03 0712 13 TRINITY HEALTHCARE CENTRE DORJE FARMHOUSE DREAMSCAPE KALEIDOSCOPE NODES PRESSURE | FLUIDITY DESIGN DISSERTATION YEAR 4 | SEMESTER VIII PROFESSIONAL WORK 2022 PAVILION COMPETITION 2021 DESIGN DISSERTATION WORKING DRAWING YEAR 2 SEMESTER IV 02 0611 ALGAE WATERFRONTS SOLAR DECATHLON SAHASRAHA, THE ESCAPE DESIGN DISSERTATION YEAR 4 | SEMESTER VII MULTI FAMILY DIVISION COMPETITION MEDITATION CENTRE COMPETITION 2022 01 DURBAR COMMUNITY CENTRE DESIGN DISSERTATION YEAR 3 | SEMESTER VI 04 08 14 URBAN INTERVENTION CO-SPACE LANDSCAPE TECHNICAL DRAWING URBAN DESIGN YEAR 4 | SEMESTER VIII LANDSCAPE DESIGN YEAR 3 SEMESTER VI CONSTRUCTION | WORKING DRAWING YEAR 3/4 | SEMESTER VI/VIII 05 09 1015 PSYCHO SPATIAL ARCHITECTURE EMERGENCE FIBRIN NETWORK GAMIFYING CORONA FABRICATION: MODEL THESIS RESEARCH YEAR 5 | SEMESTER IX INSTALLATION YEAR 2 SEMESTER III GRAPHICS DESIGN YEAR 3 SEMESTER VI MATERIAL EXPLORATION 2018-2022
YEAR 3 | SEMESTER VI
2021- Academics
Mentor: Mrs. Aparna Surve
Programme: Community Centre
Site: Kathmandu, Nepal
The project started by understanding and studying elements from architecture in the Kathmandu Durbar Square, such as the sloping pagodas, the multiple of steps, jaali work, the once majestic dhahrara and the use of niches. These elements were then altered, modified and used as inspiration to create a public community centre on the edge of the Kathmandu Durbar Square which functions as a transition between the outside world and the religious durbar square. This area is welcome to all and consists of activities such as library, shops, galleries, workshops and an observation tower. There is a play of level on the site which increases and connects people at different visual levels. The centre is also inspired by the work of Bernard Tsuchi and his red follies, as all the structures though different are developed and borne from the same motive and base.
AA’ Animated objects on site
DURBAR COMMUNITY CENTRE
01
structures step, hop, climb visual connection
landscape
visual connectivity- physical barrier may persist walkingwalking, sittingmulti-purpose AND LOWERING INDIVIDUAL UNITS
basic divisionsite
RAISING
Section
01
Concept | Process
AXONOMETRIC VIEW
Model showing various age groups and multiple activities happening in the site and within the different structures.
02
Plan at 1.5m (Ground floor) 03
Sectional Perspective BB’
Axonometric viewStructure 1Structure 2 Structure 3Structure 4
BB’ 04
Section
YEAR 4 | SEMESTER VII
2020- Academics
Mentor: Mrs. Dipal
Chhaya
Programme: Hybrid centre
Site: Sewri, Mumbai
The project is a hybrid centre which caters as a ecological centre and a transportation hub in the mudflats of Sewri, Mumbai. The organic form was designed to mould, merge and flow along the surrounding landscape.
The concept was to create a structure which has algae as its renewable source of energy. Algae was innovatively used in various parts of the structure, such as the facade, as raceway ponds and column bioreactors.
The interior spaces and walls are also curvilinear to blend and complement the form of the structure. The floor slabs has voids for visual connectivity and play of light.
ALGAE WATERFRONTS
02 PLAN AT 1.5M 05
AXONOMETRIC VIEW
The model was made on grasshopper, using various plugins: dendro, pufferfish, ladybug as well as point charges .
