House of Celebration

“House of Celebration”

Tutor - John Poole Nimit Batavia 490233696 + Chris Lee 490239791

Table of contents Site analysis Essential design stratergies Environmental response Shadow diagrams Cooling/Heating stratergy Water treament Construction and material choices Floor plan Roof plan Section Model images

1 2 3 4 5 6 7 8 9 10 11

Storeroom (20 m.sq)

WC2

Entry

WC2

Entry

Entry Main function room (150 m.sq)

External ceremony area (100 m.sq)

Main function room (150 m.sq)

Kitchen (20 m.sq)

Main function room (150 m.sq) External ceremony area (100 m.sq)

External ceremony area (100 m.sq)

Kitchen Storeroom WC1 WC2 (20 m.sq) (20 m.sq)

WC1 Kitchen (20 m.sq)

1. Functions and spatial context

2. Spatial relations determined

WC1

Storeroom (20 m.sq)

3. Form responding to site

Serene camp cove beach view

Garden

Based on experimentation and as a response to the site, it was found that the semi-cirular plan would infact aid a smooth circulation between the different functions and also make them fit well together.

Entry Main function room (150 m.sq)

Utilities

The semi circular shape would also enable framing panaromic views which was an integral aspect of the site.

Framed ocean views

External ceremony area (100 m.sq) Panaromic SW city view

4. Final parti diagram

Essential design stratergies Parti diagrams

SUBJECT SITE

BDES 2013 Architectural Technologies 2

Green Point Reserve, Watsons Bay

TITLE Parti diagrams

TUTOR

John Poole

DATE SCALE NA

12/05/2020 DWG 2

PRODUCED BY Nimit Batavia 490233696 + Chris Lee 490239791

Equinox 62 degress

Strofoam thermal deckmate 50 mm R value - 10

Summer solstice 82 degress

Reflective foil laminate (heavy heatload reflected in summer) DCT Thermal laminate 12 mm R value - 0.7

Winter solstice 32 degress

Concrete wall 200 mm (approx. 10 hrs for heat transfer)

Latex paint White (to reflect heat) -corrosion resistant -water resistant -heat resistant Gypsum board (moisture deflection and fire resistence)

EPS cavity wall insulation Rigid insulation Expanded polystyrene (EPS) 140 mm R value - 4.17 (k factor = 0.24)

Environmental response

Sun studies and insulation stratergies

SUBJECT SITE

BDES 2013 Architectural Technologies 2

Green Point Reserve, Watsons Bay

TITLE Environmental analysis

TUTOR

John Poole

DATE SCALE 1:50

12/05/2020 DWG 3

PRODUCED BY Nimit Batavia 490233696 + Chris Lee 490239791

21st June

23rd September/21st March

22nd December

9 am

12 pm

3 pm

SUBJECT

Shadow diagrams

SITE

BDES 2013 Architectural Technologies 2

Green Point Reserve, Watsons Bay

TITLE Shadow diagrams

TUTOR

John Poole

DATE

12/05/2020

SCALE 1:400

DWG 4

PRODUCED BY Nimit Batavia 490233696 + Chris Lee 490239791

Summer: The ceiling fans are allowed to spin in a counterclockwise direction during summer.

The air vents on opposite walls allow great all day ventilation and the fans cool the room by the wind chill effect. It creates an artificial breeze that evaporates moisture from the skin.

Warm air rising

Winter: The ceiling fans are allowed to spin in a clockwise direction during winter.

The hot air rises and is pushed back down by the fan, which makes it gently circulate the perimeter of the room, considerably increasing the temperature of the room and making the experience warm and comfortable in winter.

Cooling/Heating stratergy Summer and Winter

Warm air rising

SUBJECT SITE

BDES 2013 Architectural Technologies 2

Green Point Reserve, Watsons Bay

TITLE TUTOR John Poole Cooling/heating system

DATE

12/05/2020

SCALE 1:100

DWG 5

PRODUCED BY Nimit Batavia 490233696 + Chris Lee 490239791

Garden

Grey Water: Wastewater from sinks, tubs can be filtered and become grey water, which can be stored in rainwater tank and use to water the plants in the garden.

WC

Rain Water:

Underground treatment and filter

Rain water is collected from the gutter around the roofs and stored in the watertank with grey water.

It will be used as toilet flushes and gardening.

Kitchen

Water Tank: For storing Rain Water collected and Filtered Grey Water

SUBJECT

Water Treatment

SITE

BDES 2013 Architectural Technologies 2

Green Point Reserve, Watsons Bay

TITLE Water Treatment

TUTOR

John Poole

DATE

12/05/2020

SCALE 1:100

DWG 6

PRODUCED BY Nimit Batavia 490233696 + Chris Lee 490239791

Lysaght longline roof sheet -concealed fixing -shale grey finish -tailored cladding (for curved roof) Glulam timber roof members -strength width ratio high -fire resistant -environmentally friendly -flexible shape and size Lvl timber roof members -strength, uniformity, durability -long span -cost efficient -termite protection

Double glazed glass -reduces heat transfer -laminated to control light -acoustic insulation -longevity

Glulam timber columns -strength width ratio high -fire resistant -environmentally friendly -flexible shape and size

