Architecture Portfolio Oscar

OS oscar nivas aj architecture portfolio

Architecture

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Interiors

Graphic Design

Architecture ACADAMIC Agricultural City Islamic Centre

COMPETITION

Transparence 15 Casted Colony

P R AC T I C E

Balaji Villa (dmac) Bosco Villa (Visrsti)

WORKSHOP Te c t o n i c s

Interiors P R AC T I C E

Ansari Villa (FL) Karthik Studio (FL)

Graphic

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Design

Curriculum Vitae

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Education

Skils

Bachelor of Architecture Prime College of Architecture and Planning Nagapattinam, Tamilnadu, India (Anna University , Chennai) 2011- 2016

Sketching Photography Model Making Presentation Rendering

89 % - First Class

Internship

Softwares

+91-9944532336 ajoscarnivas@gmail.com

Genre of Design - New Delhi, India 2014 ( April - September)

8/7 Semmarai Kadai East

Kraft Design Revolutions - Chennai, India 2014 - 15 ( October - March)

Autocad Sketchup Maya 3ds Max Revit Architecture Rhinoceros Lumion

Oscar Nivas AJ

Nagapattinam 611001 Tamil Nadu, India

TA EN HI Tamil

English

Hindi

https://linkedin.com/in/oscaraj https://issuu.com/oscarjsathiq

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Practice Visrsti Design Inc - Chennai, India 2016 ( Apr - Present) - Part time dmac - Kumbakonam, India 2016 ( Apr - Present) - Part time

Photoshop Indesign Illustrator

AGRICULTURE CITY Acadamic ( Urban Design 2015) Production and Research Industries

Dwellings Dairy Barn

Dairy Processing Industry Issues

Bakery Exhibition and Administration Rice Mill

Ware House

Proposal Research Department

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Zone Plan

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Location Map E.C.R Node

Rail Corridor Node

Water Corridor Node

C.B.D

Industrial zone Rail corridor Water body East coast road 8

Zoning Proximity N

Education zone Museum C.B.D Chinnathumbur Vepanchery Pullavanur Vandalur Ottanthattai Needur Vadugachery Sembianmadevi Thannilapadi Alangudi Aaimazhai Agalangan Vergudi Agaraorathur Mahadanam Orathur Kurichi Vadavoor 500

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Industrial zone

1000

1500

2000

Villages

2500

3000

3500

4000

Proposal

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Transportation

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Road Network

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Circulation

Trafic

ODUCED BY AN AUTODESK EDUCATIONAL PRODUCT PRODUCT PRODUCED BY AN AUTODESK EDUCATIONAL

Traffic Analysis

Rail Node

C.B.D

Rail Corridor

5-

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Traffic Analysis

Time vs Traffic

Street

Road Network

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

Time vs Traffic

U IN

TES

PP

LK WA

5-

M P EDUCATIONAL PRODUCT 10 PRODUCED

BY AN AUTODESK

P

THENGALAORATHUR

12-2

2-4

4- 6

6-8

8-10

10-12

THENGALAORATHUR

12-2

2-4

4-6

6-8

8-10

8-10

10-12

P

THENGALAORATHUR

Multi-users Visitors

Light Motor Vehicles

P P

Sub Arterial Service road

Boulevard

P

LK WA

TE S

Heavy vehicles

Parking Structure

Visitors

URBAN DESIGN - CITY OF /FOR AGRICULTURE

workers (Industrial Resident, City Resident)

Boulevard

URBAN DESIGN - CITY OF /FOR AGRICULTURE

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

THENGALAORATHUR

10

NU MI

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

THENGALAORATHUR

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

ECR Node

Heavy Vehicle Light Motor vehicle Buggies & Motorcycle

URBAN DESIGN - CITY OF /FOR AGRICULTURE

PRODUCED BY AN AUTODESK EDUCATIONAL PRODU

THENGALAORATHUR

2-4

4- 6

6-8

8-10

10-12

12-2

2-4

4-6

6-8

8-10

8-10

10-12

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT Multi-users Visitors

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Light Motor Vehicles

Multi-users Visitors Light Motor Vehicles Heavy vehicles

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

12-2

An approach to sustainable strom water management, the uses of perforated concrete pavers collects strom water into the under - drain system and then discharged.

