The collection of work
Dhwani Prajapati
I’m Dhwani Prajapati.
As an architect I’m an enthusiastic, self-motivated, responsible and hard working person. I have good interpersonal skills and am an excellent team worker. I am able to work well under pressure and adhere to strict deadlines. All of these skills will ensure my professional and personal prosperity and will play to my strengths.
B.arch student
Cept University, Ahmedabad, Gujarat. 2019- present
SSC (90%) and HSC (80%)
Vidyanagar high school, Ahmedabad, Gujarat.
2017-2019
AutoCAD 2D
Sketchup
Rhino & Grasshopper
Adobe Photoshop
Adobe Illustator
Adobe Indesign
Blue beam
Design builder
Andrew marsh
Revit (Beginner level)
3D rendering: Twinmotion, Enscape, V-ray
Microsoft Excel, Powerpoint, Word
INTERNSHIP
Groundwork Architecture, Ahmedabad
During my internship, I gained experience working on diverse projects ranging from residential to commercial and interior design.
Responsibilities:
Detailed working drawings
Representation drawings
Developing 3D models
Vendor communication
This exposure allowed me to sharpen my skills across various aspects of architectural design and construction documentation.
ACADEMIC & CO-CURRICULAR
Nominee of CEPT Excellence Award
Team Head : Merchandise team (Pipe dream)
Team Head : Accounts team (Kurula Varkey Design Forum)
COURSES/ WORKSHOP
O N T A C T
+ 91 - 9409356572
04dhwaniprajapati@gmail.com
Ahmedabad, Gujarat
Measure Drawing
Model making
Wood workshop
Metal workshop
Ceramics workshop
Laser cutting and 3D Fabrication
Mapping and Documentation
Sketching
Origami
Digital Technology (Autocad, Sketchup, Photoshop, illustrator)
Field study of plants
The Origami Yantra
Metal Art-Sculpting with metal
Lithography Drawing and Print Studio
Linkedin : Introduction to Graphic design
Autodesk: Revit proffesional Course
FREELANCING
Upwork
(https://www.upwork.com/freelancers/~017f7cea5a0b9d682c?mp_source=share)
Graphic designing at CEPT communication office
Hello,
C
E
D U C A T I O N
M A N U A L S K I L L S
S O F T W A R E S K I L L S
E
I E N C E
X P E R
Mine Reclamation
Adaptive reuse project: Edunity institute
Urban tree : Paper pulp structure
Internship Work
Residential Project by D-sthapati
The Temporary library
Agrasarna: A Sustainable community center Run by Women
Miscellaneous Work
3D rendering
Revit Modeling
Grasshopper Modeling
Physical Model making
Drafting
Illustration
C O N T E N T
Bamboo pavilion
ADAPTIVE REUSE PROJECT EDUNITY INSTITUTE
In Paris, a lack of non-traditional educational spaces hampers diverse skill acquisition. Le Sample, a former industrial site with a 2000 m² garden, aims to transform into an innovative hub in Bagnolet, connecting central Paris. Le Sample, a former industrial site , is set to transform into a non-traditional institute with an open performance space, public garden, and large public library. This innovative hub aims to revolutionize education, enhancing standards in dance, music, painting, robotics, and more. Beyond academics, it will drive technological progress, cultivate inclusivity, attract talent, and play a pivotal role in the city’s economic growth.
