Sai Teja Polina - Architecture portfolio, 2017-2020

ARCHITECTURE PORTFOLIO

S a i Te j a P o l i n a

Sai Teja Sai Teja Polina Polina

08.11.1993

+91 94411 45465 polinasaiteja@gmail.com Rajamahendravaram, Andhra Pradesh, India

“the architecture of a space can be defined by the quality of interaction it establishes with the observer�

Education

Sai Teja Polina

Sept 2017 - Dec 2019 M.Sc. Building Architecture - 109/110

Politecnico di Milano, Milan, Italy.

Thesis: Unifying Societa Umanitaria - Redefining the axis and public spaces in the site while renovating and adding to the existing student housing building.

Aug 2012 - May 2017

Dissertation:

Thesis: scraper.

B.Arch, Architecture - 8.05/10 Hindustan University, Chennai, India.

Aerodynamics of tall buildings.

Multi-use high rise building - Understanding and designing a sky-

Experience Feb 2020 to Oct 2020

Freelance project, a residence in Chennai.

Jun 2019 to Jul 2019 Introductory Level in Project Management,

Workshop by IPMA, Italy.

Fundamental knowledge and methodologies of Project Management, with reference to the international model IPMA. Jan 2016 - Oct 2016 Architecture Intern,

Team One India Pvt Ltd, Hyderabad, India.

Worked on presentations, concept development and proposals for residential developments. Made physical and cad models for the proposals and projects assigned.

Sept 2014

Meston College of Education building documentation, Heritage building documentation for INTACH, Chennai.

Aug 2013

Compressed Stabilised Earth Blocks, Hands-on workshop by Auroville Earth Institute, Puducherry.

Languages Telugu English Tamil Hindi

- Native speaker - Professional working proficiency - Verbally proficient - Literary and basic verbal knowledge

Softwares Autocad SketchUp V-Ray Midas Revit

Photoshop Illustrator InDesign Office

Contents Contents

1 Student housing,

Milan, MI, Italy.

2 Railway station,

Sesto San Giovanni, MI, Italy.

3 Community centre,

Fagnano Olona, VA, Italy.

4 Pursuit of perspective,

Politecnico di Milano, MI, Italy.

5 Freelance Project - Siva’s Residence,

Besant Nagar, Chennai, India.

Student housing Student housing

Student housing Location: Societa Umanitaria, PRODUCED BYMilan, ANItaly AUTODESK

STUDENT VERSION

Design Problem.

Societa Umanitaria has a century-long history and through time buildings were added in the site. At present, there is a student housing which needs to be renovated, and an addition had to be made to the existing building to fit the requirement of the adjacent newly constructed Policlinico di Milano designed by Stefano Boeri architects.

Idea behind.

With the introduction of more public open and semi-open spaces, it was intended to create a new principal axis on the site, redefine the landscape and relocate the main entrance to the site onto Via Fanti. This would enable better organisation of spaces and allow us to provide recreational areas for the students as well as the faculty of Policlinico who will inhabit the new Convitto (Student housing). This would also ensure effective circulation of various groups of people using the site and allow dialogue between inhabitants of the Convitto, staff, members of the Societa and general public.

The prime consideration being, respecting the existing architecture while creating an addition following the ideas of transparency and repetition – transparency to enable visual dialogue between public spaces within the site and exterior, and repetition which has been an essential element in all the buildings on site as designed by Ar. Giovanni Romano in 1956, after the World war II bombing.

1:2000

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

The site where Societa Umanitaria is located had been an independent entity, functioning on its own, restricted from general public access for more than 100 years. The aim was to break that barrier and bring public spaces into the site, as most of the functions in the site now are of public interest – the school, nursery, classes for adults, a restaurant and banquet halls etc.

Previously the site had more private functions prior to a steady evolution.

Student housing

Master plan.

PRODUCED BY AN AUTODESK STUDENT VERSION

03

05

04 11 01

up

06

07

10

08

09

1:5000

01. Societa Umanitaria 02. Duomo di Milano (Cathedral) 03. Tribunale di Milano (Court house) 04. Universita Degli Studi (University) 05. Cemetery, now converted to Museum 06. Blue line metro 07. Policlinico di Milano (Hospital & University) 08. Red line metro 09. Arco di Porta Romana 10. Piazzale Libia 11. Building of tribunale in the site Main access routes to the site

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

02

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Design process.

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

In the existing condition, the site, even though it has functions supporting each other, they are separated by physical barriers inside the site.

In spite of it having multiple public functions and a lot of open space capable of becoming more than just lying unutilised, the site itself is closed and not open to the general public, except for the people utilizing the functions.

PRODUCED BY AN AUTODESK STUDENT VERSION Also, due to this physical separation inside the site, there are multiple entrances to access the site.

This, in the design perspective, has to change as the site historically was a single entity initially when Umanitaria began in 1893. Bringing it back by unifying Societa Umanitaria was the goal.

PRODUCED BY AN AUTODESK STUDENT VERSION

The axis has been further strengthened by giving access to all other functions from this central park.

PRODUCED BY AN AUTODESK STUDENT VERSION

The created park can be accessed by the public, and it can act as a source of recreation to the users of the site utilising different functions.

The existing Student housing has been renovated, and an addition has been made respecting the existing architecture in the site, while restructuring the site making it more inviting.

PRODUCED BY AN AUTODESK STUDENT VERSION

To achieve this, the number of small scale entrances were reduced in the site by providing a massive entrance on the south of the site “by creating a new axis and a relevant landmark at the end of it” while utilising the landscape and the buildings aligned on either side to reinforce the axis.

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Existing student housing building.

