Architecture Portfolio 2018-2021 | Chaitanya Gajbhiye | SPA Delhi by Chaitanya Gajbhiye

EDUCATION 2018-23 School of Planning and Architecture, New Delhi 4th Year in Bachelor of Architecture 2015-17 Shivchhatrapati College of Science, Aurangabad 12th HSC Board 2005-15 BSGM School, Aurangabad 10th SSC Board

EXPERIENCE Present National Treasurer | NASA India Executive Council - 64th Year National Association of Students of Architecture, India Present Volunteer - Inmotion Society Film-making society of SPA Delhi 2020-21 Solar Decathlon India Participant 2020-21 Treasurer Designee | NASA India 63rd Year

National Association of Students of Architecture, India

2019-20 Volunteer - NASA India Headquarters 62nd ANC Bengaluru

C H A I TA N YA G A J B H I Y E

SKILLS & INTERESTS

alter ego - mr. virtuosic artist

+91- 7028808807 c.gajbhiye1999@gmail.com B-10, Tirupati Park, N4, CIDCO, Aurangabad, Maharashtra, India @mr_virtuosic_artist @bittu_da_vincii

MS Office Suite, Adobe Suite (Premier Pro, Photoshop, Indesign, After Effects), AutoCAD, Autodesk Revit, Trimble Sketchup, Rhinoceros 3D, Blender, Lumion Pro, V-Ray, Design Builder, Ecotect, PMV Tool, Velux, Dialux, Grasshoper (Ladybug, Honeybee, Lunchbox) LANGUAGES - ENGLISH - HINDI - MARATHI 3D ANIMATION | FILM-MAKING | TRAVELLING | CRICKET | CHARACTER MODELLING | 3D SCULPTING | PAINTING | READING

ACHIEVEMENTS 2021 Notions of India by Tata structura 1st Runner-Up Student Category 2020-21 AYDA - Asia Young Designer Award Popular Choice Award in Architecture Category 2020 Address by Archmello Honorable Mention

2020 Archresource’s ACAD Awards Program Honorable Mention under 2nd Year Academic Design 2020 Sunhak Peace Prize - Motion Graphics Competition Honorable Mention 2020 ACARA 2020 - Asian Contest of Architectural Rookies Awards - PVPCoA, Pune Silver Merit Award

WORKSHOPS/ELECTIVE 2020-21 Net Zero Energy and Water Buildings Organized: Solar Decathlon, India 2021 Universal Design Elective Instructor: Parag Anand, SPA Delhi (Industrial Design) 2021 Architecture and Film-making Elective Instructor: Manuel M de las Heras, Architect. M. Arch

from ETSAM/ University of Fine Arts, Vienna/

2019 Architecture through Cinematic Lens Elective Instructor: Ar. Amardeep Labana, SPA Delhi 2018 Origami Workshop SPA Delhi Instructor: Ar. Ankon Mitra 2017 Klic 3D Modelling - MKCL Course

RESEARCH/DOCUMENTATION 2021 Seminar Public spaces and their Perception: Have these been permanently coloured by pandemic? Guide: Ar. Sandip Kumar, SPA Delhi 2019 Craft and Settlement Study & Exhibition Moradabad 2018 Dakshinachitra & Pondicherry Measured Drawing

the orb

steel sculpture/pavillion

urban plaza rejuvenation

sector seventeen plus

entwin

housing p

mixed-use integrated township

vanessa international

ned

project

filmography

works from 2018-2021

dakshinachitra & pondicherry

measured drawing

multi-family high-rise solar decathlon india

work-live model

moradabad residence

YEAR: 2020 | LOCATION: CHANDIGARH | BUILDING: URBAN DESIGN | TYPE: ACADEMIC

sector seventeen plus

spatial rejuvenation, a new way of urban life SPA DELHI | SEMESTER IV | 2020 individual work

Instructors: Ar. Anjali Mittal, Ar. Nimit Gandhi, Ar. Nishant Gautam, Ar. Tarun Kumar Site: Sector 17, Chandigarh A Plaza is ‘important as a democratic place for social life,’ and as a symbolic place that represents the whole society. Designed in 1960s, Corbusier envisaged sector 17 as the heart of Chandigarh, the central shopping plaza that caters the entire city. On a monumental scale of uniform four-storied concrete buildings; the site is laid out along four pedestrian promenades intersecting at a nodal point, where all civic buildings are located. But in the recent times, there’s a decrease in popularity of the space due to various reasons ranging from climate, socio-cultural infrastructure and improved shopping typologies in the new malls and other parts of the city. The project, “17 PLUS,” is an addition of functions in the plaza with introducing spaces of ‘knowledge,’ ‘exchange,’ ‘consumption’ and ‘appreciation,’ evolved out of potentials determined in Sector 17 plaza and is a step to bring back is glory as the heart of city.

