Kunal Sangtani Undergraduate Internship Portfolio

PORTFOLIO SELECTED WORKS 2021- 2023

KUNAL SANGTANI

INTERESTS:

EDUCATION:

!

H

O THER L L E E

Sketching

Model Making

Painting

Playing keyboard

Photography

Travelling

Digital Games

I’M KUNAL SANGTANI I am a fourth year Architecture student, seeking to do my internship with your reputable architectural rm. I aspire to involve and evolve myself in the process of designing, progressing through the technological aspects and nally culminating into an innovative and functional project while continuously learning and growing to be a professional architect.

Badminton

SOFT SKILLS:

ICSE 2006-2018 Smt. Sulochanadevi Singhania School, DOWNLOADED Thane, Mumbai.

HSC 2018-2020 Dr. Antonio Da Silva Technical junior DOWNLOADED college of science, Dadar, Mumbai.

B.arch (currently studying in 4th year) Vivekanand Education Society’s 75% LOADING... College of Architecture, Chembur, Mumbai.

SOFTWARE SKILLS:

Team Worker

Adapatibilty

Lumion 95%

Organisation

Creativity

Autocad 95%

Empathy

Observant

Archicad 90%

ACHIEVEMENTS: NASA ANDC SHORTLIST ENTRY- 2022

CorelDraw 85% Edge 80%

3RD RANK IN SEM 02.

6TH RANK IN SEM 03.

ACADEMICS: PERSONAL DETAILS: Mulund (West), Mumbai- 400080 30-09-2002 7045714606

kunal.sangtani7@gmail.com

SEMESTER 01: 9.36 SEMESTER 02: 9.86

Sketchup 75% Microsoft Ofce 75% InDesign 70% Envimet 70%

SEMESTER 03: 9.44 SEMESTER 04: 8.00

Climate Consultant 65%

SEMESTER 05: 9.03

3DS max 60%

SEMESTER 06: 8.42 CGPI:

9.02

Photoshop 60% Rhino 60%

W O R K S H O P S:

CONTENTS:

2021- OrigamiAr. Bobbie Vijayaker

01. ARTS AND CRAFT CENTER, AHMEDABAD

01

02. SPORTS COMPLEX, MUMBAI UNIVERSITY, KALINA

08

03. A CRAFTS GUILD, DHARAMSHALA, HIMACHAL PRADESH

15

04. FURNITURE DESIGN, DHARAMSHALA, HIMACHAL PRADESH

20

05. PAVILION DESIGN, KOCHI, KERALA

22

2021- Climate Responsive Architecture (EDS)Ms. Deepa Parekh 2021- Biomimcry in ArchitectureMs. Seema Anand & Mr. Prashant 2022- QGISMr. Nitin Rane & Ar. Saurabh 2022- Graphics Workshop Ar. Kamlesh Gade 2022- Steel Structures Ar.Minal M, Ar. Shrutika K & Ar. Jinisha L 2022- 360 AR-VR PhotoshootMr. Viral Gala 2023- Humane & Sustainable HabitatAr. Yatin Pandya 2023- DFGE-IFC Ar. Anand Achari, Ar. Ajit N.& Ar. Nilesh G. 2023- ENVIMET Ar. Ajit Nirmal 2023- Sculpture Making Workshop Ar. Digbijoy

ELECTIVES:

06. TECHNOLOGY PORTFOLIO WORKING DRAWINGS (SEM 06) MUNICIPAL DRAWINGS (SEM 07) HAND DRAFTED SHEETS (SEM 01 AND SEM 02)

25

07.THE TRINION, NASA ANDC TROPHY

31

08. AIKYAM, NASA MSL TROPHY

33

09.MODEL MAKING AND MISCELLANEOUS

37

2021- Furniture design.

2022- Parametric Studies

SEMINARS: 2022- Organic Architecture Ar. Mahesh Naik 2022- Biomimcry Prof. Sunanada Satwah

FORM DEVELOPMENT STAGE 1 - ORIENTATION OF ARTS CENTER INTO ONE BUILT FORM.

