Farah_Abu Ghazzi_ARC381_Final Binder

AMERICAN UNIVERSITY OF SHARJAH ALUMINUM BLADE LOUVER

FINAL DETAIL DRAWING ARC 382 | S21 | PROF. PERAZA FARAH ABU GHAZZI | 81212

FINAL ARC381 BINDER ALUMINUM BLADE LOUVER

ARCHITECT BY:

40

70

ALUMINUM TUBE 0 30

42

50

8

10 68

20

BOLTS

98

20

NUTS 40

ALUMINUM TUBE POCKET 70

70

25

48

98

35

25

50

A R C HABU I T EGHAZZI CTS FARAH

25

ALUMINUM BRACKET

25

11

16

8

8

0

12 25

CONSULTANT FARAH ABU GHAZZI ARCHITECTURAL DETALING ARC 381 | SPRING 2021

100

80

C STEEL BEAM

IGOR PERAZA PROF.PROF. IGOR PERAZA

0

12

EXPLODED ISOMETRIC SCALE 1:5

5mm

10mm

15mm

20mm

40mm

DATE

SPRING 2021

TA B L E OF CONTENT

A1| A2| A3|

FUDAN UNIVERSITY CAMPUS EMBT, SHANGAHAI, CHINA LOUVER CASE STUDY

ALUMINUM BLADE LOUVER LOUVER DESIGN PROPOSAL DETAIL DRAWINGS & RENDERS

HAKO-AIKAKI-SHACHI-SEN-SHIKUCHI WOODEN JAPANESE JOINT DETAIL DRAWINGS & RENDERS

FNL|

ALUMINUM BLADE LOUVER SECTIONS LOUVER DESIGN PROPOSAL FINAL DETAIL DRAWING

A1|

FUDAN UNIVERSITY CAMPUS

EMBT, SHANGAHAI, CHINA EMBT FIRM & FUDAN UNIVERSITY PROJECT RESEARCH

A1|

FUDAN UNIVERSITY CAMPUS CASE STUDY

RESEARCH

FIRM & PROJECTS

Restoration of Santa Catrina city market, Barcelona, 1997

Spanish Pavilion of Shangahai Expo, China, 2010

EMBT is an architectural firm established by the Spanish architects Enric Miralles (1955 - 2000 )and his wife the Italian architect Benedetta Tagliabue (1963) in 1994. The studio is based in Barcelona, Spain, and have a great range of public buildings in Europe and China.

Their approach towards architecture aims to connect it to the public space and to the environment, where both the materiality and free form of the architecture are inspired by the site`s traditions, culture and history. And are known for their experimrntal and unique design process based on collage making.

The firm won many architectural competitions and is famous for many buildings, whether restored or newly created ones, such as restoration of Santa Catrina city market, Barcelona, 1997, the Spanish Pavilion of Shangahai Expo, 2010, Kálida Sant Pau Center, Barcelona, 2019.

Kálida Sant Pau Center, Barcelona, 2019

A1|

FUDAN UNIVERSITY CAMPUS CASE STUDY

RESEARCH

CASE STUDY DESCRIPTION

FUDAN university, the school of management in Shangahai, China`s campus designed by EMBT studio won the interna-

The facade is characterized by the dynamic horizontal and vertical

tional competition in 2011. The project intents to create a public area and merge with the urban fabric along with reflecting the iden-

terracotta louvers which gain their pattern from fudan`s plants and

tity of Fudan which means “heavenly light shines day after day “. It is composed of 3 blocks that are connected through a spine of

landscape. The louvers filter the light and create an atmosphercic in-

landscape and a series of plazas leading to the public activieties such as museums, theatres, library and food court taking place in

terior. Besides, the truncated pyramids which are inspire by the tradi-

the buildings`basement, ground and first floor, while the upper floors, which are connected through bridges become more private and

tional chinese roofs serve as skylights and add a dynamic quality to

quiet spaces dedicated for education.

the public space.

A1|

FUDAN UNIVERSITY CAMPUS EMBT, SHANGAHAI, CHINA MATERIAL LIBRARY

A1|

FUDAN UNIVERSITY CAMPUS CASE STUDY

RESEARCH

MATERIAL LIBRARY

Terracotta is the material chosen for louvers by EMBT architects as the terracotta baguette by NBK architectural terracotta. This material is used for both the vertical and horizontal louvers it has the narural warm red color for the first but painted in whilte for the second, where its colors do not fade as it is a sturdy and durable material that resists hot weather as it is a good insulator. Moreover, terracotta is non-flammable making it safe in the condition of fire, it is also energy-saving and environmentally friendly as it resists acid and alkali and is considered self-cleaning

Terracotta Baguette | Natural color

Coated Baguette Terracotta

wood

by the affect of wind and rain, making it efficient and less expensive on the long term as it does not require a lot of maintenance while keeping the appealing appearance of the building. All of these characteristics contributed to the use of terracotta as louvers for Fudan university campus.

