Undergraduate Architecture
Port folio Omkar Gund
Selected works 2018 - 2022
Age
-
21 Years
Phone
-
+91 7972081820
-
omkargund81@gmail.com
Address
-
Omkar sadan, near raghwendra swami temple, bolhegaon road, Ahmednagar, 414111
Omkar Gund Architecture Student
Hello, I am Omkar Gund, currently studying in 4th year. I’m always eager to learn new things in order to broaden my horizons. I believe in putting in the effort, and I think that my curious nature keeps me going. I am quite interested in learning about sustainability, different sorts of materials, and their textures. I believe in creating spaces that improve people’s lives and provide positive experiences for those who live there. Apart from architecture, I love travelling, exploring new things and playing flute.
+91 7972081820
omkargund81@gmail.com
omkar_s._gund
EDUCATION 2018
Bachelor’s Degree in Architecture SMEF’s Brick school of architecture, Pune Savitribai Phule Pune University
2016-18
Higher Secondary school Kakasaheb mhaske junior college Ahmednagar, Maharashtra
WORKSHOPS 2022
Bambcrete funicular Shell Structure by Ray Design Studio
2021
Lixil Mentorship Program under Ar. Badrinath Kaleru organized by NASA, India
2020
Introduction to Sustainable Design by Designpolis
2019
Design Workshop by Ar. Jimmy Lim (Aga khan Award winner)
2018
Mud Workshop (Ar. Darshan Joshi & Ar. Rajesh Krishnan)
PARTICIPATION / ACHIEVEMENTS 2021
Solar Decathlon, India 2021-22 Finalist at a current stage
2020
Acumen of architectural form - Winner organized by VNIT Nagpur, Maharashtra
2020
Eco Niwas Samhita Competition
2019
Retrofitting for sustainability Elective at Brick school of Architecture, Pune
EXTRA-CURRICULARS 2021
GBRI Scholarship (Green Building Research Institute)
2019
SMEF’s Travel Grant 2019-20 - Winner understanding eastern ghats of India
SKILLS 2D Drawing Autocad I Revit (Basic) 3D Modelling Sketchup 3D Rendering Vray I Twinmotion I Keyshot I Lumion Adobe Creative Suite Photoshop I Illustrator I Indesign Microsoft Powerpoint I Word I Excell Other Corel-Draw I Design Builder (Basic)
LANGUAGES English Marathi Hindi
INTERESTS Playing Flute Travelling Reading
Every building must have its own soul - Louis Kahn
CONTENT 01
TOURIST INFORMATION CENTRE
02
AUTOMOBILE HEADQUARTERS
03
AJMERA HOUSING SOCIETY
04
ARNIMA HOUSING
05
LONG SPAN DESIGN
06
WORKING DRAWINGS
07
HAND-DONE MODELS
01 TOURIST INFORMATION CENTRE Pandavleni caves, Nashik
Academic Project 6th Semester Typology Visitor Centre
Location Nashik, Maharashtra Year 2020
BRIEF The Pandavleni Caves is a popular tourist destination. It is situated on a hill and tourists require to undertake a short trek to reach it. There is an existing rudimentary infrastructure catering to these tourists, but it is not a planned facility. The ASI now wants to develop a tourist centre where rest amenities can be provided for tourists before and after their visit. Along with this, the centre is also looking to increase awareness about the history of this area and a conscious effort to make visitors realize the importance of looking after and caring for our historical structures.
Nashik
DESIGN The proposed design focuses on engaging visitors throught the journey of tourist centre by connecting indoor spaces with the outdoors. The materials used in the design gives the essence of the contextual architecture. All the spaces are aligned towards north direction to get the maximum amount of diffused light inside the structure.
Amphitheator
Entrance of Restaurant
Courtyard
Process Diagrams 1
Site had contours of total 6 m difference
2
Structure divided in levels based on the function and activity in it.
3
Segregating restaurant block for easy accessibility.
4
Adding in between open spaces to give a sense of belonging.