3.00 m Multi use lane, Bicycle, Pedestrian

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2.00 m

Sidewalk + Planting

4.00 Light Motor Vehicle Lane

7.00 m

Heavy Vehicle Lane

7.00 Curb + Planting

Heavy Vehicle Lane

4.00 m Light Motor Vehicle Lane

2.00

Sidewalk + Planting

3.00 m Multi use lane, Bicycle, Pedestrian

Research and Development Aeroponics & Hydroponic

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13

Dairy Barn

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Dairy Barn

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Dairy Barn

Solar Panel

Steel Truss

Breed access Ramp

Manure collection pit

Exploded View

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Corrugated Aluminium Sheet Rotary vent

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Dairy Processing Industry

North Light

Gabion wall Steel Tree column

Steel Column

Exploded View

Living Wall

Exploded View

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19

Bakery Goods Industry

Roof Window

Wooden Roof

Front Portico

Gable End

Exploded View 20

Steel Truss

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Rice Mill

Rotary Vent Gable Wall

Steel Truss Steel stanchion Pivoted Window

Exploded View 22

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Urban Squarre

Water Front Plaza

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Veterinary Clinic & Institution

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ISLAMIC CENTRE Acadamic ( Thesis 2016) Nagore, Nagapattinam, Tamilnadu, India

Architecture embodies cultural processes which are transmitted across generations. Studying history of architecture allows us to peep into our ancestors mind.

Comparing and studying ancient and contemporary architecture is essential. It allows an architect to consider a building or cities as more fundamental and culturally inclusive approach to architecture than an approach based purely on architects own taste or style.

The thesis explores the principles of Islamic architecture through the development of Centre for Islam.

The centre will strive to simultaneously work on multiple levels by establishing connections to Islamic architecture within a global context, the local community and place for Individual development. To translate the past into a meaningful and aesthetically elegant contemporary language.

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Site plan The research aims to understand the essence of Islamic architecture and allow contemporary architecture principles to be a tool in the expression of this essence.

The investigation will explore how an immigrant culture establishes community through the built environment and represent their culture within the local community.

Form Evolution

Stage 1

Stage 2

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Stage 3

N

Admin Block

Girls Hostel

Islamic Studies

Grand Mosque

Boys Hostel Madrassa Auditorium

Parking

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Section West to East

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Section South to North

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32

Prayer Hall

Madrassa

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TRANSPARENCE 15 Competition 2015 Social Mass Housing Project Wadala, Mumbai, India The Sustainable Ecology is an epitome of a sustainable metamorphic design. The design focuses on the needs of the Economically Weaker Section (EWS), by not only providing shelter to them, but also providing them with opportunities to improve their standard of living. Segregation of public and private zones is done with provision of extension and with connecting framework with all the amenities.

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Durable upto 7.0 richter of earthquake.

Decrease the Global pollution 5-10 %.

More usable area with less pillars and poles.

More than 2 hours fire proof.

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Schematic Sustainable Section RENEWABLE ENERGY - Producing energy to the inhabits

PROMOTING BICYCLE - Less pollution & helps to reduce the usage of non renewable energy

TREES & GREEN ROOF - Trees provides shade during the summer and allowing the sunlight to passively heat the building

COMMUNITY GARDEN - Provides the local growing food to the inhabits

PERVIOUS PAVERS - Allows the water penetration & strom water collection 36

WATER COLLECTION - Used to grow food and provides water to the community

LOUVERS - Reduce the solar penetration (Passive cooling & Heating)

Master Plan

Dwelling Unit 2 - 600 blocks (222240 SQ.FT) Market Square

W.T.P & S.T.P

Samudhaya Khana (Community Hall) Community garden

Central Park Dwelling Unit 2 - 600 blocks (222240 SQ.FT) Primary School Play Ground Parking with PV roofs Bhoga Khana (Occupancy Centre)

N 37

Dwelling Unit 3 - 800 blocks (277800 SQ.FT)

Planning Types Couple

Familiy

Start Simple

Smart Growth

24 Sq.m

33 Sq.m

Living

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Living

Kitchen

Kitchen

Toilet

Toilet

Bed

Balcony

Balcony

Familiy

Familiy

Settle Down

Comfort

35 Sq.m

42 Sq.m

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Living

Living

Kitchen

Kitchen

Toilet

Toilet

Bed

Bed

Balcony

Balcony

Ground Floor plan

0

3 1

40

15 7

First Floor plan

0

3 1

41

15 7

Amenities Occupancy Centre

Corridor

42

Market Square

Community Hall

Courtyard

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Primary School

CASTED COLONY Competition 2016 Social Mass Housing Project Andra Pradesh, India Prefabrication of houses, an innovation that has potential to address environmental and sustainability concerns at a rapid pace mechanizes the construction process.

In this age of mass production, the design aims to bring back a level of individualism and flexibility for the inhabitants using modern technology.

