Internship Portfolio_Aniruddha K by Aniruddha Kulkarni

PART PORTFOLIO ANIRUDDHA KULKARNI

2016-19

ANIRUDDHA KULKARNI 15.07.98 + 91 7984971733 aniruddha.kulkarnii98@gmail.com Ahmedabad, Gujarat An inquisitive student of architecture currently studying in 3rd year.

The sense of team spirit and leadership qualities that Iâ&#x20AC;&#x2122;ve developed while heading various competitions has inculcated a rigorous work ethic and the ability to work with different teams and varied environments. Being inspired by all kinds of art, Iâ&#x20AC;&#x2122;ve gotten a sensitive approach to design and architecture.

(i)

WORK EXPERIENCE CURRICULUM VITAE

Annual NASA Convention Poornima University, Jaipur, Jan 2017

EDUCATION

Zonal NASA Convention HCATP, Jabalpur, Sept 2017

Bachelor of Architecture D.C. Patel School of Architecture, Gujarat ( 2016 -)

Zonal NASA Convention RBSA, Surat, Sept 2018

Higher Secondary Schooling Best High School, Ahmedabad

Annual NASA Design Competition April 2017-Sept 2017

Secondary Schooling Best High School, Ahmedabad

G-Sen Trophy , NASA India Oct 2016- Jan 2017 Won the Special Mention II in Annual Convention, Jaipur

ACHIEVEMENTS Unit Secretary, NASA India

SOFTWARES SKILLS Adobe Photoshop

Graphisoft Archicad

Adobe Indesign

Autodesk AutoCad

Lumion

Trimble Sketchup

LANGUAGES English, Hindi, Kannada, Gujarati, Marathi

Reubens Trophy April 2017- Sept 2017 Won the Special Mention I in Zonal Convention, Jabalpur Related Study Programme Gwalior, Orchha, Datia,March 2017 Documentation of MRID, M.S. University Vadodara,Jan 2018 Office Training, Sathya Consultants Bangalore, June - November 2019

WORKSHOPS Laurie Baker Workshop Annual NASA Convention, 2017

HOBBIES Cinematography

Photography

Tennis

Reading

Sketching

Indian Classical Music

Rammed Earth Workshop by Hunnarshala Zonal NASA Convention, 2018 Laurie Baker Workshop LBC Vilpalissala, Kerela, 2018 Deployable Structures Workshop APIED Campus, 2019 (ii)

Facade, Gwalior Fort , Gwalior (iii)

CONTENTS

Weekend Home for Yourself Design Studio II Advanced Anthropometrics

Study of Historic Buildings Through Design Principles Basic Design III

3. 1.

Documentation of MRID, MS University Design Studio IV Contextual Studio, December 2017

Working Drawings Design Studio VI Working Studio, January 2019

Skill Development Institute, Silvassa Design Studio V Institutional Studio , June 2018

1 3

Office Training Sathya Consultants, Bangalore June - November 2019

G-Sen Trophy, NASA India Centre For Youth in Urban Poor Locality Oct 2016- Jan 2017 15

8. 9. 10.

Photography Works Capturing the essence

Workshops Rammed Earth,Bamboo, Brick & Cob

16 17

Annual NASA Design Competition Adaptive Re-Use of a Derelict Bus Stand May-Sept 2017 18

(iv)

Semester 2 Dec 2016- May 2017 Prof. Rahul Patel

WEEKEND HOUSE FOR YOURSELF The studio dealt with various aspects of understanding of human anthropometrics and their implementations to a mid sized residential project of a vacation house. The site is in Champaner, on a flat land overlooking the Pavagadh Hills. The form is an adaptation of the Indian Courtyard house with the rooms designed along the central courtyard.

View from the central courtyard towards bedrooms

Courtyard also acts as a space for interaction and to bring cool 1 air inside

1. Entrance Porch 2. Living Room 3. Dining Room 4. Kitchen 5. Storage 6. Common Washroom 7. Courtyard 8. Passage 9. Bedroom 1 10. Bedroom 2

Ground Floor Plan

First Floor Plan

Roof Plan

The central courtyard acts as a connecting space between all the built masses, and works as a climatic facilitator in the hot and arid region of Patan in Gujarat. Large massing on the South Side casts a shadow and protects the Living Rooms and Kitchens from harsh South sun.

Long Section through living room, courtyard and bedrooms

02 Semester 3 June 2017- Dec 2017 Prof. Monal Mistry

BREAKING DOWN THE GROUND BELOW Different buildings having their each own architectural characteristic were given to pre- assigned groups and through the process of putting lines and planes in it, we understand its structure and the design principles associated with it.

Through various exercises aimed at decoding the existing structure into its points, lines and planes , and by making models; both in groups as well as individually, an intimate relationship of design principles and itâ&#x20AC;&#x2122;s understanding in designing buildings was gained.