Entry
Entry
Spill out Space for Restaurant
Spill out Space for Restaurant
LVL + 3.40 M
LVL + 3.40 M
UP
UP
LVL + 00 M
LVL + 00 M
Kitchen
Kitchen
Restaurant
Restaurant
UP
UP
LVL + 3.45 M
LVL + 3.45 M
Store 2
LVL + 3.40 M
Store 2
Ladies Toilet Gents Toilet
DN
Waiting area
Courtyard Waiting LVL + 3.40 M area
LVL + 3.40 M
LVL + 4.50 M
LVL + 4.50 M
UP
UP
Gents Toilet
ticket Lounge counter
Lounge
UP
UP
LVL + 3.40 M
Orientation Space
A/V Room UP
UP
UP
UP
Staff Room LVL + 5.40 M
Courtyard
Courtyard
LVL + 5.80 M
Exhibition Hall 1
Passage
Passage Meditation Hall
Store Room
UP
Meditation Hall LVL + 6.40 M
Exhibition Hall 1
LVL + 5.95 M
Store Room
Exhibit
LVL + 6.40 M
LVL + 5.40 M
UP
UP
LVL + 4.95 M
Exhibit
Staff Room
LVL + 5.95 M
Exhibit
Exhibit
LVL + 5.40 M
LVL + 5.40 M
Exhibition Hall 2
LVL + 5.95 M
LVL + 5.80 M
UP
Souvenir shop
UP
Services Room
Services Room
Travel Agent 2
Exhibition Hall 2
LVL + 5.40 M
LVL + 5.40 M
Travel Agent 1 Souvenir ticket countershop
LVL + 5.40 M UP
LVL + 4.95 M
A/V Room
Travel Agent 1
Locker Room
Travel Agent 2
Orientation Space
LVL + 5.40 M UP
Children’s Play Area Children’s Play Area (Semi open) (Semi open) LVL + 3.40 M
Reception Locker Room
Reception
DN
Courtyard Ladies Toilet
LVL + 4.50 M
LVL + 4.50 M
LVL + 3.40 M
Store 1
Amphitheater
Amphitheater Administration Office
Administration Office
LVL + 3.45 M
LVL + 3.45 M
Store 1
UP
UP
LVL + 5.95 M
UP
UP
Exhibit
Site Plan Site Plan
Site Plan
Scale - 1:200 Scale - 1:200
Exhibit
UP
UP
UP
02 AUTOMOBILE CORPORATION GLOBAL HEADQUARTERS Academic Project 6th Semester Typology Commercial
Location Pune, Maharashtra Year 2020
BRIEF A prominent Indian automobile company, which has its manufacturing plant in Pune wants to assign an architect to design its headquarters for the entire western region. The company through this headquarter wants to portray their philosophy and vision. In parallel with their products, they want to emulate their technological advancements, values and vision into the architecture of this building. The company values its people, history, cultural and socioeconomic impacts in the region. The challenge was to design a vertical solution for a horizontal driven industry. A space which projects the core company values and inspires each employee to do their best each day. DESIGN Proposed design caters semi-built and built spaces for all type of users. The design ensures natural ventilation, ample sunlight and cooling effets through sustainable choises by incorporating passive strategies. MOTTO Vision, Values, Velocity
EON IT Park
World Trade Centre
Kharadi Gaon
Residential Zone
Picture showing World trade centre located In front of the site.
Towards Nagar Road
Site
Picture showing site and Residential area located Backside of the site.
WEAKNESS
STRENGTHS
• • • •
The site has no contours No major pre-existing vegetation Situated in a prime location, right at the junction Access from two sides
• • •
Traffic as it is situated at The corner of the junction Smaller plot area The WTC situated to its east is comparatively heighted
OPPORTUNITIES
• •
To make it as a learning center for people Possibility of becoming a landmark
THREATS
•
Vehicular circulation could become dangerous due to the close proximity of junction
