Architectural Portfolio / Cover page videos

ARCHITECTURE PORTFOLIO Subtitle : An undergraduate architecture portfolio

KULEEN

This is a collection of my selected works throughout my journey through my architecture college. The belief behind every project was to constantly challenge the existing dogmas , to question the very existence the aspects of our cities and the fabric of social interaction that lies within our cities . To maybe , reinvent the wheel .

To move forward , we must evolve and so must our creations .

For the high quality version ,videos and other works Scan the QR

ABOUT ME

SKILLS

An architecture student with enthusiastic, self-motivated, reliable, responsible and hard working personality . I am a mature team worker and adaptable to all challenging situations. I am able to work well both in a team environment as well as using own initiative. Particularly efficacious with the softwares and technical knowledge about today’s technology and utilizing them to their utmost potential.

KULEEN CHOUBEY CONTACT Address: 1705/T-12 Exotica Dreamville, Greater Noida West, Sec-16 ‘c’ Mobile : +91-9599131743 Email: kuleen.choubey12@gmail.com

REFERENCE Himanshu Kalra Director, Studio Ecchkay Phone: +91-9555585503 Email: hello@ecchkay.com

2015-2017

2007 - 2014

Adobe Premier Adobe AE

ArcGIS 10.7

University School of Architecture and Planning , GGSIPU, Delhi

Autodesk AutoCAD 19

Srilal Convent School (Class XI & XII) Dwarka ,Delhi

Sketchup Pro

Aravali International School (Class X) Faridabad

Vray for Sketchup

EXPERIENCES

Autodesk Revit 18

Lumion 11

Enscape Twinmotion 19

3D Designer May- October ‘19

Studio Ecchkay

Blender 2.93

Head of 3D Visualization ,Rendering for catalogue for Dalal Tiles and Studio

Marvelous Designer

Intern June-July ‘19

Design Accord , Delhi

Ar.Atul Jha Architect , Asst. Professor Phone: +91 8368622322 Email: ananda210@gmail.com in

Adobe Photoshop

Adobe Indesign 20

EDUCATION 2018- Present

Adobe Illustrator

Worked on Construction drawings and concept models

COMPETITIONS NASA ANDC ‘18 NASA GRIHA Trophy ‘19 (4th Place) Interior Design Competition ‘20 Intern

Keyshot 10 Rhino 7 Rhino Grasshopper Prezi Next

NASA ZNDC ‘18 NASA HUDCO ‘18

Design Accord , Delhi

MS Office Depth Map X

Preface This portfolio is an organized collection of goal-driven artifacts of my professional growth and achieved competence over the past four years. I am a architecture student studying at University School of Architecture and Planning , GGSIPU, Delhi. During my course of study, I have learned problem solving techniques, integration of theories into real life applications, and how to work in a group environment . As my journey ends at University School of Architecture and Planning (USAP), I look forward to trucing what I have learned into the corporate world to come up with new and innovative ideas for the global economy.

TABLE OF 06

10

14

18

THESIS DESIGN

STUDIO ECCHKAY

URBAN DESIGN

INTERIOR DESIGN

The Voxelaria

Product visualization

Rethinking Saket

The competition

CONTENTS 20

24

28

30

GRIHA TROPHY

MIXED USE DEVELOPMENT

HOSPITAL DESIGN

CONSTRUCTION DRAWINGS

NASA Entry

The Valencia

Hasseldorf Hospital

Architectural drawings

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KULEEN

ARCHITECTURE PORTFOLIO

THESIS DESIGN(n.)

Location : Noida Sec-105 Year : 2020-21 Type : Business cum Convention Center Softwares Used : SketchUp, AutoCAD, Illustrator Photoshop,InDesign,Premier pro, Blender, Lumion Involvement : Conceptualisation, Documentation, Site Analysis.

The idea of a sustainable skyscraper which is built as much for humans as for the flora and fauna that help revive the city and work as the biological hotspots as well as the knowledge hub of a city. It brings the people with close proximity and respect towards nature while the nature being conserved, flourishes along side . The main anchor for these entirely different entities will be the closed loop model that is cre-ated in the consumption and production creating a symbiotic relationship of nature and mankind.

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(n.)

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SITE PLAN (n.)

POTENTIAL RWH AND STP TANKS

GENERATOR ROOMS

1

B-1

UP FROM LOWER BASEMENT

DOWN TO BASEMENT 2

UP DN

DN

UP DN

UP

3

PRIMARY SUPPORTS TO PLATE GIRDER

UP

GF

DN

5 4 DN UP

GREEN ROOMS

6

COMMERCIAL

ENTRY FROM UPPER BASEMENT

COMMERCIAL

UP TO UPPER BASEMENT

ENTRY

MAIN EXHIBIT R-3 DN

UP

AREA UNDER THE OAT

UP TO CONVENTION CENTER

UP

RWH BARSCREEN

8

EXIT

RWH BARSCREEN

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9

ENTRY FROM UPPER BASEMENT

GREEN ROOMS

UP TO UPPER BASEMENT 10

DN

UP DN

UP

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11

12

WAITING LOUNGE DN

COMMERCIAL

The site plan demarks the entry and exit points which are on the diagonally opposite ends .The ground floor had to be designed in due consideration to the usage of the space to its maximum potential while making the space interactive and usable enough on the times of occasions too. The site may act as an exhibition ground in FEATURES

PRIMARY SUPPORTS TO PLATE GIRDER 7

UP

DN

UP

(Adv.)

ECS (proposed) - 310 cars x 3= 930 cars Contains the R.W.H Tanks and the Enhanced S.T.P tanks to reduce the number of pumps required and the cost of piping Entry exits placed at diagonally opposite edges to ensure ĂąñĂ³ą ďą Ķ¨ éñģ³é³êďō

13

UP FROM LOWER BASEMENT

CAFE

DOWN TO BASEMENT

14

FIRST FLOOR PLAN (n.)

PRIMARY SUPPORTS TO PLATE GIRDER

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MAIN EXHIBIT WALK

MAIN EXHIBIT R-3

THE OAT

UP TO CONVENTION CENTER

MAIN EXHIBIT R-4

(n.)

(Adv.)

Consists of mostly the commercial part. Spaces for small food kisosks and food diners and cafes cater for the small munches andFEATURES crunches of shopping experience for the visitors

COMMERCIAL

L1

COMMERCIAL ENTRY FITNESS AND YOGA

EXIT

DINER

COMMERCIAL

INFORMATION CENTER

(Adv.)

MAIN EXHIBIT R-2

MAIN EXHIBIT R-1

THE OAT

CONVENTION HALL

COMMERCIAL

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MAIN EXHIBIT R-4

COMMERCIAL COMMERCIAL

EXIT

LEVEL

FEATURES

MAIN EXHIBIT R-2

MAIN EXHIBIT R-1

ENTRY

The division of plaza makes the interlace a lively entanlged ribbon of spaces intertwining activities.

COMMERCIAL COMMERCIAL EXIT

ENTRY

Form Development

Massing and Edge treatment

Floor Plans

Ground Floor, Basement and First Floor

CONCEPT

EXIT

ENTRY PEDESTRIAN

(n.)

DROP OFF AND PICK UP

PEDESTRIAN

OFFICE SPACES AND BUSINESS CENTER ACTIVATED AND ENGAGING EDGE

One intriguing approach was pixilation . Pixilation allows provisions for stackable, flexible , mold-able , human spaces that can be shaped purely to the use . Modulation further reinforced this idea.The modules required to be flexible in use and stackable just like lego , so a unit behaves as a cell which come together to form spaces . For the spaces to work , the cells themselves had to be designed optimally .

INTERLACE CENTRAL PLAZA

DROP OFF AND PICK UP

DROP OFF AND PICK UP

CORES & CIRCULATION

GRID SIZE = 10X10M

COMMERCIAL EDGE

CORES & CIRCULATION

�ars and ��n��

PEDESTRIAN

PEDESTRIAN

EXIT

BARS AND F ‘N’ B

ENTRY DROP OFF AND PICK UP

Function Distribution Volumetric segregation

�ars and ��n��

�ocial uses �eisure

�ars and ��n�� �eisure

�ommercial

Function Distribution Elevational segregation

�usiness and office area �ocial uses

�ars and ��n�� �eisure

�ommercial �ommercial

PARK / GREENS

ACTIVATED AND ENGAGING EDGE

�usiness and office area �ocial uses

�eisure

PUBLIC PLAZA

FOYER

CENTRAL PLAZA

�usiness and office area

�ocial uses

COMMERCIAL

BARS AND F ‘N’ B

FOYER

The unit size of pixelation was to be carefully chose as explained in accordance with adaptability and optimal usage . The gird and massing was constantly sub divided for higher efficiency . �usiness and office area

COMMERCIAL

�ommercial

OUTRIGGER SYSTEM

(n.)

Outriggers are rigid horizontal structures designed to improve building overturning stiffness and strength by connecting the building core or spine to distant columns.

