Architecture Portfolio by Kartik Yadav

ARCHITECTURE PORTFOLIO 2

Kartik Yadav B.arch (2012-2017)

About

Hello !

My name is Kartik Yadav, I am an Architect graduated from Gateway College of Architecture and Design (2012-2017), Sonipat. I have worked in Ahmedabad for more than a year, with a large scale architecture firm. Where I have got exposer of large scale projects like commercial high rise building, urban redevelopment and museum. However my personal interest lies in residences, institutional and public and social development projects. I am good in working and managing work in a team. I have skill to work on deadlines with maintaining the quality of work. I think being an Architect I have certain responsibilities and I should be responsible to create better environment (living and working), to create better aesthetics, to serve needed, to create art from ordinary. Architects have knowledge of a bit of everything and seeking always is in their nature. Architecture it is a tool to create better living condition and to open up the perception of people. In my professional career, I am looking forward to learn everything which an architect should know to perform best of it. As an architect I am ready to take responsibilities and performing best of my potential for better learning and growing together with an organization. Thank you

Kartik Yadav D.O.B Address

E-mail Phone

4th november 1993 H.no 130 Mandi Township,Huda, Bhiwani, Haryana ar.kartikyadav044@gmail.com +91 9996127291 +91 7988860349

WORK EXPERIENCE June 2015-Nov 2015 (6 months)

Stantec Consulting,Ahmedabad (Internship)

Projects • Shiv nadar university, Noida • G.B Pant college of engineering, Delhi • Dada bhagwan hall, Ahmedabad

Work Experience: Detail drawings,working drawings,design models, design presentation,competitions,table book for studio (studios`s portfolio)

Sep 2017-Nov 2018

INI Design Studio,Ahmedabad (Architect)

Projects • Regional Science Museum, Rajkot • Navratna Corporate Park, Ahmedabad • Kedarnath Redevelopment, Kedarpuri

Work Experience: Design development,tender drawings,construction drawings,BOQ`s, research and developmemt, coordination with consultants, design intent presentation, script writting for video presentation, design modelling.

EDUCATION 2009-2011 (Maths + Science)

Vaish Model Sr. Secondary School, Bhiwani

2012-2017 (B.Arch)

Gateway College of Architecure and Design, Sonipat

SOFTWARE SKILLS 2D drawings

Auto cad

3D models

Sketch up, Revit

Presentation

InDesign,Photoshop,MS Power point, MS Word, Ms Excel,

SPECIAL INTEREST Traveling Writing Reading Music Spirituality Art

Contents

Office Work NAVRATANA CORPORATE PARK

01 - 08

REDEVELOPEMENT OF KEDARPURI

09 - 14

Ahmedabad Kedarpuri

REGIONAL SCIENCE MUSEUM Rajkot

IIIT

Vadodra

Academic Work UNIVERSITY SCHOOL OF ARCHITECTURE AND PLANNING, DELHI

15 - 23

CENTRAL BUSINESS DISTRICT, DELHI

24 - 27

200 BEDDED HOSPITAL, SONIPAT

28 - 33

01 2017-2018

Navratna - Corporate Park Location : Site Area : Typology : Status :

Ahmedabad, Gujarat / India 10000 sq.m Retail + Commercial Under Construction

Located adjacent to the new development spline of S.G. Highway in the transit - oriented zone, the design of two commercial towers of 70 meters height will add one more high rise tower in cities skyline. The project perceives as to maximize the permissible FSI along as well as to set a new benchmark in city`s real commercial market by providing high end retail and corporate spaces with their individual identity.

Role in Project : • • • • • • •

Facade design development Facade tender package Design development drawings Structural coordination for GFC drawings MEPF/services coordination Basement GFC drawings Interior design intent package

• • • • • • •

Site/Podium level GFC drawings Building section Driveway section/enlarged section Stairs and ramps design and GFC drawings Branding package for client Rendering coordination Revit model

Design Features : • Large atrium with skylight to lit the connecting bridges. • Double height entrance lobby to provide grand entrance to the building. • Separate entry and private lift to retail showrooms and corporate houses. • Triple heighted terrace garden for gathering and public activity. • Hanging lights in atrium which will also act as an art work in daytime. • Accessible balcony to the office floors.