Aluminum is used as a set of rods that holds the horizontal louvers in place but it also continues the grid on the facade becoming part of the design of the building.

Aluminum is a non expensive durable light weight material that is corrosive resistant.

Wood is widely used on the interior of the building creating a warm atmosphere

Extruded Aluminium

Steel Square

Aluminum Angle

but also celebrating this traditional material and linking the building back to the great culture of Fudan.

Tile clips, nuts and bolts are all used to connect the different pieces of the terracotta to the central metalic piece of the louvers Steel squares are used as vertical element that connects that different pieces of terracotta in the vertical louvers but is also used the element that connects the horizontal extruded aluminum grid holding the horizontal louvers. steel is a robust material of high spanning capabilities.

Bolts | nuts

Glass

Tile Clip

A1|

FUDAN UNIVERSITY CAMPUS EMBT, SHANGAHAI, CHINA HORIZONTAL LOUVER CASE STUDY

HORIZONTAL TERRACOTTA LOUVER DETAILS

GENERAL DRAWINGS | SCALE 1:70

1

500 500 500

1

500 500 500

500

500

500

500

500 500 500

500

500

500

500

500

A

9000

A1|

FUDAN UNIVERSITY CAMPUS CASE STUDY

A

ELEVATION

SECTION A-A

10675 1525

PLAN 1-1

1525

1525

1525

1525

1525

1525

A1|

PRODUCED

BY AN BY AUTODESK STUDENT VERSION PRODUCED AN AUTODESK STUDENT VERSION FUDAN UNIVERSITY CAMPUS CASE STUDY

HORIZONTAL TERRACOTTA LOUVER DETAILS

SECTION | SCALE 1: 2

50

150

50

50

50

50

EXTRUDED ALUMINIUM 50 50

50

50

50

50

EXTRUDED ALUMINIUM

4

4

30

30

50

150

150

150

150

50

50 50

50

50

ALUMINIUM ANGLE

4 30

30

50

50

50 150

250

250

100

50 50

50

150

100

STEEL SQUARE (PVDF FINISH)

PRODUCED

BY AN BY AUTODESK STUDENT VERSION PRODUCED AN AUTODESK STUDENT VERSION

4

ALUMINIUM ANGLE

50

TERRACOTTA TILES

150

200

200

132

200

132

TILE CLIP L= 20 mm

STEEL SQUARE (PVDF FINISH)