06
Filteration of light
Iteration 1
Organic shape, varying modulesFluidity in the structure
Algae facade module
Iteration2
Algae uses the solar radiation and does photosynthesis, which in turn converts CO2 to O2, hence the algae panels are strategically placed where the solar radiation is high.
Iteration 3
Process modelsMangrove:
07
Radiation analysis: ladybug
Section AA’
YEAR 4 | SEMESTER VIII
2022- Academics
Mentor: Mrs. Apoorva Shroff
Programme
: Mental Healthcare Centre
Site: Versova, Mumbai
This healthcare project was focused on mental health. The process was by first making drawings, followed by concentual models and 3d modelling to understand the volume. This also helped in making not only the plan or structure interactive from afar, but rather focusing at a human perspective. The plans and the programmes were paid special attention as it is a healthcare project. One of the main objective of the planning was connectivity within all the three structures, so that it looks and behaves like one entity, as well as inside-outside connection and the connectivity to nature all at levels. Physologically, nature helps soothe the mind which is an important factor in a healthcare.
Physical model
TRINITY HEALTHCARE CENTRE
03 Architecture design jury
Elements
08
Highlighting the elements
Highlighting the bridges
09
Exploded axonometric view
Sectional perspective 10
Under the bridge 11
Meditation centre Connecting bridgesHospital reception
URBAN INTERVENTION
YEAR 4 | SEMESTER VIII
2022- Academics
Mentor
: Mrs. Ritu Mohanty Padora
Site: Wadala, Mumbai
Group: Nikhiil K, Divya B, Shloka M, Aman M, Divya G, Nitika A
The intent of this urban design project was to look into different aspects of design in the current scenario of Wadala, such as the streets configuration (CGS residential area as well as the slums), public transportation such as buses and monorail, transitional space from the CGS colony and the slums, waste management and living standards in the slum.
As the conditions in the colony and the slums are very different, the transitional space between the two plays a very crutial role in the designing of the space. The proposal is of a market with stalls made from a modular system using local materials, and public spaces such as gardens, amphitheatre. The design also proposes the use of gabion wall on the edge condition with a bridge to tie the two ends.
04
12
Transitional space: market area
13
14
PSYCHOSPATIAL PLAY IN THE FABRIC OF THE CITY
YEAR 5 | SEMESTER IX
2022- Academics
Mentor: Mr. Rajeev Thakker Programme: Community Centre
Site: Mumbai
The intent of the study was to find strategies that impact and affect us psychologically. To initiate this, I began by studying precedents, concepts and theories which catered to such ideas.
During this process I came across psychogeography which added several layers to my study. Psychogeography focuses on our psychological experiences of the city, and reveals or illuminates forgotten, discarded, or marginalised aspects of the urban environment. To study this aspect I started walking (drifting) through the thicks and thins of the urban text of Mumbai. This process revealed crucial architectural elements, belonging solely to the city of Mumbai, which extract conditions of play, multiplicity and variability. The core concept for the programme was analysed and decided as play.
Furthermore the function of the structure was finalised as a community centre.
05 Thesis jury 15
16
SOLAR DECATHLON
COMPETITION: Peoples choice award
2020-21 Academics
Faculty Advisors: Mrs. Shriya Bhatia
Mr.
Dhruv Sheth
Division:
Multi-family housing (redevelopment)
Site: Kandivali, Mumbai
Group: 15 people
Designation: Co-leader
06
The intent of the project was to design a sustainable, net zero energy and net zero water residential building. Through the mediums of various softwares such as ladybug (grasshopper), climate studio, autodesk CFD, we were able to find the radiation, EPI and wind simulation.
The existing buildings which comprises of 3 individual buildings of varying sizes and flat types ,has been converted into 2 similar towers of 22 floors each.
