Architectural portfolio - lekhana gowda

Page 12

SELECTED WORKS I 2019-2023 I LEKHANA GOWDA

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UNDERGRADUATE ARCHITECTURAL

Education

JSS Public School, Mysore.

Depaul International Residential School

Alavas English Medium High School

Alvas P. U College

Wadiyar Centre for Architecture

Weaving Colony

LEKHANA GOWDA

Phone no. : 9606933997

Mail ID: 2019_lekhana.p.m@wcfa.ac.in

Instagram: lekhanagowda_

Born: 7th september

Home: Mysore, Karnataka, India

Software Skills

Autodesk autocad

Trimble Sketchup

Adobe suite (Illustrator, Photoshop, inDesign)

Rendering (Lumion, Enscape, Vray)

Other Skills

Model-Making Sketching Diagramming

contents
7th semester Sustainable Architecture Colony A Community for learing 4th semester Community Centre
7th semester Detailed documentation of the town
7th semester Housing Project Detailing Interior
6th semester Exhibition Space Bamboo
7th semester MMBC
Pull Cord Warp Warp Attaching wrap to loom Threads drawn through heddles taken through set reeds, which is tied to the beams on both ends of the loom. The design cards are loaded. The weft thread is then wounded to the shuttle. It takes around one to one and half days, with the help around artisans ,to set up the loom. 22.5 m of wrap thread set up to the loom to make sarees. Mainly the locally known styles of weaving, Adai 2. Korvai 3. Petni Post weaving Portion unwoven wrap left before and after the Saree weaving which later knotted for fringe. Unwoven stands are cutout. Saree folded in traditional manner. The weaver may need or helpers. to 10 sarees wrap can be loaded into the loom time. W1 W1 V1 W1 W1 W1 W1 D1 D2 D3 D4 D V1 W1 D3 C C TOILET DETAIL KITCHEN DETAIL UNIT LEVEL PLUMBING LAYOUT CLIENT DRAWN BY 1.FOLLOW WRITTEN DIMENSIONS,DO NOT SCALE 2.ALL DIMENSIONS ARE IN MILLIMETERS. LEKHANA GOWDA SEAL AND SIGN: THE DRAWING. DRAWING TITLE: NOTES THE DRAWING SHOULD BE READ IN ACCORDANCE WITH STRUCTURAL DRAWINGS. ALL CONSTRUCTION IN BRICK MASONRY (MIN 115 MM THICK AND 230 MM THICK UNLESS MENTIONED) KEY PLAN 4CM19AT048 WADIYAR COLLEGE OF ARCHITECTURE N PLUMBING LAYOUT REVESION NO. SL NO. DESCRIPTION LEGEND WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE IC INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) desired colour finishes but using Wall Finishing It is always challenging to achieve clay paints it can be possible. Smoothening it is also a part of finishing, where the surface is rubbed/sanded. There can be additional layer applied to it to get more smoother finish. Stage - Frame Making Stage 4 :- Mud Plaster Stage 5 :- Cement Plaster Stage 6 :- Additional (Sanding) Stage - Weaving of strips Stage 3 :- Adding frame for Comparing of a Prototype model with the Built Bamboo Workshop MMBC 07 Wall Panel Group 05
Kanchi Documentation
Working Drawing
Design
Workshop
01 03 05 02 04 06

Weaving Colony

Kanchipuram, Tamil Nadu

Semester: 7th Semester

Typology: Sustainable Architecture

Professor: Porf.Kukke Subramanya

Assoc.Prof. Juile Ann Tharakan

Upon documenting and understanding the working and the role of The Kishkinda Trust in the town of Anegundi, the brief was to design a centre for the trust which consolidates all their activities to one location. With sustainability as the major focus of the studio, the students looked at how a project like this can be sustainable at a larger level, not just architecturally but also in various other ways.

Site Location

Topography

RANIPET DISTRICT THIRUVANNAMALAI DISTRICT TIRUVALLUR DISTRICT CHENNAI DISTRICT CHENGALPATT DISTRICT Sriperumbudur Taluk Kanchipuram Taluk Uthiramerur Taluk Walajabad taluk Kundrathur Taluk SV M Sc ho Ka nc hi pu am Bu De po Ka nc pu am Ea st Ra wa 0 25m 50m
SITE UNBUILT BUILT STATE HIGHWAY MAIN ROAD ROAD SUB ROAD NOLLI MAP AND ROAD NETWORK FUNCTION MAP RESIDENTIAL COMMERCIAL RESTAURANT SMALL SCALE INDUSTRY TEMPLES SCHOOL SAREE SHOP 50 100 150 250 SITE UNBUILT BUILT STATE HIGHWAY MAIN ROAD ROAD SUB ROAD NOLLI MAP AND ROAD NETWORK FUNCTION MAP RESIDENTIAL COMMERCIAL RESTAURANT SMALL SCALE INDUSTRY TEMPLES SCHOOL SAREE SHOP 50 100 150 250 SECTION AA’ Key SECTION AA’
NH 138B NH 138B MADAM STREET MADAM STREET NH 138B KARUKINIL AMARNTHAVAL KOIL STREET BHATHARAKALI AMMAN KOVIL STREET 50 100 150 Site Sections

Site Details

The site is bounded by a primary road and a secondary road in the north and west respectively. The context is densely packed and is well vegetated.

Planning Stratergies

Temquaepedit as min eicturionem. Et es volupiducid eaquibus sit, consecto cus, net, corion cus endende lescia dolorem porepro vitius eosam re volendes

Massing

Masses placed around 2 central courts to allow maximum natural ventilation and thermal comfort within the spaces. Vertical zoning done according to proximity principle.

Exploded view (Isometric)

30-60 Grid Layout Combination of built & unbuilt Orientation according to climate
NORTH 05m 15m FIRST FLOOR Ground Floor Plan First Floor Plan PLAZZA C NORTH 05m 15m FIRST FLOOR
Section CC’ (Roof Truss) Section BB’ (Roof Truss) Section AA’ (Roof Truss) Section (Showing Natural Ventilation) Section (Showing Natural Ventilation) Views of the museum Exposed brick in the facade with jali detail responds to the climatic condition as well as adds an aesthetic value to the building. Typical Detail (Roof Truss) Detail A (Roof Garden) Section (Showing Natural Ventilation) Elevation (Material Detail)