Student housing

Via San Barnaba

03

02 04

PRIMARY ENTRY Via Francesco Daverio

Via Pace

05

06

01 07

Via Manfredo Fanti

1:2000

01. Convitto (Existing student housing) 02. Cluster of 3 historic cloisters 03. Church from early 1600s 04. Court building in site 05. Light machinery labs 06. Heavy machinery labs 07. House of books

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Existing site plan.

Student housing

Via San Barnaba

04

03 05

Via Francesco Daverio

Via Pace

02 06

07

01

up

08

Via Manfredo Fanti

RELOCATED PRIMARY ENTRY TO THE SITE

1:2000

01. Already existing building renovated 02. Proposed addition to the renovated old building 03. Cluster of 3 historic cloisters 04. Church from early 1600s 05. Court building in site 06. Light machinery labs 07. Heavy machinery labs 08. House of books

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Proposed site plan.

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Axonometric view of the project.

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Basement plan.

06

05

01

03

UP

-3.77

-3.62

01. TV / multi-functional space 02. Gym 03. Services 04. Laundry 05. Parking ramp 06. Site car parking

02

04

-3.77

1:500

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Ground floor plan.

09 0.00

+0.15

08

12

+0.15

-0.50

07

01 +0.80

+0.15

02

01. Reception 02. Lounge 03. Bar/ Restaurant 04. Outdoor dining 05. Admin Office 06. Kitchen 07. Parking Ramp 08. Fire escape for the new addition 09. Site parking entry 10. Building main entry 11. Primary site entrance 12. Designed landscape

0.00

10

UP

05

04 03 +0.15

06

11 UP +0.15

1:500

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

0.00

PRODUCED BYBY ANAN AUTODESK STUDENT VERSION PRODUCED AUTODESK STUDENT VERSION

Student housing

First floor plan.

01 04

+4.38

UP

PRODUCED BY AN AUTODESK STUDENT VERSION

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

UP

+4.38

01

05

04

+4.38

+4.38

01 02

01. Interaction/ recreational spaces 02. Single rooms 03. Common kitchen for the floor 04. 2 BR apartments 05. Studio apartments

UP

+4.38

02 03

UP +4.38

1:500

PRODUCED AUTODESK STUDENT VERSION PRODUCED BYBY ANAN AUTODESK STUDENT VERSION

PRODUCED BYBY ANAN AUTODESK STUDENT VERSION PRODUCED AUTODESK STUDENT VERSION

Student housing

Second floor plan.

+7.94

01

PRODUCED BY AN AUTODESK STUDENT VERSION

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

05

+7.94 UP +7.94 UP

04 06 05

+7.94

01 02

01. Study spaces 02. Single rooms 03. Common kitchen for the floor 04. Bridges to access studio apartments 05. 2 BR apartments 06. Studio apartments

UP

02 03

+7.94

1:500

PRODUCED AUTODESK STUDENT VERSION PRODUCED BYBY ANAN AUTODESK STUDENT VERSION

PRODUCED BYBY ANAN AUTODESK STUDENT VERSION PRODUCED AUTODESK STUDENT VERSION

Student housing

Third floor plan.

+11.50

01

PRODUCED BY AN AUTODESK STUDENT VERSION

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

05

+11.50 UP

04

06

+11.50 UP

05

+11.50 +11.50

01 02

01. Study spaces 02. Single rooms 03. Common kitchen for the floor 04. Bridges to access studio apartments 05. 2 BR apartments 06. Studio apartments

UP

02 03

UP +11.50

1:500

PRODUCED AUTODESK STUDENT VERSION PRODUCED BYBY ANAN AUTODESK STUDENT VERSION

PRODUCED BYBY ANAN AUTODESK STUDENT VERSION PRODUCED AUTODESK STUDENT VERSION

Student housing

Fourth floor plan.

+15.06

01

PRODUCED BY AN AUTODESK STUDENT VERSION

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

05

+15.06 UP

04

06 05

+15.06

01 02

01. Study spaces 02. Single rooms 03. Common kitchen for the floor 04. Bridges to access studio apartments 05. 2 BR apartments 06. Studio apartments

UP

02 03

UP +15.06

1:500

PRODUCED AUTODESK STUDENT VERSION PRODUCED BYBY ANAN AUTODESK STUDENT VERSION

PRODUCED BYBY ANAN AUTODESK STUDENT VERSION PRODUCED AUTODESK STUDENT VERSION

Student housing

PRODUCED BY AN AUTODESK STUDENT VERSION

06

07 04 05

+18.62

01 02

01. Study spaces 02. Single rooms 03. Common kitchen for the floor 04. Sky-light to bring in light 05. Area for over-roof services 06. Elevator head-room 07. Accessible open terrace

UP

02 03

UP +18.62

1:500

PRODUCED AUTODESK STUDENT VERSION PRODUCED BYBY ANAN AUTODESK STUDENT VERSION

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

Fifth floor plan.

PRODUCED BYBY ANAN AUTODESK STUDENT VERSION PRODUCED AUTODESK STUDENT VERSION

Student housing

PRODUCED BY AN AUTODESK STUDENT VERSION

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

Sixth floor plan.

+22.18

01 02

UP

02 03

01. Study spaces 02. Single rooms 03. Common kitchen for the floor

UP +22.18

1:500

PRODUCED AUTODESK STUDENT VERSION PRODUCED BYBY ANAN AUTODESK STUDENT VERSION

PRODUCED BYBY ANAN AUTODESK STUDENT VERSION PRODUCED AUTODESK STUDENT VERSION

Student housing

PRODUCED BY AN AUTODESK STUDENT VERSION

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

Seventh floor plan.