Silver Merit Award

Asian Contest of Architectural Rookies Award ACARA 2020

Popular Choice Award

AYDA Asia Young Designer Award 2020-21

Honorable Mention

Archresource’s ACAD Awards Program

YEAR: 2020 | LOCATION: CHANDIGARH | BUILDING: URBAN DESIGN | TYPE: ACADEMIC

SCAN HERE FOR MOTION GRAPHIC PRESENTATION

YEAR: 2021 | LOCATION: NIL | BUILDING: SCULPTURE/PAVILLION | TYPE: COMPETITION

the orb

the shape of things to come Notions of India by Tata Structura | 2021 collaborative work

1st Runner Up - Students Category The Orb is an enigmatic symbol that vocalizes the idea of India for today and tomorrow. The sculpture thus designed intends to motivate and empower our thoughts and actions. It functions as a reminder for every citizen and the state to commit to the nation. The design has been visualized through symbolic and etymological interpretations of various national and cultural symbols and principles. The orb shape of the sculpture represents India as a harmonious whole and symbolizes the diverse density of the nation. The distorted orb delineates the birth and death of myriad cultures and religions with the flaws creating rooms for acceptance of all. This orb shape is inspired by the dome of the Stupa which signifies an individual’s peaceful co-existence during his journey to Enlightenment. The hollow structure of the Orb allows new air (the youth of the country) to enter the struggles of the nation and keep it united perpetually. The geometric patterns on the orb originate deeply from the symbolism and the logical reasoning behind distinct architectural styles across different religions. The hexagonal pattern (main structural member of the sculpture) is a sacred geometry which signifies higher wisdom and spirituality. The thread-like wiring of the hexagon is inspired from the mandala patterns in the temple which symbolize that life is never ending and that everything is connected, this in turn motivates the viewers to never give up and keep progressing in life.

1st Runner’s Up

Student Category, Notions of India

YEAR: 2021 | LOCATION: NIL | BUILDING: SCULPTURE/PAVILLION | TYPE: COMPETITION

SCAN HERE FOR WALKTHROUGH VIDEO

YEAR: 2021 | LOCATION: NIL | BUILDING: SCULPTURE/PAVILLION | TYPE: COMPETITION

dreamcity nxt

mixed-use integrated township SPA DELHI | SEMESTER V & VI | 2021 individual work (design development)

Instructors: Dr.(Prof.) Leon Morenas, Ar. Sanjay Bhardwaj, Ar. Tina Bali, Ar. Radhika Vishwanathan, Ar. Anuj Mittal Site: Amritsar, Punjab

The building mainly caters to residential, community and commercial demands of the township. This brings a great complexity in the programming and hence the functioning of the building. There is a hierarchy of spaces and functions which needs to be followed and how the different uses interact with each other needs to be designed meticulously, It is essential for us to take into consideration the three aspects - usage integration, energy integration and social integration. Mixed usage always has a positive impact on all these aspects. The segregation of residential, retail and industrial regions leads to a greater flow of public to meet the demands which eventually causes an unnecessary rise in traffic and energy. Not only this, they require the construction of separate structures which is a waste of space, time and energy. Thus we aim to use mixed-use buildings for sustainable development through diversification. This would enable the creation of spaces where everything is within pedestrian reach and hence more energy efficient. Mixed-use development tends to increase the density and thus the consumption of energy is more uniform and efficient. Density has its perks when it comes to sustainability, it offers opportunities for maintaining low cost and consuming low levels of energy. Our primary approach is to create efficient systems and use them to their full potential to achieve greater heights of sustainability.

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: MIXED-USE HOUSING | TYPE: ACADEMIC

Project Stats: • Mixed-Use Housing + Commercial Project • Site Area : 28,821 Sq.Mt • Allowable FAR: 1.5 • Allowable Built up Area: 43,231.5 Sq.Mt • Proposed Built up Area: 42,940.6 Sq.Mt • Allowable Ground Coverage (%): 40% • Allowable Ground Coverage area: 11,528.4 Sq.Mt • Proposed Ground Coverage area: 9,150 Sq.Mt • Proposed Ground Coverage (%): 31.7% • Building Height : 50.4 Mt • Basement : Double Basement • Commercial Built up Area: 19,687.3 Sq.Mt • Commercial Parking ECS: 492 • Residential Built up Area: 24,466.3 Sq.Mt • No. of DUs (EWS): 40 units • No. of DUs (HIG, MIG, LIG): 134 units • Residential Parking ECS: 204 • Total ECS: 697 • Total ECS Provided: 613 (Basement), 69 (Covered), 28 (Open)

MIXED-USE HIGH RISE BUILDING (HOUSING + COMMERCIAL)

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: MIXED-USE HOUSING | TYPE: ACADEMIC

PRECINCT (GROUND FLOOR )PLAN

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: MIXED-USE HOUSING | TYPE: ACADEMIC

SCAN FOR DESIGN DEVELOPMENT PORTFOLIO

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: MIXED-USE HOUSING | TYPE: ACADEMIC

FIRST FLOOR PLAN

SECOND FLOOR PLAN

FIFTH FLOOR PLAN

SIXTH FLOOR PLAN

THIRD FLOOR PLAN

SEVENTH FLOOR PLAN

FOURTH FLOOR PLAN

EIGTH FLOOR PLAN

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: MIXED-USE HOUSING | TYPE: ACADEMIC

FOCUS AREA DETAILED MODEL WITH SERVICES AND SKIN

FOCUS AREA EXPLODED DIAGRAM SHOWING INTERIOR FINISHES

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: MIXED-USE HOUSING | TYPE: ACADEMIC

DAYLIGHT PENETRATION ANALYSIS DAYLIGHT SIMULATIONS

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: MIXED-USE HOUSING | TYPE: ACADEMIC