Tower - A Typical Floor Plan

Reception/Waiting Lobby

Atrium - Skylight with hanging Light Fixtures

Reception/Waiting Lobby

Materials Used :

• Stone cladding on exterior of retail and corporate floors. • Aluminum sheet cladding on exterior typical floor. • Suspended loop glazing using D.G.U panels. • Unitized glazing unit using D.G.U panels and spanderal glass panels. • Glass fins with Fritt patten glass. • Satvario Marble for Lobby flooring. • Plywood panels with veneer on wall and ceiling.

Tower - A design development of facade/exterior

• Dividing floor equally

• • •

Adding skip floor for services. Skip/service floor need to be opened for at least two side. Adding vertical facade elements to hide structural element.

10450

• •

8300

9500

4 5300

To maintain the design of facade,making typical floor like skip floor. Adding projection to highlight the elements.

5 2650

2150

2250

8 4500

9 2250

10 2150

2650

GRID START POINT (0,0)

• Recessed glazing to create balcony on typical floor. • Adding vertical glass fins to maintain the vertical of the building.

5300

13 9500

14 8300

11700

OUTER LINE OF DIAPHGRAM WALL

300MM DIA HUME PIPE

PROPOSED ROUTE FOR 2 NOS OF 11 KV HT CABLE

OUTER LINE OF DIAPHGRAM WALL

9450

SECURITY CABIN

8300

9500

4 5300

2650

6 2150

2250

7 EMPLOYEE / 8 SERVICE ENTRY 4500

9 2250

10 2150

2650

5300

13 9500

14 8300

WEST A

7000

-1 -2

-3 -4 -5 -6 -7 -8 -9

RETAIL - 001

CORPORATE HOUSE - 001

-10 -11

7 6 5

4400

HIS

HER

NORTH

CORPORATE HOUSE - 003

8400

IL. -0.515M

FFTG

IL. -0.491M STAFF ENTRY

1 12477.8 (R)

CORPORATE HOUSE - 002

RETAIL - 002

FFTG

PANTRY

11650

SOUTH

PANTRY

8400

3000

B.R.T.S CORRIDOR

11650

AMBLI-BOPAL ROAD

A1 4400

STAFF ENTRY

PERGOLA ABOVE

EAST

04 DROP OFF

SECURITY CABIN

TWO WHEELER ENTRY RAMP

BASEMENT VENTILATION SHAFT

Tower - A

BASEMENT VENTILATION SHAFT

TWO WHEELER EXIT RAMP

OUTER LINE OF DIAPHGRAM WALL

Site Plan

01. 02. 03. 04. 05. 06. 07. 08. 09. 10. 11. 12. 13. 14.

There are 3 common basements for 2 wheeler and 4 wheeler mechanical parking including building services. 15% is the C.O.P of total site area. • Tower - A has footprint of 1500 sq.m and total built-up area of 31600 sq.m • Total no of offices are 171 (115 sqm - 195 sqm) • Total no of retails showrooms are 6. • Total no of corporate houses are 9. • Total 8 common lifts and 6 pri vate lifts.

• Tower - B has footprint of 1500 sq.m and total built-up area of 31600 sq.m. • Total no of offices are 364 (45 sqm - 65 sqm). • Total no of corporate houses are 15. • Total 8 common lifts and 5 pri vate lifts.