The building design is based on a modular system which allows its residents to expand or modify their own house by selecting prefabricated modules from a design catalogue.

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Advantages of Precast 10’

10’

Bite size

Mobility

Expandable

Reusable

Adaptable

10

0.0

0

Built and Open Spaces

.00

97.5

97.0 0

0

97.

00

97.50

98.

00

98

.50

99

.00

99.

50

10

0.0

0

100

97.50

97.00

96.50

96.00

95.50

.5

0

.000 95 .5 0 94 .5 94

94

0 .5 94 .00 9595.00 0 .0 .50 .00 95 .00 95 96 96 .50 95 00 95. 50 94. 00 0 94. .5 93 0

.0

92.00

92.5

0

93

92

.0

0

0 .5 92 50 92.

0

91.00

91

.5

0

.0

92

.500 90 .0 89.50 90 89.50

50

89.

0

.0

88

.5

0

89

0

.0

88

Storm Water Drain Layout

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Built Spaces

Open Spaces

Master Plan

Primary Health Centre (1200 SQ.M)

Play area

E.S.R 01 Community Hall (2000 SQ.M) Post Office (85 SQ.M) Bank (150 SQ.M) Destination Centre Relaxation Zone (4000 SQ.M)

Cultural Centre (800 SQ.M)

Community Gathering Space

100 ft. Chennai Road

Community Park (4000 SQ.M)

School (2000 SQ.M)

E.S.R 02 Entrance / Exit

Electrical Substation

ATM & Milk Booth

24 Hours ATM & Milk Booth

Treatment Plant(s)

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N

PLAN

Unit 1 - Individual

Unit 2 - Mezzaline PLAN PLAN - GROUND - GROUNDFLOOR FLOOR

+4.60 TOS

+4.60 TOS

PARAPET

PARAPET

+3.80 TOS

+3.80 TOS

ROOF

ROOF

+2.90 TOS

+2.90 TOS

LINTEL

LINTEL

PLAN PLAN - FIRST - FIRSTFLOOR FLOOR

+5.50 TOS +5.50 TOS

+5.50 TOS +5.50 TOS

ROOF ROOF

ROOF ROOF

+5.20 TOS +5.20 TOS

+5.20 TOS +5.20 TOS

LINTEL LINTEL

LINTEL LINTEL

+3.90 TOS +3.90 TOS

+3.90 TOS +3.90 TOS

PARAPET PARAPET

PARAPET PARAPET

+3.10 TOS +3.10 TOS

+3.10 TOS +3.10 TOS ROOF ROOF

ROOF ROOF

Bed Room

+1.40 TOS

+ .67 FFL

SILL

+1.40 TOS

+2.80 +2.80 TOS TOS

+2.80 +2.80 TOS TOS

LINTEL LINTEL

LINTEL LINTEL

SILL

+0.60 TOS

PLINTH

PLINTH

+0.00 GL

+0.00 GL +0.60 TOS +0.60 TOS

Living Living / Kitchen / Kitchen

Living Living / Kitchen / Kitchen

0.9

+0.60 TOS

0.9

+ .61 TOS

PLINTH PLINTH

+ .67 + .67 FFLFFL

+0.60 TOS +0.60 TOS

+ .67 + .67 FFLFFL

+ .61 + .61 TOS TOS

PLINTH PLINTH

+ .61 + .61 TOS TOS

+0.00 +0.00 GLGL

+0.00 +0.00 GLGL

+4.60 TOS PARAPET

+3.80 TOS ROOF

+2.90 TOS LINTEL

+1.40 TOS SILL

+0.60 TOS PLINTH

Toilet

Toilet

1.3 X 1.3 m

1.6 X 1.3 m

Bedroom 01 2.5 X 3.5 mToilet

Toilet 1.5 X 2.2 m

B

B

B

B

+0.00 GL

Bedroom 01 2.5 X 3.5 m

2.5 X 3.7 m

2.5 X 3.7 m

Bedroom 02

Bedroom 02

1.5 X 2.2 m

Living/Kitchen 2.5 X 5.0 m

Bed Room 2.8 X 2.8 m

A

A Living / Kitchen

A / Kitchen A Living

2.6 X 4.3 m

2.6 X 4.3 m

A

A

A

Bed Room

PLAN - GROUND FLOOR

PLAN

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PLAN - GROUND FLOOR

PLAN - FIRST FLOOR

B

B

B

B

2.8 X 2.8 m

PLAN - FIRST FLOOR

+5.50 TOS

+5.50 TOS

+5.50 TOS

+5.50 TOS

ROOF

ROOF

ROOF

ROOF

A

Self Autonomous Clusters

0.5 0

0.5

49

Cluster 01

0

2 1

8 4

Cluster 01

2

8

1

4

- Sewage line Network - Water Supply line Network 0.5

2

- Soil Pipe line Network 2 - Electric Poles

0.5 0 8

1

4

50

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BALAJI VILLA Practice ( dmac 2016) Thiruvarur, Tamilnadu, India

In planning the villa, the main design concept was designing modern house around a coutyard along with water body.