(600 X 650 MM) (300 X 650 MM) (600 X 600 MM)(300 X 600 MM)

(600 MM DEEP)

SS ANCHOR BOLT

60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

50 MM SAND AND GRAVEL FILL

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

+46200

30 THK TERRACOTTA PANEL

50 MM SCREED

TERRACE LVL

PRODUCED BY AN AUTODESK STUDENT VERSION

MS ALPHA E BRACKET

10 mm WHITE CERAMIC HEAT RESISTANT TERRACE TILE

PRODUCED BY AN AUTODESK STUDENT VERSION

80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

60 MM ROCKWOOL INSULATION

ALUMINIUM HANGING PART 10 mm WHITE CERAMIC HEAT RESISTANT TERRACE TILE 50 MM SANDPLATE AND GRAVEL FILL ALUMINIUM

ALUMINIUM PLATE

50 MM SCREED ALUMINIUM FASTENER

ALUMINIUM FASTENER

80 x 10 ROCKWOOL SS BOLT 60 MM INSULATION

80 x 10 SS BOLT

SS ANCHOR BOLT ALUMINIUM MS ALPHA E PLATE BRACKET

SS ANCHOR BOLT MS ALPHA E BRACKET

HEAT RESISTANT TERRACE TILE

VEL FILL

ULATION

80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

TERRACE LVL 10 mm WHITE CERAMIC HEAT RESISTANT TERRACE TILE ALUMINIUM HANGING PART

50 MM SAND AND GRAVEL FILL 50 MM SCREED

30 MM THKSAND TERRACOTTA PANEL 50 AND GRAVEL FILL

60 MM ROCKWOOL INSULATION

80 x 40 SCREED x 4 ALUMINIUM TUBE (COLUMN) 50 MM

+46200

TERRACE LVL

ALUMINIUM HANGING PART 60 MM ROCKWOOL INSULATION 10 mm WHITE CERAMIC HEAT RESISTANT TERRACE TILE 50 MM SAND AND GRAVEL FILL STONE CLADDING

STONE CLADDING BREAKOUT SPACE/ STONE COPING COMMUNITY/REFUGE LVL

OVER ALL

DIUM WITH VEGETATION

150 THK GROWTH MEDIUM WITH VEGETATION

E OVER CELLS

O SLOPE

OFING MEMBRANE

STER

TERIOR

E OVER CELLS

O SLOPE

STER

ULATION TERPROOF LAYER

STONE COPING

BRICK WALL WATERPROOFING MEMBRANE TUCKED INTO CHASE PLANTER 20 MM STONE COVER OVER 230 THK BRICK TOE WALL 150 THK GROWTH MEDIUM WITH VEGETATION

50 THK SAND GEOTEXTILE MEMBRANE OVER 25 THK OVILITE DRAIN CELLS 100 THK SCREED LAID TO SLOPE

150 THK GROWTH MEDIUM WITH VEGETATION

STONE CLADDING 3 FELTS OF WATERPROOFING MEMBRANE

50 THK SAND

STONE 20 THK COPING EXTERNAL PLASTER

GEOTEXTILE MEMBRANE OVER 25 THK OVILITE DRAIN CELLS

50 THK SAND GEOTEXTILE MEMBRANE OVER 25 THK OVILITE DRAIN CELLS

100 THK SCREED LAID TO SLOPE

+21000

3 FELTS OF WATERPROOFING MEMBRANE

20 THK EXTERNAL PLASTER

200 THK RCC SLAB BREAKOUT SPACE/ PCC FILLET (1:4:8) COMMUNITY/REFUGE LVL

20 THK EXTERNAL PLASTER 200 THK RCC SLAB

+21000

PCC FILLET (1:4:8)

BREAKOUT SPACE/ COMMUNITY/REFUGE LVL

INTERIOR

EXTERIOR

20 THK EXTERNAL PLASTER SS ANCHOR BOLT GEOTEXTILE MEMBRANE OVER 25 THK OVILITE DRAIN CELLS MS E BRACKET 200ALPHA THK RCC SLAB 100 THK SCREED LAID TO SLOPE 60 THK ROCKWOOL PCC FILLET (1:4:8) INSULATION WITH BREATHABLE WATERPROOF LAYER 3 FELTS OF WATERPROOFING MEMBRANE

EXTERIOR

30 THK TERRACOTTA PANEL 20 THK EXTERNAL PLASTER STONE CLADDING 80 x 40 x 4 ALUMINIUM TUBE (COLUMN) 200 THK RCC SLAB STONE COPING ALUMINIUM HANGING PART PCC FILLET (1:4:8) 10 mm WHITE CERAMIC HEAT RESISTANT TERRACE TILE BRICK WALL 50 MM SAND AND GRAVEL FILL

+46200

TERRACE LVL STONE CLADDING

STONE COPING

50 MM SCREED FERRO CEMENT PLANTER BOX 60 MM ROCKWOOL INSULATION

BRICK WALL

INTERIOR

FERRO CEMENT PLANTER BOX

+12600

150 THK GROWTH MEDIUM WITH VEGETATION

EXTERIOR

50 THK SAND

GEOTEXTILE MEMBRANE OVER 25 THK OVILITE DRAIN CELLS

GEOTEXTILE MEMBRANE OVER LVL THIRD FLOOR 25 THK OVILITE DRAIN CELLS

INTERIOR

100 THK SCREED LAID TO SLOPE

STONE CLADDING

20 THK EXTERNAL PLASTER 200 THK RCC SLAB

STONE COPING

SS ANCHOR BOLT MS ALPHA E BRACKET 60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER 30 THK TERRACOTTA PANEL

TUBE (COLUMN)