4485

1317.5

Main Entry & Exit Service Entry Retail Frontage Tower-A Entrance Tower-A Lift Lobby Retail Showrooms Corporate Office 2 Wheeler Ramp 4 Wheeler Ramp Tower-B Entrance Tower-B Lift Lobby Corporate Offices Additional ramp Sub-station

7387.5

10915.9 (R)

300MM DIA HUME PIPE

CUTOUT FOR METER CABLE

HT PANEL ROOM EQUIPMENT WEIGHT - 3000 KG

FSP PANEL ROOM

21804.7 (R)

14 SECURITY CABIN

16 8235

18 8500

8705

4485

4750

6750

23 2485

24 2485

6750

WEST

IL. -0.38M

IL. -0.444 M

RAIN WATER TRENCH

300MM DIA HUME PIPE PROPOSED ROUTE FOR 2 NOS OF 11 KV HT CABLE OUTER LINE OF DIAPHGRAM WALL

10225

12 CORPORATE HOUSE - 1

SHAFT

BASEMENT VENTILATION SHAFT

10225

BASEMENT VENTILATION SHAFT

IL. -0.307 M

IL. -0.15 M RAIN WATER TRENCH

1550

RAIN WATER TRENCH

7087.5

CORPORATE HOUSE - 2

CORPORATE HOUSE - 5

OFFICE LIFT - 1

OFFICE LIFT - 2

CORPO. LIFT

OFFICE LIFT - 3

CORPO. LIFT

OFFICE LIFT - 4

OFFICE LIFT - 7

OFFICE LIFT - 8

9900

11 GREEN WALL

7087.5

12 +01.425 SSL GROUND FLOOR

IL. -0.243 M

EAST

9810

6600

RAIN WATER TRENCH

DROP OFF CANOPY +01.050 FFL DRIVE WAY

SECURITY CABIN

Tower - B

Tower - A Section & Front Elevation

• Total height of building is 70 meter from plinth. • A 17 floors building in including a skip floor on 10th floor level. • Total 6 retail showrooms till g+1 with floor height of 5.5 M. • Total 9 corporate offices on ground,mezzanine and first floor height of 3.5,3.5,4.0M respective ly. • Private lifts are provided to retail and corporate floors. • Common lifts open on both side. • Typical office floor with tri ple height terrace garden. • Typical office floor with balcony. • Central atrium with 13m x 11m skylight. • Projection of 600mm is running on all side to provide maximum carpet area.

Typical Floors

Skip Floor

Typical Floors

General Notes 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16.