MASSING

SHAPES

OPENINGS

RESEARCH LAB

SERVICES

EXHIBITION

RECEPTION

SEMINAR

STAIRS

GRID

STAGE 4 -POCKETS OF GREEN GARDEN WITH AN OUTDOOR EXPERIENCE WITH VARIOUS ACTIVITIES TEND TO CREATE INTERACTION BETWEEN INDOOR AND OUTDOOR SPACES.

STAGE 2- SHIFTING BLOCKS AWAY FROM EACH OTHER FOR CREATING INTERACTION SPACES IN BETWEEN.

STAGE 3 - COURTYARD IS FORMED IN BETWEEN THAT CREATES AN INTERACTIONAL SPACE. SOME ADDITIONAL SPACES ARE CREATED THAT CAN BE USED FOR DISPLAYING THE WORK BY ARTISANS.

CONTEXT PLAN

SECTION

3300

+10.90 M

900

+14.10 M +13.20 M

+6.70 M

4200

+5.70 M

4200 14.10 METERS

+9.90 M

1500

+1.50 M

G.L.

+0.00 M

-2.00 M

GROUND FLOOR PLAN

SECTION

VIEWS

NORTH-WEST ELEVATION

NORTH ELEVATION

VIEWS

VIEWS

EXPLODED VIEW

ROOF LEVEL

CONTINUITY OF PLAZA THROUGH INTERNAL AND EXTERNAL CONNECTIONS.

SECOND FLOOR KATHPUTLI PUPPETS, WORKSHOP, EXHIBITION, EMPORIUM/SHOP

FIRST FLOOR ADMIN OFFICE, EMBROIDERY WORKSHOP, EXHIBITION

PLAY OF LIGHT AND SHADOW DURING DAYTIME THAT CASTS SHADOW DIRECTLY ON COURTYARD BELOW.

GROUND FLOOR RECEPTION, WOOD LACQUER WORKSHOP, SEMINAR

RECTANGULAR SHAPED CUTOUTS FOR SKYLIGHT OF ATRIUM.

WIND FLOW

VEGETATION

STRATEGIES:

- BUILDING ORIENTED ACCORDING TO NORTH-SOUTH DIRECTION. - CENTRAL COURTYARD HELPING IN STACK VENTILATION - PLANTING TREES AT SOUTH ACTING AS A BARRIER AS WELL AS PROTECTION FROM SOLAR RADIATION. - THE BLOCKS ARE PLACED IN A MANNER TO MUTUALLY SHADE EACH OTHER AND THE ADJACENT PAVEMENTS AND OPEN SPACES AS WELL.

COURTYARD

NATURAL VENTILATION

SITE ANALYSIS

WIND DIRECTION, SUN ANGLES, NOISE, ODOUR, IMMEDIATE CONTEXT.

FORM DEVELOPMENT

CONNECTING HIGH LEVEL BLOCKS TO LOWER LEVEL BLOCKS FOR INCREASED VOLUME SPACES CONNECTED BY STAIRCASE.

CREATING SIMPLE MASSING AND EXTRUDING FEW PARTS IN ORDER TO CREATE CONNECTIONS IN BETWEEN INSIDE AND OUTSIDE.

CREATION OF DOUBLE HEIGHT VOLUME SPACES ACCORDING TO INDOOR SPORTS REQUIREMENT.

THE DIVISION OF SPACES CREATED IN BETWEEN THROUGH COURTYARD THAT ALSO ACTS AS A BUFFER SPACES IN BETWEEN INDOOR AND OUTDOOR SPORTS.

STRATEGIES APPLIED SHADING DEVICES

OVERHANG USED IN REGULATING SEASONAL SOLAR RADIATION FROM SOUTHERN DIRECTION.

CROSS VENTILATION

PRIMARY WINDS FROM WEST DIRECTION HENCE PROVIDING LARGER OPENINGS AT EAST AND WEST TO ALLOW FLOW OF WIND THROUGH COURTYARD.

