Architectural portfolio by Anoop thilak

ARCHITECTURE PORTFOLIO

ANOOP THILAK

ANOOP THILAK Resume

FREELANCE PROJECTS A strong believer in the ability of the architecture & research combined with design thinking for strengthening our societies & having a positive effect on the world. My goal is to shape better sustainable world through functional architecture & innovative technology.

Nikita bhavan (Residential) Satara, Maharastra (Completed)

Finora (Commercial)

Pune, Maharastra (Completed)

Valley House (Residential) Pune, Maharastra (Ongoing)

Allya house (Residential) Pune, Maharastra (Ongoing)

Jubilant village (Residential)

CONTACT

+91 - 86684 66460 anoopthilak111@gmail.com linkedin.com/in/anoop-thilak-72ab78a8

SKILLS SOFTWARES

EDUCATION 2012-2014

2014-2019

Drafting Autocad

B-Arch

Presentation

Dr DY Patil School Of Architecture, Ambi, Pune.

Tutor -

Indesign, Photoshop, Illustrator, Premiere pro

Programming

F orm and matter

02/2021

Affordable & sustainable single family dwelling unit

Tutor - Ar Jack Chandy

Tutor - Ar Ajay Abey

PROFESSIONAL EXPERIENCE 2014 - 2018 2018 - 6 months

Python (Basic)

FABRICATION

Patrik Schumacher

10/2020

Dhawal designers

Architectural Intern (Part-time)

CSBNE/DRC

Architectural Intern

2019 - present

Dhawal designers

2020 - present

Architectural design factor y

Junior Architect

Freelance Architect

Rhino (Grasshopper), Autocad, Revit, Sketchup, 3DMax, V ray, key shot, Enscape, Lumion

Bpm model school (cbse), trivandrum, kerala Computer science

F e e d - Forum for exchange and excellence in design - Parametricism

Modelling

Rendering

Higher Seconday

WORKSHOPS 08/2017

Satara, Maharastra (Ongoing)

LANGUAGE HOBBIES REFERENCE

3D printing(basic), laser cutting(basic), CNC milling (basic) Fluent in English, malayalam(native) and hindi

Reading, innovating, exploring, cooking, cycling

Dr Uma Jadhao

Principal of D Y Patil +91 - 84227 56052 uma.jadhav@dyptc.edu.in

Ar Vijay Pawar

Te a c h i n g f a c u l t y +91 - 75075 18855 vijaybalasaheb.nsk@gmail.com

Ar Dhawal deshmukh

CEO Dhawal designer ’s +91 - 99609 69992 dhawal.designer@gmail.com

2019

2020

2018

Veertha Sthal, Pune, Maharashtra

Finora, Pune, Maharashtra

Wavelet facade, Hypothetical site

Weaved Hypothetical site

KP House, Kollam, Kerala Professional

Academic Thesis

Freelance work

Experiment

01 02 03 04 05 06 07 08 09 10 5-14

15-20

Allya house, Pune, Maharashtra Freelance work

2020

20-26

27-30

31-32

33-34

35-36

37-38

39-40

41-42

Valley house, Pune, Maharashtra

Mound DY Patil college

Experiments Hypothetical site

Zakariya house, Kottayam, Kerala Professional

2020

2021

2020

2018

Freelance work

Experiment

Sunrise 5:59 Sunset 17:14

SITE ANALYSIS

VEERT H A ST H AL

DEFENCE QUARTERS PLAYGROUND

+ -

War memorial museum, Khadki, pune, maharastra

Winter solstice 115 ° Sunrise 7:02 Sunset 18:04

Analysis of view from site made clear that most openings should be provided towards north, south and east directions. 270

BACKSIDE OF DEFENCE QUARTERS

Views from site

70 ° from west

SYMBIOSIS COLLEGE

DEFENCE QUARTERS 12

Aim To design national war memorial & museum that will potray famous post independence battles, chronicle the course of indian military history and to establish itself as an outstanding landmark.

AGRICULTURE COLLEGE GROUND

AGRICULTURE COLLEGE GROUND 375Hz, 40dB

Most of the noise was generating from south side and east side roads due to N the vehicular traffic.

Noise analysis

Objectives • Observe usage of public spaces in the city and derive ways to implement those into design. • Understand the history of wars and identify modes to potray them and motivate citizens.

18 0 150

•

300

330

550Hz, 60dB

SLOPE Summer solstice 295 ° Sunrise 5:59 Sunset 17:14

Project scope • For most human history war memorials are erected to commemorate great victories and its martyrs, like the triumphal archesof roman civilization that does back to 4th century ad. • There is often a aneed to freeze history, to be sure that people will remember what has happened. These memorials stand forever and are meant to act as eternal reminders.

300

Sun and wind analysis

0.00

SYMBIOSIS COLLEGE

70 ° from west

LOAM SOIL

330

Winter solstice 115 ° Sunrise 7:02 Sunset 18:04

270

Soil analysis

DEFENCE QUARTERS PLAYGROUND

BACKSIDE OF DEFENCE QUARTERS

90 DEFENCE QUARTERS E

AGRICULTURE COLLEGE GROUND

•

Loam soil and dry silt soil are found in site.

•

Sun path and wind analysis

150

Winter solstice 115 ° Sunrise 7:02 Sunset 18:04

Existing buildings are inspected to check the condition of footing, superstructure and other wooden materials, to conclude remaining & useful part s of building can be reused for proposed S project. 270

Existing building positions

12 0

70 ° from west

375Hz, 40dB

330

19 ° from east

AGRICULTURE COLLEGE GROUND

300

18 0

Summer solstice 295 ° Sunrise 5:59 Sunset 17:14

DRY SILT SOIL

+6.00

18 0

150

Maharastra

Pune

Khadki, sinchan nagar

550Hz, 60dB

Existing vegetation SYMBIOSIS COLLEGE

Window Sky light

Entrance

Courtyard

80 years old army office buildings with random rubble strip foundation.

Symbiosis college

S Playground for army quarters

Clinic Residential appartments with G+5 structure

BACKSIDE OF DEFENCE QUARTERS

550Hz, 60dB

Pathway +

Type 2 army quarters with G+1 structure

DEFENCE QUARTERS AGRICULTURE COLLEGE GROUND

Courtyard

Type 4 army quarters with G+1 structure

DEFENCE QUARTERS PLAYGROUND

Site is covered with Sacred fig, Vachellia nilotica, Azadirachta indica, Acacia, Mangifera indica trees, which are inevitable in maintainingN flora and fauna of site.

375Hz, 40dB

SYMBIOSIS COLLEGE

DEFENCE QUARTERS PLAYGROUND

AGRICULTURE COLLEGE GROUND

BACKSIDE OF DEFENCE QUARTERS DEFENCE QUARTERS AGRICULTURE COLLEGE GROUND

Inference

AGRICULTURE COLLEGE GROUND

According to the factors studied above, turns out to be an boon for the basic services like zoning, entrance, orientation, micro-climate, sevage , a proficiency for day light and daily ammenaties on site. The circulation on site can be a playful measure due to the pre existing blocks n d trees.

DESIGN EVOLUTION Museum building

Zoning

Courtyard provision

The zoning of museum was done with considering the noise from roads. The existing buildings were coming in two rows parallel to each other, the footing of those buildings are reused for proposed building after inspection. Since the area is located in semi arid therefore the provision for compact planning with porosity of courts has been provided which benefits the site planning in mutual shading

Vertical zoning

Massing

Library block

Roofing

The placemnt of the building was zoned near the entrance to give access for local regular visitors to library without invading the privacy of other areas. The abstract geometry of the library building is due to the irregular placemnt of the existing vegetation which emphasised the micro climate. This also played importance to maintain the temperature in the courtyard within the building complex.

The inclination of the building is slightly made optuse with respect to the other side of the same building in order to reuse the foundation which was present on the site. The tilted floor area of the cafeteria fecilitates the visitors for refereshments and a pause before entering in to the museum. Also, the opening area is one-tenth of the floor area of caferteria according to NBC. Cafeteria

Library block

Cafeteria

Massing

Zoning

Material selection

Museum building

The museum consist of multiple pauses to catergorise phases, stability as well as instability in life of a soldier. A scenario of a war has been added to give an experience and to showcase hardship of an emotion. The entrance is marked with emblem that is sthump, it is provided for the respect the soldiers who fought fearlessly for the betterment of the civilians and country.

Museum building

Zoning

Natural light provisions

Zoning

Massing

Zoning

Administration area Admin was zoned along with servive area due to their activites works hand in hand. Public has no acces towards admin zone.

Service area Service entry was provided on rear side of main building (north side) which allowed the entry of service vehicles through low traffic road, this helped in avoiding traffic congestion on other primary roads. This

vel r le oo fl d con Se .60 m +8 el lev or o fl t Firs .60 m 60 m 0. +4 el + lev h t Plin

A 1

Temporary gallery Temporary gallery for temporary artifacts during some special occasion.

Water body Courtyard between temporary gallery and galllery for recent contemporary wars was used as water body, which signifies as peace in a war.