AXIS

KAILASHNATH TEMPLE The Kailash Temple is one of the largest rock -cut ancient hindu temples in Ellora, Maharashtra, India. A megalith carved out of a single rock,it is considered one of the remarkable cave temples in India because of its size, architecture and sculptural treatment. The Kailash Temple is one of the largest rock -cut ancient hindu temples in Ellora, Maharashtra, India. A megalith carved out of a single rock,it is considered one of the remarkable cave temples in India because of its size, architecture and sculptural treatment.

There are 5 basic principles of design. They are :

Axis is the central line that connects two entities in a space. It helps in organizing the space or in dividing a space . It creates a natural sense of direction.

REPETITION Repetition simply means repeating the same subject over and over again to create a pattern. It brings a sense of unity and cohesiveness to the spaces.

LINEARITY Linearity affirms the dominance of one dimension to the other. It gives a sense of axis and also accentuates the length of the space .

HIERARCHY Hierarchy is when the spaces are smaller or larger to each other in a succession. It accentuates the order of importance.

BALANCE

Sketch depicting mass and void

Balance gives a sense of stability to the space wherein everything in the space and has equal importance.

iii

Section of Kailashnath Temple

Design principles like hierarchy were identified through points, lines, and planes of the section.

Sectional Study of Kailashnath Temple

Vertical as well as horizontal axis of the structure was understood which was then translated into symmetrical structure and gave a sense of balance to the rock cut monument.

Hierarchy in Section

Planar Study of Kailashnath Temple As the structure is a rock cut temple, a natural sense of enclosure is understood with the temple being carved onto the ground.

After working in groups and making model of the building or complex, according to the design principles it follows; we were made to work on individually , and make a single model which encompasses all the essences of the complex.

The models then represented and were helpful in identifying the usage of design principles that lead to the shaping of the character of the building.

AXIS IN PLAN 4

DOCUMENTATION RSP This studioâ&#x20AC;&#x2122;s work focused on documentation of culture, character and building style of a place and design within that given context. The design program was to design an annexure to the MSU Fine

Group Documentation Arts MRID Department which included workshops, studios as Semester 4 well as adaptive re-use of both the colonial era buildings i.e. GuJan 2018-June 2018 lab Baug and Malti Baug. Prof. Renuka Oka

Challenges in designing included understanding and documenting a residential scale built form while the design was to be done of an institutional scale in the immediate context we had to relate to.

Malti Baug

Gulab Baug Gulab Baug

Site Area : 10,000 sq.m MRID Campus lies in a area of overlapping activities which change with time. The land use is highly mixed with various functions ranging from low to high activity depending upon the time of the day. The user group is divided due to the influence of MS University on one side and Sayaji Baug on the other side.There is influence of context from the university areas as well as from the highly public Sayaji Baug.

Malti Baug

ROOF LEVEL. LVL : +9250 MM

EL.

FIRST FLOOR LEVEL. LVL : +4370 MM

PLINTH LEVEL. LVL : +600 MM

SECTION - AA GROUND LEVEL. LVL : ± 0.00 MM

EAST ELEVATION

ROOF LEVEL. LVL : +9250 MM

FIRST FLOOR LEVEL. LVL : +4370 MM

VEL. M

PLINTH LEVEL. LVL : +600 MM

GROUND LEVEL. LVL : ± 0.00 MM

WEST ELEVATION

SECTION -BB

Gulab Baug Sections

Gulab Baug Elevations +1400 MM

+1400 MM

Wooden Beams 230 m Joists - 100 mm Purlins - 50 mm Distance between Joists- 300 mm Distance between purlins - 260 mm

+1300 MM

4499 Wooden Beams 230 m No.of planks - 3 No. of frame joists- 4 Dimensions of planks - 1230 mm

+1300 MM

+1400 MM

Wooden Beams 230 m No.of planks - 3 No. of frame joists- 4 Dimensions of planks - 1230

LVL : -150MM

LVL : +300 MM

No. of joists - 28 No. of gaps - 28 Joist dim. - 80 X 120 mm.

BALCONY - III 2280 x 9050 LVL : 4370

Wooden Beams 230 m No.of planks - 3 No. of frame joists- 4 Dimensions of planks - 1230 mm

6082

Wooden Beams 230 m No.of planks - 3 No. of frame joists- 4 Dimensions of planks - 1230 mm

KEY PLAN SHOWING GULAB BAUG

04 STUDIO -II 4500 x 6080 LVL : 4370

CONFERENCE ROOM 4500 x 6080 LVL : +4370 Wooden Beams 230 m No.of planks - 3 No. of frame joists- 4 Dimensions of planks - 1230 mm

No.of planks - 2 No. of frame joists- 3 Dimensions of planks 515 x 1060 mm

STORAGE ROOM 2060 x 1100 LVL : 4370

SECRET STAIRS 2300 x 620

LVL : +300 MM No. of joists - 12 No. of gaps - 12 Joist dim. - 60 X 100. dim. of gaps - 195.

