Contact prositn@gmail.com +9 1 98660 19704
Prosit Neogy Address 54 A Brahma Samaj Road, Kolkata- 700034 India
5th Year B.Arch (School Of Architecture, GITAM University)
PORTFOLIO OF WORKS ARCHITECTURE I DESIGN
I
AGE: 23 EMAIL: prositn@gmail.com PHONE: +91 9866019704 EXPERIENCE EDUCATION
Fifth year, Bachelor of Architecture, School of Architecture, GITAM University, Vizag. 1Oth & 12th from Vivekananda Mission School, Joka, Kolkata, West Bengal, India.
MNC One Design Solutions, Kolkata, West Bengal. (Architecture intern for 10 months)
Auto CAD, Sketchup (Vray + Kerkethea), REVIT, Rhino (Vray, Grasshopper, Geco), Ecotect, Lumion, 3ds Max, Photoshop, Illustrator, lndesign, MS Office (Word, Excel, Powerpoint) Experienced
in
Rapid skecting and architectural visualization, form development and exploration, practical concepts and abstract approach. Healthy knowledge structural stability.
about
design
procedure
and
Wall paintings in college premises. Worked with Design Mafia. ZONAL NASA NIT Patna 14', Rourkela 15', Annual NASA Surat 16'. ANDC Coordinator 2015'.
Produced working drawings. Active involvement in designing and development and execution drawings. Presentation drawings and presentations. Worked with the structural department. 3d modelling and estimation using BIM (REVIT). Modelling and design development using Rhino and Grasshopper.
Freelance
SKILLS
Architectural Activities
COMPETITIONS
Crazyheads Office design in Vishakapatnam. Kiosk design for OPPO Phones. Bamboo Cottage design for PARAMITA FOREST RESORTS in Siliguri.
Workshops Bamboo construction by Ghani Zama. Annual NASA 16- Computation in Design by Ar. Joy
REFERENCES
SENIOR MAIN DESIGNCommunity center. ZONAL NASA 14' FIRST PRIZE.
Ar. Joy Mondal Visiting Faculty at SPA Delhi WEsearch Lab joy.arch itect@yahoo.com +91 7838303221
Mondal.
Well experienced in techinal drawings.
Energy- Efficiency in Design.
Good leadership quality and a team player with proper communication skills.
Play of Lights In Architecture. Uraban design and planning on Le Corbusier.
Good at executing projects and meeting deadlines.
Paper tube architecture.
Confident in presentaions and an enthusiast piublic speaker.
Geodesic dome and geometry in design. Advanced Parametric Design by WEsearch Lab.
Ar. Anirban Bakshi Head Architect and Partner MNC ONE Design Solutions Kolkata I De; hi anirban.bakshi@mnc-one.com Utpal Santra Structural Engineer Director MNConsultants utpal.santra@ mnc.com
ARCHITECTURE
Surface Modularity University Campus Design, Visakhapatnam Space In Motion Performing Arts Center, Pragati Maidan, New Delhi Tween Curves International Sports Complex, Visakhapatnam Indian Navy Museum National Navy Museum, Visakhapatnam Beach Front Villa Twin Beach Front Residences, Visakhapatnam
I DESIGN
academic 2016 competition 2016
academic 2015 academic thesis 2017 academic 2014
Wave Footover Bridge, Turf View, Kolkata
practical training 20 18 (MNC ONE)
Aurus Highrise Luxury Apartments, Kolkata
practical training 20 18 (MNC ONE)
Bus Terminus Interstate Bus Terminus, Patna
practical training 20 18 (MNC ONE)
DESIGN Architecture I Pavilions
academic practical training competitions
ARCHITECTURE
I DESIGN
Location: Simachalam, Visakhapatnam Program: University Campus Design with Detailed Architecture block. 7th Sem_School Of Architecture, Gitam University. The University campus situated in the laps of nature. The site is surrounded by hills and the scenic beauty is noteworthy. Hence the most important concept was to keep the feel of the place and create something that mimics the hills and be a part of the entire setting.