A 1

vel p le f to m o Ro 2.60 +1

Sky light Sky lights brought natural light in between exhibition halls. Structure was designed with I section grid of 45 degree angle and used ACP sheet as its covering.

A 1

Amphitheatre 100 people capacity open amphitheatre gave an interaction space for visitors. Special occasions and programs for public can be held here.

Exhibition gallery Ancient war fare gallery placed at begining of museum, since the gallery exhibits historical datas of wars happened.

ISO - SECTIONAL VIEW

3 14

Fixed wIndows

Sky light

9 4

Roof with manglore tiles

8 3

12 17

Second floor

2 1

First floor

- Gallery space - Control room - Curator, restoration and storage space. - Adminstration area

Ground floor plan

Ground floor

Section A-A

Plinth

Courtyard

South side elevation

1 Entrance 2 Entrance lobby and orientation space 3 Plant room &control room 4 Gallery - Ancient warfare 5 Administration 6 Restoration & mounting department

7 Courtyard with still models 8 Gallery - Evolution of armament equipment 9 Amphitheatre 10 Temporary gallery 11 Courtyard with waterbody 12 Gallery - Decisive battles & wars

13 Gallery - Service specific 14 Wash room 15 Gallery - Experience centre 16 Gallery - Recent contemporary wars 17 Memorial hall 18 Exit

Exploded iso view

1 3 2

Outdoor displays

3 9

Exit from museum Library Ground floor plan 1 Entrance 2 Librarian’s area 3 Lecture room 4 Staff room 5 Books area 6 Reading area 7 Archives and documentation area

Cafeteria floor plan

Museum (main building)

1 Seating area 2 Cold storage area 3 Kitchen area 4 Wash room 5 Open dining area

Cafeteria Entrance to museum

North side elevation

Library

South side elevation

Parking

Section A-A

Ticket counter Entrance to site

Section A-A Master plan

Library exploded iso view

Cafeteria exploded iso view

Museum

Library Handmade models

Cafeteria

Cultivation land

1.50 m

2 Way road and open land

2.00 m

1.00 m

2.50 m

Cultivation land and mountain view

ALLYA H OUS E +

Cultivation land

90 Winter solstice 115 ° Sunrise 7:02 Sunset 18:04

0 33

300

27 0

18 0

210

48 %

Since, the climate is semi-arid; the sun needs to be block out by passive as well as active measures. Therefore, the vegetation overhangs, eves, buffer zones and mutual shading would cut the harsh sun down. The prevailing winds are incorporated in design for the effective air change and thus, proper ventilation. Cultivation land and

193.6 mm 32 mm

Average monthly rainfall

mountain view

Existing vegetation

1.00 m 1.50 m

The frontal foliage have the efficiency to humidify the dry wind thus leading to evaporative cooling.it also an ease to the noisy traffic on the main street by providing a buffer space.

+ 0.00 m

0.50 m 1.00 m

20 °

16 °

Cultivation land

2 Way road and open land

1.50 m 2.00 m

2.50 m

Summer solstice 295 ° Sunrise 5:59 Sunset 17:14

30 0

31°

Cultivation land and mountain view

2.50 m

13 °

28°

Cultivation land and mountain view

2 Way road and open land

2.00 m

32°

Avg low temperature

24.1 mm

Avg high temperature

+ 0.50 m

65 %

Humidity level

Cultivation land

0.00 m

2 km

82 %

120

70 ° from west

Comfortable zone

6 km

2 km

Sun path and wind analysis

Muggy zone

Wind speed

Summer solstice 295 ° Sunrise 5:59 Sunset 17:14

Comfortable zone

Farm house Pune, maharastra

2 Way road and open land

Winter solstice 115 ° Sunrise 7:02 Sunset 18:04

Soil condition & contour analysis + Cultivation land

land and Loam is great for supporting foun- + Cultivation mountain view 2 Way road and open land dations because of its evenly bal+ anced properties, especially how it maintains water at a balanced rate. + Cultivation land However, clay is moist, it is very + 2 Way road and open pliable, and can easily be moved andland manipulated.

300

12 0

27 0

Mar

Apr

May

Jun

Jul Months

Aug

Sep

Oct

Nov

Dec

The climate turns out to be harsh and have strong glare in the month of july and august. Thus, these are the uncomforable months of the year while extreme months that is December and january are cooler and comfortable. This facilitates the outer activities more in the January and December.

Summer solstice 295 ° Sunrise 5:59 Sunset 17:14

N 15

Feb

70 ° from west

Jan

30 0

90 Winter solstice 115 ° Sunrise 7:02 Sunset 18:04

18 0

S 120

300

210

70 ° from west

Cultivation land and mountain view

+ Cultivation land

Cultivation land and mountain view

2 Way road and open land

+ +

90 Winter solstice 115 ° Sunrise 7:02 Sunset 18:04

300

120

270 180

210

Cultivation land

2 Way road and open land

Summer solstice 295 ° Sunrise 5:59 Sunset 17:14

27 0

Noise analysis and views from site

To incorporate the diffued light and prevailing wind in the bedroom, also the balconies around the facade provides a bufferspace for temperature.

Bedroom

18 0

210

Entrance lobby

It has a view from all bedrooms to provide a charatcter of depensible space by oscar niemeyer.

Master bedroom

South- west (zoned as per solar azimuth.)

Batminton court

Open seating area with campfire Swimming pool Pool in the wind direction for evaporative cooling.

It is provided to enjoy sun in winters and to provide a recreational space.

Open lawn area

It is the fully open stratified in the closed semi open and open spaces.

Batminton court is placed on the clay side soil type, also client prefer morning hours to play thus considered east sun.

Stage 1 To utilise the natural topography and soil bearing capacity for the massing. The yellow built up signifies the closed spaces with grey denotes semi open and green for open spaces.

Stage 2 To incorporate pool in between the closed space for the transparency of more spaces to the open zone as well as the pool.

Stage 3 Further, the levels were pulled up and down to play with vertical massing and thus introducing more open spaces at the higher floors.

Stage 4 The introduction of more open spaces in the front to provide buffer zone for noise to make interiors more acoustically sound.

Stage 5 The overall zoning and spaces based on sun, wind , mutual shading, ventilation, buffer zones, and acoustics resulted in sound spaces with interaction with the terrain and views.

Concept development Guest room

The guest room is placed at the top to not invade privacy and yet make it connected. It also provides a view of all four sides of the context.

Courtyard 2

Ground floor plan with site plan

Courtyard 1

Dining room and kitchen

The impromt to introduction of greenary acts as a surprising element. It acts as a light shell to bring in diffused light.

Living room

01 03 05

It has an emalgation of greenary and view on each opposite side and a good circulation in to the interiors.

It acts as a recreational space between two bedrooms and provides a vertical circulation to above floors.

It is smartely zoned with occupency time and usage of space. The morning sun is considered in the space to give positive environment

Open kitchen and dining

It is brought in the design for the home kaer to enjoy cooking with the nature availabe in the context.

07 07

Entrance

First floor plan

The massive entrance lobby guides into the interior and has a view from bedrooms and living.

Iso - exploded view

Swimming pool

The pool has an organic shape and a view from hall and a view from kitchen living and master bedroom.

PRODUCED BY AN AUTODESK STUDENT VERSION

5.00

0.7

2.4

0.7

CHECKED BY Uthkarsh ANOOP THILAK J

5 5.4

DATE

0.115m Thick wall

RR MASONARY FLOORING

0.90

0.35

1.00

0.49 0.60

2.70 3.15

1.20

0.45

0.75

0.45 2.25

2.40

2.55

3.80

3.50

1.17

0.95

0.45 0.15

2.10

1.20

0.23

0.60

0.20 1.15

0.98

2.25

2.10

2.17

2.10

3.15

0.32

0.17

1.15

0.98

0.07

2.63

2.10

3.15 2.17

CHECKED BY

GROUND FLOOR PLAN

ANOOP THILAK Uthkarsh J

SR.NO. REV NO. DATE

PROJECT CODE

CONTENT LIST

REVISION DETAIL

LOCATION PLAN

ADF

0.20m Deep sunk below

STAMP

ARCHITECT: Uthkarsh J

0.5

LEGENDS

BEDROOM

SECTION D-D'

ANOOP THILAK Uthkarsh J

PROJECT CODE

1.3

1.5

2.1

C - C'

5.8 6.3 5 0

BEDROOM

3.0 W2 6

GROUND LEVEL

PROJECT TITLE :

FARMHOUSE

6.1

4.1

4.15

SD COURTYARD

BEDROOM

0.62

GF SLAB 03 0.90 M

0.90

0.6

0.30

MR. DAREKAR

BALCONY

1.05

0.6 5

0.4

TOILET 1.50m x 2.40m

CLIENT : V

0.8

0.23m Thick wall

0.45

BEDROOM 4.20m x 4.50m +0.15m

0.20

3.0

2.05

2.7 2

0.15

4.2

3.29

2.10

PROJECT MANAGEMENT :