Tuned Mass Damper

23rd Diaphragm Floor Generic Outrigger 13th Diaphragm Floor Plate Girder

Elevational View Site Elevation

Outrigger System Isometric

19

13

23

30

Crucial Floor plans

Outrigger system locations

The floor plan of ninteenth floor shows how a typical floor is in a constantly morphing state with a huge amount of rentable space with the mid rib of cores rigged for torisonal stiffness and seismic load. The first diapraghm belt truss floor is the thirteenth floor , it houses 1/3 of the water storage tanks along with other services while the twentieth floor houses the remainder of the water storage and fire water storage tanks. It also consists of the refugee area which is open to the side as required.

The belt truss here is the widest among all of the belt trusses The last belt truss floor bracing the upper floors , the tuned mass damper and the expansion providing torisonal stiffness to the entire structure

Sectional View

Section through office building

Future possibilities View from the road

The Stacks

Preliminary stackable modules

THE GIANT IKEA KIT (n.)

The pixelation allows for the structure to be infinetly moudable and the floor systems the placement of the cores are provided with keeping this in mind , the infintely flexible spaces .

The project caters to a wide range of demograpic but the sense of belongingness , that blooms out of tangible interactions and a sense of personalization by letting the users by allowing them to define the space according to them . Instead of providing spaces with aimless provisions of services, attractor points, interactive and resting spaces, architecture could be an elaborate narrative of spaces curated in such a manner that the spaces themselves behave as stories for the people to experience. The main idea revolves around the recognition of such spaces.

Orthographic View Aerial view

Inspirational Graphic Human sizes for modules

02

KULEEN

ARCHITECTURE PORTFOLIO

STUDIO ECCHKAY (n.)

Location : Delhi Year : 2020-21 Type : Product Design and Rendering (Paid internship) Softwares Used : SketchUp, Photoshop, Keyshot, Lumion Involvement : Head of 3D modelling and visualization Team : Yashasvi Singh,Rushil Gupta, Kuleen Choubey, Prachi Sharma Designed by : Studio Ecchkay (Himanshu Kalra) The internship became a medium for free flowing creative visualization and practical sustainability to fit in and produce a satisfactory result. Client management and coordination were among the most important skills development along with the attention to detail, the positioning of the product and the rebranding of a brand through its style and its position in the market.

Showcasing products

Foremost renders establishing the style

THE CATALOGUE (n.)

Studio Ecchkay had the opportunity to design a catalogue for DALAL TILES ,a corporate giant in the Delhi tile industry, showcasing its wide range of concrete, GFRC and GRC products. The 200 pages contain more than 800+ renderings that were conceptualized, modelled and rendered within 4 months. The project was more than satisfactory for the client, who then purchased some of the samples designed by the STUDIO ECCHKAY creative team and acquired the copyrights for the patterns that were designed by the team. The actual price of the project has not been disclosed, but on average such a project could cost around 10 lakhs, depending on the quality and scope of the work.

Understanding Textures Diffuse , normal and height maps

Pushing boundaries of the geometry Multi textured materials and labels

PRODUCT DESIGN (n.)

The visualization for Studio Ecchkay’s products for their website and portfolio had to be curated in a partidular style adherering to the style illustrated and the brand position that their website layout put forward. Modelling proved to be the more challenging part as it demanded the real life imperfections to provide a plausible base for the correct UV mapping of the textures. The set design was another challenge keeping them subtle yet elegant enough to create a good base for the products to really bring out the form and textures . The lighting was inspired from actual set lighting to the accuracy of real life photometry.

THE DETAILS (n.)

The attention to detail had to be a subtle effort helping showcase the product and not overpower it . The client demanded that the tangible feeling of the textures was conveyed and properly illustrated through the renders which . Photometry and cinematography like that of David Fincher , Sam Esmial was studied to create unconvential views that stood out in a sea of product renders

03

KULEEN

ARCHITECTURE PORTFOLIO

URBAN DESIGN (n.)

Location : Saket,Delhi Year : 2020-21 Type : Urban Design and Redevelopment Softwares Used : SketchUp, AutoCAD, Revit, Lumion, Photoshop Involvement : Conceptualisation, Urban Road Design. Structural Design, Documentation, CAD Drawing Team : Yashasvi Singh,Rushil Gupta, Kuleen Choubey, Prachi Sharma, Manisha Kumari The site came from Saket and had to be the epitome of human-centered, sustainable and network-based exercise behaviour in and. The site was developed in two phases: macro and micro with a conscious approach. Trying to create a human-centered movement pattern while providing 3 connectivity loops as a binding factor for the location and at the micro level. A newly invented character for the Anupam complex, which both technologically and functionally shows the future of the community complex in the world of architecture.

THE SITE (n.)

The proposed sections posed threat to the existing bus networks used by the schools , which needed to be provided for in the design , instead of the current bus network intimidating the proposed plan , a new planned route is incorporated morphing the plan to provide a hastle- free , congestion-free movement of buses in and out of Saket without any causing hinderance. The two routes include a less used road running along the sports complex adds a new purpose to the street and diverts the traffic and congestion which earlier used to be along the Saket road .

REDENSIFICATION (n.)

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Residential Redensification

Ne

Block models

Anupam Complex DDA Sports GRID 13 MAX Hospital Complex

Design Process Cyclic Diagram

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Existing roads of Saket

SAKET

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THE ROAD NETWORK (n.)

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The fast cycling lane is a designated uninterrupted straight loop promoting cycling as a competitive sport . It fundamentally consists of the Press enclave road , Mehrauli Badarpur road , Golf course road and Mandir marg , partially fed by Pramod Mahajan and Saket road .

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The pedestrian green loop is a continuous uninterrupted loop that threads the residential complexesThe with fast a purely humanlane oriented cycling is a designed designated uninterrupted straight loop promoting cycling as a competitive loop that promotes the pedestrian movement by sport It fundamentally consists delegating the. space as a PEDESTRAIN HIGH- of the Press enclave road , Mehrauli Badarpur road , Golf course and Mandir partially fed by Pramod Mahajan and Saket road .The pedestrian green loop WAY .road Functionally it placesmarg many ,essential commercial activities , medical requirementsloop and that threads the residential complexes with a purely human oriis a continuous uninterrupted public spaces in harmony which heeds to the ented designed loop that promotes the pedestrian movement by delegating the space as a pedestrireverence of human interactivity and human an streets highway Functionally it places many essential commercial activities , medical requirements and oriented at its. core.

Proposed Inner Cycling Loop/ Green Loop public spaces in harmony which heeds to the reverence of human interactivity and human oriented streets at its core. These loops together mesh with the pedestrian oriented streets whilst providing them with a richer character but also a purpose and a sense of flavour to each road . The existence of these loops lies within the anchor points of Saket . These anchor points are birthed from the amalgamation of the nuclei in place and the re-densified proposal of Saket

PVR ANU

These loops together mesh with the pedestrian oriented streets whilst providing them with a richer character but also a purpose and a sense of flavour to each road . The existence of these loops lies within the anchor points of Saket .

These anchor points are birthed from the amalgamation of the nuclie in place and the re-densified proposal of Saket

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Existing Road Section Mehrauli Badarpur Road

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Proposed Roads Connectivity

The loops aim to be the epitome of human oriented street networks in Delhi. The loops extend and reach out to its surroundings inviting them to be more human centered rather than being trenches of hostility that the cars scoop and rob our urban landscape of .

Proposed Section Mehrauli Badarpur Road

The inspiration of our vision , an illustration by Swedish artist Karl Jilg Swedish Road Administration

UPAM

ANUPAM COMPLEX(n.)

Anupam Complex is also known as the Saket community center lies between two arterial roads namely Press Enclave road and Mehrauli Badarpur Road was constructed in 1984 by ODA and hails with an illustrious history with being India's first Multiplex. The intent of our design was to revive the much moribund complex by introducing user-friendly activities and recreational spaces and integrating the design with nature simultaneously revamping the space for the modern world.

PVR ANUPAM COMPLEX

PVR ANUPAM COMPLEX

PLAN AT LVL +2.45M

PLAN AT LVL -5M

NORTH

VEHICULAR ENTRY

NORTH FIRE EXI

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FIRE EXI

PEDESTRIAN ENTRY

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SERVICES FIRE EXI

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TICKET COUN TER

FIRE EXI

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PEDESTRIAN ENTRY

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SKILLS HA EXHIBIT RE MARK ION AND ET AR EA

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VEHICULAR ENTRY

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PEDESTRIAN ENTRY

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FIRE EXI

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+450

ENTRY

RECEPT

ENTRY

PAINT

PAINT

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FIRE EXI

PVR ANUPAM COMPLEX PLAN AT LVL +10M

NORTH FIRE EXIT

CORE

+2350

FIRE EXIT

CAFE/ INFOR MAL LOUN GE

RECEP TION AND WAITI NG

RETAIL

BILLIN G ROOM

FIRE EXIT

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FIRE EXIT

FIRE EXIT

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+2350

FIRE EXIT

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SAKET COMMERCIAL

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DINIIN G AREA

FIRE EXIT

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INSTITUTIONAL

SERVICES

GREEN AREAS

PEDESTRIAN MOVEMENT

SURFACE PARKING

VEHICULAR MOVEMENT

COMMERCIAL

SAKET

ROAD

INSTITUTIONAL SERVICES

Crucial Floor plans

Ground Floor , Basement and First floor

Elevational View From Saket Road

Sectional View

Through Skillshare center and The Hotel

The proposal incorporates the use of rain water and sewage water( both black and grey water) by the use of appropriate technologies .