+22.18

01 02

UP

02 03

01. Study spaces 02. Single rooms 03. Common kitchen for the floor

UP +22.18

1:500

PRODUCED AUTODESK STUDENT VERSION PRODUCED BYBY ANAN AUTODESK STUDENT VERSION

PRODUCED BYBY ANAN AUTODESK STUDENT VERSION PRODUCED AUTODESK STUDENT VERSION

Student housing

PRODUCED BY AN AUTODESK STUDENT VERSION

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

Terrace floor plan.

01

02 +29.30

03

01. Multi-functional space 02. Storage space 03. Area for over-roof services

DN

1:500

PRODUCED AUTODESK STUDENT VERSION PRODUCED BYBY ANAN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Axo floor plans.

23

Terrace floor

24

25

Seventh floor

PRODUCED BY AN AUTODESK STUDENT VERSION

21

Sixth floor

22

20

Fifth floor

Fourth floor 18 16

Third floor

19

14

Second floor

15

18

17

13

16

14

13 17 14

First floor

15

Ground floor

13

14

09

10 11

12

07

08 05 03

Basement

04

02

01

06

01. TV / multi-functional space 02. Gym 03. Services 04. Laundry 05. Parking ramp 06. Site car parking 07. Reception 08. Bar/ Restaurant 09. Lounge 10. Admin office 11. Restaurant kitchen 12. Fire exit for the new addition 13. Interaction/ recreational spaces 14. Single rooms 15. Common kitchen for the floor 16. 2 BR apartments 17. Studio apartments 18. Study spaces 19. Bridges to access studio apartments 20. Accessible open terrace 21. Space for over-roof services 22. Sky-light to bring in light 23. Multi-functional space 24. Storage space 25. Space for over-roof services

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Axo renovation plans.

Terrace floor

PRODUCED BY AN AUTODESK STUDENT VERSION

Seventh floor

Sixth floor

Fifth floor

Fourth floor

Third floor

Second floor

First floor

Ground floor

Basement Demolition New addition No change

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

PRODUCED BY AN AUTODESK STUDENT VERSION

Typical floor

First floor

Ground floor

Basement

Services Common and recreation spaces Bar/ restaurant Kitchen Study spaces Single rooms 2 BR apartments Studio apartments

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Functional axonometric plans.

PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION Student housing

Unit plans.

Total no. of rooms/ apartments: 140 Units Total no. of residents: 160 Residents

Single rooms

EXISTING BUILDING Area - 15.50 sqm Living room - 12.25 sqm Bathroom - 3.25 sqm

03 01

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

04

Each floor - 12 units Floors - 7 floors Total no. of units - 84 units Total no. of residents - 84 residents

Studio apartments

NEW ADDITION

04

Area - 28.50 sqm Room - 25.50 sqm Toilet - 3.00 sqm

02 03

Each floor - 9 units Floors - 4 floors Total no. of units - 36 units Total no. of residents - 36 residents

01

2 BR apartments

NEW ADDITION

04

03 02 01 05 03

Area - 42.00 sqm Bedroom Area - 10.50 sqm Living Room - 14.50 sqm Balcony - 2.50 sqm Toilet - 4.00 sqm Each floor - 5 units Floors - 4 floors Total no. of units - 20 units Total no. of residents - 40 residents 01. Living space 02. Kitchen 03. Bedroom 04. Toilet 05. Balcony

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

PRODUCED BY AN AUTODESKCSTUDENT VERSION B DN +29.30

Section A-A

A

A

C

B

PRODUCED BY AN AUTODESK STUDENT VERSION

Sections.

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED PRODUCED

BY AN BYAUTODESK AN AUTODESK STUDENT STUDENT VERSION VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Section C-C

1:1000

PRODUCED PRODUCED

BY AN BYAUTODESK AN AUTODESK STUDENT STUDENT VERSION VERSION

Section B-B

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Detail A

Detail B

1:200

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Section B-B.

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Detail A.

Section

Elevation

1

2 3 4 5

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

6

7

8

9

10

3

1. Aluminium flashing at parapet level 2. Lithodecor stone panel 3. Insulation 4. Brick wall 5. Concrete slab 6. Window shutter 7. Flashing at floor level 8. Suspended gypsum board ceiling 9. Double glazing glass 10. 700mm deep beam

Plan

1:50

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Detail B.

Elevation

Section 1 2

3 4

6

7

8

9

10

Plan

1. Railing hand bar stainless steel 2. Railing glass panel 3. Green roof system 4. Concrete slab 5. Sliding shutter guides - top 6. Slidable shutters 7. Flashing at floor level 8. Suspended gypsum board ceiling 9. Double glazing glass 10. 700mm deep beam

1:50

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

5

PRODUCED BY AN AUTODESK STUDENT VERSION

Student housing

Elevations.

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

West Elevation

East Elevation

North Elevation

South Elevation

1:1000

Railway station Railway station

PRODUCED BY AN AUTODESK STUDENT VERSION

Railway station Location: Sesto San Giovanni, Milan, Italy

The project is to design a new railway station for Sesto San Giovanni. The tracks divide the 2 entirely different neighbourhoods, one, a busy residential and commercial area and the other is a lush green industrial zone, bringing them together with a pedestrian passing was the challenge. The station needs to be of 5 platforms and additionally a pedestrian/ biking passage had to be created either below or above the ground.

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Design Problem.

Idea behind.

Initially, much thought was given to figure out if an over-bridge was the best solution or if an underpass was. After a better understanding, in either of the scenarios 2 separate points of interest are being created, i.e, entry and exit of the underpass.

Keeping in mind, this is a station design, therefore there are 3 points of focus in total are being created.

Realising that it needs a unique solution such that none of the 3 focus points get any more importance than the other 2, a more powerful focus has been created which would stand out while supporting all the 3 main focus points in the site. An idea of the recessed piazza at the level of the pedestrian underpass, platform change tunnel, underground parking and metro mezzanine levels emerged. Going a level below ground and leaving it open to the sky gave much more opportunities to design more interesting supporting functions around the piazza making it more inviting.