DRAWINGS ARE THE COPYRIGHT PROPERTY OF INI DESIGN STUDIO (INIDS) THE DRAWINGS AND SPECIFICATIONS FOR THIS PROJECT ARE PROTECTED BY COPYRIGHT AND WILL NOT BE REPRODUCED, USED, OR DISTRIBUTED WITHOUT EXPRESS WRITTEN PERMISSION OF INIDS. THESE DRAWINGS INDICATE IN GENERAL THE PROJECT IN TERMS OF BUILDING DESIGN CONCEPTS,THE DIMENSIONS OF THE BUILDINGS AND THE MAJOR BUILDING DESIGN ELEMENTS AS INDICATED OR SPECIFIED, THE CONTRACTOR SHALL FINISH ALL ITEMS REQUIRED FOR THE PROPER EXECUTION AND COMPLETION OF THE WORKS. DECISIONS OF THE INIDS AS TO THE ITEMS OF WORK INCLUDED WITHIN THE DOCUMENT SHALL BE FINAL AND ON BINDING THE CONTRACTOR. ALL DIMENSIONS ARE IN MILLIMETERS, UNLESS OTHERWISE MENTIONED /SPECIFIED. DRAWINGS IN NO CASE SHALL BE SCALED AND ONLY WRITTEN DIMENSIONS SHALL BE FOLLOWED. LARGE SCALE DETAILS SHALL TAKE PRECEDENCE OVER SMALL SCALE DRAWINGS. PARTITIONS AND WALLS SHOWN CENTERED ON COLUMN CENTER OR FLUSH-FACED WITH STRUCTURAL COLUMNS ARE NOT DIMENSIONED. CONTRACTOR SHALL INFORM AND OBTAIN PERMISSION IN WRITING FROM THE INIDS BEFORE MAKING ANY DEVIATIONS FROM THE DRAWINGS. ITEMS OF WORK REQUIRED ON ONE DRAWING OR IN ONE SECTION OF THE SPECIFICATIONS HAVE THE SAME FORCE AND EFFECT AS IF REQUIRED IN ALL DRAWINGS, OR IN ALL SECTIONS OF THE SPECIFICATIONS. PLINTH LEVELS TO BE DECIDED ON SITE WITH REFERENCE TO LEVELS ON THE SITE IN CONSULTATION WITH BUILDING DESIGN DRAWINGS. FOR DOOR AND WINDOWS SCHEDULE REFER DRAWING NO. ____________ FOR ROOM FINISH SCHEDULE REFER DRAWING NO. ____________ RAIN WATER DRAIN PIPES OR SLEEVES THROUGH BEAMS AND CURBING TO BE INSTALLED WHILE CASTING AS PER THE POSITIONS SHOWN. FOR DIMENSIONS, LOCATIONS AND DETAILS OF ALL STRUCTURAL MEMBERS REFER STRUCTURAL DRAWINGS. DIMENSIONS ON ALL ELEVATIONS AND SECTIONS SHOWN ON BUILDING DESIGN DRAWINGS ARE SHOWN AS TOP OF UN-FINISHED FLOOR LEVEL UNLESS OTHERWISE MENTIONED. ALL DRAWINGS SHALL BE READ IN CONJUNCTION WITH ALL OTHER CONSULTANTS’ DRAWINGS, TOGETHER WITH THE SPECIFICATIONS. DISCREPANCIES AND / OR AMBIGUITIES, IF ANY, SHALL BE BROUGHT TO THE NOTICE OF THE INIDS AND CLARIFICATIONS SHALL BE MADE PRIOR TO EXECUTION. INIDS DECISION IN THIS REGARD SHALL BE FINAL AND BINDING. THE CONTRACTOR SHALL COORDINATE ALL MECHANICAL FLOOR AND WALL SLEEVES AND SHAFTS IN CONCRETE SLABS AND WALLS WITH MECHANICAL, PLUMBING, FIRE PROTECTION, ELECTRICAL,STRUCTURAL AND BUILDING DESIGN DRAWINGS. NOTES APPEARING ON VARIOUS DRAWINGS FOR DIFFERENT SYSTEMS AND MATERIAL SHEET SHALL BE REVIEWED AND NOTES ON ANY ONE DRAWING SHALL BE APPLIED TO RELATED DRAWINGS AND DETAILS.

Corporate Offices

Terrace Garden

Retail Showrooms

Client

FACADE TENDER DRAWING

Private Lift

Key Plan

Design N

Facad

BLOCK - A R0

Rev

ISSUED FOR FACADE TENDER

Purpose of Issue

03-10-2018

Date

BLOCK - B

Authorized

23 / 11 / 2018 - 3:37:54 PM

South Elevation

View from Main Road

1:150

SECTION THROUGH CANOPY STRUCTURE SCALE

1:150

Driveway and Facade Details 29

1 DW

3300

℄

GLAZING LINE OF BLOCK-B

600MM PROJECTION LINE GLAZING LINE OF BLOCK-A

FIRE

FIRE PIPE

FIRE

LINE OF BASEMENT MARGIN CENTER LINE OF DIAPHRAGM WALL

FIRE

FIRE PIPE

3000

FIRE

3000

300

600

FIRE

COPING BEAM AS PER STRUCTURE 200Ø FIRE SLEEVE IN RCC WALL AT BEAM BOTTOM LINE OF BASEMENT MARGIN SITE BOUNDARY 3MT. DISTANCE REQUIRED FOR COLUMN FOUNDATION FROM DIAPHRAGM WALL AS PER STRUCTURE ENGINEER

3600

600

3.6 MT. DISTANCE REQUIRED FOR COLUMN FOUNDATION FROM DIAPHRAGM WALL AS PER STRUCTURE ENGINEER

750

300

FIRE

3400

FIRE

VENTILATION SHAFT

FIRE

COPING BEAM AS PER STRUCTURE 200Ø FIRE SLEEVE IN RCC WALL AT BEAM BOTTOM

4150

2500

450 750

600MM PROJECTION LINE

2950

CENTER LINE OF DIAPHRAGM WALL

300

SECTION

• Section from road5 side, which is also the entry SCALE 1:150 for retail showrooms. SECTION • Building plinth is 1.5 m up from the road level. CALE • 1:150 Basement boundary wall is 9m from the road as per by laws

A 6000

DTypes of glazing systems are followed in building facades are :

800

2500

Spandrel Glass

Unitized glazing system with 24mm D.G.U high performance glass with Ceramic fritt pattern.