The Enhanced STPs installed are proposed after thorough consideration of Anupam’s projected waste consumption which will treat water to be used in irrigation purposes in and around the site.

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KULEEN

ARCHITECTURE PORTFOLIO

COMPETITION (n.)

Location : Delhi Year : 2020-21 Type : Interior design competition Softwares Used : SketchUp, Photoshop, Keyshot, Lumion Involvement : Head of 3D modelling and visualization Team : Yashasvi Singh,Rushil Gupta, Kuleen Choubey, Prachi Sharma

Comfort is meant to be cherished . Textures are meant to run our fingers over. The world is meant to be felt in every facet.

DESIGN PROCESS (n.)

The value of something is defined by its scarcity. In this design, going all the way cozy and comfortable was not something intended. Contrast is one of the best ways to elicit qualities further in a more dramatic way. Spaces need to be designed to be functional yet empathetic. Monotony isn't just in colors, it's in the sense of composition and touch too, warm and cozy for a house is essential but it shouldn't be overdone.

THE IDEA (n.)

Rough feels rougher when kept with smooth.Scarcity defines value. Hence, instead of the whole place having a warm and cozy feel, the spaces demand the user to cherish comfort and make the emotions and feelings much more valuable.

BOMBOOO

Pandas would rather sleep in it

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KULEEN

ARCHITECTURE PORTFOLIO

GRIHA COMPETITION (n.)

Location : Siliguri, West Bengal India Year : 2019-20 Type : Airport Design Softwares Used : SketchUp, AutoCAD, Revit, Lumion, Photoshop Involvement :Conceptulisation and Form Development,Designing and Visualising the Departure Terminal, 3D rendering and Visualisation Team : Yashasvi Singh,Rushil Gupta, Kuleen Choubey, Prachi Sharma,Hardik Aggarwal, Avni Vishnoi,Jitesh Chadha, Rahul Yadav Designed for Bagdogra, a city in the Darjeeling district in West Bengal, the airport won the university's fourth place in the ANDC GRIHA 2019-20 trophy. The shape of the terminal building developed from the octagons in Buddhism ,faith followed locally .The ceiling is the signature of an airport that follows the genius of nature. All rainwater is collected with roof drains and gutters in landscaped tea gardens. 75 percent of the waste generated at the airport is treated.

THE DESIGN (n.)

Bagdogra is a town of Darjeeling district in the Indian state of West Bengal. Currently, this international airport has flights connecting Paro and Bangkok internationally. Airways domestically connect to Kolkata, New Delhi, Mumbai, Chennai, Bangalore, Hyderabad, Ahmedabad, Dibrugarh and Guwahati. The design incorporated a number of design techniques all intertwined with the systems that are essential for its operations.

FORM DEVELOPMENT PRODUCED BY AN AUTODESK STUDENT VERSION

RUNWA

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Buddhism is mainly influenced by four physical elements, earth, water, fire and air. All of these elements can be depicted using the same shape of a triangle. Hence, the matrix lead to the initial form of the terminal building

STAGE 1 Matrix fit into the Form and also goes With basic zoning. Acute spaces forming Niches.

AIR

STAGE 2 Funnel formation in the middle is a transition between boarding and check in area. Elemination of small niches and working on 60 degree angle.

STAGE 3 Working on obtuse angles for better functioning. Octagons in 45 degree for better structure.

Formation of public spaces on eastern and western facades.

ROTUNDA

SERVICE YARD VIP PARKING

VIP

ENTRY

WIND TURBINE

SOLAR PANELS

TERMINAL BUILDING FORECOURT SPACE FRAME SEWAGE TREATMENT PLANT PARKING

URBAN FARM

ROAD TO ARRIVAL

TEA GARDEN

ROAD TO DEPARTURE

WASTE TO ENERGY PLANT STREET LIGHT PEDESTRIAN WALKWAY VEHICULAR ROAD PETROL PUMP AND GAS STATION ENTRY APPROACH ROAD CONVENTION CENTER

PLASTIC SHREDDER WALL PLASTIC WASTE IS SHEDDED AND CAN BE SEEN THROUGH A TRANSPARENT WALL.

LEARNING BY SEEING

SHOPPING MALL

HOTEL SCALE - 1:2500

The Site Plan Vedana Airport

EXIT

A’

B

STRUCTURE (n.)

A

B’

A

E C

C

D

A’

B B

B’

C

G

B

H

J B’

C

A’

1. ENTRY GATES 2. BAGGAGE CHECK IN 3. SECURITY CHECK IN 4. AHU 5. ELECTRICAL ROOM 6. WASHROOMS 7. AIRLINE OFFICE 8. AIR TICKET OFFICE 9. DOMESTIC RETAIL 10.INTL. RETAIL 11. LOUNGE 12. AIR CREW STAFF 13. CHILDREN’S ROOM 14. SMOKING ROOM 15. BOARDING GATES

Forecourt is the public area, which is the transition for passengers and those who come to see off. Forecourt is the drop off point for both arrival and departure. Dendriform columns hold the three tier truss structure. Forecourt has six voids that gives inlet of light and increases natural ventilation. The internal workings of the airport is illustrated in the isometric below.

SMOKE ROOM (INTERNATIONAL PASSENGERS) WASHROOM (APRON AREA)

1. IMMIGRATION DESK 2.BAGGAGE BELTS 3. DUTY FREE 4.DOMESTIC RETAIL 5. WASHROOM 6. FROM BOARDING GATE 7. OVERHEAD CUTOUT 8. AHU 9. ELECTRICAL ROOM 10. AIRLINE OFFICE 11. AIR TICKET OFFICE 12. LOCKER ROOM 13. SURVEILLANCE ROOM 14. COMMUNICATION ROOM 15. LOST AND FOUND 16. STAFF LOUNGE 17. WAITING LOUNGE 18. EXIT GATES

WASHROOM (FOOD AND BEVERAGES) WASHROOM (SECURITY CHECK AREA)

FORECOURT

DEPARTURE FLOOR

C’

I

G

I

C’

MEZANNINE FLOOR DEPARTURE FLOOR PLAN AT LVL. + 10,000 MM SCALE 1: 1500

ARRIVAL FLOOR PLAN AT LVL. +450 SCALE 1: 1500

WASHROOM (BOARDING AREA) SMOKE ROOM (DOMESTIC PASSENGERS) WASHROOM (ARRIVAL) WASHROOM (ARRIVAL) DUTY FREE

FORECOURT SEMI- PRIVATE

ROOF FLOOR LVL. +21,000

SMOKE ROOM (INTERNATIONAL PASSENGERS)

ARRIVAL FLOOR PRIVATE

PUBLIC

ROOF FLOOR LVL. +21,000

DEPARTURE FLOOR LVL. +10,000 DEPARTURE FLOOR LVL. +10,000 MEZZANINE FLOOR LVL. +5500 ARRIVAL FLOOR LVL. + 450

MEZZANINE FLOOR LVL. +5,500 ARRIVAL FLOOR LVL. + 450

THE SYSTEMS (n.)

LOW PRESSURE

CROSS VENTILATION IN FORECOURT

WIND WALL CREATED DUE TO VORTEX FORMATION

Roof is designed in such a way that it makes an air envelope curtains channelize northern and eastern winds also providing noise reduction,the roof is self shading too. Saplings supply from teri micropropagation plants are grown in this urban farm. These micropropagation plants do not need any soil for root growth or water, they only require sun light to grow. Revenue generation from selling of these plants is a definite increase in the economy. Maintenance of the plants also generate employment.

AEROPONIC IRRIGATION SYSTEM

WINTER FOLIAGE

NANOBIOME BUILDING SKIN

ANALYSIS SENSOR PLATE DELIVERS COMPREHENSIVE INFO AND ANALYSIS OF ENVIRONMENT.

FENESTRATIONS (TRANSPARENT SOLAR CELLS)

THATCH

FLY ASH BRICKS MOSSES FOR CLEAN AIR INTAKE OF TOXINS AND PRODUCTION OF OXYGEN SIMULTANEOUSLY.

BIOMASS COLLECTOR BIOMASS GENERATED AS A BYPRODUCT CAN BE STORED AND USE AS FOR MULTIPLE USE.

SUMMER FOLIAGE

SOLAR PANELS

TIMBER

ENERGY PROVISION SOLAR PANELS OR GRID SYSTEM CAN ACT AS ENERGY SOURCE

CONTROLLABLE VENTILATION FILTER EFFECT CAN BE INCREASED AS IT INCREASES AIRFLOW.