Studio: LE SAMPLE PARIS + GIC AHMEDABAD undefined A PARALLEL URBAN REGENERATION MODEL
Faculty: Manuel M de las heras, Sanskruti Panchal
Semester: 9
Program: Alternative education, Digital learning
Before& After B C D E G 1 2 3 4 H C E G 1 2 H 5000 5000 5000 5214.74 5000 5000 A C E H LVL +1.8 M LVL +1.2 A B C D E F H 5000 5000 5000 5214.74 5000 5000 A B C D E G 4 H 6424.35 6443.5 6355.95 5000 5000 5000 5214.74 5000 5000 A B C D E F G 3 6424.35 6443.5 6355.95 A B C D F G H 5000 5000 5000 5214.74 5000 5000 LVL 0.0 M LVL +1.8 LVL 0.0 M A B C D E F G H LVL -3.15 M Site Plan of existing building Basement Ground floor First floor Terrace floor A B C D E F G 4 H 6424.35 6443.5 6355.95 A B C D F G 3 H 6424.35 6443.5 6355.95 5000 5000 5000 5214.74 5000 5000 A B C D E F G H LVL +1.2 M LVL 0.0 A B C D G 4 H LVL +10.1 M LVL -3.15 A B C D E G 2 3 C D E G 1 2 3 4 H A B C D E H LVL +5.65 M LVL +5.65 M LVL +1.2 LVL 0.0 M B C D E F H LVL +10.1
CASE STUDY : Zeitz Museum of Contemporary Art Africa
South Africa
ARCHITECT: Heatherwick Studio
YEAR: 2017
OLD USE: Storage for shipping maize (corn)/ Industrial
NEW USE: Museum
STRATEGIES: Insertion, Intervention
Addition: New volume or structure is introduced in the existing site
Subtraction: Part of existing spaces or facades is demolished and eliminated.
Bridge: A new structure spans and providesa passage between two blocks.
New Interior within old shell: A new intervention is created inside an old structure.
New face: Changing the old facade
Iteration 1 - implement of the three main tactis in same language of the existing building (Addition, Subtraction, To view)
Iteration 2 - other option of same tactics but in different language existing building
Iteration 3 - Final massing and attaching the led screen at the facade to see the performance
Spatial organisation through public space, transition
Main three tactics: Subtraction, Addition, To view
Public Transition Learning Plaza Working area Cafeteria Staircase Corridor Classroom Digital learning studio Workshop Library
Repetition of same module
Creation
of Plaza
space
and learning space
Back stage Storage Admin Office Working area Cafeteria Classroom Workshop Library Staircase Dynamic Spaces (80%) Static Spaces (20 %)
Old and new Structure
Subtraction in slab at all level for light
Building entrance and vertical connection through staircase
Entrance from the plaza and circulation in the plaza
New building isometric view
A B C D E F G H I J K L 5 4 3 2 1 13330 6420 5000 5000 5000 5000 5000 5000 5000 5000 5000 6422 6448 6398 A B C D E F G H J K L 5 4 3 2 1 13330 6420 5000 5000 5000 5000 5000 5000 5000 5000 5000 6422 6448 6398 2 1 6398 A B C D E F G H I J K L 5 4 3 2 5000 5000 5000 5000 5000 6422 6448 6398 A B C D E F G H I J K L 5 4 3 2 1 13330 6420 5000 5000 5000 5000 5000 5000 5000 5000 5000 6422 6448 6398 Basement LVL -3.3M First Floor LVL +4.3M Second Floor LVL +8.6M Ground Floor LVL 0M Section AA Section BB B B A A Basement First Floor Ground Floor Terrace floor B B A A A B 5 4 3 2 1 13330 6422 6448 6398 A B 5 4 3 2 1 13330 6422 6448 6398 B B A 2 1 A B 5 4 3 2 1 13330 6420 6422 6448 6398 A B 5 4 3 2 1 13330 6420 6422 6448 6398 B B A
showing the amphitheater, addition beside the building and the screen in grey
Detail model of addition part
Basement LVL -3.3M First Floor LVL +4.3M Second Floor LVL +8.6M Ground Floor LVL 0M C D E F G H J K L 6420 5000 5000 5000 5000 5000 5000 5000 5000 5000 C D E F G H I J K L 6420 5000 5000 5000 5000 5000 5000 5000 5000 5000 A C D E F G H I J K L 6420 5000 5000 5000 5000 5000 5000 5000 5000 5000 C D E F G H I J K L 6420 5000 5000 5000 5000 5000 5000 5000 5000 5000 A Massing Model showing addition in blue
view
Street view showing the entrance facade and terrace addition
URBAN TREE : PAPER PULP STRUCTURE
The urban tree is made from paper tubes as the main structure, and as skin, the jute rope with a layer of seed paper pulp creates a canopy to protect against the sun. Moreover, it has a solar panel as a source of renewable energy and openable seating and desks that can be used according to user needs. The seed paper pulp will be sprayed on top of the jute rope, and the seeds will be a climber and other similar family plants. Urban trees will be made in places with no or fewer green areas or on the streets where street vendors are selling with their stall steps up. Since Ahmedabad has hot summers, the urban trees are in the summertime. By the monsoon’s arrival, the paper will be fully grown, providing shade during the winter. Each tree will last for a year, making a difference in the city’s landscape and raising awareness about sustainability.