PRODUCED BY AN AUTODESK STUDENT VERSION

350

PRODUCED BY AN AUTODESK STUDENT VERSION

350

A1|

FUDAN UNIVERSITY CAMPUS CASE STUDY

HORIZONTAL TERRACOTTA LOUVER DETAILS

EXPLODED ISOMETRIC | SCALE 1: 4

A1|

FUDAN UNIVERSITY CAMPUS EMBT, SHANGAHAI, CHINA VERTICAL LOUVER CASE STUDY

VERTICAL TERRACOTTA LOUVER DETAILS

GENERAL DRAWINGS| SCALE 1:70

1667

1

1667

1

1667

1869

1869

A

8739

A1|

FUDAN UNIVERSITY CAMPUS CASE STUDY

A

ELEVATION

PLAN 1-1

SECTION A-A

4

75

PLAN | SCALE 1: 2

TILE CLIP, L= 20mm 350 237

TERRACOTTA TILES

4

STEEL SQUARE

30

PRODUCED BY AN AUTODESK STUDENT VERSION

VERTICAL TERRACOTTA LOUVER DETAILS

150

PRODUCED BY AN AUTODESK STUDENT VERSION

A1|

FUDAN UNIVERSITY CAMPUS CASE STUDY

A1|

FUDAN UNIVERSITY CAMPUS CASE STUDY

VERTICAL TERRACOTTA LOUVER DETAILS

EXPLODED ISOMETRIC | SCALE 1: 2

A2|

ALUMINUM BLADE LOUVER LOUVER DESIGN PROPOSAL DETAIL DRAWINGS & RENDERS

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

1

1

167

A

KEY DRAWINGS

3523

ISOMETRIC

2

234

2

2

3

PLAN A

4

B

4772

B

A

234

PROJECT ARCHITECT

A

ELEVATION 3050

SECTION A - A 1525

3050

1525

3050

1525

LOUVER ARCHITECT

3050

300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300 300

120 800

FARAH ABU GHAZZI

1

CONSULTANT

PROF. IGOR PERAZA

PLAN 1 - 1 DRAWING TITLE

GENERAL PLAN, SECTION & ELEVATION

PLAN 2 - 2

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BRACKET

ALUMINUM TUBE POCKET 168

20

ISOMETRIC

35

ALUMINUM BRACKET

KEY DRAWINGS

98

151°

20

ALUMINUM TUBE POCKET 120

ALUMINUM TUBE

68

85

NUTS AND BOLTS

100

PIECES ASSEMBLY

ALUMINUM BLADE LOUVER

PLAN A

48 25

10

25

48

25

10

70

25

PLAN

B

PLAN

B

65

98 48

20

25

48

A

20

PROJECT ARCHITECT

60

48

40

50

50

35

25

10

ALUMINUM BLADE LOUVER

50

300

5

1°

98 25

118

SECTION

168

LOUVER ARCHITECT

25

SECTION FARAH ABU GHAZZI

60

CONSULTANT

PROF. IGOR PERAZA

65

DRAWING TITLE

CONNECTION ELEMENTS

50

PLAN

ISOMETRIC

ISOMETRIC

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS 300

ISOMETRIC

ALUMINUM BLADE LOUVER

250

PLAN

130

A

300

120

ALUMINUM TUBE POCKET ALUMINUM TUBE ALUMINUM BRACKET

B

B

BOLTS C STEEL BEAM A

PROJECT ARCHITECT

50

LOUVER ARCHITECT

90 168 FARAH ABU GHAZZI

I STEEL BEAM CONSULTANT

120

PROF. IGOR PERAZA

DRAWING TITLE

DETAILED PLAN

PLAN

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

PROJECT / LOUVER TYPE

300 65

60

50

60

65

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

ALUMINUM BLADE LOUVER

PLAN A

53

6

ALUMINUM TUBE ALUMINUM TUBE POCKET

10 5

40

ALUMINUM BRACKET

B

B

C STEEL BEAM A

48

35

PROJECT ARCHITECT

80

25

108

BOLTS

LOUVER ARCHITECT

NUTS FARAH ABU GHAZZI

6 5 35

40

5 10

I STEEL BEAM

CONSULTANT

ALUMINUM BLADE LOUVER

PROF. IGOR PERAZA

DRAWING TITLE

DETAILED LONGITUDINAL SECTION

SECTION AA

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

ALUMINUM BLADE LOUVER

35 6

ALUMINUM TUBE PLAN A

45

C STEEL BEAM

10

ALUMINUM BRACKET

5

ALUMINUM TUBE POCKET

25

35

48

35

B

B

25 A

80

PROJECT ARCHITECT

BOLTS NUTS

LOUVER ARCHITECT

6 53

45

5

10

168

FARAH ABU GHAZZI

ALUMINUM BLADE LOUVER

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

DETAILED CROSS SECTION

SECTION BB

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER GLASS KEY DRAWINGS ISOMETRIC