80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

EXTERIOR

150 THK GROWTH MEDIUM WITH VEGETATION

50 THK SAND

ANEL

PRODUCED BY AN AUTODESK STUDENT VERSION

200 THK RCC SLAB BRICK WALL WATERPROOFING MEMBRANE PCC FILLET (1:4:8) STONE CLADDING TUCKED INTO CHASE PLANTER STONE COPINGCOVER OVER 20 MM STONE 230 THK BRICK TOE WALL BRICK WALL 150 THK GROWTH MEDIUM WITH VEGETATION WATERPROOFING MEMBRANE 50 THK SAND TUCKED INTO CHASE GEOTEXTILE MEMBRANE OVER PLANTER 25 THK OVILITE DRAIN CELLS ALUMINIUM PLATE 20 MM STONE COVER OVER 230 THKSCREED BRICK TOE 100 THK LAIDWALL TO SLOPE ALUMINIUM FASTENER 150 THK GROWTH MEDIUM WITH VEGETATION 80 x 10 SS 3 FELTS OFBOLT WATERPROOFING MEMBRANE 50 THK SAND

BRICK WALL

EXTERIOR

100 THKCLADDING SCREED LAID TO SLOPE STONE 20 THK COPING EXTERNAL PLASTER STONE 200 THK RCC SLAB SS ANCHOR BOLT MS ALPHA E BRACKET 60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER 30 THK TERRACOTTA PANEL 80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

+12600

FERRO CEMENT PLANTER BOX

RCC LINTEL ALUMINIUM FIXING RAIL

THIRD FLOOR LVL TERRACOTTA BAGUETTE (VERTICAL LOUVER)

150 THK GROWTH MEDIUM WITH VEGETATION

+12600 THIRD FLOOR LVL +21000

50 20 THK SAND EXTERNAL PLASTER PLANTER GEOTEXTILE MEMBRANE OVER 20 MM COVER OVER 200THK THKSTONE RCC SLAB 25 OVILITE CELLS 230 THK BRICKDRAIN TOE WALL

50 THK SAND GEOTEXTILE MEMBRANE OVER 25 THK OVILITE DRAIN CELLS

BREAKOUT SPACE/ COMMUNITY/REFUGE LVL

100 THK SCREED LAID TO SLOPE

SS ANCHOR BOLT MEDIUM WITH VEGETATION 150 THK GROWTH 100 THK SCREED LAID TO SLOPE 50 THK SAND MS ALPHA E BRACKET 20 THK EXTERNAL PLASTER GEOTEXTILE MEMBRANE OVER 60 THK ROCKWOOL INSULATION 25 THK OVILITE DRAIN CELLS RCC SILL WITH BREATHABLE 200 THK RCC SLAB WATERPROOF LAYER 100 THK SCREED LAID TO SLOPE 30 THK TERRACOTTA PANEL SS ANCHOR BOLT 3 FELTS WATERPROOFING MEMBRANE 80 x 40 xOF 4 ALUMINIUM TUBE (COLUMN) MS ALPHA E BRACKET 20 THK EXTERNAL PLASTER 60 THK ROCKWOOL INSULATION WITH BREATHABLE 200 THK RCC SLAB WATERPROOF LAYER

RCC SILL

20 THK EXTERNAL PLASTER 200 THK RCC SLAB SS ANCHOR BOLT

30 THK TERRACOTTA PANEL 80 x 40 x 4 ALUMINIUM TUBE (COLUMN) RCC LINTEL ALUMINIUM FIXING RAIL

TERRACOTTA BAGUETTE (VERTICAL LOUVER) 200 THK RCC SLAB SS ANCHOR BOLT

30 THK TERRACOTTA PANEL SS ANCHOR BOLT 80 x 40 x 4 ALUMINIUM TUBE (COLUMN) MS ALPHA E BRACKET

200 THK RCC SLAB RCC SILL 60 THK ROCKWOOL INSULATION RCC LINTEL WITH BREATHABLE WATERPROOF LAYER ALUMINIUM FIXING RAIL ANCHOR BOLT 30 THKSS TERRACOTTA PANEL 80 x 40MS x 4 ALUMINIUM (COLUMN) ALPHA ETUBE BRACKET TERRACOTTA BAGUETTE (VERTICAL LOUVER) RCC LINTEL

60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

ALUMINIUM FIXING RAIL

30 THK TERRACOTTA PANEL

TERRACOTTA BAGUETTE (VERTICAL LOUVER)