Studio: Architecture of imperemance
Faculty: Nuru karim, Niyati naik
Semester: 10
Program: Modular design & Street Market
Documentation of Radish and coriander seed in 10 day span and understanding its
Idea of seed embedded paper: Plantable seed paper is paper that is embedded with Prototype: Paper block, Soil brick with paper layer on top
Developing a prototype after studying the paper pulp pavilion by ball nogues studio The added feature of urban tree is the paper pulp which is used is with seed and the
root and shoot length
with any variety of seeds, so after it has served its initial purpose, the paper can be put in the soil to grow plants.
where the structure is made of rope and paper pulp is sprayed on top. structure of the urban tree is made of paper tube.
Form exploration with Waste paper pulp with rope structure as skin
Why hexagon shape?
Allow radial organization
Efficient use of space, maximize usable area
Broken down into triangular grid
Distribute loads more evenly than square or other shapes
Module Detail
Construction sequence C D 2000 2160 350mm dia., mm thk. pole holder with 750x750x20mm Base plate join to central pipe with blots Base plate join to base with 6 full threaded anchor bolts anchorage length according to design 500mm dia., 20mm thk paper tube as central support 750mmx750mmx250mm concrete base Foundation joinery 550mm dia., 10mm Ring lock fitted to central support Leader head join with ring lock using wedge pin 500mm dia., 20mm thk paper tube as central support Paper tube join with 200mm dia., 6mm thk. circular plate with pin joint 100mm dia., 3mm thk. steel pipe inserted in paper tube join with nut and bolt Detail A piece of paper tube 100mm dia., 3mm thk. steel pipe inserted paper tube join with nut and bolt to join paper tube Detail B Paper tube join with 200mm dia., 6mm thk. circular plate with pin joint 200mm dia., 10mm thk. Paper tube vertical member Paper tube join with 200mm dia., 6mm thk. circular plate with pin joint 200mm dia., 10mm thk. Paper tube horizontal member Detail
A
Evolution of structure:
1. Plaza without the urban tree
2. Plaza with the urban tree (Summer time)
3. When the seed paper pulp will go into planter and the plants starts growing (Monsoon and winter)
0 1 2 5M 1. 2. 3.
Site plan : Bhadra Plaza, Ahmedabad
Cluster Plan showing different stalls and informal circulation
Section AA’
View from the smallest courtyard
View from trees area
Physical model of individual module and cluster of module
MINE RECLAMATION
Extracted and exhausted land, depleted water levels and natural resources near Salaulim dam, Goa created barren patches of land and abandoned mines, with scarce vegetation and highly concentrated wastewater. Reclamation by reforestation and water treatment of this particular mine is one of the ways to bring back life and connect back with its greater ecology. The designed system running through proposed Sheds, a Lab, Hostel, Greenhouse and other recovery experiments with a water treatment plant collectively lead towards a speculative future of multiple experimenting and learning possibilities.