MULLIONS

PLAN

100

A

120 10 10

NUTS AND BOLTS C STEEL BEAM I STEEL BEAM

B

A

PROJECT ARCHITECT

10 10

80

ANCHOR BOLT STEEL BRACKET

B

120

LOUVER ARCHITECT

CONCRETE SLAB

FARAH ABU GHAZZI

CONSULTANT

300

PROF. IGOR PERAZA

DRAWING TITLE

DETAILED BEAM TO SLAB CONNECTION

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

ALUMINUM BLADE LOUVER

PLAN A

40

70

42

108 68

70

20

B

70

B

BOLTS

98

20

NUTS ALUMINUM TUBE POCKET

40

50

ALUMINUM TUBE

300

25

48

A

PROJECT ARCHITECT

98

35

25

50

LOUVER ARCHITECT

25

ALUMINUM BRACKET

25

11 168 8 25

FARAH ABU GHAZZI

120

CONSULTANT

PROF. IGOR PERAZA C STEEL BEAM

EXPLODED ISOMETRIC

120

100

80

DRAWING TITLE

EXPLODED ISOMETRIC

DATE

SPRING 2021

SCALE

1:5

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

KEY DRAWINGS ISOMETRIC

PLAN A

B

B

A

PROJECT ARCHITECT

LOUVER ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

LOUVER RENDER

DATE

SPRING 2021

SCALE

-

FORMAT

A3

A3|

HAKO-AIKAKI-SHACHI-SEN-SHIKUCHI WOODEN JAPANESE JOINT DETAIL DRAWINGS & RENDERS

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

EXPLODED ISOMETRIC

DATE

SPRING 2021

SCALE

1:1.5

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

ASSEMBLY STEPS

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

JOINT TYPE

310

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

90

90

100

KEY DRAWINGS ISOMETRIC

400

10

45°

16

10

410 410

100

35

55

20

100

100

16 35

45°

100

PLAN

100 10

10

35

400

10

100

310

100

35

55

16

25

9

34

16

CLIENT

AMERICAN UNIVERSITY OF SHARJAH 16

410

34

ARCHITECT

55

FARAH ABU GHAZZI

16

70

34

18

100

35

310

90

CONSULTANT

10

PROF. IGOR PERAZA 410

100

100

DRAWING TITLE

410

PEICE 1 ELEVATIONS

DATE

SPRING 2021

SCALE

1:1.5

FORMAT

A3

JOINT TYPE

100

9

100

34

16

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

16

25

KEY DRAWINGS ISOMETRIC

34

34

16

90

10 10

10

35

55

16

16

10

16

35

10

100

20

10

35

45°

55

PLAN

35

70

35

90

90

55

45°

18

400

310

410

410

AMERICAN UNIVERSITY OF SHARJAH

310

310

400

410

410

410

CLIENT

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA 100

100

100

100

DRAWING TITLE

100

PEICE 2 ELEVATIONS 100

100

100

DATE

SPRING 2021

SCALE

1:1.5

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY PLAN | AXO ISOMETRIC

48 5

12

5

12

PLAN

48

18

18

12

5

48

12

5

18

48

CLIENT 18 48

12

5

AMERICAN UNIVERSITY OF SHARJAH

12

5

ARCHITECT

48

FARAH ABU GHAZZI

18

18

12

5

CONSULTANT

PROF. IGOR PERAZA 12 5

48

48

18

18

DRAWING TITLE

LOCK ELEVATIONS

DATE

SPRING 2021

SCALE

1:1.5

FORMAT

A3

JOINT TYPE

460

100 10

35

23

18 38

18 25 20

15

65

16 61

18

100

CLIENT

18 9 76

25

38

386

65

35

AMERICAN UNIVERSITY OF SHARJAH

20

35

18

18

20

38

100

76

38

38 35

PLAN

25

18

35

35

20

18

10

386

SECTION BB

61

23

18

76

310

ISOMETRIC

100

15

KEY DRAWINGS

18 9

61

23

34

76

100

35

65

25

65

18

310

SECTION AA

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

35

ARCHITECT

65 100

447

FARAH ABU GHAZZI

CONSULTANT

A

A

PROF. IGOR PERAZA B

B

DRAWING TITLE

SECTIONS

DATE

SPRING 2021

SCALE

1:1.5

FORMAT

A3

PROJECT / JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

ISOMETRIC SECTION

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

55

35

16

10

90

10

PLAN

35

35

90

55

14 0

16

10

10

10

16

10

90

410

400

400

410

400

410

400

AMERICAN UNIVERSITY OF SHARJAH

275

310

310

410

CLIENT

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA 100

C

100

C

SECTION CC

D

100

D

SECTION DD

E

100

E

SECTION EE

F

F

SECTION FF

DRAWING TITLE

PIECE 2 HORIZONTAL SECTIONS

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

JOINT TYPE

410 10

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

100

16 35

10

400

55

KEY DRAWINGS

310 F

35

F

ISOMETRIC

55

SECTION FF 410 10

PLAN

55

100

16 35

10

400

275 E

70

55

CLIENT

SECTION EE

E

AMERICAN UNIVERSITY OF SHARJAH

410 10

ARCHITECT

90

100

16

10

400

FARAH ABU GHAZZI

CONSULTANT

400 D

SECTION DD

D

PROF. IGOR PERAZA

410

14

0

100

DRAWING TITLE

310 C

C

SECTION CC

PIECE 1 HORIZONTAL SECTIONS

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