80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

SPOT ELEVATION - A

SS ANCHOR BOLT

60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

60 THK ROCKWOOL INSULATION WITH BREATHABLE 200 THK RCC SLAB WATERPROOF LAYER

60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

SECOND FLOOR LVL

200 THK RCC SLAB

MS ALPHA E BRACKET

30 THK TERRACOTTA PANEL PCC FILLET (1:4:8) 80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

MS ALPHA E BRACKET

+8400

200 THK RCC SLAB 200 THK RCC SLAB BRICK WALL SS ANCHOR BOLT SS ANCHOR BOLT MS ALPHA E BRACKET STONE CLADDING MS ALPHA E BRACKET FERRO CEMENT PLANTER60 BOX THK ROCKWOOL INSULATION STONE COPING WITH BREATHABLE WATERPROOF LAYER 60 THK ROCKWOOL INSULATION 30 THK TERRACOTTA WITH BREATHABLE WATERPROOF LAYER PANEL BRICK WALL 80 x 40 x 4 ALUMINIUM TUBE (COLUMN) 30 THK TERRACOTTA PANEL WITH 150 THK GROWTH MEDIUM VEGETATION STONE CLADDING 50 xTHK RCC LINTEL 80 40 xSAND 4 ALUMINIUM TUBE (COLUMN) FERRO PLANTER BOX FIXING RAIL STONECEMENT COPING GEOTEXTILE MEMBRANE ALUMINIUM OVER 25 THK OVILITE DRAIN CELLS BRICK WALL BAGUETTE (VERTICAL LOUVER) 100 THK SCREED LAID TOTERRACOTTA SLOPE WATERPROOFING MEMBRANE 150 THK GROWTH MEDIUM WITH VEGETATION TUCKED INTO CHASE

PRODUCED BY AN AUTODESK STUDENT VERSION

DIUM WITH VEGETATION

50 MM SCREED STONE COPING 60 MM ROCKWOOL INSULATION

PRODUCED BY AN AUTODESK STUDENT VERSION

ER BOX

STONE CLADDING

BRICK WALL WATERPROOFING MEMBRANE TUCKED INTO CHASE PLANTER 20 MM STONE COVER OVER 230 THK BRICK TOE WALL

+21000

BRICK WALL WATERPROOFING MEMBRANE TUCKED INTO CHASE PLANTER 20 MM STONE COVER OVER 230 THK BRICK TOE WALL

BRANE

30 THK TERRACOTTA PANEL SS ANCHOR BOLT 80 x 40 x 4 ALUMINIUM TUBE (COLUMN) MS ALPHA E BRACKET ALUMINIUM HANGING PART 60 THK ROCKWOOL INSULATION WITH WATERPROOF LAYER TERRACE TILE 10 mmBREATHABLE WHITE CERAMIC HEAT RESISTANT

30 THK TERRACOTTA PANEL

+46200

INTERIOR SPOT ELEVATION -A

EXTERIOR - B SPOT ELEVATION

RCC LINTEL RCC SILL

ALUMINIUM FIXING RAIL

SPOT ELEVATION - B

TERRACOTTA BAGUETTE (VERTICAL LOUVER)

+8400

RCC SILL

STONE CLADDING

SECOND FLOOR LVL

STONE COPING

SPOT ELEVATION - A

BRICK WALL

+8400

SECOND FLOOR LVL

SPOT ELEV

FERRO CEMENT PLANTER BOX

15 THK INTERNAL PLASTER 280 THK BRICK CAVITY WALL [115 BK + 50 AIR CAVITY + 115 BK.]

+12600 +0.0 THIRD FLOOR LVL

15 THK INTERNAL PLASTER 150 THK GROWTH MEDIUM WITH VEGETATION

50 THK SAND

280 THK BRICK CAVITY WALL [115 BK + 50 AIR CAVITY + 115 BK.]

GEOTEXTILE MEMBRANE OVER 25 THK OVILITE DRAIN CELLS

NGL

RCC SILL

100 THK SCREED LAID TO SLOPE 20 THK EXTERNAL PLASTER

SS ANCHOR BOLT

+0.0

NGL

SS ANCHOR BOLT

30 THK TERRACOTTA PANEL

MS ALPHA E BRACKET30 THK TERRACOTTA PANEL

200 THK R.C.C. RETAINING WALL

75 THK BRICK ON EDGE WALL

12 THK INTERNAL PLASTER

20 THK SKIRTING

80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

20THK SCREED PROTECTION

PARTING STRIP

APP WATERPROOFING LINING

ALUMINIUM HANGING PART

R.C.C. FOOTING

75 THK P.C.C. RAMMED EARTH

TERRACOTTA CLADDING DETAIL IN PLAN

200 THK RCC SLAB

MS ALPHA E BRACKET 60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

80 x 10 SS BOLT

MS ALPHA E BRACKET 60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

200 THK RCC SLAB

SPOT ELEVATION - A

80 x 10 SS BOLT

60 THK ROCKWOOL INSULATION 80 x 40 x 4 ALUMINIUM TUBE (COLUMN) WITH BREATHABLE WATERPROOF LAYER PARTING STRIP

30 THK TERRACOTTA PANEL

ALUMINIUM HANGING PART

80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

SPOT ELEVATION - A

RCC LINTEL ALUMINIUM FIXING RAIL SS ANCHOR BOLT TERRACOTTA BAGUETTE (VERTICAL LOUVER) MS ALPHA E BRACKET 60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