Process Diagrams
1 Placing the massing on the south-west side to avoid traffic noise
Recreational Activities on Rooftop
2
3 Placed the upper floors on one side creating the podium for recreational activities.
Outdoor Seating Areas
4 Rotating the Building floors to get maximum northern diffused light inside the structure.
Shaded pathways
Adding vertical fins at an angle to avoid the harsh eastern sunrays
Passive Design Strategies
19
18
4
17
3 5 16 2
1
6
9 8 10 7 11 14
12 13 15
Site Plan
Placement of wpc pvc panels
Adding horizontal panels to resist wind pressure
Staggering this blocks to depict the motion through facade
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19
Reception & Waiting Area Waiting Lounge Exhibition Museum Store Room Drop Off Point Archives And Records Department Meeting Room Fire Exit Staircase Staircase Lift Lobby Ladies Toilet Gents Toilet Outdoor Seating Area Outdoor Display Area Outdoor Recreational Space Outdoor Gathering Space Surface Parking Outdoor Seating Area
Views
East Side Elevation
West side Fenestration
East side Fenestration
Section AA
03 Ajmera Housing Society Academic Project 7th Semester
Location Koregaon park, Pune
Typology Redevelopment Housing typology + Commercial
BRIEF Demand for Residential and Commercial units has been on rise with the increase in the population. In most of the Indian Urban areas, due to lack of availability of land in prime areas, making new residential communities is a big challenge. There are many housing societies in such cities which are in bad structural conditions and have reached the end of their construction lifespan. Therefore redevelopment of such projects becomes an opportunity in the current context. The existing housing communities have a feeling of discomfort with a lot of uncertainties & unknowns when it comes to redevelopment by the Builder. Considering this the Indian Government is providing various incentives and new provisions. This has led to an increasing number of residential communities who are willing to take self development as a tool to redevelop their communities. AIM Housing Redevelopment as a tool to create and shape enduring and inclusive Habitat.
Total plot area – 6655.00 SQ.M Base FSI- 1.1 : Permissible FSI – 1.5 Premium FSI 50% of Base FSI(Considering the rodwith) TDR 115% of Base FSI Ancillary 60% of Total FSI
Year 2021
1.
buildings.
S Process Diagrams Desirable/nonsun necessary 1. desirable All services angles for day to day life are
adjacent to the site.
1.
`
Direction of slope and topography
N
1
Legend HOTEL BLUE DIAMOND
Other Elements Scale-
STARBUCKS
1 1
Slide 3
JEWEL SQUARE MALL
site is surrounded by commercial G Legend and G+1 structures by two sides.
Slide 3
2
SITE WHICH SEGREGATES THE PUBLIC AND PRIVATE AREAS. 3
2 2
NEST BUNGALOW
Important node
PLACING THE COMMERCIAL AREA AT THE FRONT SIDE OF THE SITE WHICH SEGREGATES Community node THE PUBLIC AND PRIVATE S OSHO ASHRAM AREAS. Scale- 1:500 Building of importance
3
3
PLACING THE BUILDINGS ON NORTH-WEST SIDE WHICH CREATES CENTRAL OPEN SPACE SECLUDED FROM PUBLIC AREAS AND ACHIEVES GOOD VIEWS AND Slide 4 VENTILATION.
node
THE SITE WHICH SEGREGATES THE PUBLIC AND PRIVATE S AREAS. OSHO ASHRAM
Community node
2
e3
Building of importance
4 4
Scale- 1:500
3
SPACE SECLUDED FROM PUBLIC AREAS AND ACHIEVES GOOD VIEWS AND Slide 4 VENTILATION.
TYPOLOGY AND DESIGNING A PODIUM AT 6.4 M LEVEL TO GET A CLEAR VIEW OF THE SURROUNDINGS.
4
LOW
OSHO ASHRAM
Scale- 1:500
3
PLACING THE BUILDINGS ON NORTH-WEST SIDE WHICH CREATES CENTRAL OPEN SPACE SECLUDED FROM PUBLIC AREAS AND ACHIEVES GOOD VIEWS AND Slide 4 VENTILATION.