WIND CHANNELISATION

TEA WASTE BRICKS

COOLING EFFECT MOISTURE STORING CAPACITY OF MOSSES GENERATES EVAPORATING COOLING

REED

FLYASH

BLACKSTONE

TERRACOTTA PLANTER BLOCKS

NANOBIOME BUILDING SKIN

BIOMASS COLLECTED IS SUPPLIED TO THE BIOMASS ENERGY PRODUCING POWER PLANTS NEARBY IN MEERUT

GRANITE

SANDSTONE

DRAIN IN ROOF LIMESTONE SOLAR PANEL AND FENESTRATIONS

DRAIN IN

TERRACOTTA

MARBLE

NOISE REDUCTION

DRAIN IN

WATER

FROM ROOF GLULAM TIMBER

FILTER TRENCHSWALES SIPHONIC DRAINAGE SYSTEM

STORM WATER COLLECTION TANK

GRAVITY DRAINAGE SYSTEM FILTER TRENCHES

AAC BLOCKS

SOAKAWAYS (GROUND WATER RECHARGE) RAINWATER HARVESTING PIT

Solar analysis

Rainbow spectrum lux analysis

DOLOMITE

BAMBOO

Roof Systems

Layers of operations

06

KULEEN

ARCHITECTURE PORTFOLIO

MIXED USE DEVELOPMENT (n.)

Location : Siliguri, West Bengal India Year : 2019-20 Type : Mixed use Development Softwares Used : SketchUp, AutoCAD, Revit, Lumion, Photoshop Involvement :Conceptulisation and Form Development, 3D rendering and Visualisation Team : Salil Sharma , Kuleen Choubey , Archit Jaiswal , Piyush Jain

A megacity of 20 million people and more than 18 million vehicles without any proper pedestrian pathway, is thought to be impossible. Since the project had a commercial as well as residential footprint. With little to no residential area nearby, there should be a cardinal reason. The project wanted it to be "Talk of the town".

However, considering Delhi's lack of quality footpath, the thought was that it'd be better to make it "Walk of the town".

THE CONCEPT (n.)

This was all about sewing the whole mass together. Which trinkled down to formulating the circulation, the bridges And connecting the terrace of the podium for it to be exploited by the Residents in the best possible manner. Furthermore The project was all about providing an experience for the visitor, so, we hewed the podium in a way that it provides each space its unique identity. An island in the middle breaks the huge central open space into two at the same time encourages the visitor to walk even more.

The concept revolves around finding the perfect balance between the aforementioned two phrases. The idea is to design space so eccentric, that it gets added to one of the tourist spots of the capital.

SOLVING THE MOVEMENT

(n.)

Crucial Floor plans

Ground Floor , Basement , Podium level

The site is located near railway station metro station and bus stand abutts it. A perfect location for transit-oriented development lying at centre of the capital. It holds a premium advantage. With two edges lying on the primary road. Access points for clearly predicted. keeping in mind the location of the bus stop, the road coming from the metro station and the railway station. The island acts as a dividing element to the whole building block full stop the split that takes place is visual and in no way forces someone to take a particular path making the circulation free Pedestrians are like water, any hindrance in the way they will cross it through the smallest aperture, showing the free flow of the pedestrian pattern. Massing encourages the visitor to enter the site through large openings and causes no blockage to one's path.

Site context

Access Points

The Islands

Pedestrian pathways

Massing for walking

THE TOWERS (n.)

Tower 1

Plans and isometric

Sectional View

Through the main OAT and the podium

Tower 2

Plans and isometric

Tower 3

Plans and isometric

Elevational View View from the road

Changing uses at the ground level was considered – for example designing for privacy (such as raising ground-level residential units above street level) can make it extremely difficult to change the street front spaces for retail or commercial uses at a later date. The inspiration from the case studies and our parenthesis led to this design form. All parameters were kept in mind while adhering to the guidelines taken from the Master plan of Delhi, Auckland mixed-used development, Manual of the city of Antioch .

DESIGN ELEMENTS Facade Treatment

Towers have been treated with horizontal wooden jaalis, which help cut the direct sun and the air passing through gets cooled too.

Towers

Podium Landscape

Podium LVL 2

Ground Floor

Infinity Pool

Driveway

Every tower has been provided with an independent driveway for convinient drop in and drop off.

Higher than the topmost podium level, lies an infinity pool, like a crown, providing a great view towards the famous Connaught Place

Retractable Fences

Provision for motorized retractable fences have been made to secure the site parameter during the night,

Pocket Park

Vendors

Place has been allocated for local vendors to station their carts and add to the informal business sector in the space

Driveway

Every tower has been provided with an independent driveway for convinient drop in and drop off.

Basement 1 OAT

Basement 2

Basement 3

A theater lies just in the centre of the site which proves to be an activating design element as it encourages large gatherings

Secluded from the daily humdrum lies a green patch cocooned by the podium, a great place to relax and have an icecream

07

KULEEN

ARCHITECTURE PORTFOLIO

HOSPITAL DESIGN (n.)

Location : Dwarka, Delhi Year : 2019 Type : Hospital Design Softwares Used : SketchUp, AutoCAD, Revit, Lumion, Photoshop Involvement :Conceptulisation and Form Development, 3D rendering and Visualisation

The aim of this study project was the design of a 100-bed hospital in Dwarka with an area of 7500 square meters. The changes revolved around solving the functional aspects of the building such as structure, services, waste disposal and also the use of appropriate technologies and materials for the purpose of privacy, sound insulation, sustainability, etc.And also taking into account the design of the landscape elements in order to promote healing architecture.

HOSPITAL DESIGN (n.)

The primary hypothesis was that perceived quality of care would be greater for waiting rooms that were nicely furnished, well-lighted, contained artwork, and were warm in appearance versus waiting rooms that had outdated furnishings, were dark, contained no artwork or poor quality reproductions, and were cold in appearance. Entering the rooms were broad and let in let from a long slit and a window with a creosote flustered sill. Private rooms for counselling and therapy have skylights to allow natural light in while giving the users privacy.

Floors are made from polished concrete. All of the skylights have been fitted with subtle frames and concealed ventilation mechanisms to achieve an overall minimalist aesthetic.

The building feels as a mountain in the skyline of Dwarka , the peak is quite noticeable. The serene background of it being in at a quite place in Dwarka fills it and compliments it being there. structure feels like glass and lines running parallel and over each other , mingling too. The building seems like it was almost yearning to be a minimalist structure and now it wears proudly this crown , this veil beautifying it by the the element of mystery and royalty.

The Site plan Site Layout

Elevational View View from the road

Sectional View

Through the OPD area

THE COMPONENTS (n.)

The roof tops act as big community spaces for the patients and their family members to gather and just awe at the things around and for physiotherapy. For patients , the roof top on the 5th floor has an urban farm with a bonsai garden where the patient can cultivate a habit of gardening and take his/her mind off things and actually devote to nurture a life , care for it.

07 CONSTRUCTION DRAWINGS

(n.)

KULEEN

ARCHITECTURE PORTFOLIO

Year : 2019-21 Type : Architectural Drawings Softwares Used : SketchUp, AutoCAD, Revit

Architectural drawings are the technical representation of a building that is made prior to the beginning of the construction process. They are made with lines, projections and are based on a scale. The following is the display of the construction drawings that were worked upon in during academic curriculum and the Design Accord internship. This vividly comprehends the technical knowledge , the fluency with CAD softwares and attention to detail .The projects are the products of use of multiple softwares to provide optimal and timely submissions such as Revit and Sketchup especially for the isometrics of details.

PRODUCED BY AN AUTODESK STUDENT VERSION

NOTES 1. ALL DIMENSIONS ARE IN MM. 2. ALL WALLS ARE 230 MM THICK UNLESS OTHERWISE SPECIFIED. 3. ALL DIMENSIONS ARE TO BE READ NOT SCALED. 4. ALL DOOR AND WINDOW LEVELS ARE WITH RESPECT TO FINISHED FLOOR LEVEL. 5. TYP - TYPICAL 6. A.P.S. - AS PER STRUCTURE 7. W - WASHROOM 8. SC - STAIRCASE WALL FLOOR CEILING FINISH FINISH FINISH 9.

FF WF CF

COLUMN TO RCC FOOTING

1

R

Staircase Schedule Tread 300

78

35

3

Riser 150

Width Number 1600 25

S

00 84

2

GROUND FLOOR ARCHITECTURAL PLAN

DATE

NOS.