UNIT PLAN (1:100) FURNITURE LAYOUT UNIT PLAN (1:100) GRID LAYOUT WITH BRICKWORK

KEY PLAN

SCHEDULE OF OPENINGS

SCHEDULE OF OPENINGS

DRAWN BY LEKHANA GOWDA

4CM19AT048

WADIYAR COLLEGE OF ARCHITECTURE

W1 W1 V1 W1 W1 W1 W1 W1 W1 V1 W1 W1 W1 W1 1 2 3 4 5 A C E D B
D1 D2 D3 D4 1241 2420 882 1306 1333 1028 1124 1200 1124 1241 1200 850 2043 2417 1399 3200 750 1 2000 1000 900 1200 2300 3169 2231 500 2283 456 2000 BEAM LINE LINTEL LINE LIVING 3450X4600 KITCHEN 3450X3200 DINING BATHROOM 3000X2000 BEDROOM 3650X4550 BALCONY 3650X2000 3450X1250 LIVING 3450X4600 KITCHEN 3450X3200 DINING BATHROOM 3000X2000 BEDROOM 3650X4550 BALCONY 3650X2000 3450X1250 BEAM LINE S.L 1650mm L. 2100mm S.L 900mm L. 2100mm S.L 900mm L. L 2100mm S.L 900mm L. L 2100mm S.L 900mm L. L 2100mm 3298 3556 112 3284 1245 2219 2628 1 2 3 4 5 A C E D B 591 BRICK COLUMN CONCRETE CLIENT DRAWN BY
GOWDA SEAL AND SIGN: SL. DESCRIPTION REVISION NO. DRAWING TITLE: LEGEND ACCORDANCE WITH STRUCTURAL DRAWINGS. 4. ALL CONSTRUCTION IN BRICK MASONRY (MIN 115 MM THICK AND 230 MM THICK UNLESS MENTIONED)
N FURNITURE & GRID LAYOUT DOORS WINDOWS AND VENTILATORS SL. D1 D2 D3 NAME SIZE LINTEL HT. SILL HT. NO 1 2 3 4 5 2100 2100 2100 2100 2100 1000X2100 900X2100 750X2100
LEKHANA
KEY PLAN
W1 1200X1200 900 1600 V1 500X 500 1 DESCRIPTION 6
COLLEGE OF ARCHITECTURE D4 3 2100 1200X2100 1 1 1 1 01 UNIT PLAN (Furniture Layout) Working Drawing W1 W1 V1 W1 W1 W1 W1 W1 W1 V1 W1 W1 W1 W1 1 2 3 4 5 A C E D B UNIT PLAN (1:100) FURNITURE LAYOUT UNIT PLAN (1:100) GRID LAYOUT WITH BRICKWORK D1 D2 D3 D4 1241 2420 882 1306 1333 1028 1124 1200 1124 1241 1200 850 2043 2417 1399 3200 750 1 2000 1000 900 1200 2300 3169 2231 500 2283 456 2000 BEAM LINE LINTEL LINE LIVING 3450X4600 KITCHEN 3450X3200 DINING BATHROOM 3000X2000 BEDROOM 3650X4550 BALCONY 3650X2000 3450X1250 LIVING 3450X4600 KITCHEN 3450X3200 DINING BATHROOM 3000X2000 BEDROOM 3650X4550 BALCONY 3650X2000 3450X1250 BEAM LINE S.L 1650mm L. L 2100mm S.L 900mm L. 2100mm S.L 900mm L. 2100mm S.L 900mm L. 2100mm S.L 900mm L. 2100mm 3298 3556 112 3284 1245 2219 2628 1 2 3 4 5 A C E D B 591 BRICK COLUMN CONCRETE CLIENT
SEAL AND SIGN: SL. DESCRIPTION REVISION NO. DRAWING TITLE: LEGEND ACCORDANCE WITH STRUCTURAL DRAWINGS. 4. ALL CONSTRUCTION IN BRICK MASONRY (MIN 115 MM THICK AND 230 MM THICK UNLESS MENTIONED)
4CM19AT048 WADIYAR
N FURNITURE & GRID LAYOUT DOORS WINDOWS AND VENTILATORS SL. D1 D2 D3 NAME SIZE LINTEL HT. SILL HT. NO 1 2 3 4 5 2100 2100 2100 2100 2100 1000X2100 900X2100 750X2100
W1 1200X1200 900 1600 V1 500X 500 1 DESCRIPTION 6
D4 3 2100 1200X2100 1 1 1 1 02 UNIT PLAN (Grid Layout with Brickwork)

BRICK MASONRY (MIN 115 MM THICK AND 230 MM THICK UNLESS MENTIONED)

NOTES

1.FOLLOW WRITTEN DIMENSIONS,DO NOT

DRAWING.

2.ALL DIMENSIONS ARE IN MILLIMETERS.

3. THE DRAWING SHOULD BE READ IN ACCORDANCE WITH STRUCTURAL DRAWINGS.

4. ALL CONSTRUCTION IN BRICK MASONRY (MIN 115 MM THICK AND 230 MM THICK UNLESS MENTIONED)

KEY

NOTES

1.FOLLOW WRITTEN DIMENSIONS,DO NOT SCALE

2.ALL DIMENSIONS ARE IN MILLIMETERS.

3. THE DRAWING SHOULD BE READ IN ACCORDANCE WITH STRUCTURAL DRAWINGS.

4. ALL CONSTRUCTION IN BRICK MASONRY (MIN 115 MM THICK AND 230 MM THICK UNLESS MENTIONED)

KEY PLAN

NOTES

1.FOLLOW WRITTEN DIMENSIONS,DO NOT SCALE

THE DRAWING.

2.ALL DIMENSIONS ARE IN MILLIMETERS.

3. THE DRAWING SHOULD BE READ IN ACCORDANCE WITH STRUCTURAL DRAWINGS.

4. ALL CONSTRUCTION IN BRICK MASONRY (MIN 115 MM THICK AND 230 MM THICK UNLESS MENTIONED)

KEY PLAN

NOTES

NOTES

1.FOLLOW WRITTEN DIMENSIONS,DO NOT SCALE

KEY PLAN

NOTES

1.FOLLOW WRITTEN DIMENSIONS,DO NOT SCALE

2.ALL DIMENSIONS ARE IN MILLIMETERS. THE DRAWING.