FG9

BEDROOM

2.10

2.5

PINE POST 0.30mx0.30m 0.30m spacing

0.05

0.9 0

6.7

0.0

1.05

+0.30m

0.30

2.30

ENTRANCE

FF SLAB 05 4.20 M

0.9

D6B

LIVING ROOM 0.07

0.00m 5.43

0.30 M SUNK

3.15

0.50

FG4

PORCH 4.15mx2.30m +0.60m

0.30 0.30 0.30 0.30 0.30

1.70

1.05

0.30 0.30 0.30 0.30

CAR PORCH 3.30mx5.00m +0.05m

1.15 2.35

0.4 1

FG8 3

0.30

2.32

2.17

1.20

0.98

3.00

7 4.5

1.50

1.3

0.41

2.10

0.5 0

1.45

1.20

4.13

0.30

6.00

1.80

3.13 1.37

0.80 0.75

2.40

FG12

1)THIS DRAWING UNDER COPY-RIGHT OF ARCHITECT ANOOP THILAK AND SHOULD NOT BE USED IN PART OR FULL WITHOUT THE WRITTEN PERMISSION OF ARCHITECT 2)DO NOT SCALE OFF THIS DRAWING ALL DIMENSIONS ARE GIVEN IN GOOD FAITH AND BELIEVED TO BE CORRECT, IF IN DOUBT PLEASE CONSULT SITE ENGINEER OR ARCHITECT 3)NO RESPONSIBILITY CAN BE TAKEN WITH ANY ERRORS FOUND BY MEASURING OFF THIS DRAWING 4)NO COLUMNS, BEAMS, R.C.C WORKS TO BE BROKEN FOR LIFT INSTALLATION, PLUMBING & SANITATION, ELECTRICAL CONDUCING, LEVELING OF SURFACES 5)ALL LEVELS SHOWN ON FLOOR PLANS ARE FINISHED FLOOR LEVELSAND ALL DIMENSIONS MENTIONED ARE FINISHED DIMENSIONS UNLESS MENTIONED. 6)ALL TOILET SLAB TO BE TAKEN SUNK.

0.47 0.87

Riser - 0.15m Tread - 0.30m

0.30 0.30 0.30 0.60 0.60 0.90

3.47

0.30

NOTE

FG7

0.33 0.08 0.45

1.19 1.19

3.23

0.47

0.57 3.06 0.50 3.06 4.69 6.14

1.63

MASTER BEDROOM

WATER TANK

SF SLAB 07 7.50 M

0.20

FG6

DESCRPITION

SWIMMING POOL

Riser - 0.15m Tread - 0.30m

SYMBOL

A - A'

1.35

1.20

LIVING ROOM

PRODUCED BY AN AUTODESK STUDENT VERSION

GD1

PASSAGE BEDROOM 4.13m x 4.69m +0.90m

3.00

SR.No.

4.68

LIVING ROOM 5.74m x 6.49m +0.60m

FG3

DEVGHAR 1.35mx1.37m

BEDROOM

GF SLAB 03 0.90 M GF SLAB 02 +0.60 M GF SLAB 01 +0.15 M

SECTION C-C'

CONTENT LIST

6.26

1.05

1.80

+0.30m

6.41

+0.45m

1.20

3.08

20mm Glass panel FG11

FG10

FG5

FG3 1.35

GROUND LEVEL

DESCRIPTION

COURTYARD +0.45m

3.30

PASSAGE +0.90m

BEDROOM 3.60m x 4.20m +0.90m

REVISION DETAIL SR.NO. REV NO. DATE

PRODUCED BY AN AUTODESK STUDENT VERSION

-0.15m

1.25

FG11 W4A

2.02

2.14

2.37 [7'-9"]

1.74

2.57

FG10

1.59

1.55

FG FG FG

Riser - 0.15m Tread - 0.30m

0.90

0.08

2.25 0.43

FG2

Pine ceiling (Refer sheet for details)

FF SLAB 04 +3.45 M

BEDROOM

0.320.60

18 17

1.15

KITCHEN + DINING 4.73m x 5.07m +0.15m

4.5

PASSAGE

BALCONY

0.90 0.08

0.35

1.20

0.4

FF SLAB 06 4.55 M FF SLAB 05 4.20 M

PRODUCED BY AN AUTODESK STUDENT VERSION

B - B'

BEDROOM 4.43m x 4.15m +0.90m

1.50

11 13

Riser - 0.15m Tread - 0.30m 0.2

COURTYARD 3.53m x3.51m +0.75m

2.85 Riser - 0.15m Tread - 0.30m

PINE POST 0.20mx0.20m 0.20m spacing

TOILET 2.10m x 2.70m

3.4

1.43

0.45

2.74

1.21

0.32

1.00

0.50

V 2.10 [6'-11"]

2.70

1.20

0.50

1.87

1.20

3.00

0.75

0.60

0.75

STORE ROOM 2.10m x 2.57m

COMMON TOILET 0.60m

1.26

1.38

1.53

3.53

0.75

0.98

0.4 0.2 5 0 0 .4 5

0.37

1.00

4.73

2.10 0.75

3.06

TOILET 1.20m x 1.30m D

BATH 1.65m x 1.77m

FG1

12.21

4.43

1.50

BATH 1.20m x 2.40m

1.31

1.65 3.81

3.06

BEDROOM 3.60 m x 3.81m +0.90m

1.35

4.20

2.10

0.30 0.30 0.60 0.60

0.60

2.6

0.37

PRODUCED BY AN AUTODESK STUDENT VERSION

1.20

1.05 0.48

0.30

2.55

1.65

0.30

2.10

1.20 1.00

1.38

5.00

0.08

3.60 1.00

14.55

2.10

2.40

1.15

Pine ceiling (Refer sheet for details) 5.63

0.98

SF SLAB 07 7.50 M

D - D'

0.60

0.20

LOCATION PLAN

SR.No.

SYMBOL

PROJECT MANAGEMENT :

NOTE

DESCRPITION

DESCRIPTION

A R C H I T E C TURAL DESIGN FACTORY 8\5,TYPE 3, RANGE HILLS, KHADKI

DATE

STAMP

ARCHITECT:

ADF

CLIENT :

MR. DAREKAR

A R C H I T E C TURAL DESIGN FACTORY 8\5,TYPE 3, RANGE HILLS, KHADKI

PROJECT TITLE :

FARMHOUSE PRODUCED BY AN AUTODESK STUDENT VERSION

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

PRODUCED BY AN AUTODESK STUDENT VERSION

LOCATION PLAN

0.23m THK brick wall

0.15m THK brick wall

1.43

0.43

0.85

0.55

0.35

2.10

2.85

2.40 0.15

0.07

3.80

OUTSIDE DINING AREA

1.20

FF SLAB 06 - 4.85 M FF SLAB 05 - 4.50 M

Refer sheet for details

False ceiling

STORE ROOM

MR. DAREKAR

TOILET 0.30 M SUNK

KITCHEN

OUTSIDE DINING AREA

Random rubble cladding

0.6

1.45

BED ROOM

1.20

W4 1.20

TOILET SUNK

3.80

3.45

1.20

D BATH 0.30 M SUNK

1.00

SUNK

0.08

CLIENT :

0.08

GF SLAB 03 - 1.20 M GF SLAB 02 - 0.90 M GF SLAB 01 - 0.45 M

2.10

1.20

BEDROOM

1.20

PROJECT MANAGEMENT :

2.8

1.63

4.37

2.7

2.40

6.14

PORCH

3.45

3.15

6.8

8.20

2.10

8.14

1.20

1.8

False ceiling

2.10

FF SLAB 04 - 3.80 M

3.80

3.06

1.84

SECTION A-A' 1.55

7 4.5

0.47

CAR PORCH 4.13

1.73

NOTE

0.57

1.62

3.00

1.20

3.28

6.19

SWIMMING POOL

D6 BEDROOM 4.13m x 4.68m

LIVING ROOM

DESCRPITION

A - A'

4.79

SYMBOL

4.68

4.13

3.06

3.43

+0.75m

PRODUCED BY AN AUTODESK STUDENT VERSION

0.90 0.60

0.57 3.06

D6B

COURTYARD

PRODUCED BY AN AUTODESK STUDENT VERSION

4.20

SR.No.