SCHEMATIC SECTION

COURTYARD CREATING A BUFFER ZONE IN BETWEEN INDOOR AND OUTDOOR GAMES. PLACING OF DOUBLE VOLUME SPACES FOR INDOOR SPORTS ARE PLACED AT LEFT AND INDOOR GAMES LIKE CARROM, TABLE TENNIS, GYM ETC ON RIGHT.

MASTER PLAN

'

SECTION

'·

VIEWS

GROUND FLOOR PLAN

SECTION

EAST ELEVATION

WEST ELEVATION

VIEWS USE OF A-FRAME TRUSS

AERIAL VIEW OF SPORTS COMPLEX

LANDSCAPE SHEET

HARDSCAPE

LANDSCAPE SECTION

/$1'6&$3(6(&7,21

SOFTSCAPE

3D VIEWS

EXPLODED VIEW

CITY PROFILE- WOOD ARTISANS

USER SPACE ANALYSIS

CRAFTSMAN WORK IN WORKSHOPS, AROUND 10-15 WORKERS DESIGN CARVINGS ON PINEWOOD AND TEAKWOOD .

THE WOOD CARVING WASTE IS TAKEN BY THEM AND THEN BURNT. AFTER THE WORK IS DONE THEY DISPLAY IT IN SHOPS IN MCLEOD GANJ.

SPATIAL ORGANIZATION The rooms have verandahs with bedrooms that open into the courtyard absorbing the reected heat and light.

PRIVATE SPACE

The houses were built to catch maximum light and heat radiation to insulate against harsh cold winters.

ANTHROPOMETRIC STUDY

STANDING ACTIVITY ZONE

SEATED ACTIVITY ZONE

VISUAL ANGLE

COMMUNICATION SPACE

RESTROOM

CUTTING OF WOOD

STORAGE OF WOOD

ZONING

HYPERTENSION AND FLEXION

ROTATION

LIVING SPACE VERANDAH WATER CLOSET

ROTATION IN NEUTRAL POSITION

BENDING

BATH

GROUND FLOOR PLAN

ELEVATION

SECTION

BEDROOM

EXPLODED VIEW

WC

WC

BEDROOM

WC

BEDROOM

STAIRCASE

BEDROOM

WC

BEDROOM

WC

WC

BEDROOM

ELEVATION

SECTION

BEDROOM

BEDROOM

WC

WC

WC

BEDROOM

WORKSHOP

DISPLAY AREA

VIEWS

CONCEPT

ISOMETRIC VIEW

LOWER LEVEL FOR SITTING MAKES IT ACCESSIBLE FOR DIFFERENT AGE GROUPS FROM CHILDREN TO ELDERS. THE BACK SEAT HOLDER IS PLACED AT AN ANGLE OF 102 DEGREES SO THAT IT MAKES THE SEATING PORTION MORE COMFORTABLE WHILE FACING THE TELEVISION. SEATING MADE MORE COMFORTABLE WITH SOFT CUSHIONS THAT CAN BE REMOVED AS WELL AS USED WHEN SEATED. EXTENDED ARMREST WITH ELBOW RELIEF, THAT PREVENTS PINCHING OF NERVES WHILE SEATED. PROVIDES GREAT SUPPORT FOR LOWER BACK.

CAN BE PLACED AT ANY CORNER OF ROOM EITHER AS A SHOWPIECE OR WHILE SITTING IN FRONT OF TELEVISION, AND ALSO BE USED WHILE STUDYING OR READING FOR COMFORTABLE POSTURE OF THE BODY THAT CAN ALSO HELP IN INCREASING THE FOCUS ON TASK. MADE OUT OF PLYWOOD WITH 20 MM THICKNESS AND WITHIN THE USE OF ONE BOARD OF DIMENSION 1200 X 2400 MM.