200 THK R.C.C. RETAINING WALL

NGL

30 THK TERRACOTTA PANEL 15 80 THK x 10 INTERNAL SS BOLT PLASTER

75 THK BRICK ON EDGE WALL 12 THK INTERNAL PLASTER

-8400

280 CAVITY WALL 80 x THK 40 x BRICK 4 ALUMINIUM TUBE (COLUMN) [115 BK + 50 AIR CAVITY + 115 BK.] PARTING STRIP

20 THK SKIRTING

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

BASEMENT 2 LVL

20THK SCREED PROTECTION

ALUMINIUM HANGING PART

APP WATERPROOFING LINING R.C.C. FOOTING

TERRACOTTA CLADDING DETAIL IN PLAN

75 THK P.C.C. RAMMED EARTH

SECOND FLOOR LVL

SPOT ELEV

80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

TERRACOTTA CLADDING DETAIL IN PLAN

+0.0

+8400

SPOT ELEV

SS ANCHOR BOLT MS ALPHA E BRACKET 15 THK INTERNAL PLASTER 60 THK ROCKWOOL INSULATION 280 WITH THK BRICK CAVITY WALL BREATHABLE WATERPROOF LAYER [115 BK + 50 AIR CAVITY + 115 BK.] 30 THK TERRACOTTA PANEL

SPOT ELEVATION - A

200 THK R.C.C. RETAINING WALL

-8400

BASEMENT 2 LVL

20THK PROTECTION 200 THKSCREED R.C.C. RETAINING WALL APPTHK WATERPROOFING LINING 75 BRICK ON EDGE WALL

ALUMINIUM HANGINGPANEL PART 30 THK TERRACOTTA

APP WATERPROOFING LINING 75 THK P.C.C. RAMMED EARTH

SPOT ELEVATION - A

TERRACOTTA CLADDING DETAIL IN PLAN TERRACOTTA CLADDING DETAIL IN PLAN

PRODUCED BY AN AUTODESK STUDENT VERSION NGL

WITH BREATHABLE WATERPROOF LAYER PARTING STRIP

R.C.C. FOOTING

+0.0

SS ANCHOR BOLT MS ALPHA E BRACKET 60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

20 THK SKIRTING

R.C.C. 12 THKFOOTING INTERNAL PLASTER 75 THK SKIRTING P.C.C. 20 RAMMED EARTH 20THK SCREED PROTECTION

-8400

15 THK INTERNAL PLASTER RCC SILL 280 THK BRICK CAVITY WALL [115 BK + 50 AIR CAVITY + 115 BK.]

30 THK TERRACOTTA PANEL SS ANCHOR BOLT 80 x 10 SS BOLT MS ALPHA E BRACKET 80 THK x 40 xROCKWOOL 4 ALUMINIUM TUBE (COLUMN) 60 INSULATION

75 THK BRICK ON EDGE WALL 12 THK INTERNAL PLASTER

PRODUCED BY AN AUTODESK STUDENT VERSION

TUBE (COLUMN)

PART

60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

PRODUCED BY AN AUTODESK STUDENT VERSION

ULATION TERPROOF LAYER

ANEL

ALUMINIUM FASTENER 60 THK ROCKWOOL INSULATION WITH WATERPROOF LAYER 80 x 10BREATHABLE SS BOLT

80 x 10 SS BOLT 80 x 40 x 4 ALUMINIUM TUBE (COLUMN) PARTING STRIP ALUMINIUM HANGING PART

SPOT ELEV 15 THK INTERNAL PLASTER 280 THK BRICK CAVITY WALL [115 BK + 50 AIR CAVITY + 115 BK.]

15 THK INTERNAL PLASTER 280 THK BRICK CAVITY WALL SS+ 50 ANCHOR [115 BK AIR CAVITYBOLT + 115 BK.]

MS ALPHA E BRACKET 60 THK ROCKWOOL INSULATION WITH BREATHABLE WATERPROOF LAYER

200 THK R.C.C. RETAINING WALL

30 THK TERRACOTTA PANEL

75 THK BRICK ON EDGE WALL

SS ANCHOR BOLT

80 x E10 SS BOLT MS ALPHA BRACKET 60 THK ROCKWOOL INSULATION x 40 x 4 ALUMINIUM TUBE WITH80 BREATHABLE WATERPROOF LAYER

12 THK INTERNAL PLASTER

-8400

BASEMENT 2 LVL

20 THK SKIRTING

200 THK R.C.C. RETAINING WALL

20THK SCREED PROTECTION

75 THK BRICK ON EDGE WALL

APP WATERPROOFING LINING

30 THK TERRACOTTA PANEL PARTING STRIP 80 x 10 SS BOLT

12 THK INTERNAL PLASTER

ALUMINIUM HANGING PART

20 THK SKIRTING

80 x 40 x 4 ALUMINIUM TUBE (COLUMN)

R.C.C. FOOTING

20THK SCREED PROTECTION

PARTING STRIP

75 THK P.C.C. RAMMED EARTH

R.C.C. FOOTING

APP WATERPROOFING LINING 75 THK P.C.C. RAMMED EARTH

TERRACOTTA CLADDING TERRACOTTA CLADDING DETAILDETAIL IN PLAN IN PLAN

ALUMINIUM HANGING PART

(COLUMN)

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: MIXED-USE HOUSING | TYPE: ACADEMIC

WORKING DRAWINGS (ongoing) PRODUCED BY AN AUTODESK STUDENT VERSION

W3 D1

FHC

UP 6

10 11

17 18 19 20 21 22 23 24 25 26 27 28

TREAD = 300 MM RISER = 150 MM WIDTH = 1800 MM REFUGE =2 (800 X 1219 SQ.MM)

W1 W1

W1 W4

W4 D2

D2 D6

D6 W3

W1 W4

PRES.

