Some of my recent works...2D & 3D ///// /// // /

raj andagare116 Melville RoadBrunswick West VIC 3055+61 423 488 437

andagare@gmail.com

Interior View

Interior View

Interior View

Longer Section 1:200

Short Section Rear 1:200

Short Section Front 1:200

Plan 1:200 Site Plan 1:1000Project No 3

PWW2 Brick House - Proposed 24 baldwin St

Blackburn, Victoria

Extension Drawings.

Project No 3 PWW2 Brick House - Proposed 24 baldwin St

Blackburn, Victoria

Plan 1:200

Knee high fence and tree canopy’s presenting extended view beyond the house Multiple openings and views from raised area, articulating the movement.

Light and shadow created by sky

Roof as foreground allowing to continue visual connection with the tree in backyard from the house.

Project No 3

PWW2 Brick House - Existing 24 baldwin St

Blackburn, Victoria

Long Section 1:200 Short Section 1:200

Site Plan 1:1000

Plan 1:200

Knee high fence and tree canopy’s presenting extended view beyond the house Multiple openings and views from raised area, articulating the movement.

Light and shadow created by sky

Roof as foreground allowing to continue visual connection with the tree in backyard from the house.

Project No 3

PWW2 Brick House - Existing 24 baldwin St

Blackburn, Victoria

Long Section 1:200 Short Section 1:200

Site Plan 1:1000

Plan 1:200

Knee high fence and tree canopy’s presenting extended view beyond the house Multiple openings and views from raised area, articulating the movement.

Light and shadow created by sky

Roof as foreground allowing to continue visual connection with the tree in backyard from the house.

Project No 3

PWW2 Brick House - Existing 24 baldwin St

Blackburn, Victoria

Long Section 1:200 Short Section 1:200

Site Plan 1:1000

Architecture Knowledge Stodio 3

portfolio - s3185298 rajnarayana andagare. P11

Exploded ViewDesign Studio 3 - 2009Extension and Addition to PWW2 typical house

Exploded View

Detail Drawings of Seating

Detail Drawings of Bathroom

Design Studio- EPHEMERAL ARCHITECTURE-Richard+Michelle Black.s3195298 R.ANdagare

SECTIONAL VIEW-LIBRARY

Interior View with Kitchen

Detail view of Library

View from Kitchen

The Muuratsalo experimental house is situated on the eastern shore of the island of Muuratsalo. Finland.The L-shaped main building and walls enclose an internal courtyard which opens towards the south and west, across lake Paijanne and the main approach route. In the internal courtyard, the facade treatment of the house changes from white-painted plastered walls to red brick. The heart of the patio is formed by an open fi replace in the centre of the courtyard. The walls have been divided into about 50 panels which have been fi nished with various diff erent kinds of bricks and ceramic tiles. The surface of the internal courtyard has also been fi nished with diff erent brick patterns,

In contrast to the rest of the site, which has been left In its natural state.The main experimental areas Aalto mentioned were- experimenting with building without foundations- experimenting with free-form brick construction- experimenting with free-form column structures- experimenting with solar heating.The experimental house functioned as a summer home for the Aalto family until 1994.

Alvar Aalto - Experimental House (Summer House) 1953

House Zoning

The main block of the building is trapezoidal, quadrangular in plan, and composed by an open court and two articulated wings corre-sponding to the living room and the bedrooms.Diagram showing zoning scheme and general volume scheme. At the back, side by side, a narrow corridor connecting the main house to guest house. A free-volume storage cottage, angular positioned in relation to the overall orthogonal otd and tail’ like complex.

Positioning of the house

The main block gently transposes the topographical formation by anchoring the open courtyard to a rocky natural platform, from where the aquatic landscape and the sun are accessed.This positioning and anchoring strategy provides a solid foundation and also geothermal passive system; the rock exposed to the south-ern, absorb the sun heat and leaves it out to the house by night. The east west longitudinal distribution of the house and the concave infl ection of the composition re other reactions upon southern sun.

1.

2 3

4

5

6

7 8

1. Courtyard2. Living Room3. Kitchen4. Passage5. Bedrooms6. Passage7. Guest house8. Cottage & Spa

Rock formation

Summer

Winter

N

Protection from Wind & Flood.

The topography of the landscape , behind rock formation, and im-mersed in the pine forest provides a greater phrotection against freez-ing wind blowing from the waters. The volume of the composition is aerodynamic: it grows up and fol-lows the topography from inland, while allowing the frontal winds coming from the lake to pass through the courtyard opening.The position up to the site is explained not only by the rock, but also by means of protection against possible fl oods. Instead of placing the house nearby lake, where there is more regular topography, it is preferred to keep distance from the water. This strategy makes more sense to current issue of thermal expansion due to Global warming and water level rise.

Embracing the forest.

At the rear side of the house, the linear arrangements of the units mark the boundaries, together with the rock and the main block em-bracing the portion of the forest.The main inland approaching route is then welcomed by an embraced passage space hidden from the wind. The movement to the entrance is also marked by descending natural ttopography, by the volume of the living wing, as well as by the natural light coming from lake side.The tree’s almost touch the buildings. This shows precise mapping and placement of the house.

Adaptation to the Topography.

The placement and spatial organisation of the Summer House are closely related to the topography. The building adopts the sloping site by breaking the fl oor by diff erent levels. The main block fi ts on the ground by levelling courtyard with rock formation and by locating a storage fl oor under the living room. This provides the easy access from boat storage to the harbour.The cottage and guest house takes the topography of the rock forma-tion for structural support. This natural foundation system insulates the building from humidity of the earth and absorb heat during day time and releasing during cold nights.

Storage

Storage

Living

Studio

CAFE WINDOW - EXPLODED VIEWCAFE WALL SECTION

VIEW - CAFE

CASE STUDY

WINDOW RESPONDING TO SEASONAL CHANGE

SCALE 1:50

SCALE 1:10

D1

D2

D3

screens (glass window, luvers, screen)

D3 Scale 1:10

D2

D1

Winter/Summer Summer Summer with screen Summer with louvres

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Detail view of a cafe Window

Exploded View

Interior View of a Townhouse

Interior View of a Townhouse

Interior View of a Townhouse

Interior View of a Townhouse

Thank you . ///// /// // /