GLAZE ROOM 3190 x 1780 LVL : + 300

BATHROOM - II 2415 x 1800 LVL : 2415

No. of joists - 4 No. of gaps - 4 Joist dim. - 50 X 120 mm. dim. of planks - 130 mm.

STUDIO -I 2740 x 4150 LVL 1: 4370

TOILET 02 1300 x 1280 LVL : + 250

LVL : -150MM

STORE AREA 2180 x 4350 LVL : + 250

PASSAGE 11915 x 980 LVL : + 300

FURNACE ROOM 6390 x 4570 LVL : + 300

VESTIBULE 2420 x 2060 LVL : + 300

UP Width of Jack Arch - 965. Width of iron I-Sections - 110.

Dimension : Boards - 1080 x 1080 Patti - 40

Max. height of vaulted false cieling is 610 mm

LVL : -150MM

Iron T-Sections - 14. No. of planks - 14. Dim. of T-Sections - 55mm. Dim of Planks - 150 mm.

LVL : +300 MM

CEILING SLOPING DOWN

Max. height of vaulted false cieling is 610 mm

RED CLAY WORKSHOP 4480 x 6080 LVL : + 300

STONEWARE WORKSHOP 4500 x 6080 LVL : + 300

VERANDAH 01 2280 x 4360 LVL : + 250

KEY PLAN SHOWING GULAB BAUG BALCONY - II 2280 x 8810 LVL : 4370

Wooden Beams 230 m No.of planks - 3 No. of frame joists- 4 Dimensions of planks - 1230 mm

PASSAGE 2420 x 4230 LVL : 4370 UP

VERANDAH 02 2310 x 6440 LVL : + 250

No. of joists - 18 No. of gaps - 19 Joist dim. - 80 X 120 mm.

Width of Jack Arch - 920 mm. Width of iron I-Sections - 110 mm.

Width of Jack Arch - 920 Width of iron I-Sections - 110 mm.

Wooden Beams 230 m Joists - 100 mm Purlins - 50 mm Distance between Joists- 300 mm Distance between purlins - 260 mm

Width of Jack Arch - 715 mm. Width of iron I-Sections - 110 mm.

04 05

STAFF ROOM 2740 x 3730 LVL : + 300

No.of planks - 2 No. of frame joists- 3 Dimensions of planks -997x1240 mm

CEILING SLOPING DOWN

BATHROOM - I 1995 x 1780 LVL : 4370

WATER COOLER 1810 x 2300 LVL : + 300

PANTARY 2495 x 1800 LVL : + 300

Width of Jack Arch - 955 mm. Width of iron I-Sections - 110 mm.

Width of Jack Arch - 760 mm. Width of iron I-Sections - 110 mm.

STAFF TOILET 1970 x 1780 LVL : + 300

No. of joists - 8 No. of gaps - 8 Joist dim. - 50 X 120 mm. dim. of planks - 120 mm.

+300 MM ±0.00 MM

ENTRANCE LVL : ± 0.00

+1400 MM +1300 MM

BALCONY - I 3875 x 4800 LVL : 4400

+1400 MM +1300 MM

ENTRANCE PORCH 3980 x 4800 LVL : ± 0.00

ROOF LEVEL 04. LVL : +11200 MM

ROOF LEVEL 03. LVL : +10,000 MM

ROOF LEVEL 02. LVL : +8900 MM

ATTIC LEVEL. LVL : +6850 MM

ROOF LEVEL 01. LVL : +5800 MM

FIRST FLOOR LEVEL. LVL : +3850 MM

PLINTH LEVEL. LVL : +600 MM

GROUND LEVEL. LVL : ± 0.00 MM

ROOF LEVEL 04. LVL : +11200 MM

ROOF LEVEL 03. LVL : +10,000 MM

ROOF LEVEL 02. LVL : +8900 MM

ATTIC LEVEL. LVL : +6850 MM

ROOF LEVEL 01. LVL : +5800 MM

FIRST FLOOR LEVEL. LVL : +3850 MM

PLINTH LEVEL. LVL : +600 MM

GROUND LEVEL. LVL : ± 0.00 MM

LVL : ± 0.00

LVL : 0.00MM

LVL : +600MM

STORE ROOM - II (2793 x 2693 mm) LVL : + 600 mm

LVL : 0.00MM

STUDIO - IV 3500 x 2875 MM LEVEL : +3850 MM

No. of joists - 14 No. of gaps - 15 Joist dim. - 50 X 140 mm.