To increase the flow into the piazza, the underground parking and metro station exit has been made open to the piazza. As a result it became a point of compulsory circulation for anyone using the site either for the station or to go to the other side all while making it an entertaining and a recreational go-to for people living around, with 2 huge parks on either side of the station.

1:2000

Railway station

Design process.

Residential and Commercial Cluster

Green-Industrial zone

Site

Presence of contrasting typologies and usage on either side of the site.

Focus

Over- Bridge

Focus

Station Underpass

Connecting both sides being a prime design requirement, in both the cases, an underpass or an over-bridge creating 3 focus points along with the station itself has been observed.

Entrance to the underpass

Creating a more powerful center of focus

Entrance to the underpass

Therefore, creating a recessed piazza that links all the focal points has been considered as a required and unique solution. As a result, a congregation space has been created at the level at par with the underpass, platform access tunnel, car parking and metro mezzanine levels.

From platform access tunnel From the underpass

From main station building From underground car parking

From metro station From ground level by steps

Making the entire primary circulation go through the piazza unites all the functions in the site and this can also be an interesting congregation space.

The final result

PRODUCED BY AN AUTODESK STUDENT VERSION

Railway station

Master plan.

02

04

09 03 06

07 08

01

1:5000

01. Milan 02. Monza 03. Ex-Falck area designed by Renzo Piano 04. Ice-skating and gymnastics stadium 05. Parco Gramsci 06. Parco Nord Milano 07. Red line metro 08. Industrial area with huge landscapes to the east of the site 09. Busy city with residences and commercial areas on the west of the site

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

05

Railway station

Proposed site plan.

11

PRODUCED BY AN AUTODESK STUDENT VERSION

05

10

07

01 02

-2.25

04

03 -3.00

08

12

06

1:2500

01. Railway station main building 02. Canopy 03. Piazza 04. Red line metro station 05. Bus stop 06. Car sharing 07. Car parking on the east side 08. Access tunnel for pedestrians and bicycles 09. Park on the west side 10. Park on the east side 11. Skate park 12. Existing underpass for cars

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

09

Railway station

Ground floor plan.

PRODUCED BY AN AUTODESK STUDENT VERSION

07

09 01

14

11 03

02

-2.25

06

05

04

12

-3.00

09

12

08

1:2500

01. Railway station main building 02. Stairs connecting station building and piazza 03. Platforms 04. Piazza 05. Staircase integrated with ramp 06. Red line metro 07. Bus stop 08. Car sharing 09. Bicycle parking 10. Access to the main car parking on west side 11. Car parking on the east side 12. Access to the pedestrians and bicycle underpass 13. Park on the west side 14. Park on the east side

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

13 10

PRODUCED BY AN AUTODESK STUDENT VERSION

Railway station

Ground floor plan.

09 08

PRODUCED PRODUCED

BY AN AUTODESK

BY AN AUTODESK STUDENT STUDENT VERSION VERSION

PRODUCED PRODUCED

BY AN AUTODESK

BY AN AUTODESK STUDENT STUDENT VERSION VERSION

01

05 04

-2.25

02 03

-3.00

09 07

06

1:1000

01. Railway station main building 02. Piazza 03. Staircase integrated with ramp 04. Stairs connecting station building and piazza 05. Platforms 06. Access to the pedestrians and bicycle underpass 07. Underpass 08. Bus stops 09. Bike parking

PRODUCED BY AN AUTODESK STUDENT VERSION

Railway station

PRODUCED BY AN AUTODESK STUDENT VERSION

08

05 01 09

04

05

06

03

02

Cafè

07

11 10

12 1:2500

01. Railway station main building 02. Piazza 03. Staircase integrated with ramp 04. Staircase connecting station building and piazza 05. Underpass to access all platforms 06. Red line metro 07. Connection between metro station and piazza 08. Car parking 09. Connection between car parking and piazza 10. Connection between pedestrian underpass and piazza 11. Pedestrian underpass 12. Existing car underpass

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Piazza level floor plan.

Railway station

Piazza level floor plan.

PRODUCED BY AN AUTODESK STUDENT VERSION

04

06

13

05 15

09 02

03

10

11 Cafè

07 14

12

08

1:1000

01. Railway station main building 02. Piazza 03. Staircase integrated with ramp 04. Staircase connecting station building and piazza 05. Underpass to access all platforms 06. Connection between car parking and piazza 07. Connection between metro station and piazza 08. Connection between pedestrian underpass and piazza 09. Supermarket 10. Bar/ tobacco shop 11. Cafe 12. Restaurant 13. Tiling on the ground - to direct people from all accesses to platforms easily with out confusion 14. Pedestrian underpass 15. Ticket vending machines

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

01

PRODUCED BY AN AUTODESK STUDENT VERSION

Railway station

Axonometric exploded view.

Columns - Pre cast pre stressed members brought, assembled and fitted on site making the concrete columns for the canopy

Main station building - Steel construction for the main station building consisting of offices and waiting areas.

Piazza - Acts as a primary focal point receiving inflow of pedestrians from all the accesses and functions on the site

Underpass - 2 huge gates on either side to clearly demarcate the access to the 24x7 pedestrian and bicycle underpass.

The underpass has a gallery showing the history of Milan and the site surroundings

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Canopy - Poly carbonate sheets fixed to steel grid, which is in turn bolted to the concrete columns

PRODUCED BY AN AUTODESK STUDENT VERSION

Railway station

Axonometric exploded canopy.

Aluminium supports

Steel grid

Columns

The aluminium profiles are screwed to the primary steel grid to support the panels. The panels are fitted to these profiles.