SEGREGATING THE BUILDINGS ACCORDING TO THE PRESENT TYPOLOGY AND DESIGNING A PODIUM AT 6.4 M LEVEL TO GET A CLEAR VIEW OF THE SURROUNDINGS.
4
SEGREGATING THE BUILDINGS ACCORDING TO THE PRESENT TYPOLOGY AND DESIGNING A PODIUM AT 6.4 M LEVEL TO GET A CLEAR VIEW OF THE SURROUNDINGS.
lide 4
SEGR ACCO TYPO A PO GET A SURRO
Segregating the buildings placing the commercial area Placing the buildings on northaccording to the present at the front side of the site west side which creates central typology and designing a podito segregates the public and open space secluded from public PLACING THE BUILDINGS ON SEGREGATING THEm BUILDINGS um at 6.4 level to get a clear private areas. areas and achieves good views PLACING THE COMMERCIAL NORTH-WEST SIDE WHICH ACCORDING TOofTHE PRESENT view the surroundings. and ventilation. AREA AT THE FRONT SIDE OF CREATES CENTRAL OPEN
NEST BUNGALOW
HOTEL BLUE Important DIAMOND
ar
SPAC PUBLI GOO VENT
JEWEL SQUARE MALL
SITE IS SURROUNDED BY COMMERCIAL AREAS BY TWO SIDES CONSISTING OF G AND G+1 STRUCTURES.
Predominant weather and\precipitation
THE Community node Building of importance
Other Elements STARBUCKS
Scale-
The Mall and Osho Important garden are important Contours community nodes near the side . Notable
vegetation or habitat
ed al
ry e
Predominant TWO SIDES CONSISTING OF weather G AND G+1 STRUCTURES. and\precipitation
The site is surrounded
with more commercial Sun Path
4
Design The design ensures natural ventilation, ample sunlight and cooling effects celebrating the in between open spaces. all the living spaces are designed in a way to get maximum natural light and ventilation.
Site Plan
Commercial front view
Open recreational spaces
UNIT PLANS
Typology - 3 BHK
Carpet Area - 106 SQ.M.
Typology - 4 BHK
Carpet Area - 144 SQ.M.
Typology - 3.5 BHK Carpet Area - 136 SQ.M.
Typology - 5 BHK
Carpet Area - 185 SQ.M.
Recreational open space
Section AA
04 Arnima
Solar Decathlon India Finalist (On-Going Competition) Typology Single Family Housing Site Area 4480 SQ.M. (448 sqm Per single family house)
Location Thiksey, Leh Climatic Condition Cold Year 2021
ROLE Team Member (Design Team) WORKED ON Architectural design, landscaping, Innovation, passive performance, architectural drawings, graphics design, report and video. BRIEF Single-family housing, at the high-end of the market as well as affordable homes, including those built under PMAY scheme are in demand despite the strong growth in multifamily housing. This housing type is as vulnerable as, if not more than multifamily housing, to the hazards of flooding and other hydro-meteorological events. Rising temperatures due to climate change increase cooling energy demand. This Division provides the opportunity for replicable and scalable solutions to achieve resilient, net-zero-energy-water housing. The site for the Nilaya housing is located in Thiksey village, which is 15 kilometers down to Leh. The region is a dry desert, which falls under the cold climate zone. (Ref - ECBC 2017). In the recent COP26, the Prime Minister upheld a vision for India to become net-zero by 2070. This proposal will be a model and a step towards that vision. The recent policies proposed by government of India in 2019, has liberalized Leh-Ladakh creating an opportunity for housing development and investments in the region, but currently there are no advancement in housing construction. The local communities use the traditional techniques which are effective, which will be a baseline for our project. We intend to provide some solutions for issues such as water scarcity, sanitation, electric supply, etc. With help of our project partner ‘ASEEM Foundation’. We would be developing an innovative housing module which will be Net-zero, resolving the many challenges faced here.