STORE ROOM (2053 x 2580 mm) LVL : + 600 mm

STUDIO - III 4350 x 2850 MM LEVEL : +3850 MM

VESTIBULE (2757 x 4098 mm) LVL : +600 mm

KITCHEN (3457 x 4674 mm) LVL : +600 mm

PASSAGE (1684 X 7782 MM) LVL :+ 600 mm Dimension : Boards - 765 x 1200 mm Patti - 40 mm

STUDIO - II 5970 x 4250 MM LEVEL : +3850 MM

WORKSHOP (6107 x 4190 mm) LVL : +600 mm

STORE ROOM - II (2908 X 2777 mm) LVL :+ 600 mm

No. of joists - 21 No. of gaps - 20 Joist dim. - 50 X 140 mm. Joist beam. - 220 X 350 mm. No. of Struttings. - 20. Dim. of strutting members . - 35 x 35 mm.

No. of joists - 14 No. of gaps - 13 Joist dim. - 50 X 140 mm.

STORE ROOM 2890 x 2950 MM LEVEL : +3850 MM

WOODEN BEAMS : 260 MM NO. OF PLANKS - 32 WIDTH OF PLANKS - 190 MM

NO. OF PLANKS- 28 WIDTH OF PLANKS - 107 MM

WOOD WORKSHOP (6436 x 4670 mm) LVL : +600 mm

PASSAGE LVL : +600 mm

01 02 03

STUDIO - I 6700 x 4700 MM LEVEL : +3850 MM

No. of joists - 22 No. of gaps - 21 Joist dim. - 50 X 140 mm. beam dim. - 220 X 350 mm. No of beams - 2

WOODEN BEAM : 260 x 350 MM NO. OF FRAME JOISTS : 2 DIMENSION OF PLNKS - 1950x 4695 MM

PASSAGE 11550 x 1380 MM LEVEL : +3850 MM

04 06 05 LVL : +600MM

BATHROOM 02 LVL :+600 mm

03 04 05 06

LVL : ± 0.00

VERANDAH (7086 x 2603 mm) LVL : +600 mm

BATHROOM 02 LVL : +600 mm

LVL : +600MM

No. of joists - 30 No. of gaps - 29 Joist dim. - 50 X 140 mm.

ENTRANCE (2961 x 1693 mm) LVL : +600 mm

BALCONY - II 7100 x 2600 MM LVL : +3850 MM

FACULTY ROOM 2650 x 3450 MM LVL : +3850 MM

LVL : 0.00MM

NO. OF PLANKS - 15 WIDTH OF PLANKS - 150 mm

NO, OF PLANKS - 33 WIDTH OF PLANKS - 180 mm

WATER TANK

LVL : +600MM 03

RAMP UP

7088

LVL : 0.00MM

ENTRANCE LVL : ± 0.00

BALCONY - I 3650 x 5950 MM LVL : +3800 MM

PORCH LVL : ± 0.00 mm

Malti Baug Sections

Malti Baug Elevations 7

360

885

1000

545

1000

540

875

425

875

425

920

1050

920

865

920

865

LVL +2700MM LINTEL

460

644

LVL +2700MM LINTEL

1000

1220

800

850

1050

650

530

1000

LVL +2200MM

LVL +2100MM LINTEL

ELEVATION

SECTION

ELEVATION

SECTION

ELEVATION

SECTION

ELEVATION

SECTION

ELEVATION

LOCK RAIL

SECTION

LVL +450MM PLINTH

BOTTOM RAIL

LVL +450MM PLINTH

DETAIL A

ELEVATION

195

940

SECTION

175

LOCK RAIL

ELEVATION

2100

2200

2185

2100

LVL +900MM SILL

2200

2710

2745

1280

1740

1740 1280

1280

1740

LINTEL

BOTTOM RAIL SECTION

ELEVATION

SECTION

ELEVATION

SECTION

ELEVATION

SECTION

ELEVATION

SECTION

BOTTOM RAIL ELEVATION

SECTION

DETAIL B

PLAN

DETAIL C

PLAN

RAILLING BALUSTER

PLAN

MANGLORE TILE RAFTER PURLIN 1200

GLASS PANE FASCIA

1000

695

1100

845

875

650

1025

LVL +900MM

SECTION

I- SECTIION WOODEN BEAM WOODEN POST

2150

2100

LOCK RAIL

1025

LOCK RAIL

FINISHED FLOOR LVL +450MM

BRICK WALL

LOCK RAIL

PLINTH

ELEVATION

SECTION

200

ELEVATION

SAND BED / CEMENT SLURRY

185

LVL +450MM PLINTH

175

FILE FLOORING B.B.C.C. RAILLING

TOP RAIL

LINTEL

2100

WOODEN BEAM T - SECTIONS

945

LVL +900MM LINTEL

2150

WINDOW FRAME

2150

B.B.C.C.