3. THE DRAWING SHOULD BE READ IN ACCORDANCE WITH STRUCTURAL DRAWINGS.

GOWDA

4. ALL CONSTRUCTION IN BRICK MASONRY (MIN 115 MM THICK AND 230 MM THICK UNLESS MENTIONED)

V1 D3 3 4 B C V1 D3 B C 300 300 500 500 550 1000 550 3000 2300 750 TILE DROP SLOPE SLOPE G 300 300 500 500 550 1000 550 3000 2000 2300 750 TILE DROP SLOPE SLOPE IC V1 D3 3 4 B C 300 300 500 500 550 1000 550 3000 2000 2300 750 TILE DROP SLOPE SLOPE HANGER BAR CLOSET MIRROR WESTERN COMMODE 500MM X 600MM PEDESTAL WASH BASIN 600MM X 500MM SHOWER HEAD PLAN SCALE 1:50 TILE LAYOUT SCALE 1:50 PLUMBING LAYOUT SCALE 1:50 C B D A C B D
SCALE
LEKHANA
SEAL AND SIGN: THE
DRAWING TITLE:
PLAN WADIYAR COLLEGE OF ARCHITECTURE N DETAIL TOILET REVESION NO. SL NO. DESCRIPTION
WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE IC INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) PLUMBING LAYOUT V1 D3 3 4 B C 300 300 500 500 550 1000 550 3000 2000 2300 750 TILE DROP SLOPE SLOPE HANGER BAR CLOSET MIRROR WESTERN COMMODE 500MM X 600MM PEDESTAL WASH BASIN 600MM X 500MM SHOWER HEAD PLAN SCALE 1:50 550 500 800 1300 500 WESTERN COMMODE PEDEATAL WASH BASIN SOAP DISH HOLDER CLOSET MIRROR SHOWER HEAD 115 THK BRICK WALL HAND FAUCET C B A D3 2 3 4 5 6 526 500 800 1300 500 500 V1 MARBLE TOP CABINET WESTERN COMMODE CERAMIC WASH BASIN CLOSET MIRROR BLACK WATER LINE SUPPLY LINE GREY WATER LINE 1 2 3 4 5 6 1 D3 2100 1500 HANGER BAR ELEVATION A SCALE 1:50 ELEVATION B SCALE 1:50 ELEVATION C SCALE 1:50 HOT WATER INLET CLIENT DRAWN BY
LEGEND
LEKHANA GOWDA SEAL AND SIGN:
DRAWING TITLE:
4CM19AT048
ARCHITECTURE N DETAIL TOILET REVESION NO. SL NO. DESCRIPTION LEGEND WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE IC INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) PLUMBING LAYOUT DETAIL A DETAIL A VENTILATOR JAMB (SECTION) DETAIL B DOOR JAMB (PLAN)
STYLE 100X35 WOODEN
WOODEN FRAME 60X100 200MM THK GRANITE JAMB VENTILATOR 200MM THK GRANITE JAMB 230MM THK WALL NICHE WITH TILE FINISH D3 2 3 4 5 6 V1 D3 3 4 B C 2000 HANGER BAR CLOSET MIRROR WESTERN COMMODE 500MM X 600MM PEDESTAL WASH BASIN 600MM X 500MM SHOWER HEAD PLAN SCALE 1:50 WESTERN COMMODE PEDEATAL WASH BASIN SOAP DISH HOLDER CLOSET MIRROR SHOWER HEAD 115 THK BRICK WALL HAND FAUCET B 1 ELEVATION B SCALE 1:50 DETAIL B DETAIL C 2100 DETAIL C NICHE JAMB (SECTION) CLIENT DRAWN BY
WADIYAR COLLEGE OF
PLASTER HINGE
PANEL 15mm THK
AND SIGN:
DRAWING TITLE:
LEKHANA GOWDA SEAL
THE DRAWING.
4CM19AT048 WADIYAR COLLEGE OF ARCHITECTURE N DETAIL TOILET REVESION NO. SL NO. DESCRIPTION LEGEND WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE IC INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) PLUMBING LAYOUT VENTILATOR JAMB (SECTION) DETAIL B VENTILATOR 200MM THK GRANITE JAMB 230MM THK WALL NICHE WITH TILE FINISH D3 2 3 4 5 6 PLAN SCALE 1:50 WESTERN COMMODE PEDEATAL WASH BASIN SOAP DISH HOLDER CLOSET MIRROR SHOWER HEAD 115 THK BRICK WALL HAND FAUCET 1 ELEVATION B SCALE 1:50 DETAIL C 2100 DETAIL C NICHE JAMB (SECTION) CLIENT DRAWN BY LEKHANA GOWDA SEAL AND SIGN: DRAWING TITLE: 4CM19AT048 WADIYAR COLLEGE OF ARCHITECTURE N DETAIL TOILET REVESION NO. SL NO. DESCRIPTION LEGEND WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE IC INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) PLUMBING LAYOUT DETAIL A DOOR JAMB (PLAN) PLASTER HINGE STYLE 100X35 WOODEN PANEL 15mm THK WOODEN FRAME 60X100 200MM THK GRANITE JAMB VENTILATOR COMMODE BASIN 1.FOLLOW WRITTEN DIMENSIONS,DO NOT SCALE 2.ALL DIMENSIONS ARE IN MILLIMETERS. THE DRAWING. NOTES 3. THE DRAWING SHOULD BE READ IN ACCORDANCE WITH STRUCTURAL DRAWINGS. 4. ALL CONSTRUCTION IN
KEY PLAN LEGEND DETAIL A DETAIL A VENTILATOR JAMB (SECTION) DETAIL B DOOR JAMB (PLAN) PLASTER HINGE STYLE 100X35 WOODEN PANEL 15mm THK WOODEN FRAME 60X100 200MM THK GRANITE JAMB VENTILATOR 200MM THK GRANITE JAMB 4 5 6 V1 D3 B C HANGER BAR CLOSET MIRROR WESTERN COMMODE 500MM X 600MM PEDESTAL WASH BASIN 600MM X 500MM SHOWER HEAD PLAN SCALE 1:50 CLOSET MIRROR SHOWER HEAD 115 THK BRICK WALL B DETAIL B DETAIL C CLIENT
KEY PLAN N REVESION NO. SL NO. DESCRIPTION LEGEND WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE IC INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) DETAIL A DETAIL A VENTILATOR JAMB (SECTION) DETAIL B DOOR JAMB (PLAN) PLASTER HINGE STYLE 100X35 WOODEN PANEL 15mm THK WOODEN FRAME 60X100 200MM THK GRANITE JAMB VENTILATOR 200MM THK GRANITE JAMB 230MM THK WALL NICHE WITH TILE FINISH D3 2 3 4 5 6 V1 D3 3 4 B C 2000 HANGER BAR CLOSET MIRROR WESTERN COMMODE 500MM X 600MM PEDESTAL WASH BASIN 600MM X 500MM SHOWER HEAD PLAN SCALE 1:50 WESTERN COMMODE PEDEATAL WASH BASIN SOAP DISH HOLDER CLOSET MIRROR SHOWER HEAD 115 THK BRICK WALL HAND FAUCET B 1 ELEVATION B SCALE 1:50 DETAIL B DETAIL C 2100 DETAIL C NICHE JAMB (SECTION) CLIENT DRAWN BY
LEKHANA GOWDA SEAL AND SIGN: THE DRAWING. DRAWING TITLE:
2.ALL DIMENSIONS ARE IN MILLIMETERS.
THICK
MENTIONED) KEY PLAN 4CM19AT048 WADIYAR COLLEGE OF ARCHITECTURE N DETAIL TOILET REVESION NO. SL NO. DESCRIPTION LEGEND WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE IC INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) PLUMBING LAYOUT 06 TOILET DETAIL DRAWING D3 2 3 4 5 6 V1 D3 3 4 B C 300 300 500 500 550 1000 550 3000 2000 2300 750 TILE DROP SLOPE SLOPE HANGER BAR CLOSET MIRROR WESTERN COMMODE 500MM X 600MM PEDESTAL WASH BASIN 600MM X 500MM SHOWER HEAD PLAN SCALE 1:50 550 500 800 1300 500 WESTERN COMMODE PEDEATAL WASH BASIN SOAP DISH HOLDER CLOSET MIRROR SHOWER HEAD 115 THK BRICK WALL HAND FAUCET C B D3 2 3 4 5 6 526 500 800 1300 500 500 V1 MARBLE TOP CABINET WESTERN COMMODE CERAMIC WASH BASIN CLOSET MIRROR BLACK WATER LINE SUPPLY LINE GREY WATER LINE 1 1 2 3 4 5 6 1 D3 2100 1500 HANGER BAR ELEVATION A SCALE 1:50 ELEVATION B SCALE 1:50 ELEVATION C SCALE 1:50 HOT WATER INLET D3 2 3 4 5 6 V1 D3 3 4 B C 300 300 500 500 550 1000 550 3000 2000 2300 750 TILE DROP SLOPE SLOPE HANGER BAR CLOSET MIRROR WESTERN COMMODE 500MM X 600MM PEDESTAL WASH BASIN 600MM X 500MM SHOWER HEAD PLAN SCALE 1:50 550 500 800 1300 500 WESTERN COMMODE PEDEATAL WASH BASIN SOAP DISH HOLDER CLOSET MIRROR SHOWER HEAD 115 THK BRICK WALL HAND FAUCET C B A D3 2 3 4 5 6 526 500 800 1300 500 500 V1 MARBLE TOP CABINET WESTERN COMMODE CERAMIC WASH BASIN CLOSET MIRROR BLACK WATER LINE SUPPLY LINE GREY WATER LINE 1 1 2 3 4 5 6 1 D3 2100 1500 HANGER BAR ELEVATION A SCALE 1:50 ELEVATION B SCALE 1:50 ELEVATION C SCALE 1:50 HOT WATER INLET CLIENT DRAWN BY 1.FOLLOW WRITTEN DIMENSIONS,DO NOT SCALE 2.ALL DIMENSIONS ARE IN MILLIMETERS. LEKHANA GOWDA SEAL AND SIGN: THE DRAWING. DRAWING TITLE:
3. THE DRAWING SHOULD BE READ IN ACCORDANCE WITH STRUCTURAL DRAWINGS. 4. ALL CONSTRUCTION IN BRICK MASONRY (MIN 115 MM
AND 230 MM THICK UNLESS
3. THE DRAWING SHOULD BE READ IN ACCORDANCE WITH STRUCTURAL DRAWINGS. 4. ALL CONSTRUCTION IN BRICK MASONRY (MIN 115 MM THICK AND 230 MM THICK UNLESS MENTIONED)
4CM19AT048 WADIYAR COLLEGE OF ARCHITECTURE N DETAIL TOILET REVESION NO. SL NO. DESCRIPTION LEGEND WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE IC INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) PLUMBING LAYOUT D3 2 3 4 5 6 3000 PLAN SCALE 1:50 550 500 800 1300 500 WESTERN COMMODE PEDEATAL WASH BASIN SOAP DISH HOLDER CLOSET MIRROR SHOWER HEAD 115 THK BRICK WALL HAND FAUCET D3 2 3 4 5 6 1 1 D3 2100 1500 HANGER BAR ELEVATION A SCALE 1:50 ELEVATION B SCALE 1:50 ELEVATION C SCALE 1:50 HOT WATER INLET CLIENT DRAWN BY LEKHANA GOWDA SEAL AND SIGN: DRAWING TITLE: 4CM19AT048 WADIYAR COLLEGE OF ARCHITECTURE N DETAIL TOILET REVESION NO. SL NO. DESCRIPTION WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE IC INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) PLUMBING LAYOUT W1 W1 KAJARIA ETERNITY GLAZED VITRIFIED TILES 300MMX300MM HAFELE INDIA KITCHEN SINK AQUAGAURD WATER PURIFIER OVER HEAD CABINETS (600MM) CHIMNEY POLISHED GRANITE COUNTER TOP (30MM THK) BREAKFAST COUNTER HOB W1 W1 1 2 C E D 1 2 C E D 450 FLOOR PLAN SCALE 1:50 PLUMBING LAYOUT SCALE 1:50 900 750 300 150 350 887 200 200 300 600 X X 1 2 SECTION XX SCALE 1:50 1515 2100 900 150 OVER HEAD CABINETS (600MM) CHIMNEY POLISHED GRANITE COUNTER TOP (30MM THK) BREAKFAST COUNTER Y Y C E SECTION YY SCALE 1:50 1510 2100 920 150 W1 CLIENT DRAWN BY 1.FOLLOW WRITTEN DIMENSIONS,DO 2.ALL DIMENSIONS ARE LEKHANA GOWDA SEAL AND SIGN: THE DRAWING. DRAWING TITLE: 3. THE DRAWING SHOULD ACCORDANCE WITH STRUCTURAL 4. ALL CONSTRUCTION THICK AND 230 MM THICK KEY 4CM19AT048 WADIYAR COLLEGE REVESION SL NO. WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) W1 W1 KAJARIA ETERNITY GLAZED VITRIFIED TILES 300MMX300MM HAFELE INDIA KITCHEN SINK AQUAGAURD WATER PURIFIER OVER HEAD CABINETS (600MM) CHIMNEY POLISHED GRANITE COUNTER TOP (30MM THK) BREAKFAST COUNTER HOB W1 W1 1 2 C E D 1 2 C E D 450 FLOOR PLAN SCALE 1:50 PLUMBING LAYOUT SCALE 1:50 900 750 300 150 350 887 200 200 300 600 X X 1 2 SECTION XX SCALE 1:50 1515 2100 900 150 OVER HEAD CABINETS (600MM) CHIMNEY POLISHED GRANITE COUNTER TOP (30MM THK) BREAKFAST COUNTER Y Y C E SECTION YY SCALE 1:50 1510 2100 920 150 W1 CLIENT DRAWN BY 1.FOLLOW WRITTEN DIMENSIONS,DO 2.ALL DIMENSIONS ARE LEKHANA GOWDA SEAL AND SIGN: THE DRAWING. DRAWING TITLE: 3. THE DRAWING SHOULD ACCORDANCE WITH STRUCTURAL 4. ALL CONSTRUCTION THICK AND 230 MM THICK KEY 4CM19AT048 WADIYAR COLLEGE REVESION SL NO. WATER SUPPLY LINE (OVERHEAD TANK TO UNITS) HOT WATER LINE GREY WATER LINE BLACK WATER LINE INSPECTION CHAMBER INLET WATER PIPE (FROM OHT) 07 KITCHEN DETAIL DRAWING