Site Location
Shey p a la ce
1
1. Site 2. Residential Area 3. Agricultural Lands
2 Thiksey m ona ster y
Ra ncho school
Meso level Me so Leplan v e l Pla n
3
Site Demarcation
Leh is a cold desert which falls under the cold climatic zone (according to ECBC 2017). It receives extreme cold winters ranging from -10 to -20 degree celsius ranging from November to February and extreme summers in the month of May for one or two week days.
Average Temperature and Precipitation
Windrose Diagram
November to February are the months when the temperature drop is very low due to snowfall in that region. The summers in Leh are the comfortable months for the people, where the average temperature ranges from 30-35 degree celsius per annum.
Section AA
Section BB
Process Diagrams
The site of each module is a sloping The sloping land helped us take our land of contour difference of 1.5 m building into the ground by cutting some part of the land for experiencing the earth berming effect.
Segregating spaces according to the functions and usage.
Larger openings on southern side to let south sun in.
B
A
A
B
Unit Plan
Passive Solar Heating Strategies
Symbiotic heat gain
Insulated Roof
Earth berming
Skylight
Sun space
Water Performance
The main approach towards net-zero water is to preserve the quantity and quality of natural water by utilizing potential alternatives of water sources. Water Balance
Water Consumption
Energy Performance
Energy requirement calculation through design builder
Site Plan Site has in total of 10 plots in which 2 plots are dedicated for community gathering, combined with services. Services are segregated based on the site topography and slope of 7 m is taken into consideration. The modules are placed on the site in a way that the main living spaces are mostly located on the southern side for natural heat gain, and the slope of the site also helps to avoid shadow effect of one building on another.
W o o d e n v e r tica l r e info r ce m e nts
W o o l insula tio n H o llo w CSCB Blo ck W a ll
Ty p ica l W a ll De ta il
Walls with insulation
05 LONG SPAN DESIGN M&G RICERCHE
Academic Project I 7th Semester
Location ITALY
Typology Research Laboratory
Year 2021
BRIEF The existing research laboratory has to be Redesigned with one of the constrains as floor plans should not be changed but the Roof of the structure has to be redesigned with new innovative materials and structural Systems.
Stage 1 - Taking the form of the mountain
Stage 3 - Converting it into a plate structure
Stage 2 - placing the compression ring at the center
Stage 4 - Converting it into a curve form
Compression ring 300 mm dia with 150 mm bracing
Aluminium foam sheet
Structural steel formwork with 300 mm dia as mainmembers and 150.mm dia tubular section as bracings And 75 mm dia tubular section as purlins Pin joint
LVL + 16 M
LVL + 6.5 M
LVL + 00 M
Section LVL + 16 M
LVL + 6.5 M LVL + 3.6 M LVL + 00 M
Elevation 25 mm thick Aluminium foam sheet
42.5 M
5 M
10 M
17.5 M
Plan
06 WORKING DRAWING
NOTES
1 ALL DIMENSIONS ARE IN M
2 DO NOT SCALE THIS DRAW