Studio: Zuari Connect
Faculty: Arijit Chatterji, Shilpa Mevada
TA: Keerthan B.V
Semester: 7
Program: Reclamation of Mine
Goa land use map
Concept Sketches
Original
Site plan
Detailed plan of Laboratory and Hostel facility
Detailed plan of botanical garden
Master plan showing the proposed process
Exploded axonometric
process to help healing the land
INTERNSHIP
Internship at Groundwork Architecture, Ahmedabad
Principal Architect: Brijesh Bhatha
Semester: 8
Type of Work: Working drawing, Designing, Detail drawing, Vendor communication
Ceiling Detail of Boardroom
Door and window detail
Flooring details
TRENCH DEPTH AS PER STRUC Sect on-10 Typ ca T ench Deta P an-10 Trench De a NS DE OUTS DE Section-1 Entrance Door Detail Section-3 Typica parapet condition for exposed RCC surface INSIDE OUTS DE OUTS DE NS DE Plan-6 Typica toilet drop detai Section-6 NSIDE (TOILET) OUTS DE INSIDE OUTSIDE Sect on-5 Window Sill Detai Section-4 Plinth Steps Detail Section-2 Parapet Deta l Sect on-8 Typical W ndow S ll Detail NS DE OUTS DE NS DE OUTS DE Section-9 Typical Sil Deta l for Ot Section-7 Duct NSIDE OUTS DE 4 2 Ha o y H b p R d Ahm d bad – 3 005 Ph 079 400 600 w e b e w g o u n d o n @ g d k T h s d a w n g a n d h e d e g n c o v e h e p o p e y o G o u n d w o A c h t e c u e m e e y o a n e d o n h e b o o w e e x p e s a g e e m e n h a w n o b e e p o d u c e d c o p e d o a n e d e x h b e d n o u e d e c e p n a m e d p v a e a y a p e t e d b y y t g b t h d h b o o w e D b y D h C h d b y P DATE : 11-01-23 SCALE : As Shown DRAW NG NO : DT-FL-02-RO PROJECT NO : A-108 Floor ng Layout Deta l KEY PLAN N NO DESCR PTION DATE REV S ONS NOTES 01 A d mens ons are to be read and not measured 02 A d mens ons are n mm 03 n case there s any d screpancy between arch tectura d aw ngs and other consu tant s draw ngs arch tec u a draw ngs to be o owed The d screpancy to be brought o he not ce o the arch tect be o e commencemen o wo k 1 A Su vey eve s are based on Survey Draw ng ece ved on 03 08 21 w th F e name SURVEYOF LETRA GRAPH X PVT LTD SUB dwg From GEOGRAPH CS nd a PVT L m ted 2 Road LVL +99 379 s cons dered as Benchmark Leve ±0 0 based on Survey Leve ±0 0 based on Survey on Benchma k Leve based on D aw ng rece ved on 03-08-2021 Draw ece ved on 03-08-2021 ece 03-08-2021 ADD TIONAL NOTES Sc eed LEGEND RCC Br ck S ng e A gnment Drop No e : A gnments shou d be cons dered w th espect to f n shed wa sur ace RCC 25MM THK Kotah Stone
Flooring
Plan
9 0 ° 9 0 ° 9 0 ° 90° 90° 90° 90° 90° 15-9"(CheckDim) 3-41 4 " 19 -012"(CheckDim) 373 4 " 51 03 4 " 11'31 2 52" 543 4 " 5'61 2 " 1 82" 22 '812 "(CheckDim) 23 -8"(Check Dim ) 18 -8 15-412 " 6-9 " 22-114 " 9'-83 4 (Check Dim ) 8 20 -912 9 -312 24 -113 4 30 -8 (Check D m ) 5'-21 4 " 109" 5'-63 4 " 1 2 3 4 5 1 2 3 4 5 A B C A B C 7'-6 3 4 " 4'-412 " 4'-412 " 12-6 3 4 " 28-1012 " 1 2 3 4 5 1 2 3 4 5 A B C A B C 7'-63 4 " 4'-41 2 " 4'-41 2 " 12'63 4 " 28 -101 2 " 5'-6 3 4 " 5'-214 " 10 '9 " Ramp 1 2 NO DESCR PT ON DATE REVIS ONS a e to be read and not measured a e n nches s any d screpancy between raw ngs and other consu tant s h tectura draw ngs to be fo owed cy to be brought to the not ce o befo e commencement o work 412 Ha mony con Hebatpu Road Ahmedabad – 380059 Ph 079 40036004 w e b s e w w w g o u n d w o k n e m a c o n a c @ g o u n d w o r k n N KEY PLAN DATE 27-04-23 SCALE 1:64 DRAW NG NO WD-SB-PD-01-R0 PROJECT NO : A-116 Bu ding Center ne L neout P an ADD T ONAL NOTES Bu d ng ocated based on Survey Draw ng rece ved on 18-03-2023 w th draw ng name DHANOLTI MASOOR TOPOGRAPHY FINAL 18-03-23 DWG FOR EXECUTION 28/04/2023