SURFACE MODULARITY University Campus Design, Visakhapatnam
The Architecture block is the main focus and the other blocks are complementing the entire setup he blocks have been oriented to allow maximum diffused daylight and proper ventilatio. Thermal comfort is essential in any instutuition so is daylighting. Strategic green spaces is also in demand of daily life. The topographical surface was mapped and generative surface modulation was the main process of design development.
ARCHITECTURE
CONCEPT
GE N ARAT IVE U N IT MODULE
ZONIN G
RADIAL ZONING The zones are divided as per the location and sound buffers. Future exapanslon Is a problem as linear pathches of land Is unavailable.
OPTION I
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OPTION 2
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Archlteclure lone
LINEAR ZONING linearly zoning helps In circulation and Inter· connection with the other blocks. Scope of future expansion Is also viable. Positioning of services was a prob lem.
Semi private realm Semi public realm Private realm Al l side view
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All side view
FINAL ZONING
CONCENTRIC ZONING
OPTION 3
Scope for future expansion is easy and innovative. T he grid of each module remains same . T his allows you to build as per yo u r requiremen t s by p l acing a s imil a r modu le.
Gene r a l modu le generates l im ited scope for l ung spaces and service areas f or sha f ts, lifts or staircases. Rotating each unit on its pivotal a x is at 75 creates an effective module. With more service space keeping the v olume same.
CEN TRAL JAIL
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Placing the admln at the centre and placing the other blocks at close proximity makes more efficient and practical zoning. Individual expa nsion Is most viable.
SUN LI GHT
Strategically placed thr admin acts as the core of the campus. Architecture is the prime block, hence its positioned to maintain its identity. The hirerarchy is followed by the engineering block and residential zones.
VENT ILATION
MO RE EFF ECT IVE
DESIGN DEVELOPMENT
Modi f ied modiule provides more exterior wall surface for better utilisation. Scope of interior courtyard with four service volumes. Potential to generate an effective design. Moreover this climatologi cally allows diffused sunlight and na t ural ven t ilation due to its orientation i n the si t e.
SURFACE MODULATIO N FROM EX ISTI NG TOPOGRAPH Y
+ Experimenting wi t h t he heigh t s t o achieve desired Modulat ion
T he ex t ru t ions adap t t o t he surface
Surface Topography of t he hills
+ Req uired vo l umes are kep t as pe r
Modu le gr id p lace d o n sit e
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Grid Extruded in t o volumes as per
V ari ati o ns are creat e d o n t he bas is of o ri e nt ati o n and off sets.
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The volumes resemb le t he eleva t ion
S ITE
S ECTION S
I DESIGN
ARCHITECTURE
ARCHITECTURAL DRAWINGS
SITE PLAN
Area Statement Total Site Area : 22.36 Acre or 90593.44 sqm FAR: 1.75 Proposed Built up area: 28468 sqm Total ground coverage: 14400 sqm Landscape: 60% Future use: 15600 sqm Parking: 605 1 sqm
0 8
e e
8
Architecture Block Engineering Block Admin Block and Auditorium Girls Hostel
8 0 8 G
Football Field Canteen and Plaza
Central Parking
Entry I Exit
Boys Hostel
ARCHITECTURAL DRAWINGS
FLOOR PLANS
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Statlroems: 10 SIJ'I HUl~WJ~; ~~ ~non: 20SIP
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Ground floor plan
First floor plan
I DESIGN
ARCHITECTURE
ARCHITECTURAL DRAWINGS
Roof level
+ 9.5
S ECTION S
Ramp
(max) ______ _
First floor slab leve1 .±.35 I
Lintel level + 245 Sill level + O.B Plinth level + 0.45
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Studios
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Roof level
+ 9.5
(max) ______ _
First floor slab level .±,35 Lintel level + 245 Sill level + O.B Plinth level + 0.45 GL Section BB'
ARCHITECTURAL DRAWINGS
ELEVATION S
GL
North Side Elevation
Frecnh Windows allow diffused sunlight and the module provides mutual shading.