17
Award ceremony by the Dr. Jitendra Singh (Minister of State of the Ministry of Science and Technology and Earth Sciences)
18
PROFESSIONAL WORK | 2022
Programme: Farm Resorts
Site: Pokhara, Nepal
Designation: Architecture Intern
The intent of the project was to design a farm resort in Pokhara, Nepal. Being an architecture intern, I was involved in the concept and designing of the restaurant, lobby planning and the landscape designing such as the courtyard. I was responsible for certain renders and technical drawings and details. The integration of modern and traditional architecture such as the use of wood, bricks and stone, and the use of sloping roofs which is part of traditional Nepal architecture.
FARM
DORJE
RESORTS
07
Architecture firm: Siddharth Gopalan Designs
work)
FLOORING LAYOUT 10'-4 11'-8 19
restaurant layout courtyard UPPER GROUND FLOOR (brick
brick layout flooring layout
20
SEMESTER VI
2021- Academics
Mentor:
Mrs. Shriya Bhatia
Programme:
Co-space landcsape design
Site: Kathmandu, Nepal
The plot was divided in three main zones, with each zone having activities which would engage both children and senior citizens. This landscape is for care, learning and play.
The first zone is a picnic and yoga zone, second zone a playground and last zone a sensory garden. The sensory garden stimulates the senses, as well as creates opportunities such as gardening, and teaches one to give back to nature.
This landscape project has a variety of trees, shrubs and foliage. Special attention has been given to plant native flora.
CO-SPACE sr. citizen and children
YEAR 3 |
03
Landscape plan 21
YEAR 2 | SEMESTER III
2019- Academics
Mentor
: Mr. Aatrey Chhaya
Programme: Installation workshop
Group
: Nikhiil M, Manvi G, Jeffin J, Namitha J
Models showing self organisation of protofibrils
FIBRIN NETWORK
Its a meshwork formed during the blood clotting mechanism to help prevent loss of blood, it is made up of units called protofibrils that laterally aggregate to form a strand and these strands collectivelly form a meshwork which at first is flexible but transforms into a rigid network.The strand orient according to the pressure and concentration of the blood flow and and the meshwork has varying densities of strand accumulation.
higher density clot region near the wound lower density clot region away from the wound
Model Showing the elastic property of the protofibril
Joinery 1
It helps the Units to pivot as well as lock in the desired orientation
Joinery 2
It helps in changing the axis of the orientation of the strand Movement diagram
09 EMERGENCE FIBRIN
NETWORK
22
CORONA YEAR
2020
Site:
LEGGO COVITAMINCARD AVLLECTALL3TO OIDCOVID! ANTIBODYCARD!COYOUCANGETOUTOF VIDASYOUHAVETHE ANTIBODIES B6 B6 VITAMINB6 WEAR PASSCOVIDTOYOUSNEEZEDAND PASSEDITON! YOYOURGRANDMOMGAVE MOVEUKADHA!YOUCAN 5STEPSAHEAD LEGYOUVEINJUREDYOUR GOTOTHENEAREST HOSPITAL BROKENLEG! IMMUNITYBOOST VID! COVITAMINCARD AVLLECTALL3TO OIDCOVID! B6 TAMINB6 D Missachance FORGOTTOWEAR YOUTMASK! PASSCOVIDTOANYPLAYERYOUSNEEZEDAND PASSEDITON! TAKE3STEPSFORWARDS TESTEDNEGATIVE! Zoom cards Co currency cards This
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GAMIFYING
3 | SEMESTER VI
- Academics Mentor: Mrs. Bhavleen Narula Programme: Board Game (8 years+)
Mumbai
board game was derived from studying and mapping the changes in the utilities (essentials, domestic help, friends/families, goods delivery, food delivery) in three phases- pre covid, lockdown and post lockdown. Based on this study a set of rules and cards were derived and the playing space was decided as prominent places in Mumbai.
SAHASRAHA, the escape
COMPETITION | 2022
Programme: Meditation centre
Site: Khopoli, India
Co-partner: Arsh Q.