PLOT NO. 63
C
3 THIS DRAWING IS TO BE R ARCHITECTURAL AND STR
B
4 THE CONTRACTOR SHOUL AND DIMENSIONS ON SITE
J
K
5 ANY DISCREPANCY TO BE ARCHITECT IMMEDIATELY
6 FOR DRAINAGE, PLUMBIN PLEASE REFER CONSULT
7 MODIFICATIONS/DEVIATIO THE ARCHITECT WILL BE OF THE CONTRACTOR START POINT (R=0,0))
H
D
G
A
ENTRANCE
8 M WIDE ROAD
PROPOSED BUILDING ON PLOT NO. 64
REV
Q
R
M
L
DATE
COMMENT
ARCHITECT
OM
3 RD
SMEF's BRICK PLOT: 64
AREA
PROJECT:
ADMINISTRAT
DRG. TITLE:
SITE PLAN
S
T
PLOT NO. 65
N
P
SCALE: 1:50 DATE: xx/xx/xx DRAWN BY:
CHE
NAME
A
A-100
ISSUED FOR:
CONST
PROJECT NO. :
NUMBE
SITE PLAN SCALE 1:50
DRG. NO.:
A-10
NOTES 1 ALL DIMENSIONS ARE IN MM
4 THE CONTRACTOR SHOULD CHECK AND VERIFY ALL DRAWINGS AND DIMENSIONS ON SITE BEFORE STARTING WORKS 5 ANY DISCREPANCY TO BE BROUGHT TO THE NOTICE OF THE ARCHITECT IMMEDIATELY IN WRITING 6 FOR DRAINAGE, PLUMBING ELECTRICAL AND LANDSCAPE DETAILS PLEASE REFER CONSULTANTS' DRAWINGS
21400
21275
C4, C16, C18, C24, C30
17275
3 THIS DRAWING IS TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL AND STRUCTURAL DRAWINGS
C3, C7, C15, C17, C23, C29
10975
10875 C2, C6
C12, C19, C28, C33
7775 C27, C32
7675 C1, C5, C14, C22
5575
C9, C11
2925
C13, C21
C26, C31
C20
125
1825
C8, C10, C25
00
225
2 DO NOT SCALE THIS DRAWING
7 MODIFICATIONS/DEVIATIONS MADE ON SITE WITHOUT CONSULTING THE ARCHITECT WILL BE AT THE TOTAL RESPONSIBILITY OF THE CONTRACTOR
PARAPET WALL LEVEL + 12.15 M SLAB LEVEL + 11.7 M NORTH
1
2
3
4
5
6
7
8
9
10
11
12
13
DOOR SCHEDULE NO
START POINT(R=0,0)
Width
C1
250
450
C2
250
450
C3
250
450
C4
250
450
C5
250
450
C6
00
A
225
B
C1, C2, C3, C4
250
C3
C2
C4
450
250
C9
450
250
C10
450
250
C11
450
250
C12
450
250
C14 C15
C20
E
6125
F
C13, C14, C15, C16
C7
C6
C11
C13
C12
C14
RAILING AS PER DETAIL
250
450
250
450
250
C28
450
250
250
SLAB LEVEL + 3.75 M CANTILEVER SLAB LEVEL + 3.3 M
450
250
C30
600 WIDE CHAJJA
SILL LEVEL + 4.65 M
450 450
450
C26 C27
C29
C10
9325
C5
C9
C8
450 450
250
C25
LINTEL LEVEL + 5.85 M
450
250
C24
6025 C10, C11, C12
450
250
C23
SLAB LEVEL + 7.05 M
450
250
C22
PARAPET WALL LEVEL + 8.15 M
250
250
C21
C D
100 MM COPING
450
250 450
C19
4125 C8, C9
450 450
250
C18
3975 C5, C6, C7,
250 250 250
C16
BRICK JALI AS PER DETAIL
450
C8
C13
C1
450
250
C7
OVERHEAD TANK LEVEL + 10.35 M
Depth
450
C31
450
250
C32
450
250
C33
450
250
LINTEL LEVEL + 2.55 M
C16
C15
PLINTH LEVEL + 0.45 M
G
C17, C18 9425
GROUND LEVEL + 0.0 M
H
C19
10075
J
C20, C21, C22
C21
C20
C19
C17
C18
C28
C23
C24
C22
2
12125
A-300
K
C23, C24 12225 C25, C26, C27, C28
L
15525 C29, C30
M
REV
C25
C26
C27
DATE
ELEVATION 1 SCALE 1:50
COMMENTS
ARCHITECT
OMKAR S. GUND 3rd YEAR YELLOW
4
SMEF's BRICK SCHOOL of ARCHITECTURE
A-301
8
ADMINISTRATION BLOCK
7 6 5 4 3 2 1
15750
9
PROJECT:
N
C31, C32, C33
AREA: PUNE HAAT
10
PLOT: 64
11
15625
DRG. TITLE:
P
C33
C32
C31
FOUNDATION PLAN
C30
C29
SCALE: 1:50
KEY IN: cad file name
DATE: xx/xx/xx
PLOTTED ON: xx/xx/xx
DRAWN BY:
CHECKED BY:
APPROVED BY:
OMKAR GUND
A
A-101
FOUNDATION PLAN
ISSUED FOR:
CONSTRUCTION
PROJECT NO. :
NUMBER
NOTES
DRG. NO.:
SCALE 1:50
A-101
REV.