72

12MM LEVEL DROP

D1

WF2 CF1 FF2

4147

6248

SD1

D1

495

728 3010

732 D1

604

846

8100

V1

2400

Riser 150

HANDICAP TOILET

Width Number 1600 25

8100

STEEL COLUMN

MAIN BEAM

2400

2010 V1

V1

2400

V1

1153

SD1

ANGLE SIDE CLEAT BOLTED TO COLUMN AND BEAM

SECONDARY BEAM

STEEL BEAM

PRODUCED BY AN AUTODESK STUDENT VERSION

8400

C D

E

8400

8400

F

8000

G

J

H

1

Tread 300

GROUND FLOOR FRAMING PLAN

84

2

78

35

3

Riser 150

COLUMN TO INFILL WALLS , CLADDING

T

44

Tread 300

UP

1500 7000

ELECTRICAL ROOM

Riser 150

W = 1500

B

A

+19800

8400 MAIN STAIRCASE

DN

C D

E

8400

UP 8400

8400

8000

FIRE LOBBY

4100

J K F G H PRODUCED BY AN AUTODESK STUDENT VERSION LIFT

DN

ISOMETRIC VIEW

CORE PLAN

ISOMETRIC VIEW

CORE PLAN MEN'S TOILET

WOMEN'S TOILET

10MM CEMENT MORTAR

A.H.U

75MM PCC

MEN'S TOILET

30MM WATER PROOFING SHEET

FIRE STAIRCASE

FIRE LOBBY

WOMEN'S TOILET

MARBLE

FF3

TRIMAX FLOORING

FF4

ANTISTATIC CONDUCTIVE T

CF1

FINISHES GYPSUM BOARD

CF2

SUS. WOOD PANELLING

CF3

PLASTERING

LEGEND

KEY PLAN

+19800 LVL

16 AMP POWER SOCKET

+18000 LVL

12MM LEVEL DROP

EXHAUST FAN

DATE

BEADING BEADING

12

WOMEN'S WASHROOM

FRAME MULLION FRAME MULLION

RUBBER GASKET RUBBER GASKET

MEN'S WASHROOM

BOX SECTION BOX SECTION 12MM LEVEL DROP

WALL/FRAME OVERLAP FIN WALL/FRAME JANITOR'S CABIN OVERLAP FINISH ALUMINIUM SECTIO ALUMINIUM SECTIONS

JANITOR'S CABINET

BEADING BEADING

REFLECTIVE 7MM 7MM THICKTHICK REFLECTIVE GLASSGLASS

SLIDING SLIDING DOORDOOR LOCKLOCK

ALL IN MM.

FIXED GLASS DOUBLE LEAF OPENING FIXED GLASS DOUBLE LEAF OPENING

ARCHITECTURAL DETAILS & FRAMING PLAN (SPEED FLOOR) WITH DETAILS

SIGN

STONE STONE FINISHFINISH

12MM LEVEL DROP

DOWNLIGHT

BUILDING CONSTRUCTION

ISOMETRIC VIEW

12

N

FIRE-RESISTANT VENEER FIRE-RESISTANT VENEER

RUBBER SEALANT RUBBER SEALANT

FIRE-RETARDING INSULATION WOMEN'S FIRE-RETARDING INSULATION WASHROOMFINISH FINISH DETAIL WALLWALL HINGEHINGE DETAIL

MEN'S WASHROOM

U

SHEET NO.

CHECKED BY:

FIRE LOBBY

FIRE LOBBY

ALL IN MM.

BUILDING CONSTRUCTION

+3600 LVL FIRE STAIRCASE

HANDICAP TOILET

W1

MIRROR LIGHT

+7200 LVL SCALE :1-100

FIRE STAIRCASE

SHAFT

W1

12MM LEVEL DROP

WINDOW FIXING DETAIL WINDOW FIXING DETAIL LINTEL ATAT LINTEL

WATERPROOF WATERPROOF FILLER FILLER

KULEEN CHOUBEY TH 4 YEAR U.S.A.P

12MM LEVEL DROP

OVERLAPPING DETAIL OVERLAPPING DETAIL DOUBLE DOOR OFOF DOUBLE DOOR

12MM LEVEL DROP

ONE WAY SWITCH

MM THICK 12 MM12THICK CEMENT CEMENT MOR MOR

W1

W1

SIDE - TOP,- TOP, SIDE BOTTOM12MM LEVEL AND AND BOTTOM FLUSH FLUSH DOORDOOR DAL SECTION DROP DAL SECTION 30 THICK MM THICK 30 MM

FIRE RATED DOR WITH INSULATION FIRE RATED DOR WITH INSULATION TOTO RUBBER SEALANT RUBBER SEALANT WITHSTAND FIRE WITHSTAND FIRE FOR STOPPING SMOKE FOR STOPPING SMOKE LEAD LINING INSIDE STEEL LEAD LINING INSIDE STEEL CASEMENT AND ACOUSTIC ABSORBENT CASEMENT AND ACOUSTIC ABSORBENT

GLASS GLASS THICKTHICK 8MM8MM

CORE ARCHITECTURE AND FRAMING PLAN KULEEN CHOUBEY 3RD YEAR U.S.A.P

N

200MM RCC SLAB SCALE

DATE

CHECKED BY

SHEET NO.

U

ROLLER ROLLER

GASKET GASKET

PRODUCED BY AN AUTODESK STUDENT VERSION

2500MM BROKEN BRICK BAT'S

+23400 LVL

+21600 LVL

20MM MARBLE

ANTI-SKID TILES

FF2

TIMBER TIMBER STUDSTUD SCREW - 50 MM SCREW - 50 MM RUBBER GASKET RUBBER GASKET MM THICK 7 MM7 THICK GLASS GLASS

PRODUCED BY AN AUTODESK STUDENT VERSION

A.H.U

FF1

SCALE :1-250

PRODUCED BY AN AUTODESK STUDENT VERSION

LIFT

3100

8400

FINISHES

MM THICK VENEER 4 MM4 THICK VENEER

PROJECT HOSPITAL DESIGN

PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION

R = 150 T = 300

7000

ANTISTATIC CONDUCTIVE

BACKER ROD WIRE ANCHOR

COLUMNS

PRODUCED BY AN AUTODESK STUDENT VERSION

UP

TIMBER PANELLING

WF4

JANITOR'S CABIN

TIMBER LIPPING (25MMX38MM) TIMBER LIPPING (25MMX38MM)

12MM LEVEL DROP

Width Number 1600 25

LOBBY NO. OF STEPS = 24

BACKER ROD

PRODUCED BY AN AUTODESK STUDENT VERSION

B

DROP

PLASTER PLASTER

CF4 CONCRETE FILLED ALONG THE LENGTH OF THE COLUMN ALONG WITH BACKER ROD EMBEDDED

FIRE STAIRCASE

6

LATEX PAINTING

WF3

JANITOR'S CABINET

Staircase Schedule

DN

6500

WOMEN'S TOILET

MEN'S TOILET

FINISHES VINYL COVERING

WF2

NAME 6MM WIRE BLOCK REINFORCEMENT

L-CLEATS FASTENED TO CINDER BLOCKS

BACKER ROD

NAME WF1

CEILING FINISHES

BEAM STEEL SECTION

CINDER CONCRETE BLOCKS

HDP TOILET

5

PRODUCED BY AN AUTODESK STUDENT VERSION

72

INSIDE

L-CLEATS FASTENED TO CINDER BLOCKS

A

72

+19800

4

45

00

SHAFT

W = 1500

2100 2100

WALL FINISHES

NAME

CINDER CONCRETE BLOCKS

OUTSIDE

2200

1000 900

FLOOR FINISHES

CINDER CONCRETE BLOCKS

2989

4'

R = 150 T = 300

4200 1800 1800

PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED AN AUTODESK STUDENT VERSION 12MMBY LEVEL 12MM LEVEL DROP

X-RAY ROOM DOOR X-RAY ROOM DOOR

Width Number 1600 25

S CORE PLAN 68

NO. OF STEPS = 24

X

WOMEN'S WASHROOM

MEN'S WASHROOM

2000 2100

SCHEDULE OF FINISHES

BACKER ROD

RCORE PLAN Staircase Schedule 00

CORE PLAN

Width Number 1600 25

600 700

1150

PRODUCED BY AN AUTODESK STUDENT VERSION

Riser 150

1900 2300

1700 1400

K

CINDER CONCRETE BLOCKS

Tread 300

400

500 1800

12

NAME WIDTH HEIGHT

4100

BEAM TO INFILL WALLS , CLADDING

Staircase Schedule A.H.U

2100

DOORS SCHEDULE 8400

B

A

V2 V3 SW2

PRODUCED BY AN AUTODESK STUDENT VERSION

8400

12MM LEVEL DROP

WINDOWS SCHEDULE

3100 7000

12

12MM LEVEL DROP

SCHEDULE OF OPENINGS

NAME WIDTH HEIGHT CILL. LINTEL V1 1800 1200 750 1950

2644

768

STEEL COLUMN

END OF BEAM NOTCHED TO FIT INSIDE TOP FLANGE OF MAIN BEAM

STEEL BEAM

3600

2010 V1

V1

Tread 300

V2

8100

2010

W1

12MM LEVEL DROP

Staircase Schedule

D1 249

425 D1

V2

4400

V2

536

4400 848 V2

4400

V3

D1

648 D1 568 V2

1685 V1

D1

6710

V2

12MM LEVEL DROP

STRUCTURAL STEEL JOINERY DETAILS

PRODUCED BY AN AUTODESK STUDENT VERSION

6

6000

2010

4400

866 3886

6500

WF3

846 V2

D1 CF2 FF2

V2

D1

468

V1

V2

V2

10329

1154

D1

V2

V2

V1

4400

V2

V1 4540

Section of HRS joining R.C.C.