Inspired by the ancient hindu meditation practices and its focal energy points, chakras, this biophilic design aims to create a serene escape from the daily mentally exhausting hustle of city life.
There are seven main chakras and each chakra symbol contains petals, creating the lotus flower which is a spiritual representation of rebirth. The central space is a meditation centre which is inspired by the crown chakra. Sahasraha which translates to a thousand-petaled lotus, which promotes universal flow of energy and spiritual enlightenment. The position of the smaller pods is inspired by the heart chakra which is symbolised by the six pointed star and represents healing, tranquillity and balance.
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COMPETITION | 2021
Programme: Pavilion
Site: Khopoli, India
Group
: Manvi G, Arsh Q, Divya B, Zaara A
Process physical model
Our final pavilion is a vibrant piece of architecture that reflects Mumbai, the city of dreams like a dreamscape. The dynamic elements in the pavilion can be experienced by people of all ages. The variety in materials helps in creating a sensory experience that represents diversity. This idea of motion was inspired by the Mumbai transport systems that are the lifeline of the city that enables the people to constantly be on the move. The dream-like visage aims to draw attention to the diversity and the myriad of possibilities of what one can experience in the city.
Process physical model Iteration
DREAMSCAPE KALEIDOSCOPE
12 Roof Plan
shelf, inside outside
Hinges:
Ball-bearing: fun and moving element Front Elevation
25
Mechanisms used in the pavilion
2019- Academics
Mentor: Mr.
Mahek Lalan
Programme: Community Centre
Site: Fontainhas, Goa
Fontainhas in Goa has hierachy of streets, due to the presence of primary, secondary and tertiary streets. There are various types of nodes in this area. The selected nodes are all different in sizes and give a different experience. This is because of the different number of streets opening to the node and the type of street opening to the node. If one comes to the node from th tertiary street one recieves the most relief in pressure as suddenly the area expands a lot. This experience can be seen and felt in the plan as well as the section. The node also allows a certain fluidity in the movement from a narrow to a wider area or vice versa.
NOTES:
13 NODES: PRESSURE | FLUIDITY
Process model: POP physical model
YEAR 2 | SEMESTER IV