Unitized Glazing

1425

1% SLOPE

FIRE

3250

Fritt Glass Fin DIAPHRAGM WALL AT VENTILATOR SHAFT

3000 CENTER LINE OF DIAPHRAGM WALL

Service Shaft

Suspended Loop Glazing

Aluminum Louvers

FIRE

75mmthick 550mm wide clear glass fin with ceramic fritt pattern.

Aluminum lovers - aerofoil louvers with bird mesh.

SECTION

SCALE

FIRE

Spandrel glass with insulation.

Aluminium Louvers Unitized Glazing 8

SECTION

Typical driveway section porch pro 6 SCALEfrom entry 1:150 SECTION -viding 8m wide driveway. 10 SCALE 1:150 Diaphragm wall 600mm wide is constructed to support the driveway/podium slab. Ventilation shaft in all basement for exchange of fresh air.

1:150

SECTION

1:150 MS structure supGlass canopy with port 6mm thick laminated glass fixed with 6mm aluminum flat bar system. SCALE

Suspended loop system with 24mm D.G.U high performance glass back support with SS vertical plate. Glazing with vertical silicon joints. Glass railing with laminated glass ceramic fritt pattern 1.2 m high.

2500

VARIES

• • •

5025

SCALE

5025

SECTION

Site - Progress Photos

Diaphragm wall construction (01-06)

01.

02.

03.

04.

05.

06.

Excavation and Raft Construction (06-08)

06.

07.

08.

Basement & Ground Floor Slab Construction (09-11)

09.

10.

11.

Learning from this Project

• • • • • • • •

Understanding of Facade design and its components. Understanding of services in a high-rise building. Understanding of design to maximize sell-able area. Understanding of structural drawing and its components. Understanding of how to coordinated with consultant. Understanding of construction on site. Understanding of work flow when working with high-end developer. Understanding of Client presentation.

02 2017-2018

Redevelopemnt of Kedarpuri Location : Site Area : Typology : Status :

Kedarpuri, Uttarakhand / India 5 acres Town Planning / Architectural Design Under construction

The Uttarakhand floods of 2013 caused a catastrophic damage to the entire nation, especially to the temple town of Kedarpuri popularly known for the temple of Kedarnath, which falls as one of the most devotional religious center of Hinduism. As a CSR (company social responsibility), the responsibility was taken up by JSW (Jindal Steel Works) where the development of the entire master plan for the island, the development for the public spaces and the architectural designs for the residential and the ancillary structures was done.

Role in Project • • • • • • • • • •

Understanding contour levels from survey drawings and site analysis. Demarcation of houses in current Scenario and identifying scope of development. Establishing levels of central axis levels. Design developement model of central axis w.r.t houses. Electrical coordination of central axis lighting. Developing guidelines for development regulation in Himalayan region. Developing physical model for better understanding of levels and design development. Hindi script writting for a/v presentation to be shown in P.M office in New Delhi. Final Design presentation. Design report

Kedarpuri before -after Disaster Kedarpuri was haphazardly developed town. Before disaster it was cramped with human settlement, narrow streets. After disaster many building on the bank of both river collapsed. Only few houses we remained and area got reduced.

Kedarpuri before the 2013 floods (21Acres of Settlement)

Kedarpuri after the 2013 floods (13 Acres of Settlement)

Master plan Components 1. Aerial view of master plan 2. Dividing the site into 5 zones. 3. Establishing ghats and circulation along periphery. 4. Primary and secondary circulation pattern. 5. V.I.P circulation movement. 01

Design features and Evolution • After the 2013 flood disaster a natural access created in front of temple. • Flood destroyed mainly peripheral area which were along the river side, so a double height retaining wall is constructed. • Also there was need of public space to create a buffer as the density is very high. • To control the entry to the temple there was a need of plaza where people can sit or wait. 01

02 01. Establishing outline considering the river flow, river edges and restoring the river bed.