A
1 ALL DIMENSIONS ARE IN MM 2 DO NOT SCALE THIS DRAWING
3 THIS DRAWING IS TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL AND STRUCTURAL DRAWINGS
STORE ROOM
LOCKER ROOM
MANAGER'S 4 THE CONTRACTOR SHOULD CHECK AND VERIFY ALLOFFICE DRAWINGS 3000 X 3800 MM AND DIMENSIONS ON SITE BEFORE STARTING WORKS
2700 X 3800 MM
3250 X 3800 MM
G-09
G-08
G-07
5 ANY DISCREPANCY TO BE BROUGHT TO THE NOTICE OF THE 3 2 1 ARCHITECT IMMEDIATELY IN WRITING
2 1 1
2 1 1
BACK OFFICE
6 FOR DRAINAGE, PLUMBING ELECTRICAL AND LANDSCAPE DETAILS PLEASE REFER CONSULTANTS' DRAWINGS
C 26
12
13
14
15
16
17
18
19
20
21
3800 X 5700 MM
G-10
7 MODIFICATIONS/DEVIATIONS MADE ON SITE WITHOUT CONSULTING THE ARCHITECT WILL BE AT THE TOTAL RESPONSIBILITY OF THE CONTRACTOR
C 27
2 1 1
22
DN
NORTH
B
B
A-201
A-201
GENT'S TOILET G-05
SPILL OUT AREA FOR CAFE
CAFE
KITCHEN
G-01
6700 X 3250 MM
2050 X 3250 MM
1 3 2
G-03
G-11
PASSAGE G-04
2 2 1
2 1 1
1
2 2 1
4 3 2
A-301
2
A-301
A
LADIES TOILET G-06
A
A-201
4 3 2
A-201
A
A-201
UP
3
C 26
11
10
9
8
7
6
5
4
3
2
1
12
13
14
15
16
17
18
19 20
21
1
C 27
WAITING AREA
22
6700 X 6000 MM
12
C 31
2
G-02
2 213 1
14
15
16
17
18
19
20
21
22
C 32 DN
A
UP
A-201
11
ROOF PLAN
A
A-501
10
9
8
7
6
5
4
3
2
1
SCALE 1:25
A
A
A-201
NOTES
A-201
KEY PLAN
1 ALL DIMENSIONS ARE IN MM 2 DO NOT SCALE THIS DRAWING 3 THIS DRAWING IS TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL AND STRUCTURAL DRAWINGS 4 THE CONTRACTOR SHOULD CHECK AND VERIFY ALL DRAWINGS AND DIMENSIONS ON SITE BEFORE STARTING WORKS 5 ANY DISCREPANCY TO BE BROUGHT TO THE NOTICE OF THE ARCHITECT IMMEDIATELY IN WRITING
GROUND FLOOR PLAN
A
6 FOR DRAINAGE, PLUMBING ELECTRICAL AND LANDSCAPE DETAILS PLEASE REFER CONSULTANTS' DRAWINGS
A-102
A PARAPET WALL LEVEL + 12.15 M
WATERPROOFING
SCALE 1:50
11
10
9
8
7
6
5
4
3
2
1
3
A-301
C 31
7 MODIFICATIONS/DEVIATIONS MADE ON SITE WITHOUT CONSULTING THE ARCHITECT WILL BE AT THE TOTAL RESPONSIBILITY OF THE CONTRACTOR
C 32
SLAB LEVEL + 11.7 M
TER 20 MM DIA
A
OVERHEAD WATER TANK OVERHEAD TANK LEVEL + 10.35 M
NORTH
A-501
ROOF PLAN SCALE 1:25
DOOR SCHEDULE
PARAPET WALL LEVEL + 8.15 M RAILING AS PER DETAIL
No.