JOINT TYPE

410 10

90

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

14

90

0

90

100

14

100

10

16

0

16

10

400

10

410

KEY DRAWINGS ISOMETRIC

400 310

310

410

286

410

310

PLAN

C

D

C

SECTION CC

D

SECTION DD 100

100

CLIENT

70

55

16 35 10

90

16

AMERICAN UNIVERSITY OF SHARJAH

10

100

ARCHITECT

55

35 10 39

275

10

35

100

16

35 10 16

55

55

410 400 10

10

35

400

10

410

310

35

55

50

FARAH ABU GHAZZI

410

CONSULTANT

12

5

PROF. IGOR PERAZA

50

275

50

400

400

410

12

5

400

12

12

5

5

50

DRAWING TITLE E

F

E

SECTION EE

F

HORIZONTAL SECTIONS

SECTION FF 72

100

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

PRODUCED BY AN AUTODESK STUDENT VERSION

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

RENDERED EXPLODED ISOMETRIC

DATE

SPRING 2021

SCALE

1:1

FORMAT

A3

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

JOINT TYPE

PRODUCEDBY BYAN ANAUTODESK AUTODESKSTUDENT STUDENTVERSION VERSION PRODUCED

JOINT TYPE

PRODUCED PRODUCEDBY BYAN ANAUTODESK AUTODESKSTUDENT STUDENTVERSION VERSION

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

RENDERED ASSEMBLY STEPS

DATE

SPRING 2021

SCALE

1:1.5

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

Concept

ARCHITECT

The Hako-aikaki-shachi-sen-shikuchi japanese joint was mainly used in wooden frame structure especially because it ensures that the pieces are connected in 90 degree angle. The concept of the public pavilion came from this idea of

FARAH ABU GHAZZI

CONSULTANT

right angle frames. The frames were aligned by each other to create a volume

PROF. IGOR PERAZA

were the frames start to bend in 90 degree angle to shape the experience of the pavilion creating different seating areas where prople can sit on the ground chair or lay down to relax under the filterd sun light pattern that changes during the different times of the day, taking advantage of the warmth of the wood material and allowing people to interact with it as it is humen friendly material.

DRAWING TITLE

PAVILION RENDERING

DATE

SPRING 2021

SCALE

-

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

PAVILION RENDERING

DATE

SPRING 2021

SCALE

-

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

PAVILION RENDERING

DATE

SPRING 2021

SCALE

-

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

PAVILION RENDERING

DATE

SPRING 2021

SCALE

-

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

PAVILION RENDERING

DATE

SPRING 2021

SCALE

-

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

PAVILION RENDERING

DATE

SPRING 2021

SCALE

-

FORMAT

A3

JOINT TYPE

HAKO-AIKAKI-SHACHI -SEN-SHIKUCHI

KEY DRAWINGS ISOMETRIC

PLAN

CLIENT

AMERICAN UNIVERSITY OF SHARJAH

ARCHITECT

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

HYBRID DETAIL DRAWING

DATE

SPRING 2021

SCALE

-

FORMAT

A3

FNL|

ALUMINUM BLADE LOUVER SECTIONS LOUVER DESIGN PROPOSAL FINAL DETAIL DRAWING

PROJECT / LOUVER TYPE

ALUMINUM BLADE LOUVER

300 65

60

50

60

65

KEY DRAWINGS ISOMETRIC

ALUMINUM BLADE LOUVER

PLAN A

ALUMINUM TUBE POCKET ALUMINUM BRACKET

45

ALUMINUM TUBE POCKET ALUMINUM BRACKET

40

ALUMINUM TUBE

35 6

53

6

ALUMINUM TUBE

ALUMINUM BLADE LOUVER

25

35

48

35

25

PROJECT ARCHITECT

I STEEL BEAM

168 10

5

BOLTS NUTS

BOLTS NUTS

LOUVER ARCHITECT

6 53

6 535

45

5 10

35

A

108

40

B

C STEEL BEAM

80

48

80

25

5

C STEEL BEAM

10

10 5

B

ALUMINUM BLADE LOUVER

ALUMINUM BLADE LOUVER

FARAH ABU GHAZZI

CONSULTANT

PROF. IGOR PERAZA

DRAWING TITLE

SECTION AA

SECTION BB

FINAL DETAILED CROSS & LONGITUDINAL SECTIONS

DATE

SPRING 2021

SCALE

1:2

FORMAT

A3

ALUMINUM BLADE LOUVER

FINAL DETAIL DRAWING ARC 382 | S21 | PROF. PERAZA FARAH ABU GHAZZI | 81212

ALUMINUM BLADE LOUVER

40

70

ALUMINUM TUBE 0

30

42

50

8

10 68

20

BOLTS

98

20

NUTS 40

ALUMINUM TUBE POCKET 70

70

25

48

98

35

25

50 25

ALUMINUM BRACKET

25

11

16

8

8

0

12 25

100

80

C STEEL BEAM

0

12

EXPLODED ISOMETRIC SCALE 1:5

5mm

10mm

15mm

20mm

40mm

AMERICAN UNIVERSITY OF SHARJAH FINAL ARC381 BINDER ARCHITECT BY:

AFARAH R C HABU I T EGHAZZI CTS

CONSULTANT FARAH ABU GHAZZI ARCHITECTURAL DETALING 381 | SPRING 2021 PROF.ARCIGOR PERAZA PROF. IGOR PERAZA

DATE

SPRING 2021