The program was planned for a family with children with a large master suite. On ground floor an open plan provides public spaces such as: kitchen, dining, study, and living room around the courtyard.

By planning the bedrooms in the upper and lower levels of the house the ground floor becomes a transitional space between the master suite and the lower bedrooms.

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Ground Floor Plan 01. Main Entrance 02. Foyer 03. Water body 04. Garage 05. Kitchen 06. Guest Bed 07. Court Yard 08. Living 09. Kids Bed 10. Master Bed 11. Dining 12. Study room 13. Terrace Garden 14. Terrace 15. Balcony

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First Floor Plan

N 3

0

55

1

15 7

56

57

Section AA

58

Section BB

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BOSCO VILLA Practice ( Visrsti 2016 ) Chennai, Tamilnadu, India

The external structure is composed of a cube volume and Redsand plaster envelope.

The volume extracts cut-outs to create pockets of space that provide an one sided slope along the roof, a void along the entrance and private glass patios with terraces garden for living areas of the house. The rough classical facade was represented with red sand plaster, the task was to achieve texture through the illusion of depth.

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Ground Floor Plan 1. Foyer 2. Entrance 3. Living 62

4. Bed 5. Toilet 6. Kitchen

N

First Floor Plan 7. Store 8. Guest Bed 9. Gas Manifold

10. Utility 11. Bed 12. Lounge

13. Balcony 14. Terrace Garden

3

0 1

15 7

Section AA

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TECTONICS Work Shop ( dmac 2015) Form - Finding Exploration

The light and freeform tension structures are interesting from a structural as well as architectural point of view.

With the possibility of the experiment form finding and arrangements with various overlaying of fabric material solves by tensility. The intuitive understanding of forms simulates with logical changing of support points and the experiment investigates parameters like fixed point, movable points etc... defining Pneumetics, Anticlastics and Synclastics. The different logical exploration and prototype has been achieved both in physical and digital simulation. For the software Form has been further developed, enabling the possibility to do real-time form finding and analysis of fabric structures. ingful and aesthetically elegant contemporary language.

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Process Framing / Material

Exploration

Plywood

One

Reepers

Two

Frame Exploration Result Screws / Nails/ Thread

Three

Lycra Cloth

Four

66

Experimentation

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Prototype

One

Five

Two

Six

Three

Seven

Four

Eight

Final Output

Exploration One

Two

1.1

1.2

1.3

2.1

2.2

2.3

1.4

1.5

1.6

2.4

2.5

2.6

1.7

1.8

1.9

2.7

2.8

2.9

1.10

1.11

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2.10 Movable

Fixed

Three

Four

3.1

3.2

3.3

4.1

4.2

4.3

3.4

3.5

3.6

4.4

4.5

4.6

3.7

3.8

3.9

69

Movable

Fixed

Experimentation Level One

70

Level Two

Level Three

Neutral Upward Downward

Level Four

Schematic

Schematic

Schematic

Schematic

Physical Exploration

Physical Exploration

Physical Exploration

Physical Exploration

Digital Exploration

Digital Exploration

Digital Exploration

Digital Exploration

Level Five

71

Level Six

Level Seven

Neutral Upward Downward

Level Eight

Schematic

Schematic

Schematic

Schematic

Physical Exploration

Physical Exploration

Physical Exploration

Physical Exploration

Digital Exploration

Digital Exploration

Digital Exploration

Digital Exploration

Prototype

The experiment recognizes the importance of design connection that safely address the structural interface used in the tensile structure, which gives detail understanding of all possible connecting points, representing a prime opportunity to add visual interest in the fabric design. The experiments seem to articulate distinct relationship between the fabric by changing the position of the movable points and tensility achieved in them.This method allows real-time discovery of structural form rather than analysis or optimization of an existing form.

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INTERIORS Practice 2014 - 2016 Freelancing

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Ansari Villa 75

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Karthik Studio

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GRAPHIC DESIGN Practice (2013 - 2016) Freelancing Logos - Posters

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80

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Wisdom is Minimum

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OS 84