6.26

PRODUCED BY AN AUTODESK STUDENT VERSION

LIVING ROOM 3.65m x 4.20m

20mm Glass panel

CONTENT LIST 3.69 3.69

3.60

20mm Glass panel FG11

SWIMMING POOL

3.28

3.53

12.21

D6A

GROUND LEVEL COURTYARD

1.59

3.08

BEDROOM

GF SLAB 03 - 1.20 M

3.53

COURTYARD

2.18

DESCRIPTION

Refer sheet for details 0.15 THK brick wall

0.23

SR.NO. REV NO. DATE

3.83 3.67

PRODUCED BY AN AUTODESK STUDENT VERSION

0.330.60

0.15

6.00

5.52

5.22

3.00

REVISION DETAIL

0.15 THK brick wall

0.15m THK brick wall

6.70

3.65

BEDROOM

B - B' +0.15m

0.15

FF SLAB 06 - 4.85 M FF SLAB 05 - 4.50 M

4.33

3.88

4.11

4.26

3.00

2.10

3.15

Glass railing D6A

1.17

5.00

2.40

4.87

0.15

6.83

0.60

SF SLAB 07 - 7.80 M

4.95

10.43

WATER TANK

1.50

27.58 22.58 17.63

0.330.60

D - D'

PROJECT TITLE :

1.20

5.43

FARMHOUSE

ENTRANCE

1.50 6.93

4.0

1 4.6 4.9 5 5 6.1 6

ANOOP THILAK CHECKED BY Uthkarsh J

4.0

1.8 2.1 9 9

C - C'

CHECKED BY

ANOOP THILAK Uthkarsh J

DATE

STAMP

0.23m Thick wall

0.115m Thick wall

0.20m Deep sunk below

SECTION 2

RR MASONARY FLOORING FIRST FLOOR PLAN

LEGENDS

ARCHITECT: Uthkarsh J

GROUND FLOOR PLAN

ADF

A R C H I T E C TURAL DESIGN FACTORY 8\5,TYPE 3, RANGE HILLS, KHADKI

LOCATION PLAN

CONTENT LIST

REVISION DETAIL SR.NO. REV NO. DATE

SR.No.

DESCRIPTION

SYMBOL

DESCRPITION

NOTE 1)THIS DRAWING UNDER COPY-RIGHT OF ARCHITECT ANOOP THILAK AND SHOULD NOT BE USED IN PART OR FULL WITHOUT THE WRITTEN PERMISSION OF ARCHITECT 2)DO NOT SCALE OFF THIS DRAWING ALL DIMENSIONS ARE GIVEN IN GOOD FAITH AND BELIEVED TO BE CORRECT, IF IN DOUBT PLEASE CONSULT SITE ENGINEER OR ARCHITECT 3)NO RESPONSIBILITY CAN BE TAKEN WITH ANY ERRORS FOUND BY MEASURING OFF THIS DRAWING 4)NO COLUMNS, BEAMS, R.C.C WORKS TO BE BROKEN FOR LIFT INSTALLATION, PLUMBING & SANITATION, ELECTRICAL CONDUCING, LEVELING OF SURFACES 5)ALL LEVELS SHOWN ON FLOOR PLANS ARE FINISHED FLOOR LEVELSAND ALL DIMENSIONS MENTIONED ARE FINISHED DIMENSIONS UNLESS MENTIONED. 6)ALL TOILET SLAB TO BE TAKEN SUNK.

ANOOP THILAK Uthkarsh J

SECTION B-B'

PROJECT CODE

1.8

SCALE PROJECT CODE

PROJECT MANAGEMENT :

DATE

STAMP

ARCHITECT: CLIENT :

MR. DAREKAR PROJECT TITLE :

FARMHOUSE PRODUCED BY AN AUTODESK STUDENT VERSION

6.3

ADF

A R C H I T E C TURAL DESIGN FACTORY 8\5,TYPE 3, RANGE HILLS, KHADKI

PRODUCED BY AN AUTODESK STUDENT VERSION

03 Wash room and spa Washrooms are provided on both floors and for admin floor seperately. Spa is provided for the regular gym members which is accessible through lobby.

F I N OR A Car restoration showroom and gym, Pune, Maharastra

Restaurant

Crossfit Gym Yoga Childrens take care Washroom area Spa

Reception Reception centralise and guides the movement of the people as well as connects spaces through it. It inIn addition receptionis placedto get maximum visibility of major spaces together.

This project consists of two proposals with defined goals. Ground floor is a car restoring centre which restores and modulate cars as per requirement. The idea of equipped spaces tends to grab the attention of customers. However, the above floor serves as a fitness centre consisting gym, yoga and spa facility. To encourage the space quality

Crossfit gym The neighbourhood is usually equiped with young population. Therefore it will be an attraction node for them. Acoustic panels are used accross the partition to resist

Yoga area Yoga area is zoned for incorporating healthy daylight. With a picturesque view of the city.

Gym Admin area The admin floor is vertically seggregated to maintain the privacy and thus zoned at the eastern side which provides acoustically sound for the staff members.

Car restoration centre

Car detailing bay An optimum space required for 2 cars is provided with sufficient lux to elluminate the work station. Workstation is provided with basic services in addition with electric points and hanging tool box.

Car washing area In this area aerated concrete tiles are placed so that the gray water can be collected in a tank. Further it is filtered and grit is sedemented to make water free from grease.

Accesssories store A store is provided on the another road to avoid entrance and easy access from inside for workers and outside for customers. To maximise the area for store mezzanine is also provided.

Entrance The entrance is approached via collecter raod and is thus easy for the customers to find the entrance. The interior is made visually transparent to get a see through for the vehicles on road.

Reception A guiding space to address customers as well as their interest, it is provided at the entrance due to attractive glass facade, a transparency to the reception guides the customer.

FINORA CAR RESTORATION SHOWROOM DEVELOPMENT STAGES Stage 1

Stage 2 Staircase and lift Adminstration area

Car exhibiting area Work space The existing condition of the building has non-functional, unorganised and brown field. The proposal was to introduce semi public space and a car service or restoration area.

Stage 3 Washroom Store area

Staircase and lift Adminstration area

Storage area

Reception

Stage 4 Washroom Work space Storage area

Staircase and lift Adminstration area

Store area

Car exhibiting area

Reception

Washroom Work space Storage area Store area

Car exhibiting area

Reception

The available double heighted volume provided opportunity to experiment with the interior. The spaces are organised first on the basis of standards and basic functionality.

After alloting functions to the spaces further experiment was performed with volume, geometry and harmony, with consistant discussions with the client the positive changes where incorporated in design.

In the final plan refinement of spaces were done and added more quality to the space. Double heighted space provided mezzanine floor to add storage for tools and car accessories.

Stage 2

Stage 3

Stage 4

SKY FITNESS GYM DEVELOPMENT STAGES Stage 1

Staircase and lift

Crossfit gym

Staff restroom Wash room Spa

Yoga hall The above existing floor were provided with the vision for gym,yoga hall, spa, children take care and washroom to add value to it. The subsisted vertical circulation is kept intact and modulation were added to other parts.

The understanding of rush hours in the gym and for the yoga will mostly be in morning and in evening, zoning is incorporated to encourage circulation as well as essence of the space.

Staircase and lift

Staff restroom

Staircase and lift

Staff restroom

Wash room Wash room Spa

Crossfit gym

Yoga hall The spaces are connected through passage which facilitates the floor. The rearrangement of activities as well as zoning were modulated on the datem as per space justifications and clients requirement.

Wash room Spa

Crossfit gym

Yoga hall Further the spaces were subdivided on the type of gender and activities. The vista available is used in the spaces to make it connected. The centralised reception has a view of all main spaces.

ARCHITECTURAL FEATURES

STORE EXPLODED VIEW

Gondola for store

•

The steel vertical gondolas are designed to incorporate basic storage for car accessories. It is further aesthetically viewed with the interiors and the logo.

•

Instead of plane walls slat wall is used. This gives a benefit of aluminium strap between pinewood to hang accessories for usage and aesthetics.

•

It was designed with very limited width due to lack of space and only staffs are allowed to mezzanine.

•

Pine panelling with logo was part of the design to incorporate privacy between store and reception.

Hanging lights for detailing work

This module is designed for lighting with pine wood to make it lighter and it elluminates the car service area for better lighting. The module was designed to produce 1000 lux.

Hanging hexagon lights

The lightings dungled down from ceiling is added for brtter lux as well as for aesthetic. The pine wood make the module lighter and thus reduce dead load.

•

Chairs and table for lobby

Also by reusing car seats, lounge was provided in the waiting area. The idea was to use old car materials to give space the essense of a car zoned area.

SHS pipes of 4”x8”in size were used as the structure of mezzanine.

Reception table

The reception, table due to its placement, is also in the same theme. Two old mag wheel were retsored and used for decorative purpose.

•

SHS pipe were used as main framework of gondolas. Steel sheets were part of partition in racks.

Finora car care first floor plan (car restoration centre)

Finora car care ground floor plan (car restoration centre)

Sky fitness third floor plan (fitness centre)

The introduction of more open spaces in the front to provide buffer zone for noise to make interiors more acoustically sound. The introduction of more open spaces in the front to provide buffer zone for noise to make interiors more acoustically sound. The introduction of more open spaces in the front to provide buffer zone for noise to make interiors more acoustically sound. The introduction of more open spaces in the front to provide buffer zone for noise to make interiors more acoustically sound. The introduction of more open spaces in the front to provide buffer zone for noise to make interiors more acoustically sound. The introduction of more open spaces in the front to provide buffer zone for noise to make interiors more acoustically sound. The introduction of more open spaces in the front to provide buffer zone for noise to make interiors more acoustically sound.