Gypsum boards -fire resistant -versitality (for curved wall) -sound isolation

Latex paint -non flammable -reflective

Concrete wall -strength, durability, resilience -thermal mass -versitality (for curved walls)

Cement tile -bond adhesive fix to slab -water resistant and very durable

Concrete raft slab -reinforced

Rigid insulation -EPS -provides insulation for floor

Construction and material choices

Crushed stone -creates level surface -prevent concrete erosion -acts as barrier SUBJECT SITE

BDES 2013 Architectural Technologies 2

Green Point Reserve, Watsons Bay

TITLE Construction+materials

TUTOR

John Poole

DATE SCALE NA

12/05/2020 DWG 7

PRODUCED BY Nimit Batavia 490233696 + Chris Lee 490239791

Section line

Blueburry ash

Scribbly gum Flannel flower

Waratah

Black sheoak

Garden

Car park

Cantilever

Site Map

Lobby

Main Function Room

WC

Sliding Door

External Ceremony Area Deck Storage Kitchen

SUBJECT

Plan

SITE TITLE

BDES 2013 Architectural Technologies 2

Green Point Reserve, Watsons Bay Plan Drawing

TUTOR

John Poole

DATE

12/05/2020

SCALE 1:100

DWG 8

PRODUCED BY Nimit Batavia 490233696 + Chris Lee 490239791

A

B

C

4 000

D

4 650

E

4 000

F

3 900

3 900

Garden Site Map

Cantilever 1.5m

Double Glass Door D1: 1840 x 40 x 2400

R1

R1

R1

Single Wooden Door D2: 820 x 40 x 2040 Single Aluminium Door D3: 1600 x 40 x 2040

W1

C1

LVL Continuous Pitching Beam B1: 290 x 45 Pryda Framing Brackets Size F 47 x 176

C1

2

D1

W2

2 920

WC

C2

C2

C2

Main Function Room

D2

3

WC C3

C3

13 000

D3

D4 C4

C6

External Ceremony Area Deck

Main Inclined Roof (Height: 5m)

4

D3

Sliding Door C4

21 000

3 300

4 900

D2 C3

2 700

Storage

1700

C5

5

Inclined roof (Height: 3m)

Kitchen 4 400 D3

C7

3 170

Water Tank 1000 x 500 x 750

6

2 622 3 000

10 000

10 300

3 300

22 020

Prya Fascia Support 110 x 50 x 300

Lysaght Longline 305 Roof Sheet Height: 48 Cover: 305

Pydra Strap Roof Bracing 30 x 0.8 x 3500 - 7500

Long Span Connectis (rafters)

SUBJECT

Rafter-Column Connection

SITE

Roof Plan

1 750

P2

C1

8 000

1

W1

C1

Glulam Timber Rafter R1: 350 x 100 R2: 130 x 45 LVL Timber Purlin P1: 180 x 63 P2: 90 x 63

W1

B1

Double Glazed Window (800-1000) x 20 x 1000 Circular Glulam Timber Column C1: height: 6060 C6: height: 5030 C2: height: 5700 C7: height: 4850 C3: height: 5540 C4: height: 5350 C5: height: 5270

R1

D1 C1

Double Glazed Glass Sliding Door D4: 4428 x 20 x 2400 Double Glazed Glass Panels W1: (2000-3000) x 20 x 3000 W2: 6000 x 20 x 3000

R1

Tie-column Connection

BDES 2013 Architectural Technologies 2

Green Point Reserve, Watsons Bay

TITLE Roof Plan Drawing

TUTOR

John Poole

DATE

09/05/2020

SCALE 1:100

DWG 9

PRODUCED BY Nimit Batavia 490233696 + Chris Lee 490239791

Lysaught longline 305 roof sheeting 48mm

LVL timber purlin 180 x 63 mm U-steel plate and bracket Anchor bolted to beam 10mm thickness Pryda framing bracket F 47 x 176 mm

DCT thermal laminate 12 mm LVL timber rafter 130 x 45 mm

Glulam timber rafter 350 x 100 mm Pryda Fascia galvanised steel support 110x300x50 mm

Glulam timber beam 350x100mm

LVL timber purlin 90 x 63 mm Reflective foil laminate Styrofaom thermal deckmate 50 mm

Steel column cap bracket 10 mm thickness

Rainwater gutter 130 mm

Louvred window

T-blade bracket bolted to column 10 mm thickness

Cement tile 15 mm Bond adhesive Concrete slab 130 mm Rigid insulation 140 mm Crushed stone 170 mm

Masonary block 70 mm Thermal floor slab 75 mm

Section

Gypsum board 10 mm Cavity insulation 40 mm

3250

Double glazed glass 70mm

Latex paint

5270

Glulam timber column 140x140mm

6060

Timber ledger bolted to concrete 18mm galv bolted 10 x 80 mm plate to lvl

SUBJECT SITE

BDES 2013 Architectural Technologies 2

Green Point Reserve, Watsons Bay

TITLE Section Drawing N-S

TUTOR

John Poole

DATE

25/04/2020

SCALE 1:100

DWG 10

Concrete wall 200 mm Latex paint Double glazed window 70 mm

PRODUCED BY Nimit Batavia 490233696 + Chris Lee 490239791