Community for Learing

Semester: 4th Semester

Typology: Community Centre

Professor: Porf.Kukke Subramanya

Assoc.Prof. Juile Ann Tharakan

Program: Cherish: The experience is a housing for people interested in learning through travelling and exploring. More often than not one ends up in situations where we stay for long/er than intended. Sometimes these places lack facilities to comfortably accommodate such changes in the mundane fabric of the place. And in areas where such facilities exist, they either end up being buildings hardly emphasising on dwelling. Or they become cultural islands themselves.

“Cherish” is both a part of this fabric and the fabric itself. It is also a home and place for dwelling. And it is where sharing happens – knowledge, food and culture knows no boundary here. It is an opportunity given to discover oneself. It is also a mirror to the city/town and the mirror image of cherish. The task is to design a housing accommodating the requirements of “Cherish” while fulfilling the agenda. A housing that is the language of the place.

Badami, Karnataka

Site Location

Cultural precint of Badami, Karnataka

Site Analysis

Access, climatic analysis and sensory analysis

Street network (Built vs Unbuilt)

Concept Design

Porosity : The permeable edge between public and private space that creates three dimensional complex public systems.

Site Surroundings

Concept Design

Form, space and voids are the basic elements used in architectural design process. Strong structural elements for a brutal architectural style.

Porosity in the space Public-Private

- polycarbonate surface, which makes the volume look lighter while also allowing sunshine to permeate the interior spaces - There is no direct looking out or looking in except for the openings, creating a sense of performance of shadows and light from the interior and

relationship
AGASTYA LAKE AGASTYA LAKE BADAMI CAVES SITE 1800 SQM
Major Access Climatic Factors Noise Levels NORTH HILL SOUTH HILL AGASTYA LAKE WINTER WINDS MONSOON WINDS NORTH HILL SOUTH HILL AGASTYA LAKE BELGAUM GODY BAGALKOTE NORTH HILL SOUTH HILL AGASTYA LAKE HEAVY NOISE ZONE SERVICE INTERACTION EXPLORATION POLYCARBONATE SHEET
RUCHITHA RAVILLA INTERIOR DESIGN 1RW18AT089 POLYCARBONATE SHEET MULLIONS INTERIOR DESIGN 1RW18AT089
Ground Floor Plan First Floor Plan Second Floor Plan
Section AA’ Interactive Spaces Gathering Spaces Section BB’ Projecting Balconies Extended edge
KANCHIPURAM CONTENTS THE Water resources and drainage Soil and Demography Weavers Typology Traditional THE ART OF WEAVING Raw Stocking of Raw Manufacturing Kanchipuram Documentation

Introduction

Poressi sam nulpa quo bla dem. Cea dolum harum dolore ipicit raturendios sit, cum imagnis in niaturem harum que es molorio. Et autatiberum quatemquae deleces equatus, atatatur, tem fugia dolupta tiusdanda voloreiciae providunto consequi conem. Ut int.