1000

LVL +2700MM LINTEL

2500

LINTEL

RAFTER

100

LVL +900MM

PRINCIPAL RAFTER

SAND BED / CEMENT SLURY

920

LVL +900MM LINTEL

FINISHED FLOOR

155

LVL +2700MM LINTEL

BOTTOM RAIL ELEVATION

SECTION

BOTTOM RAIL

BOTTOM RAIL ELEVATION

SECTION

ELEVATION

BOTTOM RAIL SECTION

ELEVATION

SECTION

ELEVATION

SECTION

WOODEN PLANKS JOIST

BRICK ARCH

PLAN

BRICK WALL

B.B.C.C.

Windows , Jack Arch and Flooring details MANGLORE TILES

PURLIN RAFTER

FASCIA

MANGLORE TILES SHUTTER FRAME

PLAN

Doors types and Details

Hand made models using MDF board well as mill board were used to understand the spaces and analyze the dilapilated conditions of the buildings in a 3 dimensional way on its response to the immmediate context, climate, culture, lifestyle etc

WINDOW FRAME

WINDOW FRAME RAILING FINISHED FLOOR B.B.C.C

B.B.C.C MANGLORE TILES

BRICK WALL

Wall Section

Hand Made Models 8

04 Semester 6 Dec 2018- May 2019 Prof. Jyoti Gill

WORKING DRAWINGS This studioâ&#x20AC;&#x2122;s work was based upon detailing, drafting and preparing set of Working Drawings for a studio work of Residence of an Instituteâ&#x20AC;&#x2122;s Director. It involved learning about types of drawings, Detailing , Services, Structural Systems , Water Proofing and conscious use of materials pertaining to respective contexts and climates that the Residence was to be built in.

SKILL DEVELOPMENT INSTITUTE

Semester 5 June 2018-Dec 2018 Prof. Advaita Jalan

The studio engaged in understanding scale and complexity of institutional type projects. The program was to design a Skill Development Institute in Silvassa. It revolved on designing skill based training workshops, Audio-Visual lecture rooms, offices, and the residential portion of the institute campus which included Directorâ&#x20AC;&#x2122;s Bungalow, Staff Quarters and hostels. The program explored the possibilities of designing in a tight piece of land and relationships between a built mass to another, helping to bind together a cohesive campus environment.

Damanganga River

3 7

Private

Semi-Public

Public

9 10 12

Acad. Zone Entry

Humanities

Parking

Staff Quarters

Admin

10 Hostels

Cafe

Library

12 Director Bungalow

Workshops

13 Workshops Drop Off

A V Rooms

14 Residential Zone Entry

Main Plaza

CONSTRAINTS Water logging on west part of the site as the site lies on a high flood line. Presence of a water body near in close proximity to the site would make the climate too humid.

OPPORTUNITIES Siteâ&#x20AC;&#x2122;s form allows for maximum usage of prevailing South-West winds which is favourable for this climate. The siteâ&#x20AC;&#x2122;s natural terrain allows for water to flow out of the site.

The building mass forms follow the natural contours and their placement is also due to functionality which is taken from contours.

The plaza which is at the centre of the institute, plays a vital role in being a flexible space which can accomodate all events as well as become a space for interaction .

Towards the river side, according to regulations, no built mass could be designed so using the contours, a landscape as well as sit out space is designed.

Section through workshops , plaza and promenamdes of the sites 12

Damanganga River

With space sparsely available for the residential zone, it was divided into hostels, staff quarters and residences according to level of privacy, ease of access and built space needed. The organization of units which open up to the river help in adding more layers of privacy to the hostel blocks. The L- shaped organization opens up to views of the river side and also is easily accessible from the residential entry gate.

STAFF QUARTERS The organization of blocks is done in such a way that in a humid condition like such, it captures the breeze from South-West to decrease humidity.

They are staggered to make use of the siteâ&#x20AC;&#x2122;s boundary and allow for minimum dead spaces. The core spaces are arranged around a central plaza which becomes a space for congregation.

Workshop spaces which require loading and off loading of materials are designed in such a way on the site that they have easy access to vehicles.

One of the concerns regarding the placement of hostel was privacy. Due to dense site clusters, it was designed to be at the South of the site facing the apple orchards.

The form of the mass was designed due to issues regarding privacy, so the staggered shape opens up to South West side and the blank wall on East breaks visual barrier.

Balconies open up to the South West side, to catch wind and they also act as a sun cutter from the harsh South sun.

The building mass forms follow the natural contours and their placement is also due to functionality which is taken from contours.

The staff quarters open up to the river on the east side. The configuration of units renders a sense of entry and also allows for a small parking space. The individual units have easy access from the residential entry .

9" Thick Pier

3"x3 4 " MS Box Section Mesh

1" Brite Bars

Mesh

1'-9" Pier with letter box

3"X3 4 " MS Box Section

Letter box

Milk box

During my 5 months at Sathya Consultants, I had a great exposure towards building practices, ecology and varied drawings required for a typical project.