UP DOWN 0.45M 0.0M HOME THEATRE GAMES ROOM LIBRARY RECEPTION AREA WAITING AREA SHOPS UP +/-0.0M +0.75M DOWN 0.45M 0.0M DOWN 0.45M 0.0M MEN TOILET LADIES TOILET KITCHEN CAFETERIA 0.45M UP 0.0M UP E E +3.75M +3.75M AC1 AC2 AC3 AC4 AC5 AC6 AC7 AC8 AC9 AC10 AC11 AC12 AC13 BD1 BD2 BD3 BD4 BD5 BD6 BD7 853 959 140 907 629 858 368 1399 1034 1306 478 1089 800 1018 1427 940 236 365 1002 630 1359 1270 511 1321 403 1116 1049 1136 250 881 887 561 278 1145 820 537 848 867 308 1041 1450 231 704 580 1299 271 792 687 198 760 247 1180 783 593 828 1009 1100 1465 899 824 722 1175 370 1197 1220 1236 271 761 1079 1069 1221 1047 719 414 456 998 1056 1227 931 1057 645 1035 1155 895 625 1329 459 822 695 1256 1074 961 1153 698 1187 383 D1 D1 D2 D2 D2 D2 D2 D2 D3 D3 D4 W6 W1 W2 W5 W1 S1 C1F2 W2 S1 C3F2 W1 S1 C2F4 W2 S1 C2F4 W1 S1 C2F4 W3 S3 C1F1 W2 S2 C2F1 W2 S2 C3F3 W2 S2 C3F3 W3 S3 C1F1 NOTES: DOOR DIMENSION (W H) DESCRIPTION D11200 2500DOUBLE-DOOR GLASS FOR MAIN ENTRANCE D2 D3 900 21006 1200 2100 GLASS DOORS FOR ENTRANCES TO THE SHOPS D4 D5 900 2100 WOODEN DOORS FOR ENTRANCE TO THE TOILETS GLASS ENTRANCE TO THE LIBRARY AND CAFETERIA 2000 2100 SLIDING GLASS DOOR TO THE SITTING AREA OF THE LIBRARY DOOR SCHEDULE COUNT NOTES: WINDOW DIMENSION (W H) DESCRIPTION W19250 2700 W2 W3 830 2700 1530 2700 W4 W5 4800 2700 1300 2700 GLAZED GLASS FACADE WITH ULTRAVIOLET PROTECTION FILM GLAZED GLASS FACADE GLAZED GLASS FACADE WITH ULTRAVIOLET PROTECTION FILM GLAZED GLASS FACADE GLAZED GLASS FACADE 100 MM THK BBC VATA BULL NOSE DRIP MOULD RCC COPING 40 MM THK IPS FLOORING 25 MM HARDWOOD TIMBER SKIRTING 10 MM CARPET FLOORING 100 MM THK RCC SLAB 230 x 400 MM BEAM 20 MM GLAZED GLASS FACADE 25 MM HARDWOOD TIMBER SKIRTING 10 MM CARPET FLOORING 100 MM THK RCC SLAB 230 x 400 MM BEAM 230 THK RCC WALL 10 MM PORCELIAN TILE FLOORING 150 MM THK RCC SLAB 230 MM RUBBLE SOLING 15 MM THK INTERNAL PLASTER IN CM 1:6 25 MM THK EXTERNAL PLASTER IN CM 1:4 25 MM MARBLE SKIRTING 25 MM MARBLE SKIRTING 10 MM PLYWOOD FLOORING 25 MM MARBLE SKIRTING 10 MM PLYWOOD FLOORING 10 MM PORCELIAN TILE FLOORING 25 MM MARBLE SKIRTING 230 600 MM PLINTH BEAM 150 MM THK PCC BED COMPACTED EARTH MULTIPURPOSE HALL OPEN GARDEN LIBRARY MULTIPURPOSE HALL CAFETERIA LIBRARY CAFETERIA LIBRARYRECEPTION AREA SHOPS LEVEL 4 +6.75 MM +3.75 M +0.75 M +/-0.00 M +6.75 MM +9.75 MM C2 C6 C9 C12 C14 TERRACE 150 150 600 300 1000 2600 2600 2600 100 400 1000 1350 150 1350 150 Door | Window scheduleFinishes schedule NOTES: FLOOR DIMENSION DESCRIPTION F1 F2 F3 500 500 10 F4 450 450 x 10 CARPET FLOORING MARBLE FLOORING WOODEN PARQUETTING CERAMIC TILES 600 600 x 10 SKIRTING DIMENSION DESCRIPTION S1 S2 S3 500 500 x 10 450 x 450 x 10 HARDWOOD TIMBER MARBLE CERAMIC TILES CEILINGDESCRIPTION C1 C2 C3 PLASTER WITH NERU FINISH OF 12MM MATTE PAINT SEMI GLOSS PAINT WALLDESCRIPTION W1 W2 W3 MATTE PAINT SEMI GLOSS PAINT CERAMIC TILES 1000 150 x 10 200 60 x 10 CEILING SCHEDULE FLOOR SCHEDULESKIRTING SCHEDULE WALL SCHEDULE 26