03. Establishing central axis and approach path for the temple.

02. Continuous circulation loop for ATV movement and for through out connectivity.

04. Temple plaza is created keeping temple at the center and extents are defined as per viewing angle and built fabric. 06

05. Buffer zone for circulation and queuing to control 06. Temple street is created to maintain the vision of temple`s door right from the entrance. Hence steps the flow of people entering in the temple. are created.

07. Creation of plazas for public events and gatherings as the existing settlement lacks urban spaces. 09

08. Pavilion in plaza facing both the rivers, these pavilion will have public amenities and sitting space on roof. 10

09. Formation of ghats along the sarasvati river which could be use for various religious purpose.

11. Phase -1 master plan have modular planning. It includes retained building as well as proposed building.Which allows internal circulation and form pocket of interaction.

Suggested Development Control

Hatched area should always be free from construction and shall remain open & clear forever

Highlighted red portion is representing retail activity on ground floor around central axis.

Construction of phase-1 and phase-2 should only be allowed in the highlighted area.

The planned activity should be accessed either through central axis or through plaza.

(0,18) meter

Master plan Phase-2

Detail at retaining wall

Detail at Ghats

215,0) meter

Slopping Roof (slate/tile/metal sheet)

Four residential unit Corridor with wooden railing

Wooden Louvers Washroom

Four residential unit retail

Plinth Shared stairs

Isometric view of typical house unit

Elevation of typical house unit

Plan of typical house unit

Academic Work

03 2016-2017

University School of Planning and Architecture Location : Site Area : Typology :

New Delhi, India 18.5 acres Institutional (Thesis)

Architecture school not only provides the education of design and building construction but also provides knowledge of professional ethics, sensitivity towards nature and society. Architecture school also plays an important role in making architecture education learning and not just studies. Architecture learning should be inclusive and interactive to broaden our perspective as visual as well as oral communication is important for better learning.

Concept • To create an environment which promotes continuous interaction, which would create a self-learning environment inside the campus. • Maintaining the micro-climate inside the campus for better performances of activities and user comfort. • Rather than creating intentional interaction spaces more focus is given on creating accidental interaction spaces

Someone is sharing knowledge, everybody is gaining knowledge but the one who interacts starts learning faster.

The Site The Site is in Surajmal vihar, East Delhi which is appropriate for institution as, East Delhi region needs development. Institutional building like architecture college helps in development and growth in urban surrounding.

Site

East Delhi

Delhi

IGI Airport - 30 km

Although in this there is no architecture college, so it will create more impact.

Railway Station - 13 km ISBT Kashmiri Gate - 10km Nearest Metro - 1.2 km

Site Surroundings

Vehicular movement Pedestrian movement

1 - Main entrance to site 2 - Unauthorized colonies 3 - Adjacent road to site 4 - Site from inside

5 - Fire station 6 - City mall 7 - Kempenski hotel 8 - Site boundary

Site Study

Surajmal Park

Adjacent Roads

Commercial

Residential

Wind from NW

Site Zoning

Less active zone Quiet zone Noise zone

N-S axis

Residential

Auditorium

College Block

Green Mound

1. Identifying three major zones of site.

E-W axis

2. Zoning of basic requirements on site.

3. Placement of academic building on site.

Site Plan

TOWARDS VISHW

PLAY

GRO

UND

MA HA SU RA JM AL 45 R M

JA OA D

WAS MARG

Basic Design Elements 1. A Mound is created on noise zone, so that it act like a visual and noise barrier between road and class rooms. 2. Floating decks are provide in masters block on ground floor to take natural green inside the studios.

M.arch block placement for better incoming of light and better interaction areas.