2170

4400

D1

5

7940

V1

W1 12MM LEVEL DROP

1392

35 V2

V1

V1

V1

7940

6369

4400

6862

7000

2925 4400

3531

V1

V1

V1

495

231 3161 4400

4971 12694

4400

1800 1800 115

1141

1500

4

2989

4'

68

4200

4400

6600

Width Number 1600 25

3100

Riser 150

82 14

Tread 300

72

SHAFT

RAIL SECTION RAIL SECTION SLIDING DOORDOOR SLIDING

SECTIONS ALUMINIUM SECTIONS ALUMINIUM

FRAME FRAME GLASSGLASS SLIDING DOORDOOR SLIDING SEALANT SEALANT RUBBER RUBBER SMOKE SMOKE FOR STOPPING FOR STOPPING

BACKING BACKING

SEALANT SEALANT RUBBER RUBBER SMOKE SMOKE FOR STOPPING FOR STOPPING

GASKET GASKET

BEADING BEADING GLASS THICK GLASS 8MM8MM THICK

FIXED GLASS SECTION FIXED GLASS SECTION WITH MULLION DETAIL WITH MULLION DETAIL

SLIDING GLASS AL.AL. SLIDING GLASS DOOR PLAN DETAIL DOOR PLAN DETAIL

SLIDING GLASS AL.AL. SLIDING GLASS DOOR HEAD DETAIL DOOR HEAD DETAIL PRODUCED

BY ANBY AUTODESK STUDENT VERSION PRODUCED AN AUTODESK STUDENT VERSION

Staircase Schedule

W1

W1 REMARKS

44

45

00 68

ISSUES

Plan of a typical column joining R.C.C.

T

PRODUCED BY AN AUTODESK STUDENT VERSION

SO WINDOW C WINDOW

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

154 8

285 5

8 192

24

64

225

9 171

J

H

K

4485

3204

0 22 54

G

62

8400

8400

5411

8400

8400

8400

8000

SPEED FLOOR JOINERY DETAILS

61

I.C 7000

04

20

F

E

1738

C D

B

3491

0

A

2867

GROUND FLOOR FRAMING ( SPEEDFLOOR )PLAN

NOTES

754

658

GT

SIab thickness

L

cIearance

34

02

K

A

Details on edge support

1296

4100

1. ALL DIMENSIONS ARE IN MM. 2. ALL WALLS ARE 230 MM THIC UNLESS OTHERWISE SPECIFIE 3. ALL DIMENSIONS ARE TO BE R NOT SCALED. 4. ALL DOOR AND WINDOW LEV ARE WITH RESPECT TO FINISH FLOOR LEVEL. 5. TYP - TYPICAL 6. A.P.S. - AS PER STRUCTURE 7. W - WASHROOM 8. SC - STAIRCASE WALL FLOOR CEILIN FINISH FINISH FINIS 9.

FF WF CF

ROOF LEVEL

331

75

8 72

38

10

ISSUES

Lockbar sIot Service hoIe

LVL +18500

85

2

12mm PIate

FIFTH FLOOR LEVEL

34

08

SUPPORT

8

1136

28

LVL +22500

9

278

2125 1165

66

45 8 2644 54 FIFTH FLOOR CEILING LEVEL

22

118

ISLAND DETAIL

00

62

LVL +26000

2239

1056

50

Shoe

L

2

FOURTH FLOOR LEVEL LVL +14500

30

45

01

5

171

LVL+10500

M SECOND FLOOR LEVEL

I.C 3013

LVL +4100

0

160 0 270 1

GT

4552 LVL +450

SCHEDULE OF OPENINGS

D12 at 200, 1500 Iong, stagger

25 MPa Concrete

GROUND FLOOR LEVEL

9290

14298

CLEAR DISTANCE BETWEEN SUPPORTS

provide 20 x 3mm sawcut with approved seaIant

3

90

c

300 1800

SERVICE FLOOR LEVEL

Min 1300

If required for shrinkage crack controI

339

9625

1500

10

L K

LVL +6500

D

2409

20391

SpeedfIoor Joist

B

Detail on beam (in case of typical R.C.C BEAM)

THIRD FLOOR LEVEL

AIternate Bars 300mm

for 90 sIab

WINDOWS SCHEDULE

SE62 Mesh

NAME WIDTH HEIGHT CILL. LIN V1 1800 1200 750 19

BASEMENT LEVEL

SAME AS 1

2800

LVL -3400

V2

2100

400

1900 23

V3

500 1800

1700 1400

600 700

20 21

40.94°

7312

GT

10 8631

J 25

G

H

55

F

PRODUCED BY AN AUTODESK STUDENT VERSION

GROUND FLOOR FRAMING ( SPEEDFLOOR )PLAN

I.C

LAST MANHOLE

NAME WIDTH HEIGHT 1150 2200

69

SAME AS 1

279

58

56

21 0

8

57

23

D

3

50

E 91

47

00 25 00

1° 45.0

35

58

5

342 199

1047

44.99°

2367 170 9

9

10 12 6

ISLAND DETAIL

SCALE :1-200

174 72 0

4 58

85

95 54

18

52

5°

STANCHION

CINDER BLOCKS

FF3

TRIMAX FLOORING

FF4

ANTISTATIC CONDUCTIV

FINISHES GYPSUM BOARD

CF2

SUS. WOOD PANELLING

CF3

PLASTERING

PROJECT HOSPITAL DESIGN ALL IN MM.

BUILDING CONSTRUCTION

46.3

1483

C

N

U

D

411

8

E

DATE

SHEET NO.

CHECKED BY

SECTION AND SECTIONAL (SPEED FLOOR) DETAILS KULEEN CHOUBEY TH 4 YEAR U.S.A.P

on span

SCALE

8°

695

530

KULEEN CHOUBEY 3RD YEAR Size depending U.S.A.P

EXTERIOR MULLION AND TRANSOME SYSTEM FOR DRYCLADDING

9

864

77.9

1199

53

3790

MARBLE

22

0 879

9

ANTI-SKID TILES

FF2

MULLION

SMARTSTONE SYSTEMS WITH INSULATING SELF LOCKING DRY CLADDING

COLUMN LAYOUT PLAN

8885

78 9

FINISHES

FF1

SCALE :1-250

BUILDING for 90 sIab SE62 Mesh CONSTRUCTION

THE FRAME FOR DRYCLADDING IS MOUNTED ON WITH THE HELP OF FASTNERS AT INTERVALS ON THE CINDERBLOCK SURFACE AND L-CLEATS ON THE COLUMNS

PRODUCED BY AN AUTODESK STUDENT VERSION

5

9

3

°

B

163.11°

joist

1747

250

45.9

56 23

A

3727

752

191

size depending on span

74.92°

4585

69

504

1412

14704

250 4207

26

48

4333

40

ANTISTATIC CONDUCTIV

KEY PLAN

76

93

1239

2566

1043

491

6749

2663

3460 304

7406

3856

9

36

1788

7

TIMBER PANELLING

WF4

CF4

ALL IN MM.

25 MPa Concrete

61

263

3418

SITE REFERENCE POINT

ISLAND TO SITE REFERENCE ISLAND REFERENCE

Minimum edge distance

90mm sIab 30 MPa concrete

5516

WF3

REFERENCE POINT

C

Details from side

F

3890

1351

ISLAND MARK

12.0 1°

82 4

D

3110

SE72 Mesh

0

EPDM SEALENT

X

2910

2925

3621

Mesh Detail

25

1855

75

41 48

44

1

50

9°

44.9

LATEX PAINTING

CLADDING SYSTEMS

83

572

SPEED FLOOR SLAB DETAILS .99°

13

5687

4449

A

ISOMETRIC VIEW

G

19 33 7

00 25 9°

885

15482

28 41

FRONT ELEVATION

1°

45.0

44.9

1714

VINYL COVERING

WF2

NAME CF1

(ORDER LENGTH)

0 185 60 20

1

14727

6574

FINISHES

WF1

CEILING FINISHES CLEAR DISTANCE BETWEEN SUPPORTS

18 176369

2098

2311

61

51 41

25

00

10931

5

WALL FINISHES NAME

NAME

2

4945

2100 2100

FLOOR FINISHES

25mm Cover

75mm seating Typ

49

4683

9 72

3430

6407

48.1°

D12 at 200, 1500 Iong, stagger AIternate Bars 300mm

90

57

45°

5000

InternaI Support Line

25 MPa Concrete for 90 sIab SE62 Mesh

SIGN

DATE

CHECKED BY:

PRODUCED BY AN AUTODESK STUDENT VERSION

150

If required for shrinkage crack controI provide 20 x 3mm sawcut with approved seaIant

FLOOR SYSTEM INFILL WALLS , BEAM AND FLOOR

Speededge

H

1475

208

39

2432

1812

175

01

78

12

9

94

25

9°

81

1551

171

B

54.6

687

02

16

116

SAME AS 1

1

1 76

2723

47

GT

45°

4897

97

117

B

I.C

2190

1500

359

4

1864

15300

13

7

5

87

81

18

C

6

00

24

1000 900

SCHEDULE OF FINISHES

Detail on beam (in case of typical H.R.S BEAM)

SAME AS 1

22

PRODUCED BY AN AUTODESK STUDENT VERSION

DOORS SCHEDULE

SECTION XX'

I.C

PRODUCED BY AN AUTODESK STUDENT VERSION

21

88

2

SW2

N

SHEET NO.