A A' C B' KEY PLAN 1:200 ROOF PLAN 1:50 SECTION BB' 1:50 SECTION CC' 1:50 DETAIL D 1:10 20 70 STEEL BEAM 10MM GLASS ALUMINUM CARRIER 10MM GLASS 300X200MM STEEL BEAM STEEL PLATE 10MM GLASS STEEL BEAM ALUMINUM PANEL 4715 STEEL BEAM 10MM GLASS 300X200 STEEL BEAM STEEL PLATE ANGLE CLEAT STEEL BEAM WELDING 150X120MM STEEL BEAM 1930 2055 1635 1630 5095 5095 1880 1895 1880 1850 10MM GLASS ALUMINIUM PANEL 300X200MM BEAM 150X120MM BEAM ANCHOR BOLTS 1195 1050 2665 2465 2675 4905 5035 DESIGN MEMBERS ALL MEMBERS 1065 1060 200X300 BEAM 20MM STEEL PLATE ANCHOR BOLT 200MM RCC SLAB DETAIL C 1:5 300X200 BEAM 200X300 BEAM ANGLE CLEAT ALUMINUM PANEL ALUMINUM PANEL 10MM GLASS WELDED DETAIL A 1:5 BEAM 10MM GLASS ALUMINUM PANEL DETAIL B 1:5 NOTES: 1) THIS DRAWING IS PROPERTY OF SAUMYA AGARWAL AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION. 2) THE COMMENCMENT OF CONSTRUCTION SUBJECT TOAPPROVAL FROM ALL COMPETENT AUTHORITIES. GENERAL NOTES: 01. ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK. 02. ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS AND OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE. 03. DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK. 04. DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED. 05. THIS DRG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL SERVICES DRGS. INTERNAL PLASTER 15MM EXTERNAL PLASTER 25MM EXECUTION NOTES: AS PER DRAWINGS. UNLESS OTHERWISE SPECIFIED 06. ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS. 07. FOR ALL CIVIC DETAILSREFER RESPECTIVE DRGS. REFER WALL SECTION DRAWINGS. FOR EXECUTION. 09. FOR ALL DOORS AND WINDOWS REFER TO ALL DOOR WINDOW SCHEDULE DOORS. 10. ALL MECHANICAL CUT-OUTS & SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE RELEVANT SERVICE DRGS. PROVISION TO BE MADE FOR DAMPER SLABS IN ALL DUCT SHAFTS CUT-OUTS ON ALL FLOORS. 11. ALL BRICK WALL WORK IS IN ENGLISH BOND. 12. ALL PARTITION WALLS ARE 115MM THICK UNLESS SPECIFIED. 6-12-21 SHEET NO. SIGN: BALWANT SHETH SCHOOL OF ARCHITECTURE WORKING DRAWING SCALE: 1:20 SAUMYA AGARWAL ROLL NO :A001 N LEGEND 300X200MM BEAM 200X120 BEAM 10 3000 SECTION AA' 1:50 STEEL BEAM 10MM GLASS 300X200 STEEL BEAM STEEL PLATE 1000 1000 1000 1000 1000 1000 1000 1000 1465 790 790 300 200 12450 10MM GLASS 1415 525 1655 1410 1035 990 990 1035 220 1410 1655 525 1415 300 150 975 9540 20MM TIMBER CLADDING TIMBER HANDRAIL STEEL STRINGER M16 STUDS RESIN ANCHORED INTO REINFORCED CONCRETE FIXING PIN CONCRETE WALL 15MM GLASS BALUSTRADE