GL
West Side Elevation
Green walls and exposed cement concrete gives an effective contemporary advantage.
I DESIGN
ARCHITECTURE
I DESIGN
Location: Pragati Maidan Complex, New Delhi Program: Space for Performing Arts. Competition_Saint Gobain Transperence 2016
The need for a performing arts centre in the capital city of the most varied cultural country .Designed with respect to the context of Pragati maidan, the complex reflects the architectural disciplines of the adjoining structures. The theme ' SPACE IN MOTION ' has been the spine of the entire desifgn methodology. The exixting shed with a pitched roof becomes the open space which morphs itself into the designed module which represents the enclosed area.
SPACE IN MOTION Performing Arts Center, Pragati Maidan, New Delhi
Thus the connectivity of performers with audience, with nature, with context along with the setting of New Delhi is the main aspect of the design.
ARCHITECTURE
SITE STUDY
GENERATIVE DESIGN
LOCATION AND SURROUNDINGS
The site is closely situated with strong contexts based on grid patterns. The base grids are exploited for the development of this design
-----------
--------------~ -;, \ ~~ Exisiting unit \_ ______- \
Proposed site
\
Existing builtform National Science Centre
/ \
/
-
Hall of Nations
CONTEXT
Context 1
HALL OF NATIONS AND NATIONAL SCIENCE CENTRE
National Science centre by A. KanvindeBased on a generative module. Concrete and steel used Depicts Knowledge and Growth of the nation
Hall of Nations by Raj Rewal Based on a generative module Concrete and steel used Depicts Power and Supremacy of the nation
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I DESIGN
GRID MORPHING
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I g t~nes ~y,namic module on the grid. Enclosed space
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Context 2
Site development as per zoning
ARCHITECTURAL DRAWINGS
SITE PLAN
sculpture
CONCEPT ~c=====-==
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DEVELOPMENT OF ITTERATIVE MODULE AND SITE ZONING
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Hall of Nations
~ Metro rail track
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Module prospects
Envelope
--+ / <:::::; National Science Centre L_______.--.-. (.<
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Prime Axis
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Stack effect
Entry Gate 1 Hall of Nations
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Clear space
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Rainwater harvesting
Division of Areas.
Extruding according to hierarchy of volumes.
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MODULE MORPHOSIS_Mo ving the control points in z axis Setbacks/ Service road
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Second autorium rises above the exhibition space.
Auditoriuml Final proposed zoning
Designed module
Pitched roof as per the existing unit,
Final module
(with moveable control points)
(let it be the open space module)
(depicitng the closed space)
Enclosed .. (Designed)
..
..
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.. .. Semi-enclosed .. .. ' SPACE IN M OTION '
..
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Open (existing)
ARCHITECTURE
ARCHITECTURAL DRAWINGS Space In Motion Pavilion
I DESIGN
PLANS
(3oo sqm) ~~
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Exhibition pavilion designed out of a pre existing structure. ~ ~ ~ ~ ~ ~ ··~ Keeping the foundation intact the pitched roof was replaced ~ ~ ~ ::,Jxhibition Space -·· _ by seriese of precast concrete modules. This allows a flexible == • • •• ~ __.:::::;;;,-..;;,;;z_~,_.~ •• and transformable sapce that evokes interest, hence creates · -=--~- ~ -~ ~ ~ a proper gallery space. -
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Walkway
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Auditorium I (381 o sqm) The highest rising structure at 14m accomodates 900 capacity auditorium with state of the arch infrastructure. The module allows clear space without any difficulty and is self supporting in nature
Open Air Theatre
~ I
(720 sqm)
Gently placed adjacent to the main auditorium. This serves as a informal gathering space as well as an auditorium.