Setting out plan
RESIDENCE AT PRAMABH CITY
D-sthapati is founded by Dhwani Prajapati in April 2019 in Ahmedabad. D-sthapati is bidding for the residential project at prarambh life which is located in Bavla, Ahmedabad. It is a residence for an elderly couple whose children are in a different city. The firm’s motto is ‘your idea is our concern’ so the firm fulfils clients’ requirements in the best possible way. The design of the residence takes care of all the requirements and other main factors and it also gives the user’s house a unique identity by providing unique elements like a courtyard, staircase and choice of materials. D-sthapati is a design-build firm. It uses GMP (Guaranteed maximum price) as an estimation method which is the most accurate method. The estimation for this project is Rs. 46,20,189/- which G+1 building.
Studio: Design Development and Construction Estimation
Faculty: Akul Modi, Shivani Kapadia
Semester: 5
Program: Residence for elderly couple
Plan
Project Area (sqm) 29.86 0.002 149305%₹ 7.20₹ 1,12,870.80 418.04 9.07 0.002 45355%₹ 7.20₹ 34,284.60 126.98 1.74 0.002 8705%₹ 20.00₹ 6,577.20 24.36 0.83 0.002 4155%₹ 7.20₹ 3,137.40 11.62 11.77 0.002 58855%₹ 7.20₹ 44,490.60 164.78 45.040.002225225%7.2₹ 1,70,268.97630.6258 10.89 0.002 54475%₹ 7.20₹ 41,182.51 152.52783 6.88 0.002 3439.855%7.2₹ 26,005.23 96.31566 ₹ 1,96,274.19 Cubic meter living room wall Ground Floor Brick masonry Cubic meter Detailed Estimate Backup Material Waste (%)Unit rateAmountCost/Sqm Prarambh Smart City Estimate type GMP Bavla, Gujarat Project Type Residential project Total Masonry Pacakge 51.92 Quantity1 brick sizeNo. of bricks Total excluding door&window Cubic meter Cubic meter Cubic meter living room wall exposed brick wall 3 m GF wall Cubic meter Staircase area wall Cubic meter 6m wall Cubic meter First Floor Brick masonry 3 m FF wall Total excluding door&window Cubic meter Cubic meter Item Description Unit 04 00 00 - Masonry Project Location Start Date Dhwani Prajapati 1st January 2021 Project duration 270 Checked by 245 days Ground LVL +0.00MM GR. Sill top +900MM GR. Lintel bottom +2150MM GR. Beam bottom +2770MM GR. Slab Top +3150MM FL.Sill top and railing LVL +4050MM FL. Beam bottom +5770MM FL. Slab Top +6150MM Living room Dining room Courtyard Terracotta Jali wall as per detail Staircase as per detail 150 50 470 230 900 1720 230 150 1200 900 Plinth LVL +300MM 02 04 05 06 07 08 02 04 05 06 07 08 150 3770 1130 4400 960 3350 150 150 Section
800 230 2760 700 700 730 230 800 1400 870 600x600mm ceramic tiles Plaster wall 300mmx300mm ceramic tiles 25 mm Kota stone otli 50mm Black Granite stone partition X X Y Y X Y 500 550 550 3357 250 500 550 550 550 550 550 550 375 600 3288 Base cabinate Wall cabinate 800 230 2760 700 700 730 230 800 1400 870 600x600mm ceramic tiles Plaster wall 300mmx300mm ceramic tiles 25 mm Kota stone otli 50mm Black Granite stone partition 300mmx300mm ceramic tiles X Y X Y 500 550 550 3357 250 500 550 550 550 550 550 550 375 600 3288 600x600mm ceramic tiles Plaster wall 02 P Q R S 550 670 850 1040 140 P P Q Q S S R R P P 01 02 220 549 405 410 490 1150 180 500 360 300 900 880 187 102 mm Core post height from groundfloor is 2850mm 120 mm Core post height from groundfloor is 2850mm Detail 1: Moduler hollow core and step construction 190 Detail 1: Modular hollow core and step construction Detail 2: Typical step detail 120 mm Dia. tubular section Stair made from 10 mm Stainless steel plate 40 mm overlap between two treads Detail 2: Typical step detail 34 660 Kitchen detail Toilet detail Column to beam and bracing detail