The steel grid is connected to the concrete column by a series of bushings inserted into the concrete. Then the beams are bolted to the concrete. There are primary beams and secondary beams in the steel structure.

Concrete pre-cast elements are transported to the site. They will then be assembled and fitted over a cast in-situ foundation.

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Polycarbonate panels

The material used for the roof is Polycarbonate panels. They can be so assembled to obtain a smooth surface on top as the gaps between the panels are lined with Silicon water sealant. As a result, the surface is smooth on top, and the rainwater flows seamlessly into the gutter concealed in the column.

PRODUCED BY AN AUTODESK STUDENT VERSION

Railway station

Axonometric exploded columns.

PRODUCED BY AN AUTODESK STUDENT VERSION

Pre cast concrete column.

Concrete pre-cast element 1

Concrete pre-cast element casted in the form of a cone to sit into the capital of the pre-cast shaft element.

Concrete pre-cast element 2

Concrete shaft is divided in to 2 parts, to make it easy while transporting. The top part of the shaft has capital to host the cone element on the top

Concrete pre-cast element 3

8m is the maximum height of the shaft used and after that height the element splits. Then the 2 elements are joined in a linear fashion.

In-situ foundation to connect the pre-cast elements

Metal plate is embedded with the pre-cast element during casting to receive a bolted connection.

In-situ concrete foundation receives the bolted connection.

Pre cast steel column.

Steel plates

The plates are welded to the steel shafts, and are bolted to the main grid to support it.

Branches

Multiple steel branches from the custom steel element

Steel custom element

Steel element to act as connection. Then the connections are welded.

Shaft

Steel shaft of the column.

Steel plate

Steel Plate welded to the shaft, to be bolted to the foundation.

Foundation

In-situ foundation to bolt the steel components of the column.

PRODUCED BY AN AUTODESK STUDENT VERSION

Railway station

Sections.

Section A-A

PRODUCED BY AN AUTODESK STUDENT VERSION

Section C-C

Section D-D

Section E-E

Section F-F

A

E

Section G-G

C E

F G

B

C D

G

B

F D

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A

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Section B-B

PRODUCED BY AN AUTODESK STUDENT VERSION

Section.

Detail C

PRODUCED PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Railway station

Detail A

Detail D Detail B

PRODUCED BY AN AUTODESK STUDENT VERSION

Details.

1 2 3

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PRODUCED BY AN AUTODESK STUDENT VERSION 4 5 6 9

8

7

6

5

4

3

2

1

7 8

Detail A

Detail B

1. Concrete pre-cast member 2. Aluminium end cap 3. Bushing in concrete for bolting 4. Square steel primary beam 5. Aluminium pin fixing PC panel to steel beam 6. Bolt connecting steel beam to concrete member 7. Plate re-welded to the beam to conceal the bolting 8. Temporary opening to fix the bolts 9. Primary beam in other direction

1. Hand rail 9 2. Vertical support 3. Pins for glass 4. Glass 5. Pavement stone tile 6. Mortar 7. Concrete floor slab 8. Steel fixture to be bolted to concrete 9. Primary support for the entire railing

1:20

BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VER

Detail E

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

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

UCED BY AN AUTODESK STUDENT VERSION

NOISREV TNEDUTS KSEDOTUA NA YB DECUDORP PRODUCED BY AN AUTODESK STUDENT VERSIO PRODUCED BY AN AUTODESK STUDENT VERSIO

Railway station

Details.

Detail C PVC gutter assembly .1 Water proof membrane .2 PVC pipe to drain water .3 Grouting for anchor threads .4 Pre-cast capital element .5 Neoprene pad .6 Pre-cast shaft element .7 Sheathing for the anchor .8 Spiral rebar .9 Corrugated plastic grout tubing .10

PRODUCED PRODUCED BYBY ANAN AUTODESK AUTODESK STUDENT STUDENT VERSION VERSION

NOISREV TNEDUTS KSEDOTUA NA YB DECUDORP

Detail D

Pre-cast shaft element 1 .1 Gap to be sealed with loose concrete once bolted .2 Metal plate attached to shaft element 1 .3 Neoprene pad .4 J-bolts to fix shaft elements 1 & 2 .5 Pre-cast shaft element 2 .6 Water proofing membrane .7 PVC pipe to drain water .8

Detail E

Pre-cast concrete shaft .1 Water proofing membrane .2 PVC pipe to drain water .3 PVC elbow fitting .4 Opening in pre-cast element for gutter .5 Metal plate attached during pre-casting .6 Neoprene pad .7 In-situ foundation .8 Anchor bolts to join foundation to the pre-cast shaft element .9

1:20

PRODUCED BY AN AUTODESK STUDENT VERSION

Community Community centre centre

Site Location

Community centre

Existing State of Site: Approdo dei Calimali, Fagnano Olona, VA, Italy

Site Analysis

Location: Approdo dei Calimali, Fagnano Olona, Varese, Italy

Design Problem.

The project is about rehabilitating the site with a new architectural intervention while creating a central Pathways Primary Road Secondary Road function or multiple supporting functions that bring the community together.

1:2000

Circulation

217.4639

Design Idea.

218.0009 217.4069

217.4639

217.8171

217.6571

217.8171

217.6949

217.6571

217.1229

217.6031

217.6511

217.6949

217.6031

217.8379

217.6071

217.5909

The approach was to re-establish the existing functions simultaneously arranging them in an organized and planned manner, while adding a few new funcBuildings tionsKitchen to the site.

Proposing a new elliptical building WaterTank GreenHouse Storage W.C Tower Structures Industrial Buildings central to theTemporary site, having a focus on the community aspect which has a list of multi-purpose programs within. This loop around the central focal point of the design reinforces the idea of a collective community.

The existing external wall made of pre-cast elements was modified and reused to define the new boundary.