Auditorium II
I
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(10oo sqm) 12m WIDE SERVICE ROAD
Housing the Traning centre for persforming arts this has a capacity of 500 people. With the exhibitin space on one side and the plaza at the entry, this becomes the hot spot in I leisure times. ~
2m WIDE PAVEMENT
'4lailling rooms ~m) Washrooms(150sqm)
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ARCHITECTURE
ARCHITECTURAL DRAWINGS
SECTION S
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THEHALL OFNAYIONS MONUMENT LAWN
height
I DESIGN
ARCHITECTURE
I DESIGN
Location: Boyapalem, Visakhapatnam Program: Sports Complex 6th Sem_School Of Architecture, GITAM University. A sports complex is a group of sports facilities. For example, there are track and field stadiums, football stadiums, baseball stadiums, swimming pools, and gymnasiums. This area is a sports complex, for fitness. Design based on data and planning which optimizes the use of resources paramertricaly and pragmatic approach. Use of traditional methods of passive ventilation and building techniques in a scientific and effective way.
TWEEN CURVES International Sports Complex, Visakhapatnam
The form is generated by altering various parameters which affect the Daylighting as well as ventilation. To maximise shade and audience comfort the stadium forms are generated and oriented parametrically
ARCHITECTURE
DESIGN DEVELOPMENT
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ARCHITECTURAL DRAWINGS
SETTING PARAMETERS
Selection
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Selection
Energy Consumpbon Daylighting Service
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Aesthetics Space Quality
Voew
G Structural Aspects
Solar Radiation absorbed before optimizing
CONCEPTS
Solar Radiation absorbed after optimizing according to form and orientation
FIRST GALLERY
SECOND GALLERY
COLUMNS
SITE LEVEL AND BLOCK LEVEL
Alluminium alloy Light weight Durable
ROOF
Concrete cladding with mild steel & alluminium frame
BODY
COLUMNS
Ill I
UPPER GALLERY
LOWER GALLERY
TURF
Site Zoning
EXOSKELETON
Exploded Unit
111 1 111 1 1 111111
Rolled steel sections with Cement concrete
RCC & Brick
RCC & Brick
SITE PLAN
I DESIGN
ARCHITECTURE
ARCHITECTURAL DRAWING S_PLANS Soccer and Athletics Stadium
GROUNOFLOORPI.AN DLE\:9ll
I SECTIONS I ELEVATIONS
I DESIGN
ARCHITECTURE
ARCHITECTURAL
DRAWINGS_PLANS I SECTIONS I ELEVATIONS
Hocke y Stadium A
SECTION88'
SIDEEUVATION
SCALEltro
SECTIJNMI
SCA!Will
SEillNOROORPI.AN
SOOE1:51D
FRONTELEYATIOJI
Tennis Stadium
GROU!l!ROORF\A/1
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ARCHITECTURAL
SECONOR!OlPlAN
SlllELEVAOON
SECTIOHct'
FROHTELEVATOJI
SECOONDD'
SCAI.E1:500
SOOE1:51D
DRAWINGS_PLANS I SECTIONS I ELEVATIONS
Aqua Arena
Indoor Stadium
SIDE ELEVATION
ROAD SlOE ELEVATION
SECTION 00' FIRST FLOOR PLAN SECTION AA'
SlOE ELEVATION
I~
SECOND FLOORPLAN
ri:;;P. SECTION BB' '""'"'
SECTION CC'
FRONTELEVATION .,.,,
SCAL£1:500
I DESIGN
ARCHITECTURE
Location: Lawsons Bay, Visakhapatnam Program: Navy Museum 8th Sem Thesis_School Of Architecture, GITAM University. Museum is a space to display valuable and important exhibits related to some particular context. Museum Architecture has been of increasing importance over the centuries. Museums have become more than a space of storage and display. They have become forms of expression of the architect, they incorporate the feel and intent of the museum and the importance of the exhibits. A Museum once built shall last for years along with the community around it. Thus any Museum architecture shall compliment the site, surroundings, the urban fabric of the city, the culture, the tradition and the people residing.