Farm house, Pune, Maharastra

Dining area The space is kept near to the kitchen connected through living area.

North

Dining area The space is kept near to the kitchen connected West through living area.

Private open space

VALLEY H OUS E

Bedroom

Services (Wash rooms & utility room)

Kitchen

Connecting

Living space

Master bedroom

Entrance

East

Lobby, courtyard and washroom acting as insulation to heat.

South

Zoning and circulation Zoning was encouraged at first to seggregate spaces on the basis of culure and lifestyle. Since the climate is hot and dry, therefore the most usable space ie living area is zoned in east direction. The heat from kitchen would make the interior warmer, to resisit this kitchen is placed in the north-east direction. And bedrooms are zoned in the west side.

mountainous region

farm

Project type - Residential

farm

Dining area The space is kept near to the kitchen connected through living area.

Builtup Area - 1722 sqft Number of members - 5 Introduction The idea was to develop a site and a farmhouse for the client in Pune, Maharastra, India. The concept to bring traditional architecture and a space for clients culture as well as lifestyle. The picturesque view of the neighbourhood is brought in and merged in the proposal.

proposed site

mountainous region

Private court The allowance of the court is limited to the master bedroom providing private greenspace for leisure activities.

Open Court The intersection of court between spaces breaks the monotany and provides ventilation within the built.

Courtyard This is provided to connect multiple spaces and to bring in diffused light thus acting as a light shelf.

Hexagon hanging lights The idea is to merge the design with the context with factors available : the prevailing wind direction is incorporated in the bedrooms aswell as facilitates propoer ventilation. Orientation of spaces were done by considering sun path to make interiors more comfortable. The mountain regions on both sides facilitates the wind to move in single direction. The open farms porvides a long vista from the interiors.

Hexagon hanging lights The emalgation of open spaces into the built has made the plan perforated and pores to the context. The entrance is kept in direct thus creates suspense for the visitors. The pools has been connected to the bedrooms in the front area and kept privately at one edge of the house and also landscaping was done to prevent the privacy of such intricate spaces.

I 1

8 3

Evolution of roof

7 10

9 10

Dual courtyard effect An air flow inside the room can be maintained by a dual courtyard conecpt where courtyard is kept cool by shades.

Passive stratergies for building’s efficiency

The experiement with the roof to incorporate diffused light and overhangs to overcome solar azimuth angle. This was done by considering gable and shed roofing style based on their placement and orientation according to solar path and

Insulation with spaces The air gap in between the spaces creates a thermal lag thus decreasing the temperature in the core area.

Harvesting rain water The rain water is stored in a tank and directed into the cistern for flushing. Also used for gardening.

Attic as insulator The air present in the attic space increases the thermal mass as the cooler air becomes waremer and leave via apex.

Passive devices and techniques Prevailing wind direction The prevailing wind that is from west to east ventilates the kitchen naturally and does not allow this smell to revolve around the house

Section 1 A section has been drawn from the mid courtyard facing south direction. Less modulation of floor is provided to minimise the essense of transformation which made the space more interlinked and connected.

Section 2 This section has been drawn facing west direction. The double heighted space plays a central attraction in the dinning area. It as been kept heigher to incorporate diffused daylight from the top. Sky light

Manglore tiles roof cladding

12 M WIDE ROAD

Floor plan 1 Entrance 2 Entrance lobby 3 Living room 4 Dining room 5 Kitchen

6 Courtyard with sitting space 7 Central courtyard 8 Attached washrooms 9 Master bedroom 10 Bedroom

11 Courtyard 12 Child bedroom 13 Pooja room 14 Common washroom 15 Utility room

16 Garden 17 Swimming pool 18 Main entrance 19 Gazebo

MS Rafters

MS Purlins

Brick wall finish

Ms window Plaster finish

Courtyards The pororsity in the land ventilates the interior as well as bring diffsed light

Ms door

Rat trap bond This increases the thermal mass by increasing the width of the wall with air insulation gap. This also reduces the amount of brick.

Exploded view Front elevation

WAVELET FACADE Facade design Experiment Concept behind The beauty of nature, driven by the fact that ripples emerge when a strong force hits the surface, however, the size or the mass of the surface as well as the force is measured. It always have its effect, no matter how strong a force is and how rigid the surface is. The vibrations fades away at the ends and stronger at the epicenter. The vibrations from traffic horns are thus noted down and used to create it as ripples following same concept of stronger waves at emergence however faded at farest from epicenter

Initially hexagon shape was chosen for the grid to make it more interesting, it was further divided into 6 triangles merged with another hexagon. Further to achieve structural stability and form digrid was introduced.

Shape evolution - facade

Stage 1

Stage 2

Stage 3

Stage 4

Motorised machine to provide movement for panels

The idea is to play with the urban issues in a positive manner. The creation of ripples through virbations is tried to potray on a larger scale that is facde. Since the sound travels through air the vibration particles are decribed as longitudinal waves because particles of the medium through which the sound is transported vibrate parallel to the direction that the sound wave moves, this concept was used to create ripples over the facade. Perforated sheet Diagrid structure

Working of facade

MS Sheet panel with aluminium frame

Grasshopper script

The sound produced by the vehicles is 109-112 decibals that is the intensity of sound is 10(-1.1)- 10(-0.8) w/m2

Advance tools like grasshopper and rhino is used to detail out the script which further helped in listing down the geneeration of ripples. The process to create ripples is done by a plugin called firefly which converted noise into movement. The whole facade was develeopd with the same vision to have infinite ripples due to finite traffic noise.

Grasshopper script

MOUN D Shell struc ture Experiment

A space to provide shade as well as student acivity centre is needed in my college DY Patil school of architecture in Pune. It is a vision to connect spaces and to allow students to interact in semi open space thus merging both closed and open spaces together. For this shell strucure is considered for the column less interior to infer less pauses and more mobility.

To rebuild the reminiscenes of talegaon hills, the idea of incorporating mimicry of same to provide open yet shaded for the students.

Further, the form kept variying volume to play with space.

To incoporate light and essense of shaded space meanwhile perforated for ventilation, punctures were introduced.

3d printed models are prepared as basic module which differs in size according to form. Base area will be attached with metal plates to avoid movement.

With the help of steel pipe which are screwed to one module and then same procedure goes with other module.

The form itself finds an equiblibrium position with compression beneath and becomes table. Slight movement is allowed to structure, so that it can tolerate wind load.

To merge with the exisiting topography and vegetation the shell is further modilated to surround the trees but does not cover it in anyway.

WEAVED Rain water collec tor Experiment

15 M

Perforated sheet

To add artificial landscaping to give an essense of full grown tree which is known to provide movement, shade, density and to hold water. An idea was to design an element inspired by a dense forest with irregular placement of trees which alters the movement and gives a sense of direction. Further an additional feature of rainwater harvesting was introduced to collect rain water at the canopy and drains it towards the ground.

Initially the allignment was experimented according to the direction and the movement. Finally an irregular arrangement was considered to falsely interprate existance of a forest.

The canopy of the trees were interpreted in the plan and experimented with the geometry.

To make the canopy dense in the plan but perforated for the light gaps were introduced between three canopies.

Finally the geometry was considered organic to mimic a tree in minimilistic way.

Front elevation

3.6 M

Grasshopper script

Top view

EXP ER I MEN TS Hypothetical sites

Pedestrian simulation Rhino and grasshopper were used to simulate this pedestrian movements. Pedsim plugin of grasshopper helped in generating human templates, and interest created in certain points deviated the path of human models according to value given. The most crowded zones were extracted from this simulation.

Parametric brick wall This parametric wall of brick was introduced to recieve indirect light in the indoors. A horizontal facade tornned apart to play with it. Later on the parts were bulged out and in to give respectively. To achieve form basic toold of grasshopper is been used.

Shell structure Shell structure was achieved here with kangaroo plugin. Necessary anchor points were provided at corners and after giving force to it, structure gained its stability according to meridonal force. Structure solar radiation analysis and optimisation Solar radiation analysis and its optimisation is achieved with grasshopper plugins in here. Ladybug was used to do the analysis of radiation, surrounding buildings were taken in consideration as context. Galapagos helped in extracting all iterations and an optimised output, that is the optimum optimum solar radiation falling on the facde was considered from the list (due to the lack of computer per-

Parametric ceiling To experiment with the indoor space the ceiling was stargated to provide an influential vibes in the interior. Graph mapper was the basic tool used to achieve this wave form.For the ceiling small pieces of PVC pipes were drawn first , then further hanged from ceiling via thin wires.