TIMBER HANDRAIL STEEL CANTILEVERED STAIRCASE +0.0M +3.0M +2.25M EXPLODED ISOMETRIC VIEW 1:10 DETAIL C 1:10 DETAIL D 1:10 SECTION CC' 1:20 15MM GLASS BALUSTRADE FIXING PIN 15MM TIMBER CLADDING 50X50MM STEEL BOX 10MM STEEL PLATE KEY PLAN 1:200 50X50 MM STEEL BOX 15MM TIMBER CLADDING 10MM STEEL PLATE 50X50 MM STEEL BOX 15MM TIMBER CLADDING 10MM STEEL PLATE DETAIL A DETAIL B DETAIL A DETAIL B DETAIL D DETAIL C 15MM GLASS BALUSTRADE FIXING PIN TIMBER CLADDING RCC WALL STEEL STRINGER M16 STUD RESIN ANCHORED NOTES: 1. THIS DRAWING IS A PROPERTY OF SAUMYA AGARWAL AND SHALL NOT BE REPRODUCED WITHOUT WRITTEN PERMISSION. 2. THE COMMENCMENT OF CONSTRUCTION SUBJECT TOAPPROVAL FROM ALL COMPETENT AUTHORITIES. GENERAL NOTES: 01. ALL EXISTING GROUND LEVELS TO BE VERIFIED BY THE CONTRACTOR BEFORE COMMENCING THE WORK. 02. ALL DIMENSIONS ARE UNFINISHED AND ARE IN MM UNLESS AND OTHERWISE SPECIFIED. ALL DIMENSIONS SHOULD BE VERIFIED AT SITE. 03. DISCREPANCY IF ANY SHOULD BE BROUGHT TO THE ARCHITECT'S NOTICE BEFORE COMMENCING THE WORK. 04. DO NOT SCALE THE DRAWING. ONLY WRITTEN DIMENSIONS TO BE FOLLOWED. 05. THIS DRG. TO BE READ IN CONJUNCTION WITH RELEVANT ARCHITECTURAL, STRUCTURAL SERVICES DRGS. INTERNAL PLASTER 15MM EXTERNAL PLASTER 25MM EXECUTION NOTES: AS PER DRAWINGS. UNLESS OTHERWISE SPECIFIED 06. ALL STRUCTURAL DIMENSIONS TO BE REFER FROM THE STRUCTURAL DRGS. 07. FOR ALL CIVIC DETAILSREFER RESPECTIVE DRGS. REFER WALL SECTION DRAWINGS. FOR EXECUTION. 09. FOR ALL DOORS AND WINDOWS REFER TO ALL DOOR WINDOW SCHEDULE DOORS. 10. ALL MECHANICAL CUT-OUTS & SLEEVES TO BE IN CONJUNCTION WITH RESPECTIVE & RELEVANT SERVICE DRGS. PROVISION TO BE MADE FOR DAMPER SLABS IN ALL DUCT SHAFTS CUT-OUTS ON ALL FLOORS. 11. ALL BRICK WALL WORK IS IN ENGLISH BOND. 12. ALL PARTITION WALLS ARE 115MM THICK UNLESS SPECIFIED. 20-01-21 SHEET NO. 6 SIGN: BALWANT SHETH SCHOOL WORKING DRAWING SCALE: 1:20, 1:10 SAUMYA AGARWAL ROLL NO :A001 N LEGEND BRICK WALL RCC CUT WALL LEVELS RCC WALL 850 3000 150 15 10 50 4290 3300 2400 TECHNICAL DRAWING YEAR 3,4 | SEM VI, VIII 2 NUMBER LEAVES PLATE WELDED TO END OF MAIN BARS STEEL HINGE PLATE CAST ON SPANNING MEMBER 3 NUMBER LEAVES PITCHED SPANNING MEMBER STEEL PIN KEY PLAN SCALE 1:100 4500 4500 15000 600 600 1200 10MM EXTERNAL QUALITY PLYWOOD SHEATHING NAILED LAYER BUILT UP ROOFING FELT FINISH INSULATION 10MM EXTERNAL QUALITY JOINTS SEALED WITH MASTIC CROWN OR APEX GUSSETS 10MM THK PLYWOOD KNEE SOFTWOOD UPRIGHTS OR LEGS GALVANIZED STEEL ANGLE CLEAT TYPICAL SOLID TIMBER AND PLYWOOD GUSSET PORTAL FRAME SCALE 1:50 20 MM DIA BOLT LAMINATIONS TAPER LIGHTWEIGHT ROOF COVERING ON 225 X 50 TIMBER PURLINS 