28 27 26 25 24 23 22 21 20 19 18 17

+16800

D2 W4

W4 W1

D2 W4

D6 D2

ELEC. SHAFT

D4 PRES.

PRES.

FHC

1 3

LIFT LOBBY

4 5 6 7 8 9 12 11 10

STRECHER LIFT

AHU

TREAD = 300 MM RISER = 150 MM WIDTH = 1800 MM REFUGE =2 (800 X 1219 SQ.MM)

16 15 14 13

GARBAGE CHUTE

28 27 26 25 24 23 22 21 20 19 18 17

PRODUCED BY AN AUTODESK STUDENT VERSION

16 15 14 13

12 11 10

28 27 26 25 24 23 22 21 20 19

PRES.

10 11

D3 W1

19 20 21 22 23 24 25 26 27 28

FHC

W4 D2

PRES.

28 27 26 25 24 23 22 21 20 19

11 10

19 20 21 22 23 24 25 26 27 28

W4 D2

18 17 16 15 14 13 12

16 15 14 13

10 11 12

PRES.

11 10 1

LIFT LOBBY

18 17 16 15 14 13 12

STRECHER LIFT

10 11 12

17 18 19 20 21 22 23 24 25 26 27 28

TREAD = 300 MM RISER = 150 MM WIDTH = 1800 MM REFUGE =2 (800 X 1219 SQ.MM)

16 15 14 13

GARBAGE CHUTE

W4 W1

PRODUCED BY AN AUTODESK STUDENT VERSION

· · · ·

A C A D O C D R A E A

+50400 ROOF LVL

+46200 ELEVENTH FLOOR LVL

+42000 TENTH FLOOR LVL

· ·

[600M +37800 NINTH FLOOR LVL

· · ·

PROJE +33600 EIGTH FLOOR LVL

+29400 SEVENTH FLOOR LVL

+25200 SIXTH FLOOR LVL

TERRA ·

+21000 FIFTH FLOOR LVL

+16800 FOURTH FLOOR LVL

+12600 THIRD FLOOR LVL

+8400 SECOND FLOORLVL

+4200 FIRST FLOOR LVL

+00 NGL

PR DR BU

DRA

-4200 BASEMENT 1

SHE

-8400 BASEMENT 2

NAM

PRODUCED BY AN AUTODESK STUDENT VERSION

SCAN FOR DESIGN DEVELOPMENT PORTFOLIO

CH 4T B.

YEAR: 2020 | LOCATION: SURAT, GUJRAT | BUILDING: HOUSING | TYPE: COMPETITION

entwined

weaving vertical communities The Address - Innovating Multi-Level Living in India | 2020 collaborative work

Honorable Mention Site: Surat, Gujrat Design aims towards providing the users an essence of luxurious living integrated with comfort and engaging neighbourhood experience. The site planning and context supported by the spectacular views of the canal corridor towards the north-eastern boundary of the site allows the user to maximize interaction with both tangible and intangible aspects of the design. The stacked pattern of the blocks enhances the building-climate relationship as the intermediate voids channelize the wind flow from within the blocks. The structure runs about the site boundary in the western and southern direction. The semi open terraces on the intermediate floors promotes the concept of vertical community. These spaces will consist of gyms, community/banquet hall, club house, library and residential office. Block type A consists of 3BHK single floor and duplex units. Block type B consists of 4BHK and 5BHK duplex units. The blocks are linked by common service cores which also form the axis for rotation. The apartments are singly loaded with the corridors overlooking the surrounding ambience.

Honorable Mention

Address by Archmello

YEAR: 2020 | LOCATION: SURAT, GUJRAT | BUILDING: HOUSING | TYPE: COMPETITION

Brief: Surat, India’s first LEED certified green city is located on the western part of India in the state of Gujarat. It is one of the most dynamic city of India with one of the fastest growth rate due to migration from various part of Gujarat and other states of India. The challenge is to design an apartment scheme in India having different unit types ( 3, 4 & 5 BHK ) with any amenities participants would like to incorporate. The aim of this competition is to explore & innovate new design possibilities for the future vertical communities in India.

Project Stats: • Pure Residential Project • Site Area : 36,136 Sq.Mt • Built-up Area : 81,306 Sq. Mt • Common Plot: 10% of total site area • Permissible FSI / FAR : 2.7 • FSI/FAR Achieved : 2.25 • Permissible Building Height : 45 Mts • Building Height : 41.7 Mts • Basement : Single Basement

YEAR: 2020 | LOCATION: SURAT, GUJRAT | BUILDING: HOUSING | TYPE: COMPETITION

The stacked pattern of the blocks enhances the building climate relationship as the intermediate voids channelize the wind flow from within the blocks. The structure runs about the site boundary in the

western and southern direction. The semi open terraces on the intermediate floors promotes the concept of vertical community. These spaces will consist of gyms, community banquet hall, club house,

library and residential office. The blocks are linked by common service cores which also form the axis for rotation. The apartments are singly loaded with corridors overlooking the surrounding ambience.