Sectional Elevation
Terracotta Jali Detail
Grid of MS plate 200mmx200mm is made and the jali
Joinery A: Ms plate(3mm thick) is join using welding with main ms plate
Joinery B: Two Ms plate(3mm thick) join using welding
45mm M.S. PIPE HAND RAIL 36mm Dia. Flat BALUSTER 190 190 190 190 190 190 190 190 190 190 190 190 190 190 45mm M.S. PIPE HAND RAIL 40mm OVERLAP BETWEEN TWO TREADS 2850 of steps: 15 Riser: 190mm Tread: 560mm Detail 1 Detail 3 45mm M.S. PIPE HAND RAIL 36mm Dia. Flat BALUSTER 190 190 190 190 190 190 190 190 190 190 190 190 190 190 45mm M.S. PIPE HAND RAIL 40mm OVERLAP BETWEEN TWO TREADS 2850 120 mm Core post height from groundfloor is 2850mm No.
190mm
560mm
of steps: 15 Riser:
Tread:
Plan
A
B
25
Main Ms frame
mm thick
Ms plate 3mm thick where jali blocks are placed terracotta blocks join using mortar
SB-1 SB-2 SB-3 SB-4 H-1100mm H-1100mm H-1100mm H-1100mm SB-5 H-1100mm SB-6 H-1100mm SB-7 H-1100mm SB-8 H-1100mm SB-9 H-1100mm SB-10 H-1100mm SB-11 H-1100mm 15A SB 2 H-1100mm 15A SB 4 H-1100mm 15A SB 3 H-1100mm Plug 1 H- 450mm Plug 2 H- 450mm Electrical
Plan
THE TEMPORARY LIBRARY
The idea is to create a dismantlable lightweight structure that can be used in many ways and placed anywhere in the whole community. The design aims to create a multi-purpose pavilion that can be built in many ways. Different space of the library like a classroom, workspace and reading space can be build up anywhere in the community which is another way of looking at a library. This design provides a pavilion that has multiple uses apart from library spaces. For example in the festival, marriage function, medical camp and during flooding time the pavilion can be used. One can use and built their pavilion according to their wish, they can make any kind of roof using cloth and make an enclosed space using curtains or any oth-
Studio: Dissolving Boundaries: Children’s Library at Loving community
Faculty: Anand Sonecha
Semester: 4
Program: Children’s Library + Multi purpose pavilion for community
All different pavilions made from one module
1m 1m 1.8m
Column to beam and bracing detail
Bamboo curtain join with hook Pavilion 2- Plywood floor and bamboo curtains
: On street
Reading space- Plan
Location: At front courtyard
Reading space- Section A
Workplace : Under tree
Reading space: On terrace
Classroom
All possible interventions of different spaces
Axonometric view
Classroom
Workspace
Reading
AGRASARNA: A Sustainable community center run by women
Agrasarna is located on the riverfront, Ahmedabad. It is an initiative toward sustainability. The center comprises of selling, training and administration spaces led by women. For that, the design approach is climate responsive to make it comfortable using less energy. The use of passive design strategies like spaces on stilts to create an open floor plan for better ventilation, courtyard, evaporative cooling effect, use of sloping roof, dense trees, and choice of material, is used to make the building energy efficient. With all these aspects the design is also focused on aesthetics and the experience of spaces.