30 DEG SLOPE RADIUS2.5 CRAMP CAVITY WALL FOOT OF PORTAL FRAME INSIDE CAST IRON SHOE FLOOR SLAB SHOE BOLTED TO CONCRETE BASE MM PLYWOOD FACING TO BOTH SIDES EX. 125 X 50 STUDS EX. 125 X 50 STUDS WELDED STEEL SHOE ANCHOR BOLTS TIE ROD GLUE-LAMINATED TIMBER PORTAL FRAME SECTION SCALE 1:25 TYPICAL SECTION THROUGH LEG SCALE 1:5 DETAIL OF BASE 450 MM 200 MM BOTTOM R.C.C SUPPORTING MEMBER 18MM THICK 10 MM DIA M.S LINKS EXTERNAL COMBINES PLINTH BEAM FOR THE COLUMN AND PORTAL RCC FOOTING PCC BED 150 MM THICK 75 MM SPAN/30 650 MM 400 MM DEEP 40 MM COVER 20MM THK MAIN BARS 6MM THK LINKS FLOOR LEVEL 20MM THK MAIN BARS 50 MM COVER CONCRETE BEDDING 20MM THK MAIN BARS 40 MM COVER 20MM THK MAIN BARS 6MM THK LINKS FLOOR LEVEL 20MM THK MAIN BARS 50 MM COVER CONCRETE BEDDING 20MM THK MAIN BARS ALTERNATIVE COLUMN FOUNDATION JUNCTION DETAILS DETAILED SECTION SPANNING MEMBER RECESS AND THREADED SUD TO RECIEVE STOOLED END AND PROJECTING WIRE LOOP OF PURLIN DRY SPLICE SUPPORTING MEMBER CANTILEVER HAUNCH BEARING CAST ON TO SUPPORTING MEMBER 20 MM DIA FIXING BOLT POCKETS FOR BOLT NUTS RCC PORTAL FRAME SHEAR REINFORCEMENT HINGED JOINT SLOT FILED WITH BITUMEN FILLER OR FLEXIBLE RUBBER ALTERNATE DETAIL OF HINGE ALTERNATE DETAIL OF SPLICE SCALE 1:20 20 MM JOINT OF FLEXIBLE RUBBER OR SIMILAR MATERIAL RIDGE PIECE BOLT PCC PURLIN 16 MM DIA MAIN REINFORCEMENT BARS MM DIA STIRRUPS @ 200 C/C ASBESTOS SHEET ROOFING 300 MM X 200 MM SUPPORTING MEMBER ALTERNATE DETAIL OF APEX SCALE 1:20 SCALE 1:20 SCALE 1:50 SAUMYA AGARWAL A001 SEM6 DWG BSSA SCALE CONSTRUCTION 03.03.2021 TIMBER AND RCC PORTAL FRAME SCALE 1:20 300 1500 150 1000 600 300 300 150 1000 PROFILE FRAMING COULD BE FACED WITH PLYWOOD PROFILE AND PROVIDE SUPPORT FOR EAVES RADIUS 150 LAM THICKNESS LAMINATED FRAME ALTERNATE KNEE DETAIL 450045004500 4500 14 27
Physical models give you a different and spatial perspective which can not be achieved from drawings. Material was an important factor while making model, as it gave you the freedom to express your design language and concept due to its unique character.
FABRICATION: MODELS 2018-22 Mini pavilion Competition | wood and metal rods Semester 1| filecard and wire Semester 7| lasercut filecard Semester 4| cementThesis| 3d printing: pla filament Semester 2| filecard and threadSemester 3| wire and mdf Semester 7| lasercut mdf Semester 4| wire meshSemester 2| filecard and oasis Mini pavilion Competition | wood and hingesSemester 2| filecard, sunboard, skews, threadSemester 4| plaster of parisSemester 8| balsar wood, oasis and wire trees Semester 3 | sun board and wooden skews
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