Climatic Influence

Poressi sam nulpa quo bla dem. Cea dolum harum dolore ipicit raturendios sit, cum imagnis in niaturem harum que es molorio. Et autatiberum quatemquae deleces equatus, atatatur, tem fugia dolupta tiusdanda voloreiciae providunto consequi conem. Ut int.

Sunpath diagrams and days of sunshine received:

period include Weaving Stone Cutting Pottery were exported to China , Babylonia and Egypt.

The gure above represents the relative humidity in the atmosphere during the day. The rst gure shows di erent grades of human comfort in di erent months of the year during the day.

Raw silk came from outside and even overseas.The weavers paid certain specific taxes to the officials of the Chola Government at Kanchipuram and its sub region. The tax on looms was one such example.

Kanchipuram is 45 kilometres from the coastline, hence exhibits tropical warm and humid climate.

Human comfort levels are optimum during the winter months, from December, till mid-February.

PALLAVA DYNASTY : The Crafts of the Pallava period include Weaving , Stone Cutting Pottery ,Carpentry and Ivory Works. The Cotton Clothes were exported to China Babylonia and Egypt.

KANCHIPURAM

Gangaikonda Cholapuram Nagapattinam Trade routes

Thanjavur

Chola Territories

Location: Kanchipuram, Tamil Nadu Trade

CHOLA DYNASTY In between 985 and 1014 the king of Chola dynasty ruled Kanchipuram who took wits of the silk trade. It was during the rule of Krishna Deva Raya, the famous weaving groups of Andhra Pradesh, the Devangas and Saligars, migrated towards the Kanchipuram.

Raw silk came from outside and even overseas.The weavers paid certain specific taxes to the officials of the Chola Government at Kanchipuram and its sub region. The tax on looms was one such example.

The merchants and weavers were important in the early medieval economy of Kanchipuram and in the taxation structure mediated by the market centre during the late tenth century A.D.Traditionally speaking, the weaving communities lived outside the village because the bleaching of cloth creates stench.

Summer peaks in the month of May, reaching a sweltering 42.5°C during the day. Winter months see a minimum of 18°C in January.

The merchants and weavers were important in the early medieval economy of Kanchipuram and in the taxation structure mediated by the market centre during the late tenth century A.D.Traditionally speaking, the weaving communities lived outside the village because the bleaching of cloth creates stench.

These gures represent the portion of the sky covered by the sun during various key time frames throughout the year.

Being in the tropical zone, Kanchipuram receives both North and South light, with Summer months receiving north light due to its being in the Northern Hemisphere.

The graph shows monthly distribution of sunshine days vs. overcast days throughout the year.

VIJAYANAGAR DYNASTY During Vijayanagar dynasty, the textile industry was highly regulated by merchant guilds, master weavers and weaving communities. Taxes collected on textile production and distribution included loom taxes; taxes on threads, carders, and the sale of cloth and taxes in marketplaces

VIJAYANAGAR DYNASTY : During Vijayanagar dynasty, the textile industry was highly regulated by merchant guilds, master weavers and weaving communities. Taxes collected on textile production and distribution included loom taxes; taxes on threads, carders, and the sale of cloth and taxes in marketplaces

Many of the weaving communities were granted economic and social privileges by the Vijayanagara court and ritual recognition by temples. Economic privileges included occasional tax exemptions.Social privileges included access to certain material symbols of status, such as the right to whitewashhomes, to construct two-storey homes, to wear caste insignias and to blow the conch shell on important occasions

The gure above represents the relative humidity in the atmosphere during the

Tami Nadu Kanchipuram Chennai Coimbator Tirupu Sale Krishnagiri Trichy Madurai RANIPET DISTRICT THIRUVANNAMALAI DISTRICT TIRUVALLUR DISTRICT CHENNAI DISTRICT CHENGALPATTU DISTRICT Sriperumbudur Taluk Kanchipuram Taluk Uthiramerur Taluk Walajabad taluk Kundrathur Taluk City Kanchipuram Coordinates: 12.8185˚ N, 79.6947˚ E Elevation: 82 metres above MSL, highest point of 100 metres Area: 1440m2 Population: 4,00,000 RANIPET DISTRICT THIRUVANNAMALAI DISTRICT TIRUVALLUR DISTRICT CHENNAI DISTRICT CHENGALPATTU DISTRICT Sriperumbudur Taluk Kanchipuram Taluk Uthiramerur Taluk Walajabad taluk Kundrathur Taluk BAY OF BENGAL BAY OF BENGAL BAY OF BENGAL ARABIAN SEA
Mysore KANCHIPURAM Goa Weaving Centers (A.D. 1000-1500 Boundary of the Vijayanagara Empire VIJAYANAGARA
. Mysore KANCHIPURAM Goa Weaving Centers (A.D. 1000-1500 Boundary of the Vijayanagara Empire VIJAYANAGARA
Weaving
Routes
Colonies
Graph Sun Influence June 21 Summer Solstice December 22 Winter Solstice July Most overcast days August Most directly overhead days April Warmest month January Coldest month Sunny Partly cloudy Overcast Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec 0 days 5 days 10 days 15 days 20 days 25 days 30 days
Climatic
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec 0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100% Jan 25 61% 99% Oct 5 Mar 1 70% Dec 28 70% Comfortable Humid Muggy Oppressive Miserable Jan Feb Mar Apr May Jun Jul Aug 83 61 56 24 6 5 2 2 69 74 58 28 Sep Oct Nov Dec 0 mm 100 mm 150 mm 50 mm Annual Precipitation (mm) Monthly maximum and minimum temperatures
Mean daily maximum Hot days Mean daily minimum Cold nights 30 °C 33 °C 36 °C 39 °C 40 °C 37 °C 35 °C 35 °C 34 °C 32 °C 29 °C 28 °C 18 °C 20 °C 21 °C 25 °C 26 °C 27 °C 26 °C 25 °C 25 °C 23 °C 21 °C 19 °C Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec 15 °C 20 °C 25 °C 30 °C 35 °C 40 °C 45 °C Humidity and human comfort data Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec 0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100% Jan 25 61% 99% Oct 5 Mar 1 70% Dec 28 70% Comfortable Humid Muggy Oppressive Miserable 83 74 100 mm 150 mm
Humidity and human comfort data

City Mapping

According to 2011 census, Kanchipuram had a population of 164,384 with a sex-ratio of 1,005 females for every 1,000 males, much above the national average of 929. A total of 15,955 were under the age of six, constituting 8,158 males and 7,797 females.

Water Bodies & Temples

Kancheepuram district is part of the composite east flowing river basin and spread over a part of the Palar and Cheyyar sub-basin – which are the important rivers. All the rivers are seasonal and carry substantial flows during the monsoon period.