INDIAN NAVY MUSEUM National Navy Museum, Visakhapatnam
India having a plethora of people and cultures, museums are much needed in order to impart knowledge and awareness
I DESIGN
among general people of all age categories. Indian Navy is one of the most powerful and celebrated Naval forces in the world, they have a rich history and a arsenal to be proud of. The history and the power of the Navy deserve to be exhibited and preserved for the future generations.The architecture of the museum encourages discovery and learning. The manner of displaying exhibits and portraying the history should teleport the visitors to another world. The port city of Visakhapatnam houses the Eastern Naval Command and also has a rich Navy history.The city after the cyclone HUD HUD has stood back stronger. It is growing into one of the most popular tourist destinations in the country. The port, INS Kursura museum, beautiful setting and Naval importance attract tourists all over the world. It will encourage tourists to visit the place and learn about the Navy and experience the history. The Museum will be a landmark in the port city of India celebrating the proud heritage and history of the mighty Indian Navy
ARCHITECTURE
APPROACH
SITE STUDY
SCOPE
LOCATION AND ZONING
TOWRDS BHEEMLI
SPATIAL ZONING
To st ud y the present context of Indian Navy as we ll as Vizag and design a proper landmark wh ich w ill incorporate the feel of the city and the people re s iding. The scope include s climatic analysis and total design development of the museum from ground zero to it s completion.The placement of exhibits, internal circulation, se rv ice s and lighting are to be taken care of. Other exhibits -;;/~
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APPU GHAR
Explore
Scaled mode ls / f
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2 Experience 3. Enjoy 4. Absorb S.lmogine 6. Educate
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Inte ractive displays SURROUNDING LAND USE & ROAD NETWORK
SITE BOUNDARY AND EXIXTING NODES
TOWRDS RK BEACH
FINAL ZONING PROXIMITY
DRAINAGE PATTERN
PARKING -
BEACH VIEW
CLIMATIC !='ACTORS
ANALYSIS
CONCEPT
OBJECTIVES
VISUAL ASPECTS AND PROXIMI TY
ENTRANCE
-
ENTRY BLOCK
-
EXHIBITION BLOCK GREEN AREA
-
AUDITORIUM
-
COMMERCIAL
DESIGN DEVELOPMENT
» ENTRANCE BLOCK Entry Lounge + Reception + Office
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Initial Volume
Modifications
» Changing Perspective
» The Central Theme is
• •
Connectivity
the Situation » GALLERY I
Solar Radiation on South facade
» AUDITORIUM
Introduction Hall + Navy exhibits
t
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/ Initial Volume
Souvenir
» Museum as o forum
» A new Landmark
I DESIGN
Sho~.............._
Modifications
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Perforated wall and louvers
Modifications
Display Area
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Connectivity
Initial Volume
seoting Entrvfover
Zoning of activities
Interior volumes
Overhang roof act as porticos
ARCHITECTURE
ARCHITECTURAL DRAWINGS
ARCHITECTURAL DRAWINGS
SITE PLAN
FLOOR PLANS
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GROUND FLOOR PLAN LIST OF EXHI61TS
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21· TH· 58
,_ \A:Jfious torpedos 3-INS VOgli model
'12· Photos 13- Otnen """"'
22- Seo ~-farrier 23· INS Voroot
4·3dscene~
14- octMtteS 15- PNS GnoZJ l6- INS Rqput 17· INS kh.Jrki l8- 1971 IndO - Pok 19- Oestro,er type 20- Submot'wles
24- F'rigOtes
5--lntro ponel
6- ..-otion 01 Goo
AREA STATEMENT
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8.PARKING NIP ENTRY TO AUDITORIUM 1.VEHICULAR ENTRY 2. PEDESTRIAN ENTRY 9. AUDITORIUM ENTRY 3.RAMP ACCESS 10. STAFF BLOCK 11.PARKING 12. BUS p,t,RKING 4. ENTRY PORTICO 13. SERVICE ENTRY 14. SEPTIC TANK 5.CAFEAREA 6.0UTDOOR EXHIBIT SPACE I PLAZA 15. WATER STORAGE 7. TRANSFORMER