Width
Height
Quantity
Material/Remarks
D1
1200
2100
1
TIMBER
D2
900
2100
6
TIMBER
D3
1000
2100
2
TIMBER
D4
800
2100
4
TIMBER
HANDRAIL 50 MM DIA
WATERPROOFING
SLAB LEVEL + 7.05 M
STAIRCASE WIDTH - 1500 TREAD - 300
RAILING 20 MM DIAMETER
RISER - 150
LINTEL LEVEL + 5.85 M
M.S. BALUSTER
1
FIXING PLATE 10 MM THK NOSING
A-504
SILL LEVEL + 4.65 M MEETING ROOM
PASSAGE
RAILING AS PER DETAIL
No.
Width
Height
Cill
W1
1500
1200
900
6
GLASS
W2
1200
1200
900
7
GLASS
1 4
W3
1150
1200
900
W4
600
800
1400
Quantity
Material/Remarks
GLASS
A XX/XX/XXWINOW ABCDEFGH GLASS LOUVERED REV
DATE
COMMENTS
SLAB LEVEL + 3.75 M
TILE 5 MM THK
WATERPROOFING
PCC BED
ARCHITECT
CANTILEVER SLAB LEVEL + 3.3 M
STAIRCASE WIDTH - 1500
OMKAR TREAD S. GUND - 300
FLOORING AS PER DETAIL
TREAD 300
20 MM PCC GROUTLINTEL LEVEL + 2.55 M 15 MM PLASTER
WIDTH - 1500
BALUSTER 20 MM DIA
WINDOW SCHEDULE
CHEMICAL GROUT
RISER 150 MM
FLOORING 35 MM THK RCC SLAB 150 MM THK
RAILING AS PER DETAIL
OPENING SCHEDULE No.
Width
Height
Cill
Quantity
Material/Remarks
O1
1200
1500
800
1
MARBLE
A
A-504
RUBBER SOLING COMPACTED EARTH
NOSING CHEMICAL GROUT
ADMINISTRATION BLOCK
RAILING FIXING DETAIL SCALE 1:2
FLOORING 35 MM THK RCC SLAB 150 MM THK
No.
FLOOR
No.
01
MARBLE 1
01
02
MARBLE 2
02 TIMBER FINISH WALL 02
No.
03
GRANITE
03
04
ROUGH TILE
WALL
20 MM PCC GROUT 15 MM PLASTER
PLASTERED STAIRCASE PLAN AND DETAILS
TILED WALL
SCALE: 1:25
KEY IN: cad file name
DATE: xx/xx/xx
RCC FOOTING AS PER STRUCTURAL DRAWING
PLOTTED ON: xx/xx/xx
DRAWN BY:
CHECKED BY:
APPROVED BY:
A
OMKAR GUND RCC BEAM
ISSUED FOR:
2
A-200
A-504
CONSTRUCTION
PROJECT NO. : NUMBER DETAIL STAIRCASE A
SECTION AA SCALE 1:50
A-503
SCALE 1:5 DRG. NO.:
D C
dd/mm/yy
B
dd/mm/yy
Decscribe modifications
TILE 5 MM THK FLOORING AS PER DETAIL
TREAD 300
CEILING
01 PLASTERED WALL FALSE CEILING DRG. TITLE:
ASE DETAIL
RISER 150 MM
PCC BED
FINISHES SCHEDULE
GROUND LEVEL + 0.0 M
FIXING PLATE 10 MM THK
A-504
AREA: PUNE HAAT
PROJECT: PLINTH LEVEL + 0.45 M
100 MM PCC BED
M.S. BALUSTER
1
RECEPTION AND WAITING
50 MM FLOOR FINISH
RAILING 20 MM DIAMETER
3rd YEAR AND TERM RISER5th - 150 YELLOW BATCH
SMEF's BRICK SCHOOL of ARCHITECTURE
PLOT: 64
PASSAGE
TREAD - 300 RISER - 150
RCC BEAM
Lintel
A-501
REV.
0
RAILING FIXING DETAIL SCALE 1:2
07 HAND-DONE MODELS
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