KANCHIPURAMCHENNAI ROAD VAIYAVOOR ROAD CHINNAYYANKULAM ROAD MILITARY ROAD MILITARY ROAD PONNERI -KARAIBRIDGE TOWARDS SRIPERUMBUDUR CITY MAP SHOWING MAJOR ROADS CITY MAP SHOWING LAND COVER Nathapettai Lake Palar River 100m 100m Nathapettai Lake Palar River CITY MAP SHOWING WATER BODIES DRAINAGE MAP OF THE DISTRICT 200m 300m
CITY MAP SHOWING GREEN COVER AND OPEN SPACES 200m 300m Ekambaranathar Temple Vaikunta Perumal Temple Kailasanathar Temple Varadharaja Temple Sri Vazhakarutheeswarar Temple Nathapettai Lake Pachaiyappas School CITY MAP SHOWING IMPORTANT TEMPLES CITY MAP SHOWING GREEN COVER AND OPEN SPACES 100m 100m CITY MAP SHOWING MAJOR ROADS CITY MAP SHOWING WATER BODIES CITY MAP SHOWING LAND COVER DRAINAGE MAP OF THE DISTRICT GREEN COVER AND OPEN SPACES CITY MAP SHOWING IMPORTANT TEMPLES

VARADHARAJA PERUMAL TEMPLE

legend, the Kanchi Silk Weaver descendant of Sage Marcanda, known the Gods’ Master Weaver. that Kanchipuram sarees were only for the deities and rulers showing the symbol of power.

Festival - The Ther Festival

grand temple chariots known as adorned with beautiful flowers and papers. This car dragging festival is the 9th day of ten day Brahfestival at Lord Varadaraja Perumal of devotees volunteer to drag mammoth chariots.

Vradharaja Perumal Temple

According to legend, the Kanchi Silk Weaver is a descendant of Sage Marcanda, known as the Gods’ Master Weaver. It is believed that Kanchipuram sarees were initially used only for the deities and rulers showing the symbol of power.

The colossal grand temple chariots known as ‘Ther’ is adorned with beautiful flowers and colorful papers. This car dragging festival is celebrated on the 9th day of ten day Brahmotsava festival at Lord Varadaraja Perumal temple. Lots of devotees volunteer to drag this mammoth chariots.

EKAMBARESWARAR TEMPLE

Ancient mango which is of 3500 years is located in the temple compound. This tree has four branches, which represents 4 Vedas (Rig Veda, Yajur Veda, Sama Veda, Atharva Veda). Interesting part associated with this tree is, fruits from the four branches will be of different tastes.

Eka means One, Amar means Mango Tree thus the name Ekambar derived from these two terms.

Ekambareswara Temple

Every year the Annual festival is celebrated for 14 days in a grand manner in Kanchipuram Ekambareswarar Temple and the festival falls in the month of March/April.

WORKSPACES - THE DYEING SPACE

Ancient mango which is of 3500 years is located in the temple compound. This tree has four branches, which represents 4 Vedas (Rig Veda, Yajur Veda, Sama Veda, Atharva Veda). Interesting part associated with this tree is, fruits from the four branches will be of different tastes.

Located in a cozy corner, the house that follows a typical narrow plan of a kanchipuram dwelling has been modified into a space used for dying of the silk yarns.

Eka means One, Amar means Mango Tree.Every year the Annual festival is celebrated for 14 days in a grand manner in Kanchipuram Ekambareswarar Temple and the festival falls in the month of March/April.

Serving as a workspace to around 4 to 5 men, the house accommodates a veranda, hall, a few rooms, a wash area and a backyard where the dying process is carried out. It has a floor above with two rooms and a terrace, which has been utilized to dry the yarns that are dyed.

WORKSPACES - THE DYEING SPACE

This space is a typical example of how the a humble dwelling has been modified to carry out the age old profession

Located in a cozy corner, the house that follows a typical narrow plan of a kanchipuram dwelling has been modified into a space used for dying of the silk yarns.

Serving as a workspace to around 4 to 5 men, the house accommodates a veranda, hall, a few rooms, a wash area and a backyard where the dying process is carried out. It has a floor above with two rooms and a terrace, which has been utilized to dry the yarns that are dyed. This space is a typical example of how the a humble dwelling has been modified to carry out the age old profession

WORKSPACES - THE DYEING SPACE

Located in a cozy corner, the house that follows a typical narrow plan of a kanchipuram dwelling has been modified into a space used for dying of the silk yarns.

Serving as a workspace to around 4 to 5 men, the house accommodates a veranda, hall, a few rooms, a wash area and a backyard where the dying process is carried out. It has a floor above with two rooms and a terrace, which has been utilized to dry the yarns that are dyed.

This space is a typical example of how the a humble dwelling has been modified to carry out the age old profession

Elevations of Streets Route of the Chariot Street Cross Sections
Map showing hotspots of social interaction
Temple Car Festival - The Ther Festival
Map showing hotspots of social interaction
Workspaces - The dyeing space
D D’ 36
view Plan A B C D Section BB’ Section CC’ Section DD’ 36
Exploded
view Plan A B A’ B’ C C’ D D’ 0 1m 2m 4m Section AA’ Section BB’ Section CC’ Section DD’
Exploded

CLIMATE RESPONSE IN TRADITIONAL HOUSES

Weaver’s Residence

Government has identified five zones of cultural and historical significance that need to be conserved and protected. One of the identical precincts is the Pillayarpalayam weaver’s zone. This zone has the highest density of traditional weavers’ residences in Kanchipuram. This weavers’ community is close to the Kailasanathar and Ekambareswarar temples which gives it an historic and cultural significance.

Courtyards — Courtyards, which form an integral part of the traditional residences, act as a microclimate modifier. The courtyard acts as a natural channel to allow the smoke and heat of the house to escape.

Pillayarpalayam weaver’s zone has mixed land use, but most residences have weaving units within the house, though not in use anymore. The traditional weavers have now collaborated with commercial sellers and governmentaided traditional weavers’ communities owing to changes in the socio-economic structure. The density of the urban fabric is increasing because the backyards and open spaces are being built upon. The low-rise structure of traditional Agraharam(focusing on the temple) typologies are being replaced by taller structures.

CLIMATE RESPONSE IN TRADITIONAL HOUSES

Government has identified five zones of cultural and historical significance that need to be conserved and protected. One of the identical precincts is the Pillayarpalayam weaver’s zone. This zone has the highest density of traditional weavers’

Roo structure accomoda es the oom pa ts

Roo accomoda es equipments sunch as spoo

Intricately carved wooden columns

Thuls katte n the cou tya d

Kanchi Kudil

Orientation — The along a north–south and west walls are jacent residences lar radiation, thus harvesting in such a way as to courtyards, from where well in the backyard ventilation ings are in a straight thinnai to the door yard of the house.

OPEN TO SKY MAJOR AX S

There are a series of inner courtyards following a common typology in the houses of the region, which is a verandah, which acts as the in between space of the inside and the outside, and the thinnai, which is the seating area, where the plinth is raised.

Buffer spaces — Shaded spaces like the front veranda with the thinnai and reinforced concrete veranda facing the backyard act as buffer spaces, reducing glare and doubling as comfortable spaces for social interaction.

Cross ventilation — The doors and openings are in a straight alignment from the thinnai to the door leading to the backyard of the house. This aids cross ventilation.

Where are the weaver’s traditional settlements located in Kanchipuram?

Government has identified five zones of cultural and historical significance that need to be conserved and protected. One of the identical precincts is the Pillayar palayam weaver’s zone. This zone has the highest density of traditional weavers’ res idences in Kanchipuram. This weavers’ community is close to the Kailasanathar and Ekambareswarar temples which gives it an historic and cultural significance.

Orientation — The residences are oriented along a north–south axis. The longer east and west walls are shared between the adjacent residences and are not exposed to solar radiation, thus reducing the heat gain.

What is the condition of the traditional weaver’s community in the present scenario?