Public areas of site include network of intersecting pathways all around the site, a tennis courts towards the north western boundary, waterscapes, seating and a number of openair parking lots.

Cluster C

(9th - 12th floor) Height: 41700 mm

Cluster B

(5th - 8th floor) Height: 28100 mm

Cluster A

(1st - 4th floor) Height: 14900 mm

Courtyard typology to create community spaces and promote interaction

Staggering the blocks creating wind tunnel effect to get maximised benefits of water canal across the road.

Grid pattern guiding the staggered form bringing in the interstitial pattern

Floor to floor ht.: 3400 mm Plinth level: +400 mm Bassment level: -3900 mm Bassment: 450 ECS Surface Parking: 40 ECS

YEAR: 2019 | LOCATION: DAKSHINACHITRA | BUILDING: HOUSING | TYPE: DOCUMENTATION

sathanur village house Measured Drawing

SPA DELHI | SEMESTER II | 2019 collaborative work

Instructors: Ar. Amardeep Labana, Ar. Amit Prabhakar, Dr. Shuvojit Sarkar, Ar. Komika Walia Site: Dakshinachitra Museum, Chennai

This house was built circa 1850 A.D. in Sattanur village by a Hindu Naidu family of agriculturalists. The house is typical of many in the towns and villages of Mayavaram and Tanjavur districts. The house has been relocated to DakshinaChitra and reconstructed exactly as it originally was.

YEAR: 2019 | LOCATION: DAKSHINACHITRA | BUILDING: HOUSING | TYPE: DOCUMENTATION

filmography 2018-2021

a collection of my filmographies ranging from architect design, documentation, research on Le corbusier’s tapestr change and 3d animated short film

tural design presentations, allied subjects like structural ries, art and architectural appreciation, issues like climate ms and other miscellaneous works.

YEAR: 2019 | LOCATION: MORADABAD, UP | BUILDING: HOUSING | TYPE: ACADEMIC

moradabad residence work-live model

SPA DELHI | SEMESTER III | 2019 individual work

Instructors: Ar. Anjali Mittal, Ar. Nimit Gandhi, Ar. Nishant Gautam, Ar. Tarun Kumar Site: Moradabad, UP

The streets of Moradabad is what it is with its inhabitants. How a man can make the most out of their resources, how you work, live, and find leisure in a single space. The flexibility of space, without the intervention of an architect’s mind, but simple empathy towards one’s needs. The methods of design are inspired thus from identifying two conflicting intangible feelings of space and deriving design from that feeling. Here, “Seclusion, but togetherness”. Exploring the design with sections and not plans so as to understand spatial experience at its finest. Perhaps the most touching image that imprinted in my mind from studying Moradabad and its spaces are the light breezy fabric curtains that act as partitions but just as easily as a veil to the outside world. Thus inspiring the form of my design. Additionally, the cultural influence in the design was due to the adjacency to Masjid.

YEAR: 2019 | LOCATION: MORADABAD, UP | BUILDING: HOUSING | TYPE: ACADEMIC

SCAN HERE FOR MOTION GRAPHIC PRESENTATION

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: HOUSING | TYPE: COMPETITION CUM ACADEMIC

multifamily housing solar decathlon india collaborative work

Instructors: Dr.(Prof.) Leon Morenas, Ar. Sanjay Bhardwaj, Ar. Tina Bali, Ar. Radhika Vishwanathan, Ar. Anuj Mittal, Ar. Gaurav Shorey, Mrs. Reeta Sanyal, Ar. Varun Sethi, Ar. Akshay Khurana Site: Amritsar, Punjab

YEAR: 2020-21 | LOCATION: AMRITSAR, PUNJAB | BUILDING: HOUSING | TYPE: COMPETITION CUM ACADEMIC

SCAN HERE FOR SOLAR DECATHLON FULL REPORT

seminar paper

Public spaces and their perception: have these been permanently coloured by the pandemic? collaborative work

ABSTRACT The COVID-19 outbreak witnessed the restricted use of public spaces worldwide. It was apparent in the noticeable views of empty city streets, parks, beaches, plazas and promenades as people either complied with the government imposed restrictions or self cautious measures. The research aims to focus on the people’s changed perception and use of the public spaces after months of complete lockdown in India and to analyze the behavioural shift of users towards these spaces. The study commences with the key definition of public spaces along with their importance in the urban context and well being of a person. Furthermore, the four parameters to analyze a public space were identified through literature review. These were namely, the social carrying capacity, user density, social interaction and risk-taking attitudes amidst and after the pandemic. The first phase of primary data collection comes through user interviews, full-scale survey and activity mapping. These methods were aimed to analyze if the user’s perception about the public space has changed. The second phase is the Delphi survey that helped to determine the areas and extent of the change in perception in the present and future. In the third phase of the research, the derived observation from the above survey was further cross-referenced with the study of primary interventions made in and to these spaces by the authorities. The result thus suggested a noticeable change in the density, usage and perception of these spaces along with the intentions and reasons for the change. This study will open avenues for academia, professionals and policy-makers in the realm of public space design. It not only explores essential questions concerning how long these impacts will be felt but also the degree to which they are unfurled in the minds of the users and designers.

SCAN HERE FOR SEMINAR REPORT