11'-721"

1'-9"

9'-421"

1'-6"

40'

ELEVATION - OPTION 2

9"x 9" Pier

13'-4"

3" Thick Chapadi Stone

Hinge

2"x 2" MS Box Section

3"x3 4" MS Box Section 4" dia MS Pipe

Mesh

MS Brite Bars

2"X2" T-Section (after every tile ) @1'-6" c/c

13'-4" 3"x3 4" MS Box Section

Letter Box

Hourdi Block 18"x9"x3" 1 12 " MS Flats (after every 3 tile) @2'-4" c/c

2"x 4" MS Box Section

40'

1'-9"

2"x2"x 14" L-Angle all around on the periphery 2"x4" MS Box Section anchored to the wall 4" dia MS Pipe

DETAIL B

9'-421"

NOT TO SCALE 9" 1'-6"

Start Point

Water Proofing Course

PLAN AT A-A'

Hourdi Block 18"x9"x3" 2"x 4" MS Box Section 2"x 4" MS Box Section anchored to the wall

DETAIL A

NOT TO SCALE

5'-7"

PLAN SHOWING MS BOX SECTIONS

PLAN SHOWING L-ANGLES & T-SECTIONS

Water-Proofing Course 1 21 " MS Flats (after every 3 tile) @2'-4" c/c Hourdi Block 18"x9"x3"

KEY PLAN

2"x2" L-Angle all around on the periphery 2"x4" MS Box Section anchored to the wall

Proposed Residence For @ Kanakpura road

9'-3"

9'-221"

Mrs.Dharithri & Mr.Satish Shastry

4" dia MS Pipe

8'-721"

8'-2"

912"

13'-11"

2'-621"

7'-721"

4'-1121"

1 21 " MS Flats (after every 3 tile) @2'-4" c/c

2" x 2" MSBlock Hourdi Box Section 18"x9"x3"

2'-612"

6'-11"

921"

2"x2"x L-Angle all around on the periphery

9'-3"

1 4"

13'-11"

Sathya Consultants is headed by Ar, Sathya Prakash Varanashi , with an aim to build with design fundamentals, concern for ecology and efforts towards construction cost reduction.

5'-5"

June - November , 2019 Semester VII Sathya Consultants, Bangalore

2" X 2" MS Box Section

1' 9"

INTERNSHIP EXPERIENCE

ARCH dwg:

WORKING DRAWING

ARCH dwg:

TERRACE FLOOR HOURDI ROOF

PROJECT ARCHITECT: AKSHAY

Parapet wall

File Path:

Terrace Floor FFL

Start Point

Base Line

Scale

Date

Dealt

SECTION A-A'

CURVED PROFILE 1'X1' GRID

File No:

1'': 3'-3" 26.07.19 Aniruddha 819/18

N W

S A T H Y A C O N S U L T A N T S. B A N G A L O R E. This drawing is the sole property of Sathya Consultants. Unauthorised manipulation of the drawing in any form is strictly prohibited. In case of any discrepancy,immediately refer to the architect.

KEY TO ELECTRICAL LAYOUT

2 No: 6 amp

WB WB

1" 3'-72

1" 1'-72

2'-11"

1 No: 16 amp

3'-7" 2 No: 6 amp

Refrigerator

Aquaguard & Mixer

16 amp

6 AMPS SOCKET

6 amp

TELEPHONE POINT

TEL

WALL BRACKET POINT

CEILING ROSE POINT TV POINT

CR TV

06 01

CALLING BELL SWITCH

CBS

CALLING BELL UNIT

CBU

FAN POINT-900 mm dia

GEYSER POINT

BULK HEAD

1" 4'-62

WB SB 3'

1" 3'-102 3'-3"

FP MB

1" 3'-112

8'-1"

BH eq

1" 3'-72

SB 1 No: 6 amp

UPS

Under the Stairs

SB DB

CBU

2 No: 6 amp SB

2'-11" 4'-1"

1" 3'-102

3'-9"

CBS

WB 4'-1"

1" 6'-12

TV-P

1" 3'-102

SB eq

1 No: 6 amp

1" 4'-72

1" 4'-42

1" 2'-72

WB 1" 2'-12

6'-3"

00 01

FAN POINT-600 mm dia

WALL MOUNTED FAN

WMF

* GENERAL SWITCH BOARD

4'-6" FFL

* BED SIDE SWITCH BOARD

2'-0" FFL 4'-6"/1'-6" FFL 7'-6" from Landing

* WB FOR WASH BASIN

6'-9" FFL 7'-6" FFL 1'-6" FFL

* WALL MOUNTED FAN

7'-6" FFL

Hollow Clay Block placed sideways

6'-4"

1'X1' Pier

3" Thick Plaster Band

Hollow Clay Block placed sideways

3" Thick Plaster Band

1'-7"

Hollow Clay Blocks placed horizontally

3" Chapadi Stone

6'-9"

ELEVATION AT C

ELEVATION AT F

1021"