218.1699

218.4059

217.5511

218.4059

217.5511

217.4920 .

217.5540

.4

.

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.

217.4254

217.9484

5

20

0

10

Throughout the semester, the site had been surveyed and information gathered been very in acGrass has Smalluseful Buildings/ Structures Walls River Pavement Dirt Road High Vegetation Low Vegetation Industrial Buildings Bridge existing Trees Elevationphysical Point Total Station Points quiring a good insight into the site’s Site Survey Total Station Point & Photogrammetric Survey and cartographic state before going into the project.

Different tools were used during the semester during the design phase. A photometric survey and total station survey was done which gave way for a pointcloud data of the site. This helped in a better understanding of the space and the site.

1:500

1:2000

B

B

Vegetation

Section B-B

Section A-A

3D Mapping

Architecture Construction Studio Politecnico di Milano School of Architecture, Urban Planning and Construction Engineering Course of Studies in Architectural Costruction A.A. 2017-2018

Coordinators:

Collaborators:

Students:

Giacomo Boffi Gian Luca Brunetti Marco Scaioni

Eliana Tonelli Paolo Carlesso Gianluca Caramiello

Sai Teja, Polina, 10612517 QĂŤndrim, Begisholli, 10597439

1:2000

Date:

Panel:

Scale:

14.02.2018

Site Survey

1:2000, 1:500

1

Community centre Design DesignProcess Process Design Process Design process.

Design Process Design Process

Conglomeration Conglomerationof ofprogram. program.

Conglomeration of program.

Conglomeration program.

Conglomeration of program.

Conglomeration ofof program.

Circulation Circulationthroughout throughoutthe thebuilding buildingcreating creating interconnectivity interconnectivitybetween betweenthe thedifferent differentspaces. spaces.

Circulation throughout the building creating Circulation throughout building creating Circulation throughout thethe building creating Creating circulation through the building by creatinterconnectivity between the different spaces. interconnectivity between different spaces. interconnectivity between thethe different spaces. ing inter-connectivity between

Roof pitch and height change Roofon ontop top, pitch and height change Roof on top pitch and height change throughout throughoutthe thebuilding buildingaccording accordingto tofunctions functions throughout the building according to functions Roof on top pitch and height change (I.E hieghst point fothe amphitheater.)

(I.e, highest for the amphitheater.)

(I.E hieghst point fothe amphitheater.)

Roof on top pitch and height change Roof on top pitch and height change throughout the building according to functions throughout building according functions throughout thethe building according to to functions (I.E hieghst point fothe amphitheater.)

(I.E hieghst point fothe amphitheater.)

(I.E hieghst point fothe amphitheater.)

Inversing Inversingthe thewater watertank/meeting tank/meetinghall hall and andcreating creatingentry entrypoints pointsto tothe thecourtyard. courtyard.

Inversing the water tank/meeting hall Inversing the water tank/meeting hall Inverting thethe existing water tank / meeting Inversing water tank/meeting hall and creating entry points to the courtyard. and creating entry points courtyard. hall and arranging the functions around. and creating entry points to to thethe courtyard.

Streching Strechingthe thebuilding buildinginintwo twodirections directions to toaccomodate accomodatedifferent differentspatial spatialneeds. needs.

Stretching the building building in in two two directions directions Streching the Streching building two directions Streching thethe building in in two directions totoaccommodate differentspatial spatialneeds. needs. accomodate different accomodate different spatial needs. to to accomodate different spatial needs.

Vegetation modified. around are Vegetationand andother otherfunctions functionsare are modified. modified as per requirement.

Vegetation and other functions are modified.

Vegetation and other functions modified.

Vegetation and other functions areare modified.

Community centre

218.0009

218.1699

Existing site plan.

217.6949

217.6949

217.5909

217.8379

218.4059

218.4059

217.1229

.4

.

217.4069

217.4254

217.4639

.

217.4920 217.5540

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.

217.4639

217.6071

217.6571

217.6571

217.6511

217.9484

1:1000 Grass

Pavement

Industrial buildings

Grass

Pavement

Industrial Buildings

Dirt Bridge

Dirt Bridge

Small buildings/ Structures Trees

Elevation point

Small Buildings/ Structures Trees

Elevation Point

Walls

River

Total station points

Walls

River

Total Station Points

Community centre

Proposed site plan.

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223.1229

217.4254

ENTRY

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217.6031

217.551 1

220.5511 220.6031

220.5511

1:1000

Community centre

Floor plan.

11

10 09 08

06

07 05

ENTRY

01

02 04 03 13

12

14

09

16

15

18

17

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01. Central courtyard 02. Office 03. Library/ reading room 04. Workshops/ recreation 05. Meeting/ conference room 06. Amphitheatre 07. Multi-functional hall 08. Car parking 09. Toilets 10. Warehouses 11. Storage/ workshop 12. Outdoor garden 13. Lawn 14. Greenhouse 15. Restaurant 16. Kitchen 17. Deck 18. Animal Pen

Community centre

Exploded axonometry.

01

02

03

04

05

01. Roofing Fibre cement roof panels 02. Secondary Structure Customised wooden trusses 03. Insulation Rock wool with a water vapour barrier 04. Primary structure Wooden columns and beams 05. Functions Multi-purpose rooms and open-air theatre

Community centre

Sections.

B

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

C A C B

Section B-B

1:500

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

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

Section A-A

PRODUCED BY AN AUTODESK STUDENT VERSION Community centre

Sections.