KP HOUS E War memorial museum, Khadki, pune, maharastra

The aim was to create a livable space in limited area with sustainable measures. The speciality of this project is enclosed by mud bricks which was prepared by the soil taking out during foundation. The objective of the design was to merge it with the topography of the karunagapally. CSBNE An extra space was dug out to provide animal storage to add comfort with the warmth of the rammed earth. In the roof, the attic space formed by the hip roof acts an insulation between the outdoor and indoor and hence keeps the interior cooler during day. The eaves provided at the end cuts the strong glare of the sun down and runs off the rain to the rain water conduits. CENTRE FOR SUSTAINABLE BUILT AND NATURAL ENVIRONMENT

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601

©2016, ©2016, CSBNE CSBNE LLP LLP RESERVES RESERVES ALL ALL RIGHTS RIGHTS TO TO THESE THESE DRAWINGS, DRAWINGS, DESIGNS DESIGNS AND/OR AND/OR ANY ANY OTHER OTHER DATA DATA CONTAINED CONTAINED HEREIN. HEREIN. NO NO PART PART OF OF THE THE SAID SAID DRAWINGS, DRAWINGS, DESIGNS DESIGNS AND/OR AND/OR OTHER OTHER DATA DATA MAY MAY BE BE REPRODUCED, REPRODUCED, MODIFIED, MODIFIED, TRANSMITTED TRANSMITTED OR OR USED USED IN IN ANY ANY FORM FORM OR OR BY BY ANY ANY MEANS MEANS FOR FOR ANY ANY PURPOSE PURPOSE WITHOUT WITHOUT THE THE PRIOR PRIOR WRITTEN WRITTEN CONSENT CONSENT OF OF CSBNE CSBNE LLP LLP OTHER OTHER THAN THAN THE THE SOLE SOLE PURPOSE PURPOSE FOR FOR WHICH WHICH OTHER OTHER DRAWINGS, DRAWINGS, DESIGNS DESIGNS AND/ AND/ OR OR OTHER OTHER DATA DATA ARE ARE PROVIDED PROVIDED TO TO LICENSED LICENSED USERS USERS ON ON SUCH SUCH TERMS TERMS AS AS CSBNE CSBNE LLP LLP MAY MAY PRESCRIBE. PRESCRIBE.

WWW.CSBNE.ORG

CSBNE CENTRE FOR SUSTAINABLE BUILT AND NATURAL ENVIRONMENT

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601

120

225

CHECKED BY : AR. AJAY AJAY ABEY ABEY

VENTILATOR

154

346

1.65

RESIDENTIAL

JAVID PARVATHY JALAL CHANDRABABU ROAD Lvl

PROJECT NO : DRAWING

175 1.65

·PROJECT EXECUTION TEAM MUST CHECK AND VERIFY ALL DIMENSIONS ON SITE BEFORE COMMENCEMENT OF WORK. ·ANY DISCREPANCIES IN THE FIGURED DIMENSION ARE TO BE REPORTED IMMEDIATELY TO THE ARCHITECT.REFER TO STRUCTURAL ENGINEERING DRAWING FOR ALL STRUCTURAL SIZES AND DIMENSIONS. ·ALL LEVELS SHOWN ON FLOOR PLANS ARE FINISHED FLOOR LEVELS AND ALL DIMENSIONS MENTIONED ARE FINISHED DIMENSIONS UNLESS OTHERWISE SPECIFIED ·MANUFACTURERS/SUPPLIERS SHALL FURNISH, INSTALL AND COMPLETE ALL INSTALLATIONS AND SHALL BE RESPONSIBLE FOR THE WARRANTY ,CONFORMITY AND PERFORMANCE OF THE PRODUCT . ALL DIMENSIONS ARE IN Mts.

L.L 225 W3 S.L 50

SCLAE : 1: N.T.S 75

CHECKED BY: TARA PANDALA

REMARKS REMARKS

DATE

0.25

0.90 0.45

0.25 0.10

RCC FOOTING(1:1.5:3)

0.90

COLUMN C2 20 X 20 REINFORCEMENT NOT TO SCALE

1.11

WORKING DRAWING

1.11

TITLE

R1 WINDOW AND DOOR L1 DETAILS FIRST FLOOR PLAN

1.13

220

235

228

200

L.L 225 S.L 50

4.2

7.0

9.4

11.0

12.5

12.9

12.2

11.0

9.1

4.1

6.5

3.6

7.2

9.7

11.5

12.6

12.9

12.4

11.2

9.3

3.5

6.8

12.4

1.0

3.5

6.4

12.4

15.1

14.3

30.0

5.7

8.5

10.7

30.0

3.3

30.0 12.1

12.9

13.0

12.5

11.3

30.0

195

BED 3.4X3.1

1.82

0.81 0.81 R6 L3

DETAIL A

L3 R2

3.39

1.06 R1

1.06

DRAWN BY : YASH : PRAJAKTA ROZIYA / MANASA / ANOOP CHECKED BY : AR. AJAY AJAY ABEY ABEY

1.07

DN LVL + 3.0

5.7

3.6

30.0

8.5

12.9

13.1

30.0

2mm thick (min.) 100mmx100mm M.S. mesh

30mm THICK FLOOR FINISH

CSBN

BRICK BAT

CENTRE FOR SUSTAINABLE BUILT AND NATURA

CSBNE COMPREHENSIVE DESIGN SERVICES LL VIII/161, SREEMANGALAM, DESIGN MATHILIL P.O, CSBNE COMPREHENSIVE SERVICES LL INDIA. 691601 VIII/161, SREEMANGALAM, MATHILIL P.O,

R3 L4

R4 L4

REVISION

WWW.CSBNE.ORG WWW.CSBNE.ORG

SUCH TERMS AS CSBNE LLP MAY PRESCRIBE.

1.07

(B CLASS PIPE)

1mm thick (min.) 10mmx10mm M.S. mesh

19mm G.I PIPE

SECTION AA’ SCALE 1:25

25mm M20 CONCRETE

FINISH LEVEL OF BEAM

1.07

DETAIL C

21.2mm G.I PIPE

0.20

R2 L6

INDIA.CSBNE 691601LLP RESERVES ALL RIGHTS TO THESE DR ©2016, DESIGNS AND/OR OTHER DATA CONTAINED HEREIN ©2016, CSBNE LLPANY RESERVES ALL RIGHTS TO THESE D SAID DRAWINGS, AND/OR DATA HEREI MAY B DESIGNS AND/ORDESIGNS ANY OTHER DATAOTHER CONTAINED MODIFIED, TRANSMITTED USED IN ANY FORM OR BY SAID DRAWINGS, DESIGNSOR AND/OR OTHER DATA MAY B ANY PURPOSE WITHOUT THE WRITTEN CONSEN MODIFIED, TRANSMITTED OR PRIOR USED IN ANY FORM OR B OTHER THAN THE SOLE PURPOSE FOR WHICH CONSEN OTHER ANY PURPOSE WITHOUT THE PRIOR WRITTEN DESIGNS AND/THE OR SOLE OTHER DATA AREFOR PROVIDED TO LICE OTHER THAN PURPOSE WHICH OTHER SUCH TERMS CSBNE LLP MAY PRESCRIBE. DESIGNS AND/AS OR OTHER DATA ARE PROVIDED TO LICE

DETAIL A

REMARKS REMARKS

10mm L RODS @25cm C/C

FINISH LEVEL OF BEAM BRICK BAT CONCRETE 27.2mm G.I PIPE

(B CLASS PIPE)

BEAM

RESIDENTIAL

JAVID JALAL PARVATHY CHAN 003-15

DRAWING

WORKING DRAW

TITLE

WINDOW AND DO FERROCEME DETAILS STURCTURAL D

SCLAE : AS SCALE N.T.S SPECIFIED DATE : 28.06.2018 28/1/2017

DRAWN BY : YASH : PRAJAKTA/ ROZIYA MANA CHECKED BY : AR. AJAY AJAY ABEY ABEY

DETAIL B

DETAIL A

1.11

SCALE 1:75

1.11

0.81 0.81

30mm THICK FLOOR FINISH

BRICK BAT

25mm M20 CONCRETE

1.06

CHECKED BY: TARA PANDALA

REVISION

3-10mm DIA TOR STEEL

25mm clear cover

BEAM TYPE B2 G.I PIPES

27.2mm G.I PIPE

25mm clear cover

8mm DIA 2 LEGGED STIRRUP @150mm c/c

BEAM TYPE B1

10mm L RODS @25cm C/C

REMARKS REMARK

2-12 mm DIA TOR STEEL 8mm DIA 2 LEGGED STIRRUP @150mm c/c 2-16 mm DIA TOR STEEL

3-16mm DIA TOR STEEL

BEAM TYPE ‘B2’

BEAM TYPE ‘B1’

G.I PIPES

6mm METAL FLAT

METAL PLATE

DETAIL C

Cross Beam ‘B2’

Mini. 50d

Starter Bars

CONSULTANTS

743

2mm thick (min.) 100mmx100mm M.S. mesh

L.L 225 S.L 50

FERROCEMENT DETAIL

DOORS

NO.

SILL LVL.

LIN. LVL.