ARCHITECTURAL DRAWINGS
7- Operobon vrpy
8- Ufll{orms. etc 9- Ronks ond posrtons 10-kms
Total Site Area: 108 acre, Set backs: 12m o n a ll sides Abutting Road widths: 22m Proposed g round coverage: 4 acres Proposed build up a rea: 4.5 acres Landscaping: 60%
SERVICES
SEAWAGE DROP
SITE PI SERVICE PLAN
EXISTING DRAINS
STORM WATER PITS
I
CIRCULATION PATIERN I ROOF SLOPES
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31- 30orcode
z.. centvnon tonk 26- Armored~ 27· WAL Ohruv :!6- INS Vlkront 29- Seo Howl< 30- HaM< 6Af
I DESIGN
ARCHITECTURE
ARCHITECTURAL DRAWINGS
SECTIONS AND SECTIONAL VIEWS
Section AA'
Sectional View AA'
Section BB'
Section View BB'
I DESIGN
ARCHITECTURE
ARCHITECTURAL DRAWINGS
SECTIONS AND SECTIONAL VIEWS roo!M linteiM plinth I
Section DO'
Sectional CC'
Section EE'
Section View CC'
I DESIGN
ARCHITECTURE
I DESIGN
Location: Bheemlipatnam, Visakhapatnam Program: Beach front Residences for two brothers 3rd Sem_School Of Architecture, Gitam University.
Twin villas for two brothers on a steep sloped site. On the coast of Vishakapatnam following the CRZ II and local by laws these villas are designed. The built forms are based on two varied concepts following EDGES and CURVES representing the virtues of each brother. The villas are climate responsive. Materials used are effective and follows contemporary approach. Passive techniques and effective landscaping was the main ammunition for this project.
BEACH FRONTVILLA Twin Beach Facing Residences, Visakhapatnam
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ARCHITECTURE
ARCHITECTURAL DRAWINGS
Villa I
GROUND FLOOR PLAN
FIRST FLOOR PLAN
Villa II
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CONCEPTUALS
ENTERTAINMENT DECK PLAN
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GROUND FLOOR PLAN
FIRST FLOOR PLAN
SECTION AP.:
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BEDROOM VIEW
UPPER DECK VIEW
ELEVATION OF VILLA I
ELEVATION OF VILLA II
SECTION BB'
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POOL VIEW
LIVING ROOM VIEW
VIEW OF VILLA II
SECTION CC'
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I DESIGN
ARCHITECTURE
I DESIGN
Wave Footover Bridge, Turf View, Kolkata
practical training 20 18 (MNC ONE)
Aurus Highrise Luxury Apartments, Kolkata
practical training 20 18 (MNC ONE)
Bus Terminus Interstate Bus Terminus, Patna
practical training 20 18 (MNC ONE)
PROFESSIONAL Architecture
practical training
ARCHITECTURE
THE
WAVE_FOOT OVER BRIDGE
Location: Race Course Crossing, Kolkata practical traing_ MNC ONE Sc ope: De s ign a nd e x e c ution of a footo v er bridge over the ver y bu sy ro a d bet w een Turf V ie w a nd Rac e C o ur se Cro ss ing.
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RACECOURSE
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In vo lvement: De s ign , Pre s ent ation , Working dr aw ing s
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A .J.C BOSE ROAD
II A .J.C BOSE ROAD
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DEFENSE FLATS
DETAIL OF DECK
I DESIGN
ARCHITECTURE
AU R US
HIGHRISE LUXURY APARTMENTS
Skin Sections
Location: EM Bypass, Kolkata practical traing_ MNC ONE Scope: Exec ution and coordination. In vo lveme nt: GFC and Working Dra w ing s of Sections, Skin Sections and Glazing Details Glazing Detail s
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I DESIGN
ARCHITECTURE
BUS TERMINUS
INTERSTATE BUS TERMINUS ~
Location: Patna, India practical traing_ MNC ONE
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Scope: Design Execution and coordination. Involvement: GFC and Working Drawings of Sections, Skin Sections andToilet Details
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I DESIGN
ARCHITECTURE
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