PRODUCED BY AN AUTODESK STUDENT VERSION

NOTES

1

J

K

SPEED FLOOR JOINERY DETAILS

T

PRODUCED BY AN AUTODESK STUDENT VERSION 8400

1

1500

4400

6862

7940

2170

3

Riser 150

Width Number 1600 25

LVL +22500

1685

2010

2400

8100

2010

2400

2010

15mm Chamfer (typ)

2400

1153

2170

4400

THIRD FLOOR LEVEL LVL+10500

Backing Rods

6248

WF2 CF1 FF2

8400

B

A

8400

8100

2010 8400 2400

1685

C D

E

8400 2400

2010

F

4400

4400

4400

c

8100

8100

3600

2010

Tread 300

D

8400 2400

G

7000

8400

E

F

8400

8000

G

SECTION XX'

3

Width Number 1600 25

1500

00

A

Grout injection hole

Tread 300 2500

Riser 150

Width Number 1600 25

2500

Sealant

6500

1500

7000

5 Tread 300

6

Riser 150

6

7000

8400

A

B

A

8400

B

8400

C

C

E

8400

260

8400

8400 8400

8000

E ELEVATION F FRONT F

G

8400

H

G

8000

4100

J

K

J

H

K

Surface coating system as specified

roughen

"varies"

"varies"

Grout injection hole

2499

Grout

Torched on deck membrane as specified 5000

2499

SE72 Mesh

90mm sIab 30 MPa concrete

packer / shim Drossbach tube

D12 Starter bar, cast into floor

packer / shim

Torched on deck membrane as specified SMARTSTONE SYSTEMS WITH

Sealant

Shim packer

45° chamfer to screed

TYPICAL FOUNDATION DETAILS joist

Size depending on span

NAME

F

NAME

FINISHES

WF1

FF1

ANTI-SKID TILES

FF2

MARBLE

FF3

TRIMAX FLOORI

FF4

ANTISTATIC CON

WF2 WF3

WF4

NAME CF1

NAME F FINISHES FF1BOAR GYPSUM

CF2

FF2 PA SUS. WOOD

CF3

PLASTERING FF3

CF4

FF4

KEY PLANF CEILING

6

20

NAME CF1

KEY PLAN

CF3

Shim packer

ISOMETRIC VIEW

CF4

Sealant on backing rod Deck membrane to run up behind flashing and torched onto wall

Deck membrane to run up behind flashing and torched Grout injection hole onto wall

PROJECT HOSPITAL DESIGN

Grout

EPDM SEALENT SCALE :1-250

PROJECT HOSPITAL DESIGN SCALE :1-250

ALL IN MM. MULLION

ALL

BUILDING CONSTRUCTION

BUILDING CONSTRUCTION

5000

ARCHITECTURAL DETAILS & FRAMING PLAN (SPEED FLOOR) WITH DETAILS

Insitu Concrete Floor/Deck

Cast-in starter to Engineer's design

CINDER BLOCKS

KULEEN CHOUBEY TH 4 YEAR U.S.A.P

Insitu Concrete Floor/Deck N

U

Deck screed, min. fall 1.5° TYPICAL WALL /FLOOR / SUNKEN FLOOR SHEET NO. SIGN DATE 45° chamfer to screed CONNECTION TYPICAL WALL /FLOOR / SUNKEN FLOOR

CONNECTION

TYPICAL FOUNDATION DETAILS size depending on span

WALL FIN

FLOOR FINISHES

5° Pitch

Drossbach tube design by Engineer

Deck screed, min. fall 1.5°

D12 Starter bar, cast into floor

Drossbach tube

SC

CF2

15mm Chamfer (typ)

Backing Rods

SUS. WOOD PANELLING PLASTERING

ANTISTATIC CON

50

Powdercoated steel flashing

Cast-in starter to Engineer's design

25 MPa Concrete Backing Rods for 90 sIab SE62 Mesh Shim packer

3749

D12 Reinforcing to be inserted on site

FINISHES GYPSUM BOARD

CF3

TIMBER PANELL

WF4

FLOOR FI CEILING FINISHES

Sealant as specified

CF2

WF3

70

INSULATING SELF LOCKING DRY CLADDING

15mmGrout Chamfer (typ)

CONDUCTIVE T

LATEX PAINTING

Grout injection hole

2500

C

TRIMAX FLOORING

VINYL COVERING

WF2

50

CLADDING SYSTEMS

D12 Reinforcing

Grout injection hole

Minimum edge distance

Grout

MARBLE

FF3

70

2500

D12 Reinforcing

FF2

FINISHES

WF1

CF4

Drossbach tube design by Engineer

Sealant

3749

D12 Reinforcing to be inserted on site

Drossbach tube Design by Engineer

FINISHES ANTI-SKID TILES

6

Sealant on backing rod

Powdercoated steel flashing

2100

DOORS SC SCHEDULE OF FINI

5° Pitch

Grout injection hole

Details from side

D

Sealant as specified

7500

Litecrete Panel

Drossbach tube Design by Engineer

900

NAME

Grout injection hole

Litecrete Panel

FFL

roughen

Powdercoated steel flashing, chased and sealed in 6mm wide continuous saw cut.

Apply epoxy sealer to chase after cutting

2100

SW2

NAME W

ANTISTATIC CONDUCTIVE

NAME CF1

Shim packer

D12 Reinforcing

1000

20

Grout injection hole

Mesh Detail

25mm Cover

2200

V3

WALL FINISHES

FINISHES

NAME FF1

7498

D12 Reinforcing

2100 2100

Powdercoated steel flashing, FF4 ANTISTATIC chased and sealed in 6mm wide continuous saw cut.

CEILING FINISHES Apply epoxy sealer to chase after cutting

Grout injection hole

FFL

Sealant

Surface coating system as specified

260

SPEED FLOOR SLAB DETAILS

D12 at 200, 1500 Iong, stagger AIternate Bars 300mm

75mm seating Typ

7498

1000 900

V2

1150

2000 2100

FLOOR FINISHES

TYPICAL HORIZONTAL EXPANSION JOINT DETAIL

4100

600 700

WF4

2500

7500

8400

1700 1400

SCHEDULE OF FINISHES

InternaI Support Line

25 MPa Concrete for 90 sIab SE62 Mesh

NAME WIDTH HEIGHT

VINYL COVERING FLOOR SYSTEM WF2 LATEX PAINTING WF3 TIMBER PANELLING INFILL WALLS , BEAM AND FLOOR

TYPICAL HORIZONTAL EXPANSION JOINT CLEAR DISTANCE BETWEEN SUPPORTS DETAIL (ORDER LENGTH)

8400

500 1800

NAME WF1

Sealant

Starter bars as designed

by Engineer

B 7000

V3

WALL FINISHES

Speededge

Width Number 1600 25

B

400

TYPICAL DETAILS - PARAPET WALL

Backing Rod

Starter bars as designed

by Engineer

Backing Rod

Staircase Schedule

2100

NAME WIDTH HEIGHT 1150 2200

2500

If required for shrinkage crack controI Sealant provide 20 x 3mm sawcut with approved Backing seaIant Rod

Backing Rod

500 1700 1800 WINDOW 1400

DOORS SCHEDULE

Grout injectionD12 hole Reinforcing

B

15mm Chamfer (typ)

Staircase Schedule

6500

5

Detail on beam (in case of typical H.R.S BEAM)

15mm Chamfer (typ)

V2

7500

Grout injection hole

V3

V1

1900 2300

SW2

D12 Reinforcing

plywood

400 SC

TYPICAL DETAILS - PARAPET WALL

plywood

membrane roof

Drossbach tube as designed by Engineer

1200

2100

NAME W

WINDOWS SCHEDULE NAME WIDTH HEIGHT CILL. LINTEL V1 1800 1200 750 1950

Z

Drossbach tube as designed by Engineer

7000

Width Number 1600 25

membrane roof

1800

V2

DOORS SCHEDULE

Z

welded membrane flashing

Grout injection hole

PRODUCED BY AN AUTODESK STUDENT VERSION

4

T

T

68

Riser 150

INTERNAL CORNER

V1

SW2

SCHEDULE OF OPENINGS

welded membrane flashing

WINDOWS SCHEDULE NAME WIDTH HEIGHT

at 200, 1500 Iong, stagger 10mm compressed sheet on D12 continuous heavy weight building paper. screw fix with c/s s/s AIternate Bars 300mm screws

10mm compressed sheet on continuous heavy weight building paper. screw fix with c/s s/s screws

Width Number 1600 25

A

Staircase Schedule Tread 300

Width Number 1600 25

S

00

Staircase Schedule

Riser 150

Riser 150

TYPICAL DOUBLE-GLAZED WINDOW DETAIL SINSTALLATION SILL, HEAD AND JAMB

Staircase Schedule Tread 300

2

Staircase Schedule Tread 300

R

5° pitch

for 90 sIab TYPICAL DOUBLE-GLAZED WINDOW SE62 Mesh EXTERNAL CORNER INSTALLATION DETAIL SILL, HEAD AND JAMB 5° pitch

INTERNAL CORNER

Powder-coated continuous steel capping fixed with zinc alloy coated head fixing into wall