100X 225

225

80X 225

225

W1 W2 W3 W4

150X 175 200X 175 150X 175 120X 175

a NOTES

1 5 1 1 1

165 50 50 50 50

225 225 225 225 275

NUMBER OF BARS STARTING FROM 2.5cm OF FINISH LEVEL OF BEAM LENGTH OF BARS STARTING FROM 2.5cm OF FINISH LEVEL OF BEAM NUMBER OF BARS STARTING FROM 5cm OF FINISH LEVEL OF BEAM (dia-27.2mm) LENGTH OF BARS STARTING FROM 5cm OF FINISH LEVEL OF BEAM (dia-27.2mm,B CLASS PIPE)

LENGTH OF BARS ALONG ‘ab' DIRECTION CLASS PIPE)

e BY(dia-21.2mm,B RECEIVED

R.C.C Plinth Beam ‘B2’

1mm thick (min.) 10mmx10mm M.S. mesh

CONSULTANTS

Mini. 150mm

Mini. 100mm

b (m)

L1 L2

3.33 3.03

L4 L5

1.62 3.18

3.21

c L3

d (m) 1.62

SECTION CC' Glass fibre

e (m) R1 R2 R3

Gypsum plaster

250

1.115 1.119 1.017

1.021

R5 R6

0.811 0.747

0.733

0.490

230

NOTES

·PROJECT EXECUTION TEAM MUST CHECK AND VER DIMENSIONS ON SITE BEFORE COMMENCEMENT OF ·ANY DISCREPANCIES IN THE FIGURED DIMENSION A REPORTED IMMEDIATELY TO THE ARCHITECT.REFER ENGINEERING DRAWING FOR ALL STRUCTURAL SIZ DIMENSIONS. ·ALL LEVELS SHOWN ON FLOOR PLANS ARE FINISHE AND ALL DIMENSIONS MENTIONED ARE FINISHED DI OTHERWISE SPECIFIED ·MANUFACTURERS/SUPPLIERS SHALL FURNISH, INS COMPLETE ALL INSTALLATIONS AND SHALL BE RESP WARRANTY ,CONFORMITY AND PERFORMANCE OF T . ALL DIMENSIONS ARE IN Mts.

230

GFRG PANEL DETAIL

RECEIVED BY

ALL DIMENSIONS ARE IN MM DATE

The very basic planning according to the life style of the client is done. The aim was to connect spaces together and revive the culture within the spaces.

RECEIVED BY

VERSION : AS 01 SPECIFIED

NOTES

DATE

: :

PROJECT NO :

APPROVED BY : EUGINE PANDAL

PLAN

120

PROJECT CLIENT

DRAWING NO :

371

30.0

1.07

0.0

SEEN BELOW

30.0

R2 L5

R8 L4

APPROVED BY : EUGINE PANDALA

18 17 16 15 14 13 12 11 10

30.0

10.7

30.0

12.1

30.0

3.42

181

30.0

0.10

0.20

0.90

RECEIVED BY

30.0

DETAIL B

V1 100X 60 WINDOWS

NOT TO SCALE

4-10 mm dia MAIN STEEL REINFORCEMENT

3.51

DATE : 28.06.2018 28/1/2017

VENTILATOR

COLUMN C1 20 X 20 REINFORCEMENT 8 mm dia MS STIRRUPS 15 cm C/C

COLUMN C2 SECTION DETAIL

BALCONY 3.3X3.4

FIRST FLOOR PLAN AT 1:50 CONSULTANTS

10 mm dia STEEL BARS AT BASE 15 cm C/C

003-15

SCLAE : 1: SCALE N.T.S 50

L.L 225 S.L 50

SCHEDULE OF OPENINGS

RCC FOOTING(1:1.5:3)

8 mm dia MS STIRRUPS 15 cm C/C

0.45

L.L 225 S.L 00

REVISION

4-16 mm dia MAIN STEEL REINFORCEMENT

0.90

0.20 0.90

DRAWING

8 mm dia MS STIRRUPS 15 cm C/C

0.20

LVL +0.75

10 mm dia STEEL BARS AT BASE 15 cm C/C

0.90

4-10 mm dia MAIN STEEL REINFORCEMENT

PROJECT NO : RECEIVED BY

COLUMN C1 20 X 20 DETAIL PLAN

COLUMN C1 SECTION DETAIL

NOT TO SCALE

0.90

0.20 0.90

0.20

NOTES

CHECKED BY : AR. AJAY AJAY ABEY ABEY

150

DATE

L.L 225 S.L 00

DATE : 28.06.2018 28/1/2017 DRAWN BY : YASH : PRAJAKTA ROZIYA / MANASA / ANOOP

LIVING 3.1x3.5

330

7 18 0 9

L.L 225 S.L 00

205

RECEIVED BY

L.L 225 S.L 00

L.L 225 W1 S.L 50

4-10 mm dia MAIN STEEL REINFORCEMENT

JAVID JALAL PARVATHY CHANDRABABU

313

WINDOW AND DOOR COLUMN LAYOUT DETAILS

8 mm dia MS STIRRUPS 15 cm C/C

COLUMN C2 20 X 20 DETAIL PLAN

150

1.20

3 TYPICAL FOOTING SECTION FOR CAR PORCH COLUMNS 4

RESIDENTIAL

DATE

CHECKED BY: TARA PANDALA

WORKING DRAWING

APPROVED BY : EUGINE PANDALA

WWW.CSBNE.ORG

PROJECT

CLIENT

CONSULTANTS

003-15

VERSION : AS 01 SPECIFIED

2 47

TYPICAL FOOTING SECTION

275 225 225 225

30.0

VERSION : AS 01 SPECIFIED

TITLE

NOTES

1.20

CLIENT

30.0

0.45

ROAD Lvl

0.759

PROJECT

TYPICAL FOOTING SECTION FOR CAR PORCH COLUMNS

TYPICAL FOOTING SECTION

100 50 50 50

DESIGNS DESIGNS AND/OR AND/OR ANY ANY OTHER OTHER DATA DATA CONTAINED CONTAINED HEREIN. HEREIN. NO NO PART PART OF OF THE THE SAID SAID DRAWINGS, DRAWINGS, DESIGNS DESIGNS AND/OR AND/OR OTHER OTHER DATA DATA MAY MAY BE BE REPRODUCED, REPRODUCED, ·PROJECT EXECUTION TEAM MUST CHECK AND VERIFY ALL MODIFIED, MODIFIED, TRANSMITTED TRANSMITTED OR OR USED USED IN IN ANY ANY FORM FORM OR OR BY BY ANY ANY MEANS MEANS FOR FOR DIMENSIONS ON SITE BEFORE COMMENCEMENT OF WORK.CSBNE LLP ANY ANY PURPOSE PURPOSE WITHOUT WITHOUT THE THE PRIOR PRIOR WRITTEN WRITTEN CONSENT CONSENT OF OF CSBNE LLP ·ANY DISCREPANCIES IN THE FIGURED DIMENSION ARE TO BE OTHER OTHER THAN THAN THE THE SOLE SOLE PURPOSE PURPOSE FOR FOR WHICH WHICH OTHER OTHER DRAWINGS, DRAWINGS, REPORTED IMMEDIATELY TO THE ARCHITECT.REFER TO STRUCTURAL DESIGNS DESIGNS AND/ AND/ OR OR OTHER OTHER DATA DATA ARE ARE PROVIDED PROVIDED TO TO LICENSED LICENSED USERS USERS ON ON ENGINEERING DRAWINGLLP FOR ALLPRESCRIBE. STRUCTURAL SIZES AND SUCH SUCH TERMS TERMS AS AS CSBNE CSBNE LLP MAY MAY PRESCRIBE. DIMENSIONS. ·ALL LEVELS SHOWN ON FLOOR PLANS ARE FINISHED FLOOR LEVELS AND ALL DIMENSIONS MENTIONED ARE FINISHED DIMENSIONS UNLESS OTHERWISE SPECIFIED ·MANUFACTURERS/SUPPLIERS SHALL FURNISH, INSTALL AND COMPLETE ALL INSTALLATIONS AND SHALL BE RESPONSIBLE FOR THE WARRANTY ,CONFORMITY AND PERFORMANCE OF THE PRODUCT . ALL DIMENSIONS ARE IN Mts.

3.25

30.0

GROUND Lvl

0.45

3 37

38 2

225

698

CONSULTANTS

DRAWING NO :

9 46

TOILET 1.6X2.2

0.90 X 0.90 m FOOTING

NOT TO SCALE

0.90

BED 3.45X3.45 332

353

ROAD Lvl

0.90

ROAD Lvl

0.45

0.75

49 8

0.90

GROUND Lvl

0.90 X 0.90 m FOOTING

NOT TO SCALE

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601

30.0

321 30.0

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601

CENTRE FOR SUSTAINABLE BUILT AND NATURAL ENVIRONMENT

GROUND Lvl

0.45

0.90

0.45

0.90

2 4 3 2

165

100

PLINTH +0.75Lvl (From ground Lvl)

L.L 225 S.L 50

GROUND Lvl

0.90

CSBNE

20 X 20 cm COLUMN

330

319

162

WWW.CSBNE.ORG

X 20 cm COLUMN 20 X 20 cm20 COLUMN CENTRE LINE

0.90 X 0.45 m FOOTING

100

673

PLINTH +0.75Lvl (From ground Lvl)

CENTRE LINE CENTRE LINE

0.90

100

SITE BOUNDARY COLUMN LAYOUT AT 1:75

0.90 X 0.45 m FOOTING

L.L 225 V1 S.L 165

L.L 225 W1 S.L 50

100

V1 100X 60 WINDOWS W1 90X 175 90X 175 W1 200X 175 W2 150X 175 W3

548

0.75

SCALE 1:75

0.90

342

891

30.0

2.7 2.5

225

339

REMARKS REMARKS

PLINTH +0.75Lvl (From ground Lvl)

15.2

F F

30.0

10.0

1 1 1

L.L 225 W1 REVISION S.L 50

0.75

E SCALE 1:75

SITE BOUNDARY

325

316

80X 225

REMARKS REMARKS

30.0

DRAWING NO :

225

90X 225

0.75

100XF225 210X 225

182

LVL + 3.0

225

201

730

612

LIN. LVL.