1'-7"

8" 1021"

3" 3" PLAN AT B

3" Thick 16"x8"x6" Hollow Chapadi Stone Clay Block

1'X1' Pier

Hollow Clay Block placed sideways

3" Chapadi Stone

16"x8"x6" Hollow Clay Block

1'X1' Pier

7'-3" FFL

2 No: 6 amp

5'-3" FFL 4'-6"/3'-6" FFL

* 6 amp MIXER

3'-6" FFL

* 6 amp HOB

1'-6" FFL

* 16 amp OVEN

3'-6" FFL

* 6 amp TABLE TOP GRINDER

3'-6" FFL

* 16 amp REFRIGERATOR

1'-6" FFL

* 16 amp FOR UPS

1'-6" FFL

* 16 amp For DISH WASHER

2'-0" FFL

* 16 amp For WASHING MACHINE

3'-6" FFL

* PUMP SWITCH in UTILITY

7'-0" FFL

8'-9"

ONE WAY CONNECTION

BH 2 No: 6 amp

1'X1' Stone Pier

7'-6" FFL

* LANDING WALL BRACKETS

* TELEPHONE POINTS

3" Thick Plaster Band

3" 3" PLAN AT A

* TV POINTS

* CBU HEIGHT

Hollow Clay Blocks placed horizontally

HEIGHT REFERENCE

3'-6"

5' For Gate Lights

SC DL

* 16 amp MICRO WAVE

SECURITY POINT DROP LIGHT

* 6 amp AQUAGUARD & GYSER 4'-4"

4 No: 6 amp SB

* 6 amp CHIMNEY

CR 4'-1"

TEL

UPS

3" Chapadi Stone

HEIGHT REFERENCE IN KITCHEN

1" 5'-42

UPS

* WALL BRACKETS

WMF

PUMP SWITCH

Hollow Clay Block placed sideways

D 4'

16 AMPS SOCKET

1'X1' Stone Pier

3'-521"

microwave & wet grinder

1" 5'-82

1" 3'-102

washing machine

Chimney / Hob

1'-9"

2 No: 16 amp

3'-521"

SWITCH BOARD

DISTRIBUTION BOARD

3'-521"

SYMBOL No

MAIN BOARD

3'-521"

CODE DESCRIPTION

ELEVATION 'E'

TWO WAY CONNECTION

ELEVATION 'D'

NOTE:

· PUMP SWITCH TO BE GIVEN WITH AUTOMATIC WATER LEVEL CONTROLLER FOR OHT.

· KITCHEN POINTS TO BE GIVEN WITH REFRENCE

TO THE INTERIORS. · CONDUITING FOR SECURITY POINTS AND SOLAR POWER TO BE DISCUSSED WITH THE RESPECTIVE AGENCY. Proposed Residence For

DETAILS

ARCH dwg :

FLOOR

1'-2"

1'-7" 3"

1'-2"

1'-7"

PLAN AT C

PROJECT

LOCATION ARCH dwg :

PLAN AT D Proposed Residence For

KEY PLAN

Mrs. Soumya & Mr. Kiran Babu @Sidhartha Layout, Tumkur Road

JOB ARCHITECT : File Path :

JOBARCHITECT:

ARCH dwg: ARCH dwg:

d\Anagha\Projects\Architecture\02 - Schemes\Residential\ 08 - Malini & Rajarathinam @ Kanchipuram - 40'x60'

Scale

Date

Dealt

File No:

SCALE

DATE

DEALT

XXX

DISCUSSION DRAWING PARAPET DESIGN

JOB ARCHITECT:

AKSHAY K R

File Path: N

S W

C D

Scale

Date

Dealt

1": 1'-10" 29.10.19 Aniruddha

E F

File No: 820/18

N W

G-SEN TROPHY

Group Trophy Oct 2016- Jan 2017 Won the Citation II in Annual Convention, Jaipur, 2017

The competition focused on the transformation of a community and bring a change in their mindsets through intensive research and a well integrated design program which was to design

A Centre for Youth for Urban Poor Locality, Gulbai Tekra , Ahmedabad was chosen as the design site. Innovative methods of surveying were implemented to understand the locality better. The design intervention was divided in 3 parts.

1. Skill Development 2. Generating Economy 3. Bringing change in their mindsets Mock spaces were also made to experiment with the spaces and to bring an change.

Photos taken during survey in Gulbai Tekra, Ahmedabad

PHOTOGRAPHY

IIM Ahmedabad , Ahmedabad

Taj Mahal Complex , Agra

Datia Palace , Datia

Jahangir Palace, Orchha

Inside Taj Mahal

Gwalior City

Jahangir Palace, Orchha

IIM Ahmedabad , Ahmedabad

Datia Town

WORKSHOPS

To get an practical understanding of construction techniques, innovative cost effective methods and process of construction, hands on workshops are very important. Participated in Laurie Baker Workshops as well as Rammed Earth Workshop in various NASA Conventions and also in Laurie Baker Centre , Vilpallisala, Kerala . Low cost construction techniques were learnt at LBC, Kerala.