Clay tiles Lime Mortar

Rainwater harvesting a way as to collect the rainwater in the courtyards, from where it is channeled into the well in the backyard through stone culverts.

Pillayarpalayam weaver’s zone has a mixed land use, but majority of the residenc es have weaving units within the house, though not in use anymore. The tradition al weavers have now collaborated with the commercial sellers and government aid ed traditional weavers’ community owing to changes in the socio-economic structure The density of the urban fabric is increasing because the backyards and open spaces are being built upon. The low-rise structure of traditional Agraharam( focusing on the temple) typologies is being replaced by taller structures.

Brick jelly and lime mixture

Sun-dried bricks

Courtyard Courtya

KANCHI KUDIL PLAN

Rainwater harvesting in such a way as to collect the rainwater in the courtyards, from where it is channeled into the well in the backyard through stone culverts.

ventilation

ings are in a straight alignment from the thinnai to the door leading to the back yard of the house. This aids cross ventilation.

6X

WOODEN RAFTERS BRICKS RED OXIDE FLOORING WOODEN COLUMNS CLAY POT TILES ROOFING 0 1m 3m 3m 0 KANCHI KUDIL 0 1m 3m 0 2m 6m KANCHI

— Shaded spaces like the front veranda with the thinnai and reinforced concrete veranda facCourtyards — Courtyards, which form an integral part of the tradi tional residences, act as a microclimate modifier. The courtyard acts as

TYPICAL SPATIAL PLANNING IN WEAVERS RESIDENCE X X’ BACKGARDEN
WELL PUJA KOODAM
THINNAI TOILETS 3m 6m 0
ADUKALLA (KITCHEN
FRONT HALL COURTYARD
VATE SPACES SEMI ENCLOSED SPACES
PR
Pit o accomodat the oom PACES LOSED
Orientation — The residences are oriented along a north–south axis. The longer east and west walls are shared between the ad jacent residences and are not exposed to so lar radiation, thus reducing the heat gain.
Climatic Response
X
6X
KANCHI KUDIL
KUDIL
KANCHI KUDIL SPATIAL ANALYSIS

combination of warp and weft. held stationary in tension on a frame or loom inserted over-and-under the warp. Archaeonatural fibres

weaving started, mostly because it is fragile and it the tombs of ancient Egypt Of similar workdiscovered in Peru appeared around 3000 B.C. and the discovery of plate, dating back to 4400 B.C. were found in

The Art of Weaving

It is the art of creating fabric through a combination of warp and weft. The lengthwise or longitudinal warp yarns are held stationary in tension on a frame or loom while the transverse weft is drawn through and inserted over-andunder the warp. Archaeological evidence shows weaving with the use of natural fibres.

It is impossible to tell with certainty when weaving started, mostly because it is fragile and it is easily deteriorated. The oldest textile finds are fragments found in the tombs of ancient Egypt. Of similar workmanship of very fine linen, are the fabrics discovered in Peru.

The weavers receive the ready material required for weaving either from retailer or the society. It works like a contract where the orders, quantity of dyed silk thread, zaree and required design is given to the weaver who gives back the final product in the given period of time.

In the Pallava period there were weavers in the capital city especially employed to weave the Weavers often accompanied their patron-kings on military tours as woven garments were an intrinsic part of diplomacy. These weavers were switched over to weaving silk sarees in the course

Attaching wrap to loom Threads drawn through heddles taken through reeds, which is tied to the beams on both ends of the loom. The design cards are loaded. The weft thread is then wounded to the shuttle. takes around one to one and half days, with the help of around 3 artisans up the loom.

22.5 m of wrap thread is set up to the loom to make 3 sarees. Mainly the 3 locally known styles of weaving,

Shutter- A small boat type tool, to transfer the weft yarn, from one end of wrap yarn to other end.

Post weaving

Portion of unwoven wrap is left before and after the Saree weaving which Unwoven stands are cutout. Saree is folded in traditional manner.

Weft yarn threads

Wrap yarn threads

WORLD
STYLES CHINA BURMA MALAYSIA INDIA
BROUGHT DIFFERENT WEAVING
Historically, King Uttam Chola settled the Pattu Sele weavers from Andhra in four especially located parts of Kanchi- King Thirumalai Nayak brought weavers from Saurashtra to be settled in Madurai in the 16th CE.
RAW MATERIAL KOLLEGAL KOLAR RAMNAGARA MYSURU 361KM 195 KM 345KM 390 KM DE GUMMING 15g SODA SOAP OIL STIRRED IN 100ºC DYEING BOILING WATER+DYES+WASHING SODA+SOAP OIL POST DYEING PROCESS 3G ACETIC ACID + 1L WATER WINDINGBOBBING WARPING ATTACKING WRAP TOLOOM WEAVING OF SAREES POST WEAVING UNWOVEN STRANDS CUT OUT RETAIL OUTLETS 1. HARVESTING 2. STIFFING AND SORTING 3. BOILING 4. DEFLOSSING 5. REELING DESIGN DEGUMMING Treatment – 15g soda + soap oil Condition – stirred in 100 degrees for 10 minutes Water to silk ratio 1:20 Time period – dried for 2 3 days Raw silk is first degummed to remove sericin from the silk by treatment with soda, soap oil and dyes(white color). Degumming reduces ⅓ of the weight of silk and makes it soft. LENGTH SECTIONING The length of raw silk is first divided into 3 segments using a rubber tube to make 3-saris. Hence these silk segments are colored separately as per the requirements. 90mm iron rod used for rotating the yarn Boiled in copper container DYENING Boiling water dyes + washing soda + soap oil Condition – stirred at 80 to 100 degrees Additives 5% alum used as fixing agent for natural dyes, binders and adhesive substances. Colour fixing 3g acetic acid + water Time period 15 to 20 minutes Washing – dyed silk washed in cool water to 4 times Drying – 2 to days Dyeing Components MANUFACTURING The It sign PRODUCTION Bobbing Done Street dipped The rolled the Pull Cord Batten Warp Threads Warp Beam
Space required for each unit and the dimension between them Section Of A Loom Distance between the light and the thread 900mm
DIMENSIONS Silk Thread Comber Board Zari Templete Pana Pit 55*60 Weights
WEAVING
Plan Of A Single Loom

Interior Design

Exhibition Space D

The aim was to create a space unburdened with the fear of presenting. Open to all students, the space has been divided among three main programs: Sheet Display, Model Display and Storage.

Added to this space is The Great Wall, a transition between the dynamic, extroverted lobby space and the heavy, curious exhibition space.