150

REVISION

30.0

318.5 30.0

CENTRE FOR SUSTAINABLE BUILT AND NATURAL ENVIRONMENT

SILL LVL. -

APPROVED BY : EUGINE PANDALA

730

612

NO.

120X 225

DRAWN BY : YASH : PRAJAKTA ROZIYA / MANASA / ANOOP

234

ED D1

DATE : 28.06.2018 28/1/2017

150

APPROVED BY : EUGINE PANDALA

CHECKED BY : AR. AJAY AJAY ABEY ABEY

30.0

124

DOORS

GROUND FLOOR PLAN AT 1:50 C D

CHECKED BY: TARA PANDALA

DRAWN BY : YASH : PRAJAKTA ROZIYA / MANASA / ANOOP

L.L 225 S.L 50

DATE : 28.06.2018 28/1/2017

SCLAE : 1: N.T.S 75

150

2 47

VERSION : AS 01 SPECIFIED

175

L.L 225 S.L 50

VERSION : AS 01 SPECIFIED

SCHEDULE OF OPENINGS

DRAWING NO :

30.0

1 49

30.0

WORKING DRAWING

30.0

CONSULTANTS

L.L 275 W1 S.L 100

WINDOW AND DOOR FOOTING PLAN DETAILS

30.0

2.7 2.5

DRAWING

30.0

7.5

003-15

CHECKED BY: TARA PANDALA

LANDING 0.7 X 0.7

30.0

12.5

JAVID JALAL PARVATHY CHANDRABABU

0.30

PROJECT NO :

30.0

161.8

REMARKS REMARKS

2.40

CLIENT

CARPORCH

TITLE

175

L.L 225 S.L 50 342

RESIDENTIAL

TITLE

9 46

LVL +0

WORKING DRAWING

30.0

REVISION

15.2

003-15

30.0

1.11

JAVID JALAL PARVATHY CHANDRABABU

DRAWING

30.0

1.11

PROJECT NO :

30.0

1.11

CLIENT

30.0

11.3

RESIDENTIAL

30.0

9.5

173 80 :

SCLAE : 1: N.T.S 75

741

PROJECT

150

30.0

9.4

150

128

PROJECT

39 9 48

WWW.CSBNE.ORG

333

8 7

8 49

353

529

353

WWW.CSBNE.ORG

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601

1.02

342

DESIGNS AND/OR ANY OTHER DATA CONTAINED HEREIN. NO PART OF THE SAID SAID DRAWINGS, DRAWINGS, DESIGNS DESIGNS AND/OR AND/OR OTHER OTHER DATA DATA MAY MAY BE BE REPRODUCED, REPRODUCED, MODIFIED, MODIFIED, TRANSMITTED TRANSMITTED OR OR USED USED IN IN ANY ANY FORM FORM OR OR BY BY ANY ANY MEANS MEANS FOR FOR ANY ANY PURPOSE PURPOSE WITHOUT WITHOUT THE THE PRIOR PRIOR WRITTEN WRITTEN CONSENT CONSENT OF OF CSBNE CSBNE LLP LLP OTHER OTHER THAN THAN THE THE SOLE SOLE PURPOSE PURPOSE FOR FOR WHICH WHICH OTHER OTHER DRAWINGS, DRAWINGS, DESIGNS DESIGNS AND/ AND/ OR OR OTHER OTHER DATA DATA ARE ARE PROVIDED PROVIDED TO TO LICENSED LICENSED USERS USERS ON ON SUCH SUCH TERMS TERMS AS AS CSBNE CSBNE LLP LLP MAY MAY PRESCRIBE. PRESCRIBE.

DATE

LVL +0.75

1.02

339

333

30.0

APPROVED BY : EUGINE PANDALA

1.02

182

CENTRE FOR SUSTAINABLE BUILT AND NATURAL ENVIRONMENT

30.0

CHECKED BY: TARA PANDALA

348

201

CSBNE

353

18 17 16 15 14 13 12 11 10 509

30.0

150

342

203 90

30.0

CHECKED BY : AR. AJAY AJAY ABEY ABEY

556

339

128

182

L.L 275 W1 S.L 100

529

201

L.L 225 S.L 00

TREAD @300 mm RISER @165mm

CSBNE COMPREHENSIVE DESIGN SERVICES LLP VIII/161, SREEMANGALAM, MATHILIL P.O, INDIA. 691601

150

DINING

LVL +0

5 LVL +0.75

CSBNE

L.L 275 S.L 50

30.0

304.5

DRAWN BY : YASH : PRAJAKTA ROZIYA / MANASA / ANOOP

NOTES

KITCHEN 3.4X3.1

SET OUT PLAN AT 1:75

348

166 175

N 3

LVL +0.75

L.L 225 S.L 00

WORKING DRAWING

DATE : 28.06.2018 28/1/2017

30 30 30 30

103

330 200

30.0

VERSION : AS 01 SPECIFIED

DRAWING 3.2X3.4

100

109

L.L 225 D1 S.L 00

30.0

SCLAE : 1: N.T.S 50

148

202

235

223

138 80

138 85

L.L 225 D1 S.L 00

003-15

DRAWING

WINDOW AND DOOR DETAILS FLOOR PLAN GROUND

LVL +0.75

LIVING 27.26 sq.m

L.L 225 S.L 00

JAVID JALAL PARVATHY CHANDRABABU

DRAWING NO :

L.L 225 W1 S.L 50

30.0

TITLE

200 329

L.L 225 S.L 00

673

195

100

2 195

TOILET 1.6X2.2

CONSULTANTS

690

L.L 225 S.L 50

548

521

348

717

1998

556

PROJECT NO :

3.5

210 329

346

LVL +0

373

166

MASTER BEDROOM 3.45X3.45

345

353

325

200

1011

1007

L.L 225 S.L 50

741

100

REMARKS REMARKS

333

REVISION

342

348

151 345

APPROVED BY : EUGINE PANDALA

566

CHECKED BY: TARA PANDALA

PROPOSED BUILDING

457

CLIENT

6.6

LVL +0.75

RESIDENTIAL

3.7

L.L 225 S.L 165

10.7

L.L 225 S.L 50

1233

PROJECT

3.7

373

361

30.0

6.9

CHECKED BY : AR. AJAY AJAY ABEY ABEY

548

30.0

WWW.CSBNE.ORG

3.8

L.L 225 S.L 50

DRAWN BY : YASH : PRAJAKTA ROZIYA / MANASA / ANOOP

599

114

322

331.1

For the construction of the slab the primary and secondary beam were considered in order to support GI pipes on L section and placed at a spacing of average of 3 feet, placed along primary beams. Further chicken mesh was placed to cover gap between pipes. Later concerete m20 was poured which was further covered by brick bat and then the finishing of the floor is done. CSBNE

10.8

VERSION : AS 01 SPECIFIED

DATE : 28.06.2018 28/1/2017

342

DRAWING NO :

SCLAE : 1: N.T.S 75

339

3.3

182

100

519

340

118

111

1233

201

6.5

150

544

SET OUT WINDOW AND DOOR DETAILS

2085

1.01

WORKING DRAWING

TITLE

1.01

003-15

1.01

JAVID JALAL PARVATHY CHANDRABABU

DRAWING

1.11

RESIDENTIAL

1.11

PROJECT NO :

1.11

PROJECT

CLIENT

The introduction of ferrocement slab is to cut down construction cost and to reduce dead load and improves critical parts fo the project.

DATE

ZAKAR I A HOUS E War memorial museum, Khadki, pune, maharastra

1800 years old structure was documented and a detailed report was prepared underlying various defects as well as deterioration in the structure and facade. The aim was to conserve heritage and to restore the nalukettu roofing style. It plays an important role to refine the heritage value thus generating economic returns and to support tourism. The heritage value includes the sense of identity and landmarks to various other location (according to kevin lynch)

The objective was to understand the structure and material, and providing solution for the same. The restoration was not only limited to material, but with details, layering placement and treatment.

Contact - (+91) 8668 4664 60, Anoopthilak111@gmail.com Address - Siva saira bhavan, kannamba, varkala, trivandrum, kerala, india 695141

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