Section C-C

Roof layers

1 2 3 4 5 6 7 8 9 10 11 12

1. Fibre cement roof panels 2. Battens 3. Water resistant barrier 4. Plywood 5. Truss 6. Air barrier 7. Rigid insulation 8. Cavity insulation 9. Vapour barrier 10. Plywood 11. Battens 12. Gypsum board

5.5

5.0

4.5

3.5

Wall layers

1

3.0 2

3 1. Gypsum board 4 2. Battens 5 6 3. Plywood 7 4. Vapour barrier 8 9 5. Cavity insulation 6. Rigid insulation 7. Water resistant barrier 8. Battens 9. Plywood

Interior floor layers 1. Wooden Flooring 2. Damp proof membrane 3. PCC bed with integrated heating 4. Rigid insulation 5. Water resistant barrier 6. PCC bed 1 2 3 4 5 6 7 8 7. Compacted earth

2.5

2.0

Exterior floor layers 1. Smooth plaster 2. PCC Layer 3. Small gravel 4. Large gravel 5. Compact earth 1 2 3 4 5

1.5

1.0

0.5

0.0

-0.5

1:50

PRODUCED BY AN AUTODESK STUDENT VERSION

4.0

Community centre

Details.

Detail A Fibre cement roof panels (Thickness - 1.5) Battens (5) Water resistant barrier Plywood (2.4) Truss member (Cross-section - 12x15) Ridge metal drip Insect net Ridge plate Purlin (Cross-section - 6x15) Metal angle holder Truss plate

Detail B

Insect net Purlin (6x12) Gypsum board (Thickness - 1.5) Battens (3) Plywood (1.5) Vapour barrier Cavity insulation (15) Rigid insulation (3) Water vapour barrier Battens (10) Wooden panels (2.4)

Detail C

Sliding doors

Detail A

Metal angle Metal flashing Ventilation box

Detail B

Ventilation pipe

Detail C

1:20 All measurements are in Centimeters.

Community centre

Elevations.

South/ Front Elevation

North Elevation

West Elevation

East Elevation

1:500

Pursuit of Pursuit of perspective perspective

Pursuit of perspective

Location: Aula III B, Building 11, Politecnico di Milano, Milan, Italy

Design Problem.

The challenge here is to design an inviting space using Anamorphic projections.

Design Idea.

Aim was to make an interactive experience that makes the observer explore a space for viewpoints from which the elements in the space which at first appear meaningless, slowly evolve into figurative volumes when viewed from the fore-mentioned points in the exhibition space.

In doing so, the observer gets to experience first-hand how seeing elements through different viewpoints could affect the reality of a situation and that no one point in space could yield all that one is looking for.

It is a process that creates anxiety and an urge to explore. The curiosity induced into the observer’s mind on entering the space drives him or her to explore and find other viewpoints in the experimental space.

A classroom was chosen.

Why a classroom? Because, the smaller the space, more motivating it will be for the observer to search.

Hence finding a balance between ease of finding the viewpoints and the scale of the space was important to keep it just interesting enough and not boring them by making them search a vast space;

Pursuit of perspective

Chosen Classroom.

Why this particular classroom?

The intermediate structural members in the room and the fully glazed wall on one side makes it interesting, bringing in a lot of light and drama. With all these advantages, it reduces the requirement of additional support systems in the class make this work and it allowed us to be more creative with the approach to the project.

Preliminary idea.

Instead of opting for 2d anamorphic projection, taking a primary 3d object, a Cube. An effort was made to make it a 3d anamorphic object and work has gone into figuring out how to make it. In this process, the final output of a single object as a cube evolved is shown below.

With this as the base we created more anamorphic objects.

Preliminary idea - Same object from different angles.

Pursuit of perspective

Scaling up the idea to the Exhibition space.

The plan of the classroom - Exhibition space.

Strategic positioning of the viewpoints.

The viewpoints had to be strategically located such that the first one can be found easily. This has been done by analysing the possible flow patterns of the viewers.

This will enable the observer to understand the project and creates curiosity to search for rest of the viewpoints.

Pursuit of perspective

Chosen Classroom.

Strategic positioning of the viewpoints.

The viewpoints acted as reference points in developing the anamorphic 3d objects. Such that the 3d object created with reference lines originating from the points will be seen as cubes only from those corresponding viewpoints.

Showing the created 3d anamorphic objects.

The 3d objects have been placed such that one doesn’t interfere with the other, while all of them maintain the balance throughout the exhibition space.

Here, the object in RED without any reference lines has to be observed.

Pursuit of perspective

1:100 All the created 3d anamorphic objects in the exhibition space.

Once the observer manages to figure out all the viewpoints, he will come to know that he couldn’t find the viewpoint for one particular anamorphic object.

Failure to find the viewpoint of just 1 object pushes him to continue the pursuit.

Only we know that the viewpoint for that object is not in the exhibition space as can be seen from the plan above.

Pursuit of perspective

The ever lasting pursuit.

Exhibition Space Classroom

Building

Park outside the building

Section of the building showing the location of the viewpoint of the final object.

On observing the section one can realise that the objects suspend way above the human height.

The absence of the viewpoint for the final object in the room pushes the observer to search further for it, thus making it more interesting, and leaves him searching for it until he gives up.

Meanwhile, the final 3d object’s viewpoint can be seen located outside the building in a park beside.

In another world, a random observer from the park luckily figures out the viewpoint but will be left wondering if it was meant to be so.

Thus, achieving the aim of the project by making an inviting and interesting space using anamorphic projections in space with 3d objects.

Pursuit of perspective

Realising the preliminary cube as an example.

Materials.

Initially, the idea was to have the nodes similar to plumbing connections that connect 10 mm wooden sticks. The problem was that the custom and complex nodes were difficult to find and also it will be apparent in the output cube that the nodes are a level above the wooden sticks. Alternatives had to be thought of since it is not a flushed design.

After some testing and observation, it was decided to go for 10 mm aluminium tubing, which joins to the nodes.

Due to the complexity of the nodes, they were 3d printed. It was meant to be designed such that we get a flushed joint between the tube and node.