Studio: Sustainable and Smart built environment
Faculty: Prof. Mona Khakhar, Prof. Avlokita Agrawal
Semester: 6
Program:
Community center run by women
Site plan
North- Open ground South -riverfront house East- Sabarmati river West- Main road
Site analysis Massing exploration Cafeteria Bakery Training area Selling area Storage
Ahmedabad
pol house study and concept of its courtyard
Study of 2 designs which have different materials, wall thickness, glazing, flooring and roofing using simulation software design builder to decide the best option for thermal comfort
Design change: For the final design wall and window ration is reduced because there is high daylight and solar gain and
WALLS 280mm AAC block wall U value: 0.4 W/m2-K ROOF 100mm concrete slab with 80mm glass wool insulation U value: 0 4 W/m2-K EXTERNAL FLOOR 150mm concrete slab with sand stone tiles on top U value: 4.5 W/m2-K GLAZING Triple glazed glass(6mm Generic clear glass, 20 mm argon gas) U value: 1.6 W/m2-K SHGC : 0.2 VLT : 0.12 WALLS 380mm Brick cavity wall U value: 0.8 W/m2-K ROOF 100mm concrete slab with 80mm glass wool insulation U value: 0 4 W/m2-K EXTERNAL FLOOR 150mm concrete slab with sand stone tiles on top U value: 4 5 W/m2-K GLAZING Double glazed glass(6mm Generic blue glass, 13 mm argon gas) U value: 2 5 W/m2-K SHGC : 0 5 VLT : 0 5 Option
1 Option 2
the screen is added on the east side. Base case Final case Training Office (4.6m 4.2m) Cafeteria (12 5.5 m) Toilet Training Office (4.6m 4.2m) Cafeteria (12 m 5.5 m) (4.0m 1.7m) solar drying area 20mm water protection layer 35mm x 35mm wood battens 25mm cork tile 20mm THK plywood sheet Wood rafter 100mm concert slab 80mm Glass wool insulation 20mm cork slab 10mm cork floor tile Sand fill 150mm concert slab 20mm Floor tile column Double glazed sliding door In 40mm THK glass wool insulation Out 20mm Floor tile 100mm concert slab 80mm Glass wool insulation 20mm cork slab 25mm cement mortar 20mm water protection layer 35mm x 35mm wood battens 25mm Clay tile Concert column Triple glazed Low E glass window Sand fill 150mm concert slab 20mm Floor tile In Wood rafter 20mm THK plywood sheet 40mm THK glass wool insulation Out BASE CASE FINAL CASE Cafeteria Training area
using andrew marsh
Base case Final case Wall section of final design
Entrance pathway shading study
software
Section BB’: The cool air due to evaporative cooling goes to selling space through opening. The water body is shaded with the training area above and water body helps to keep the floor cool and improve the wind flow on ground floor.
Ground Floor Plan: The water body on south helps in evaporative cooling and the staggered spaces helps to create a open floor plan to improve the ventilation.