Explaining different types of soils for mud construction

Preparing Filler Slab using roof

Random Rubble Construction

Formwork of Rammed Earth Construction

Completed Rammed Earth Wall

Ramming of mud in formwork

Splitting a bamboo culm using splitter

Making of bamboo beams

Rammed Earth construction in process

ANNUAL NASA DESIGN COMPETITION Group Trophy May 2017- Sept 2017

Cities are in need of a public space more now than ever where communities come alive and bind the city’s fabric as a whole. This trophy focused on the transformation of a derelict public space to creating habitual spaces which inspire community interaction by creating and serving a social cause. The design intervention heavily involved understanding the need of the neighborhoods nearby, discovering a defunct space with potential for an adaptive re-use.

It was also implemented on site, as a part of the design program.

Spaces are defunct and unclean.

PUBLIC PARTICIPATION

25 - 60 years

Implementation of the design program.

DESIGN IMPLEMENTATION

ROJECT

PLAN +1.5 m

15 - 25 years Flexible spaces are such spaces that have no specic or predened activity. Utsav Ramesh Patel B.E The design should be such that it adapts to the pre-existing built 22 year old mass which is not interfering with the context. “Colouring it with some bright colour Through such meaningful design, a sense of ownership is will make it vibrant, and will make it inculcated in everyone. more suitable for hanging out with my friends. The idea of a community 'reading space /interaction space' that re-imagines an already existing space and brings a change to the existing user group and reaches beyond them.

left over

CONCEPT - elements of architecture

Pratit Rajan Vyas Charter accountant 42 year old

Transformed spaces!

Multi purpose area

I've been trying to get hold of this bus stand for the past 6 years to turn this place into a reading space for the elderly,who are really in to reading. Better we have a temple also.

left over

Board

BOOK SHELF

The design was done keeping in mind cost effectiveness and inclusiveness .

Flexible spaces are such spaces that have no specic or pre-dened activity. Board

A’

60 years & above

Prof. Vyas Retierded professor 67 year old .Anything that reduces the nuisance off these youngsters,would be good for maintaining the sanctity of the place.

The openings are left open or covered with porous materials to allow sunlight in the space. As there are activities like reading introduced, natural light is essential.

Another reason to keep the openings intact is to maintain the visual connectivity to the space and to provide natural surveillance.

As there is an existing Gazebo on the side of the design space, old people are used to sit in that space.

UP 0.25

1 0.5

Section AA’

Amul store owner

left over

Jagdish Shah Shopkeeper 33 year old Anand is the city of Amul,and Vidhyanagar for Education and the young crowd always craves for ice cream. Nothing would be better than the activitie which inuences the young crowd to come.

The fruit crates are used as center table around which the circulation happens. less of an objects and more with multi functional useage.

15 - 25 years

Joytiben kamlesh patel Housewife 42 year old I have been coming to this place with some of my neighbors for may be 2 years, for sometime. It is good because it is near to my house and we nd peace here.

PROCESS BEFORE

Tyre ring

It opens in all four directions. It can be used to store books as well as to keep bags or just as a support to keep objects on it. To basically attract people and to make it a vibrant place, the idea of creating grafti on the walls was taken up and the shapes were derived from pure geometry. Circle was shown by the cycle wheels, the rectangle was shown by the fruit crates, and the triangle for the grafti.

fruit crates

Stage White wash on the wall.

Flexible spaces are such spaces that have no specic or pre-dened activity.

Stage Framing of the installation of the cycle tyres.

IMPACT

DESIGN EVALUATION

The bus stop which was a sore sight on AV Road, has now become a place of interest.

The bus stop which was in a depleted condition now looks fresh after being.

There has been a signiﬁcant increase in the foo�all near and in the bus stop.

Derelict space is now transformed into a interac�ve space for the public realm .

In early mornings, people come there to read newspapers.

The people who used to smoke, le� the place because of the diversiﬁca�on of the design .

Stage Grafti to make the space vibrant.

Flexible spaces are such spaces that have no specic or pre-dened activity.

CONCLUSION AFTER Adaptive use

With meaningful designs and correct implementation, students of architecture can create a positive social impact on these derelict urban spaces.

CI SO

Social impact

ADAPTI

X FLE

Flexible space

5600 only

Abandoned public spaces have a tremendous potential to be relively space designed in to a place where productive work can be done, new ideas can be fostered and community can be developed as a whole.

IB LE S

PACES

IM PACT

VE U SE

LIV EL

Aniruddha Kulkarni + 91 7984 971 733 aniruddha.kulkarnii98@gmail.com

I, hereby declare that all the work presented in this portfolio is solely my own, mentioned otherwise.