ASSUMED THAT ALL WORKS THAT WILL BE OUT BY IT IS ASSUMED ALLCARRIED WORKS WILL BE A CARRIED IT IS ASSUME OUT B ThermalWHERE lining WORKING, COMPETENT CONTRACTOR WORKING, APPROPRIATE, TO COMPETENT CONTRACTOR WHERE COMPETENT APPROPRIA Thermal lining AN APPROVED METHOD STATEMENT AN APPROVED METHOD STATEMENT AN APPROVED Insulation Insulation

Sheathing board

Sedum Plasterboard

Ceiling support

Thermal lining

Rigid insulation

Sedum

Thermal lining Steel zone Insulation Plaster

Timber counterbatten Service zone

Tapered insulation Tapered insulation

Service zone

Thermal lining

0

Timber cladding Timber Timber cladding cladding

Plasterboard Thermal lining

Sheathing Steelboard zone

Timber counterbatten Timber counterbatten Timber counterbatten

Ceiling support

Thermal lining

0

Insulation Insulation

Service zone

Thermal lining

0

Insulation

Sheathing board Sheathing Sheathing board board

Ceiling support

Thermal lining

Plaster Plaster Blockwork L00 Blockwork

Thermal lining Thermal lining

Timber battens Timber Timber battens battens

L01 3975

zone TaperedSteel insulation Plasterboard

Thermal lining

Service zone

Plasterboard

L00

Plasterboard

L01 L01 3975 Plasterboard 3975 Concrete slab Plasterboard Sedum

Ceiling support

Plasterboard

Plaster

L01 L01 3975 3975

Plasterboard

Steel zone Thermal lining

Plasterboard

L00 Blockwork

Timber counterbatten

Timber cladding

Plasterboard

Plaster

Insulation

Sheathing board

Timber battens

Plasterboard

L00 Blockwork

Plasterboard Thermal lining

L01 3975

900

80

20

900

Steel zone

L01 3975

400

6535

1050

1050 80

Timber cladding

L01 3975

Concrete slab Plasterboard Sedum Concrete slab Steel zone ThermalTapered lining insulation Plasterboard Composite metal deck Insulation ThermalInsulation lining Steel zone Insulation Sheathing board Sheathing board Plaster Steel zone Sheathing board Timber counterbatten Timber counterbatten Steel zone Timber counterbatten Service zone Service zone Timber battens Timber Timber battens battens Ceiling support Ceiling support cladding Timber cladding Timber Timber cladding Ceiling board Ceiling board Plasterboard Plasterboard Plasterboard Plasterboard

6900

140 125 410

Timber battens

20

20

20

L01 L01 3975 3975

900

80

80

Timber counterbatten Curtain wall mullion

Steel zone

815

400

400

400

Sheathing board

400

1050

1050

Insulation

L01 3975

Thermal lining

410

Plasterboard

Insulation Steel zone Sheathing board

Timber battens Ceiling support Timber cladding Timber cladding Ceiling board

140 125 25

158

140 125

158

25

410

410

Steel zone Thermal lining

Timber battens

2925

2700

2925

Concrete slab

Thermal lining

Steel zone

2700

140 125

25 8

1050

400

400

Sheathing board

80

Thermal lining Ceiling board

Ceiling board

158

410

Insulation

20

Ceiling board

L01 3975

Timber counterbatten Timber counterbatten Service zone

80

Service zone Ceiling support

20

Service zone Ceiling support

Steel zone Ceiling board Service zone Plasterboard Ceiling support

400

Steel zone

L01 3975

Plasterboard

Thermal lining

Ceiling support Steel zone

Concrete slab Concrete slab Steel zone

Plasterboard

1050

Service zone

Concrete slab Steel zone

410

410

Steel zone

L01

3975

80

Concrete slab Concrete slab

Concrete slab

140 125

158

8 25

140 125

158

L01 3975

1050

Concrete slab

25

140 125

L01 3975

CONSTRUCTI

249.9

L01 3975

249.9

L01 3975

249.9

L01 3975

Pedestals

25 8

Pedestals Pedestals

158 25 8

Pedestals

158

Pedestals

8

Floor finish

25 8

Carpet tiles

Floor finish

8

Carpet tiles

Floor finish Floor finish

8

Carpet tilestiles Carpet

Floor finish

25 8

Pedestals Floor finish Concrete slab Pedestals

Carpet tiles

Floor finishFloor finish

140 125

Floor finish Carpet tiles

PedestalsFloor finish Pedestals Concrete slab Pedestals

Carpet tilesCarpet tiles

Floor finish

Pedestals Pedestals

2485

Floor finishCarpet tiles

Carpet tiles

Floor finish

A

DEMOLITION Carpet tiles

Carpet tiles

Pedestals

A

Timber battens Insulated wall panels

Timber battens Carpet tileswall panels Insulated

158

Timber battens Insulated wall panels

80

Timber battens Timber battens Insulated wall panelswall panels Insulated

Timber battens

20

Timber battens

Insulated wall panelsInsulated wall panels

A 2485

Timber battens

Insulated wall panels

2767

2767

2767

2767

2767

2767

2767

2767

2767

CONSTRUCTION CONSTRUCTION

UNCHECKED FOR -ISSUE UNCHECKED NOT FOR ISSUE UNCH Top -ofNOT Foundations Top UNCHECKED of Foundations

Top of Foundations Top of Foundations Top Topof ofFoundations Foundations Top of Foundations Top of Foundations -450 -450 -450 -450 -450 -450

-450 NOT APPROVED - DO NOT-450 USE NOT APPROVED - NOT DO NOT APPROV NOT USE DRAWING TITLE

DRAWING TITLE

DRAWING TITLE

DRAWING TITLE

External Wall DetailsWall - Section External Details External - Section Wall Externa De Sheet 1 Sheet 1 Sheet 2 Sheet 1 DRAWING STATUS

DRAWING STATUS

DRAWING STATUS

DRAWING STATUS

S2 - Issued for Information S2 - Issued for Information

S2 - Issued for Information S2 - Issued fo

SCAL E

SCAL E

As indicated

DRAWING SIZE SCAL E

A1

DRAWING NUMBER

As indicated

DRAWING SIZE

A1

DRAWING NUMBER

1 : 20

DRAWING SCAL SIZE E

A1 As indicated

REVISIONNUMBER DRAWING

DR

A

DRAWING REVISION NUMBER

ZXLM-ONE-P1XX- DR-A-8005 (P01) ZXLM-ONE-P1XX- DR-A-8005 ZXLM-ONE-P1ZXLM-O (P01) XX

Section 5 - Roller Shutter 6Section - Curtain 7 -Entrance Bays 8Section - Meeting 4 - Dining Space Section 4 - Section Dining Space Section Dining Space 4 - Room Dining Space Section Section 1 - Metal1 Cladding Section 2 Section - Wall 2Openings 1 --Section MetalOpenings Cladding Section Section 3 - Main 2Section -3 Wall Entrance Openings Section 34 --Section Main Entrance - Metal Cladding Section 1 - Metal Cladding Section Wall 2 - Wall Wall Openings Section - Main 3 - MainSection Entrance Section 1Serviced - Section Metal Cladding Section 3 - Ma 1 : 20 1 : 20 1 : 20 1 : 20 2 - Wall Openings 1 : 20

1 : 20

1 : 20

1 : 20

20 11: :20

1 : 20

1 : 20 1 : 201 : 20

1 : 20

1 : 20

1 : 20

20 11 :: 20

1 : 20

1 : 20

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06

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