Ground Floor Plan

Staircase from B.Arch block to M.Arch block

Paneling and discussion area outside M. Arch Studio

First Floor Plan

Second Floor Plan

Corridor of masters on first floor

Large open air theatre for public activities

TOP OF TRUSS +17000 MM MUMTY +14000 MM ROOF 2ND FLOOR +10500 MM ROOF 1ST FLOOR +7000 MM ROOF G FLOOR +3500 MM

ELEVATION A

ELEVATION B

SECTION X-X’

SECTION Y-Y’

04 2015-2016

Central Business District Location : Site Area : Typology :

Khyber Pass, New Delhi, India 30 Acres Retail + Mixed use

Brief

District center is the large complex catering different public activities like, shopping, eating, re-creation. Also district center is a commercial hub of the city.

Concept Concept was to make complex more favorable for pedestrian and making vehicular movement on the outer periphery. Radial planning is opted for maintain both types of circulations and site is also stepped inwards for the same reason. In radial planning Imagiblity increases and way finding becomes better and also it increases the walkablity which we wants. Towers are connected through bridges which also becomes a design feature.

Site Precinct Photos

Site Location Plan

Street Elevation

Site Plan 1. Luxury Hotel 2. Club House 3. Mixed Use (G+8) 4. Mixed Use (G+5) 5. Mixed Use (G+8) 6. Mixed Use + Cineplex (G+5) 7. Mixed Use (G+5) 8. Mixed Use (G+8) 9. Mixed Use(G+3) 10. Mixed Use(G+14) 11. Studio Apartment (G+5) 12. Government Offices (G+5) 13. Banquet + Budget Hotel (G+5) 14. Residential Relocation (G+8) 15. Residential EWS (G+3) 16. Multilevel Parking (G+9) 17. Cultural Complex (G+5)

Circulation Plan • Circular planing makes way for pedestrian. • Vehicular movement is allowed only on outer circle. • There are 5 drop off points on the outer circle.

Typical driveway section from outer circle

Pedestrian Movement Vehicular Movement

Section A-A

Section B-B • Site is sloping downwards which creates the inti mate environment and also protects from noise. • Central cylindrical tower will have maximum no of users, which will create an interactive environ ment after office timings. • Also it will act as a landmark for the site.

05 2014-2015

200 Bedded Hospital Location : Site Area : Typology :

Sonipat, Haryana, India 30 Acres Medical-public

Brief Modern hospital buildings are designed to maximize the efficient of services by minimizing the transportation time of patient between units and maintain the hygienic condition inside. A hospital should not only heal patient through medical facilities but also the environment inside the hospital helps in patient`s healing.

Concept Modern hospital buildings are designed to maximize the efficient of services by minimizing the transportation time of patient between units and maintain the hygienic condition inside. Study has shown that patient on bed near a window recovers faster that which is not, so making a large court for natural light. North side of the building is lower while making south higher to provide shade inside. Terrace gardens are provided for inpatient wards for feeling of openness inside a hospital.

Rectangular box

Creating central court

South side raised and north is open for natural light

1. Entry to Emergency ward 2. Entry to O.P.D ward 3. Visitor parking 4. Security check 5. Green lawn 6. Emergncy and labour drop off 7. O.P.D drop off 8. Ramp for fire exit 9. Nurses quartes

07 03 05

05 01

Site Plan

Ground Floor Plan Exterior Circulation Internal Circulation Doctors only Circulation

Labor department is placed on ground with its in patient ward, also diagnostic is placed centrally for easy accessibility. A doctors corridor is provided for doctors movement in also toilet and doctors lounge is connected through this corridor.

First Floor Plan Exterior Circulation Internal Circulation Doctors only Circulation

On first floor there are Operation theater and two in-patient department of Neurology and surgery. Entry of Operation theaters kept different from entry of in-patient department.

Second Floor Plan Exterior Circulation

On second floor there are in patient department only they can access the terrace garden in the supervision.

Internal Circulation

Side Elevation

Section 1-1

Section 2-2

Front Elevation

• • • •

Section 1-1 is showing the vertical circulation inside building. Section 2-2 showing the central court and north. light coming inside, also the emergency ramp. Section 1-1 is showing the visitors lift. Section 2-2 i sshowing the Patient lift.

Thank You For Your Consideration