FF LVL +7630MM FF slab top +6000MM GR Slab top +3000MM Ground LVL +0.00MM Training area (8.8m x 6.2m) Office (4.8m x 4.0m) Up B A B
First floor plan
Section AA’
East facade
Bakery Cafeteria Dry agriculture Office Parking
South Facade
RAIN WATER HARVESTING
View from waterbody area
Kitchen (4.6m x 4.2m) Cafeteria (12 m x 5.5 m) Toilet (4.0m x 1.7m) Lift shaft (3.5m 2.0m) A Annual rainfall 800 mm Sloping roof co efficient 0.9 Flat roof co efficient 0.8 Percentage volume of water to store after first flushes= 80% 0.8 Training area 78.6 sqm Café, kitchen 158 sqm office (Flat roof) 26.4 sqm Staircase block (flat roof) 31.5 sqm Total Flat roof area 57.9 sqm Total sloping roof 236.6 sqm Sloping roof water runoff 136.2816 Flat roof 29.6448 Total rain water runoff 165.9264 cum Rain water harvesting area after first flush 150.79 People 100 Total water usage 8 Per person usage 800 Number of days the water can be used 207.4075
Dry agriculture selling space (6.8m x 4.0m) Bakery (4.0m x 4.0m) Store (4.5m x 3.6m) Store (4.5 m 2.8 m) Toilet (4.0m x 1.7m) Grinding area (4.5m x 3.3m) Lift shaft (3.5m x 2.0m) Below Cafeteria (12 m 5.5 m) Bakery (4.0m x 2.4m) Parking (19m x 7.5m) Up Chamber (2.5 m x 3 m) Vertical root zone Collection room (2.5 m x 3m Rain water harvesting (5.4 m x 5.4 m x 5.4 m) solid waste room (2 m x 2.5 m) Dry agriculture space Office agriculture space Office FF LVL +7630MM FF slab top +6000MM GR Slab top +3000MM Ground LVL +0.00MM FF LVL +7630MM FF slab top +6000MM GR Slab top +3000MM Ground LVL +0.00MM 3000 3000 1630 3000 3000 1630 FF LVL +7630MM FF slab top +6000MM GR Slab top +3000MM Ground LVL +0.00MM FF LVL +7630MM FF slab top +6000MM GR Slab top +3000MM Ground LVL +0.00MM
of rainwater harvesting West facade view showing entrance, water body and parking area
Calculation
different resource management systems
site
Placement of
on
BAMBOO PAVILION
The study of three materials bamboo, timber and steel in form of case studies helps to learn about materials and structures. For design exercise the basic module was to be developed and repeated to form a structural system. In this case the structural system is made using bamboo. The bamboo pavilion is a space created by a camber beam structural system and A framed column.
M-Pavilion, Australia
Deformation diagram
Studio: Where Material Meets Design
Faculty: Maulik Oza, Vishnu Koleri
Semester: 3
Program: Pavilion
Load distribution diagram
Joinery Detail
Module Devlopment and final model
The three strut is holding two arches and the module is taking shape. Because of three strut the load is distributed equally. The end struts are securing the edges of two arches which is making the module stronge.
Strut
Purlin
Purlin
Bracing
Joinery A A B Joinery B
Column
MISCELLANEOUS WORK
Physical Model making
Origami
Grasshopper Modeling
Revit Modeling
Drafting
Illustration
Level 0 0 Level 1 3150 Level 2 6150 3150 3000
North Entrance South Entrance 01 * 02 03 04 05 08 01 09 10 11 06 12 13 15 16 17 14 18 19 21 22 23 01 Faculty of Architecture (FA) * Piraji Sagra Basement (FA 103) 02 North Lawns 03 CEPT Foundation Program (CFP) 04 The Kund 05 Balvantrai N Brahmbhatt Lecture Hall 06 North Canteen 07 Shrenikbhai Plaza 08 Faculty of Planning (FP) 09 Lilavati Lalbhai Library 10 South Lawns 11 Pavilion 12 Faculty of Technology (FT) 13 FD Plaza 14 Old Workshops 15 Faculty of Design (FD) 16 Net Zero Energy Building - CARBSE 17 University Offices: Student Services Endowment Services Alumni Services Communications Services Summer Winter School 18 South Canteen 19 CEPT Laboratory 20 Basketball Court 21 CEPT Workshops 22 GIDC Bhavan 23 Faculty of Management (FM) 07 Vikram Sarabhai Community Science Centre Amdavad ni Gufa M.G Science College L.M College of Pharmacy NTS 2022 N Towards commerce six University Road Campus Tour Map 20 Towards Panjrapole
04dhwaniprajapati@gmail.com dhwani.ug190386@cept.ac.in +91 9409356572
Dhwani Prajapati