Powder-coated continuous steel capping fixed with zinc alloy coated head fixing into wall

00

FRAMING ( SPEEDFLOOR )PLAN

3

Sealant (both sides) Backing rods (both sides)

25 MPa Concrete

7500

SCHEDULE OF OPE

D12 Reinforcing

PRODUCED BY AN AUTODESK STUDENT VERSION

1

R

REMARKS

BETWEEN SUPPORTS

EXTERNAL CORNER

Jamb Detail

LVL -3400

D12 Reinforcing

600mm GAP (typ)

Sealant

BASEMENT LEVEL

2

K

CLEAR 7500 DISTANCE 15mm Chamfer(typ)

Jamb Detail

provide 20 x 3mm with approved seaIant

DATE 15mm Chamfer(typ)

SpeedfIoor Joist

7500

Continuous Air Seal

68

GROUND FLOOR FRAMING PLAN GROUND FLOOR GROUND FLOOR Tread Riser 300 150 FRAMING PLAN

K

4100

J

H

Sealant

D12 Reinforcingsawcut

Continuous Air Seal

LVL +450

00

C D

8400

Head Detail

GROUND FLOOR LEVEL

84

B

A

8400

If required for shrinkage crack controI

7. W - W 8. SC - S W FIN NOS.9.

RE W ISSUES

ISSUES

DATE Min 1300 NOS.

Continuous Air Seal

1 8400

LVL +6500

SERVICE FLOOR LEVEL

4100

J

H

Width Number 1600 25

Sealant (both sides)

Backing rods (both sides)

LVL +4100

8000

1153

Riser 150

2800

7000

6710

4400

3886

6500

3100 6000

2010

4400

WF3 CF2 FF2

Continuous Air Seal

Sealant

SECOND FLOOR LEVEL

Backing rods (both sides)

D12 Reinforcing

Continuous Air Seal

B

Detail on beam (in case of typical R.C.C BEAM) Continuous Air Seal

D12 Reinforcing

4540

4

D12 Reinforcing

LVL +14500

Staircase Schedule

4'

Width Number 1600 25

D12 Reinforcing

600mm GAP (typ)

FOURTH FLOOR LEVEL

3600

3100

4'

Riser 150

4400

4400 8100

7940

4400

CF1 FF2

7940

6369

4400

4400

6248

6862

7000

2925 4400

1500

12694

WF2

4400

4400

4400

3886

3100

6500

8100

84

PRODUCED BY AN AUTODESK STUDENT VERSION

1800 1800

6000

2010

3531

6

PRODUCED BY AN AUTODESK STUDENT VERSION

CF2 FF2

6710

5

PRODUCED BY AN AUTODESK STUDENT VERSION

WF3

4200

1. ALL DIMENSIONS ARE IN MM. 2. ALL WALLS ARE 230 MM THICK UNLESS OTHERWISE SPECIFIED. 3. ALL DIMENSIONS ARE TO BE READ NOT SCALED. 4. ALL DOOR AND WINDOW LEVELS ARE WITH RESPECT TO FINISHED FLOOR LEVEL. 5. TYPLockbar - TYPICAL sIot 6. A.P.S. - AS PER STRUCTURE 12mm PIate 7. W - WASHROOM Service hoIe 8. SC - STAIRCASE WALL FLOOR CEILING Shoe FINISH FINISH FINISH 9. (both sides) Sealant FF CF WF

SUPPORT

Head Detail

PRODUCED BY AN AUTODESK STUDENT VERSION

4

6

LVL +18500

NOTES

15mm Chamfer (typ)

Backing rods (both sides)

Purpose made ext. corner panel

600mm Gap (typ)

Purpose made ext. corner panel

cIearance

Sealant (both sides)

Sealant

D12 Reinforcing

FIFTH FLOOR LEVEL Staircase Schedule 15mm Chamfer (typ) Tread 300

4540

6600

Width Number 1600 25

2989

4'

Riser 150

Backing Rods D12 Reinforcing

T

00

Tread 300

LVL +26000

S 68

5

Staircase Schedule

ROOF LEVEL DETAILS AT SCALE 1:5 FIFTH FLOOR CEILING LEVEL TWO ADJACENT PRECAST PANELS

7500

7000

Tread 300

2

7940

6369

00

2925

SIab thickness

Staircase Schedule

84

3531 12694

R

A

Details on edge support

4100

2989

4'

8000

4200 1800 1800

GROUND FLOOR 4 ARCHITECTURAL PLAN

8400

4400

6600

Width Number 1600 25

4400

Riser 150

3100

Tread 300

8400

4400

Staircase Schedule

8400

D12 Reinforcing

600mm Gap (typ)

15mm Chamfer (typ)

7500

8400

4400

7000

NOTE

600mm GAP (typ)

H

1. ALL DIMENSIONS ARE 2. ALL WALLS ARE 230 M UNLESS OTHERWISE S 3. ALL DIMENSIONS ARE NOT SCALED. 1. ALL D 4. ALL DOOR AND WIND 2. ALL W ARE WITH RESPECT TO UNLES FLOOR LEVEL.3. ALL DI 5. TYP - TYPICAL NOT S 6. A.P.S. - AS PER STRUC 4. ALL D 7. W - WASHROOM 8. SC - STAIRCASEARE W FLOOR WALL FLOOR FINISH 5. FINISH TYP 9.

FF WF 6. A.P.S.

DETAILS AT SCALE 1:5 TWO ADJACENT PRECAST PANELS

Width Number 1600 25

00 68

G

00

F

E

3

Riser 150

S

84

C D

B

Staircase Schedule Tread 300

2

ARCHITECTURAL PLAN

A

R

600mm GAP (typ)

GROUND FLOOR GROUND FLOOR FRAMING ( SPEEDFLOOR )PLAN

PRODUCED BY AN AUTODESK STUDENT VERSION

CHECKED BY:

STANCHION

ARCHITECTURAL DET PROJEC FRAMING PLAN (SPE HOSPIT WITH DETAILS

SCALE :1-

KULEEN CHOUBEY TH 4 YEAR BUILDI U.S.A.P CONST EXTERIOR MULLION AND TRANSOME SYSTEM FOR SIGN DRYCLADDING

DATE

CHECKED BY:

SH

SECTIO SECTIO DETAILS

KULEEN TH 4 YEA U.S.A.P

MISCELLANEOUS

(n.)

KULEEN

ARCHITECTURE PORTFOLIO

Year : 2018-21 Softwares Used : SketchUp, Twinmotion, Blender, Lumion, Photoshop, Keyshot , Marvelous Designer

These projects include the honorable mentions of the projects that where I wasn’t the part of the core designing team but was at the execution level of the effort and had great opportunities to learn from , both seniors and juniors alike .Also they display the wide array of skillset cultivated over the years in real life applications .

NASA HUDCO TROPHY 2018-19 (n.)

ARCGIS 10.7 (n.)

NASA ZNDC 2018 (n.)

The brief provoked to reinterpret riverfronts in cities and design a complex along a chosen riverside to develop an integrated setup of commercial, recreational and residential uses in one place, while enriching the historical connect of the river with the people of the city.With the Najafgarh being the biggest polluter of the Yamuna, it’s imperative that the drain be first cleaned before moving on to saving the latter.Hence, the design was proposed in a modular format with 10 sites being chosen to replenish the drain and bringing the masses to its banks.The entire riverfront is designed strategically to reduce the need of active green design strategies by efficient implementation of passive ones.

ArcGIS software aided us in having a vivid understanding about the site and various constituents around it . primarily The connectivity of the roads, the varied landuse of the adjoining plots, shown in the pages forward .By incultating the above mentioned measures we developed a functional and efficient design.

The quintessential india- colourful and chaotic, situated on the banks of river ganga, is the place to be born and to die. Located close to kashi vishwanath temple, the most spectacular ghat of varanasi, is a thin sliver of public space between the dense city and ganga. The cultural landscape lined with temples, pavilions, kunds, streets and plazas is layered, kinetic and responsive to river's flow.

ARCHITECTURE PORTFOLIO The most fascinating view of architecture is the relationship between scientific and humanistic topics, what touches me is that the design of a building must harmonize between theoretical, social, functional and technical characteristics and at the same time be related to the context, in every project I have worked on I have always tried to ensure a balanced treatment of these aspects and to take into account the needs of the built environment in the most realistic and objective way. It is of great relevance how architecture works on many levels, from the territory to the city, from

spatial problems to structural details but I've also tried to relate to the professional world and with some additional activities: in all these experiences I've realized how important it is, and in fact it is, to go through many topics and requirements that a project needs to be can, from teamwork and theoretical questions to dealing with builders, engineers and building regulations. I came to the conclusion that I am not only fascinated by the part of the purely architectural design, but also all the other knowledge that an architect has to acquire in order to work as one in this world

KULEEN