E3 E4

E1

FFL E1. ArchivePanel E2. Frame Panel E3. Model Space E4. Bay Display L3. Notice Board

LEGEND:

Section DD’ D’

sheets on display the panels are adjustable to various sheet sizes 2000

modulated plinth to provide visual continuity model showcase on the top of the platform model storage inside the shelves 2000 2000 600

MS Hollow section 60 x 60 MS Circular SectionHandles Roller Girder

archival sheets/ sheets on display shutter functions as tray 2000 600 Sheet Display Units

MS Hollow section 60 x 60 MS Circular SectionHandles Roller Girder

A B C D 01 02 03 04 05 06 07 ENTRANCE +150 +300 LVL +450 +600 +750 +600 +450 +300` LVL 0 +150 ENTRANCE E1. ArchivePanel E2. Frame Panel E3. Model Space E4. Bay Display L3. Notice Board LEGEND: E2 E3 E4 L3 1500 1500 1500 1500 3000 2300 1000 1000 1000 1000 3000 1000 1000 1000 2000 1000 2300 2660 2673 2673 2960 E1 the great wall
POROSITY | EQUITY Main Exhibition Plan

Few of these counters have storage beneath them. this adds some more area towrds the dire need of it

champhering the tops of few counters, for large scale models the platforms increase by 500mm or 250mm

04: nishing the top most counter tops

03: raising counters for the active model display

gradual increase of the viewing platforms as well as the model spaces the platforms increase by 150mm

Creating the Model Space Grid 1000mm X 1000mm space for model displaying

02: creating viewing platforms

01: creating the base grid

Counter-top for display of models

Platforms of varying heights to acheive maximum visibilty of the models

Counters with varying heights are used as model display areas to enable e cieft use of the rooms height Main Viewing platform, this ares provides a view with all models in sight

Model Space: Axenometry

model space catering to smaller scale models 20 mm plywood cantilever shelves 300 600 1300 450 400 500 400 1500 850 850 850 3000 2673 2673 FFL FFL display area creating a transision plane between the Main Exhibition and Lobby area the panels are adjustable to various sheet sizes MS Hollow section 60 60 2000 4500 841 841 594 594 FFL Bay Model Display Units

C

Over the years of the architecture course, the student stays back in college quite often. Our aim was to create a pantry space, which works well during the active hours and especially great during the after hours.

The zoning of this small space was done according to the basic needs: a quick re-heat/ snack and making maggi.

Active-Passive Spaces

C

P5 P6

2500

D P1. Vending Machine P2. Microwave zone P3. Fridge P4. Wet Area P5. Dry Area P6. Foldable Table + Seating

B

P4

LEGEND:

Pantry Space B

950 4065 615 P2 P1

P6

2500

D 1800 3000 4800

P4

P6

950 4065 615 P2 P1

P3

P3

1800 3000 4800

P5 P6 A 01 02 03 04

QUICK | RELAXING | EASY A 01 02 03 04
Furniture used in the Pantry

The entrance lobby forms the first impression on the visitor’s mind. The aim was to keep this impression clean, and slightly ambiguous.

This carters to the goal of keeping the visitor curious, and of course to making them feel welcome.

A B C D E F H G UP 01 02 03 04 05 06 07 08 L1. Reception L2. Lobby Seating L3. Notice Board L4. The Great Wall LEGEND: ENTRANCE L1 L2 L3 L4 920 1800 9760 3060 3060 1500 1500 1500 1500 3000 9000 920
Lobby - Reception A A’ B B’ FFL FFL lobby seating notice board/ annoucement display FFL FFL lobby seating notice board/ annoucement display Section AA’ and BB’
WELCOMING | FORMAL

Things to consider when building walls for bamboo buildings-

a)Desigining

b)Building The Bamboo Wall Frame

tiful, and also can be built faster This technique has been used traditionally in England; called wattle & daub and a similar technique in South America is referred to as bahareque. Bamboo, wood, or reeds were used as the structural frames whilst lime or mud was used as a filler material to seal the walls. Today is also called the lath and plaster technique

c)Preparing And Applying The Sealer

Bamboo Construction

d)Finishing

Things to consider when building walls for bamboo buildings-

Introduction

a)Desigining

Designing

b)Building The Bamboo Wall Frame

Method of Construction

Wall Panel Construction

Introduction

c)Preparing And Applying The Sealer

d)Finishing

Designing

Bamboo can be utilized as a building material for scaffolding, bridges, houses and buildings Bamboo, like wood, is a natural composite material with a high strength to weight ratio useful for structures 1 Bamboo’s strength to weight ratio is similar to timber, and its strength is generally similar to a strong soft wood or hardwood timber

Firstly, start up the process of design where one designes the wall, its funtion and its construction on sheet of paper or with the help of model

walls for bamboo buildings that can be thinner, lightweight, flexible with shapes, beautraditionally in England; called wattle & daub and a similar technique in South America is referred whilst lime or mud was used as a filler material to seal the walls Today is also called

Firstly, start up the process of design where one designes the wall, its funtion and its construction on sheet of paper or with the help of model

Conclusion

Combination of bamboo and mud is an amazing building technique to build walls for bamboo buildings that can be thinner, lightweight, flexible with shapes, beautiful, and also can be built faster This technique has been used traditionally in England called wattle daub. The process of started where one designes the wall, its funtion and its constructionon sheet

The combination of bamboo and mud is an amazing building technique to build walls for bamboo buildings that can be thinner, lightweight, flexible tiful, and also can be built faster.This technique has been used traditionally in England; called wattle & daub and a similar technique in South to as bahareque Bamboo, wood, or reeds were used as the structural frames whilst lime or mud was used as a filler material to seal the walls the lath and plaster technique.

Things to consider when building walls for bamboo buildings-

a)Desigining

b)Building The Bamboo Wall Frame

c)Preparing And Applying The Sealer

d)Finishing

Designing

Firstly, start up the process of design where one designes the wall, its funtion and its construction on sheet of paper or with the help of model

Wall Panel

Bamboo Workshop MMBC 07

Wall Panel Group 05

Wall Panel Group 05

The workshop kick started with common session where we knew almost nothing about it but for sure knew it would be gratified experience The artisans, during the common session instructed us on the basic knowledge of working with bamboo The respective groups then moved on with their respective topic of work Our group was up with a quick solution for the game of cricket we played In mini courtyard Our intent was creating a wall that continue along the katte and act as a stopper for the ball.

The workshop turned out to be a very intuitive and helpful, for learning this amazing technique while we were also indirectly benefitting for playing cricket We experimented types of joineries through the wall panel frame we created The sustainable design semester also made us think of easy uprooting structure, so we had hammered the steel pipes into ground rather than casting concrete The panels were filled with infill material of mud plaster and cement plaster Though we were working with our wall panel, we also had the right circumstance of viewing our fellow studio mates work too We were helping each other out while gaining knowledge mutually Through these various process we had the opportunity to understand the material as a wall, work with the material and the possibilities it provides architecture with The process also showed us the process requires skilled workmanship and labour whom we should respect

Bamboo Workshop

Wall Finishing

It is always challenging to achieve clay paints it can be possible.

desired colour finishes but using pigmented lime washes and

Smoothening it is also a part of finishing, where the surface is rubbed/sanded. There can be additional layer applied to it to get more smoother finish.

Bamboo Workshop MMBC 07 Bamboo Workshop MMBC 07
wall. The best bamboo material to use is either flattened bamboo or bamboo splits because they are easy to work with to build the wall frames. Discussion Weaving
Group
Mud
Sanding nodes Cutting excess thread rod Drilling
MS
Wall
Stage 1
Stage 4 :- Mud
Stage 5 :- Cement Plaster Stage 6 :- Additional
Stage
a Prototype
Cement Plastering
pic Making of frame
Plastering
through
steel Inserting Steel rods to ground Bamboo
MMBC 07
Panel Group 05
:- Frame Making
Plaster
Finishing (Sanding)
2 :- Weaving of strips Stage 3 :- Adding frame for cement plaster Comparing of
model with the Built
4
Mud
Stage 5 :- Cement Plaster Stage 6
Additional
Stage
Stage 1 :- Frame Making Stage
:-
Plaster
:-
Finishing (Sanding) Stage 2 :- Weaving of strips
3 :- Adding frame for cement plaster
Comparing of a Prototype model with the Built Bamboo Workshop MMBC 07
Wall Panel Group 05

Phone no. : 9606933997

Mail ID: 2019_lekhana.p.m@wcfa.ac.in

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