The evolution of the nodes since the beginning of the project until the end has been shown below.

Evolution of few cad models of the end nodes and 3d printed models of the same.

Due to existing issues in each stage of node design, the node underwent a lot of evolution to accommodate the needs.

The final nodes consisted of 8 mm 3d printed extrusions as the nodes’ hands which perfectly sat inside the 10mm Aluminium tube. This enabled the node to be flushed with the tubing.

After the first 3d print it was edited a bit by adding chamfers and ridges to make further adjustments like sanding and glueing after printing easier, if needed due to slight inaccuracies. Each of the nodes are custom designed for the prototype.

Pursuit of perspective

The final object.

The prototype from a random position.

The prototype from the viewpoint.

https://cutt.ly/pursuit_of_perspective_video

https://cutt.ly/pursuit_of_perspective_model

Video of the project and the prototype.

Model of the entire project.

Siva’s Siva’s residence residence

Location: Besant nagar, Chennai, India Under construction

Siva’s residence

Design Problem.

The client’s brief required a design for a residence with a traditional approach in aesthetics while strictly following the vastu inputs from the client’s vastu consultant. Also, the client asked for 3 bedrooms to be incorporated into the design while leaving us with the option to include other functional and aesthetic spaces.

Design Idea.

The client being an avid admirer of his traditional values dreamt of a Karaikudi village-style design atmosphere for his residence in a city environment. The research done on the design and the design elements used in a typical Karaikudi house helped immensely to focus on the minute details and requirements necessary for the aesthetics of the space. Careful consideration went in to match the standards of the concept of a karaikudi house and has been incorporated into the design .

The challenge posed with the site and context was the close arrangement of the neighbouring buildings which would have made it hard for the light to enter adequately into the building. As a result, the skylight has been brought in incorporating a courtyard on the ground floor, which went well with the client’s requirement for the traditional aesthetics to the house.

To add value, the space above the parking has been utilised to create an open terrace on the first floor, and a get-together space along with a garden has been designed on the terrace.

Siva's residence

Design process.

Section

Adjacent building

The site

Adjacent building

Elevation. Showing the presence of buildings quite adjacent to the proposal, which would not have allowed adequate light through.

Section. Showing the spaces not receiving the light (Left); Showing the penetration of light into the building as a result of an added sky-light reducing the dark areas in the buildings. While the blue lines highlight the increase in the size of openings in the upper slabs to bring in more light (Right).

Clerestory window

Section (Right). The courtyard area. Showing the heat flow upwards and outwards from the building, through the clerestory window in the roof over the courtyard. The glass covered as roofing over the courtyard is double glazed to reduce the heat gain for the building.

Double glazed glass

Courtyard

Understanding and incorporating the crucial elements to satisfy the concept and the approach to the project.

Siva's residence

Ground floor plan.

11

10

06 05 04

03

08

09 07

02

01

1:100

01. Main entrance 02. Entry foyer - 4’ x 8’3” 03. Living room - 12’3” x 11’9” 04. Courtyard - 12’3” x 5’ 05. Kitchen - 9’6” x 11’6” 06. Dining - 12’3” x 6’6”

07. Guest BR 08. Guest BR toilet 09. Car parking 10. Outdoor WC 11. Utility

- 13’9” x 9’6” - 8’ x 5’ - 11’6” x 19’ - 6’ x 5’

Siva's residence

First floor plan.

18 14

19

16

12

17

15 13

1:100

12. Living room 13. Master BR 14. Kids BR 15. Open terrace

- 14’6” x 11’9” - 18’6” x 9’6” - 17’3” x 9’6” - 11’6” x 15’9”

16. Study room - 8’9” x 9’4” 17. Master BR toilet - 8’ x 5’ 18. Kids BR toilet - 8’9” x 5’ 19. Courtyard space

Siva's residence

Terrace floor plan.

21

22

23

20

1:100

20. Get-together space - 19’ x 15’3” 21. Terrace garden area 22. Roof over courtyard 23. Pergola space on the terrace

Siva's residence

Section.

Section.

Sectional elevation.

1:200

UTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

ODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK PRODUCED STUDENT

BY AN VERSION AUTODESK PRODUCED STUDENT

BY AN VERSION AUTODESK STU

PRODUCED BY AN AUTODESK PRODUCED STUDENT

BY AN VERSION AUTODESK PRODUCED STUDENT

BY AN VERSION AUTODESK STUDENT

Exploded axonometric view.

PRODUCED BY AN AUTODESK STUDENT VERSION

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

ED BY AN AUTODESK STUDENT VERSION ED BY AN AUTODESK STUDENT VERSION ED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK PRODUCED PRODUCED PRODUCED STUDENT BY BY BY VERSION AN AN AN AUTODESK AUTODESK AUTODESK STUDENT STUDENT STUDENT VERSIO VERSI VER

Ground floor.

ED BY AN AUTODESK STUDENT VERSION

First floor.

ODUCED BY AN AUTODESK STUDENT VERSION

Terrace floor.

PRODUCED BY AN AUTODESK STUDENT VERSION

Roof.

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

Siva's residence

Siva's residence

Views.

3D axonometric view.

Master bedroom, First floor.

Open terrace, First floor.

Get-together space, Grill/ Fire place, Terrace floor.

Client’s Testimonial.

The project is under construction now.

- Teja is always ready to hear inputs from the client.

- Considered all the aspects concerning the clients requirements providing valuable counter advice with interesting alternatives and possibilities.

- Discussed and delivered everything in the mutually decided timelines.

- Enquired about my contractors and vastu consultant by being in direct contact with them making my job easier instead of waiting for me to mediate between them.

Sai Teja Polina +91 94411 45465 polinasaiteja@gmail.com