ORTHOGRAPHIC PROJECTIONS

EXPLODED VIEW

BIOMIMICRY

CONCEPT SKETCHES

SITE ANALYSIS

FINAL CONCEPT

SITE PLAN

͛

͛

SITE MODEL

SITE ELEVATION

PLAN

ELEVATION

SECTION

EXPLODED VIEW

MODEL

HAND DRAFTED SHEETS

MUNICIPAL DRAWINGS

64ANDC-96

SITE ANALYSIS

FORM DEVELOPMENT

SITE

SEMI-OPEN COURTYARD UNIT

BASIC UNIT ACCESS TO SITE SUN PATH SITE WIND

EXTENDED UNIT

SITE PLAN

PROPOSED MODULE PLAN

ELEVATION

MODULAR PATTERN

EXTENDED UNIT

EXPLODED VIEW

1487 SQ.M.

1712 SQ.M.

1462 SQ.M.

820 SQ.M.

SENSORY MAPPING, INFRASTRUCTURE MAPPING, NOISE LEVEL MAPPING

CONCEPT REDESIGN USING LANDSCAPE APPROACH CATERING TO USERS WITH NEURO- COGNITIVE DISORDER, HEARING IMPAIRMENT, LIMITED MOBILITY AND MAKIN G IT ACCESSIBLE FOR ALL USERS.

UPCYCLED TYRE SEATING

BUS STAND

KIOSK DUSTBIN

HANDRAILS

UNEVEN MANHOLE COVER CAUSING INCONVENIENCE

PROVIDE COVER ON MANHOLE FOR SAFETY OF HANDICAPPED CITIZENS

TACTILE FLOORING

HAWK BEACON

SCHOOLS AHEAD

SPEED BREAKER AHEAD SAFETY FOR ALL USERS

TACTILE FLOORING FOR VISUALLY IMPAIRED

SPEED LIMIT

NO PARKING

ELECTIVES- PARAMETRICS

NORTH FACADE

INTRODUCTION & CONCEPT

DRAWINGS

SHADING DEVICE

The parametric design elective started up with the introduction of what is parametric design? & how is it connected or different from algorithm's and computation, how to work between parameters and how it has an impact towards one's design. Each group was introduced with one elevation each, facing different directions of N,S,E,W and was told to work according to the climatic conditions of Mumbai. We were alloted North Facing Facade.

40m

JULY

27.65°

The North direction is crucial for determining the sun's and the wind's directions according to Mumbai's climate. The design started up with using triangulated form. The north facade has an overhang that continuously shrinks in a downward direction so that it can be used throughout the year.

This pair of parameters is crucial for calculating a building's heating, cooling, ventilation, and daylighting needs.

DECEMBER

40m A

40

.

4m

40

D

.

B C

Most radiation is experienced in the month of July in the evening time i.e around 4 p.m.

According to the angle of the sun (40°) the larger overhanges are placed in descending order from top to bottom minimizing its size.

GLASS FRAMEWORK

Facade is in a Tessellated form so as to provide shading at different levels adding parameters according to the increase in floor levels.

JOINERY DETAILS LIDDI BUNDLES

Bamboo as a building material has high compressive strength and low weight has been one of the most used building material as support for concrete.

Bamboo as a building material is used for the construction of scaffolding, bridges and structures.

The reflective glass used in the structure will help to reflect and get in a lot amount of light in most of the month and the aluminum part will make it up for the remaining 3 months and will go hand in hand.

This will also give an aesthetic quality to the structure.

LIDDI BUNDLES

MATERIAL BAMBOO BAMBOO GLASS

ADVANTAGES

RHS View

Plan

MATERIALS

EXPLODED

Elevation

Detail A

FRAMEWORK

Detail B

The bamboos are placed/joined in such a way that it does not overlap each other nor there is a gap so that it acts as a proper shading device and also gives an appealing view and is also sustainable.

DISADVANTAGES

. It has high tensile strength. .Bamboo shrinks much greater as . It has good elastic property compared to other types of materials. .It may undergo the fungus attack. so that it is widely used in earthquake-prone areas. . It may cause swelling and shrinkage . the eco- friendly material. of bamboo in the concrete. . ItIt isis an durable. . A glass is unsafe for earthquake . It allows light to pass proven area. . It has a reflective by nature. . The surface Looks aesthetic .. ItNotis brittle Impact resistant.

VERNACULAR Cost access CO2 balance Structural strength Durability Aesthetic value

AFFORDABLE

MODERN

MODEL MAKING

SKETCHING

COLORING

PHOTOGRAPHY

THANK YOU