Work sample 2015 -- Xin Zhang by Xin Zhang

ZHANG Xin Current Address Tel: 917-331-9492

8 Perry St

Email: xz394@cornell.edu

Education

Somerville, MA, 02143

Cornell University, College of Architecture, Art, and Planning

(2012-2013)

Master of Architecture (Post Professional Degree, M. Arch II) Tianjin University, School of Architecture, Tianjin, P.R.CHINA

(2007-2012)

Bachelor of Architecture

Visa Status

Work Visa (H1b) Started from Oct.1st 2014, maximum 6 years.

Professional Experience

Junior Architect at NAGA Architects, LLC in Cambridge MA June. 2013 - Present ● Participated on the competition of G+25 Residential Building in Burj Khalifa area. Worked on the original conceptual design and diagrams, as well as Revit model. ● Assisted Dubai team to rearrange all the units in Revit for Sawari hotel and service apartment, prepared drawings for presentation. ● Worked on the DXB Damac Apartment project in Revit for Design Development. ● Closely participate on the competition of Dubai Tourism and Commerce Marketing office and won the competition in June 2014. In Design Development stage, mainly focused on optimization of skin panels and structure for the whole building.

Related Experience

Graduate Teaching Assistant at Tianjin Univ. Sept. 2011 - December.2011 ● Translated the artical "Form Force and Structure" for Prof. Stanislaus Fung, UNSW ● Searched and prepared related images for the course held by Prof. Stanislaus Fung Internship Jan.2011 - Mar. 2011 Atelier of Li Xinggang at China Architecture Design & Research Group, Beijing ● Made digital models and developed plan drawings for China Olympic Museum ● Produced diagrams and renderings for the competition of China Sinology Center TJU-UCLA International Joint Studio April. 2011- June. 2011 ● Designed and produced drawings and rendering of Museum of Tibetan Buddhism ● Traveled from LA to San Francisco, Boston, New York City, Philadelphia and etc.

Related Experience

Survey and Mapping Practice June. 2009 - Aug. 2009 Longxing Temple, Hebei Prov., CHINA ● Surveyed and produced plans, sections and elevations of Tianwang Tempel ● Made renderings of elevation of Tianwang Temple and Zhaobi

Award & Honor

Finalist of 2011 Evolo skyscraper Competition (collaborated with FAN Shuning ) , 2011 The First Class of XU Zhong Scholarship, Tianjin University, 2010 ZHENG Zhigang Scholarship, Tianjin University, 2009

Leadership

Vice Chair of Art of Department of Architecture School, Tianjin University, 2008 Head of the Clover Choir, Tianjin University, 2009

Published Work and Exhibitions

Nation-wide College Students Architectural Design Exhibition, 2010 & 2011 China Architecture School Digital Technology Teaching Seminars and Exhibition, 2010 Selected Works of 2011 eVolo Skyscraper Competition, Limited Edition Book, 2011

Skills

● 2D: AutoCAD, Photoshop, Illustrator, InDesign ● 3D: Rhinoceros, Revit, Maya, SketchUp, 3DSMax ● Parametric: Grasshopper, Monkey(RhinoScript), Kangaroo, Python ● Rendering: Vray, Maxwell, Keyshot ● Other: free hand sketching, physical model making, GIS, Ecotect, Premiere

DXB Damac Apartment June 2014 - Present Location : Dubai, U.A.E Stage: Design Development Team: Dr. Naga, Talanoa Lesatele, Walter Woods, Jea Hyoung Kim, Choung Pham, Xin Zhang Role: Revit Modeling, Drawings Damac is one of the biggest developer in Dubai, and this project is part of Damac Golf Village. The first phase is done by Dubai team, which are all typical aligned building as shown in rendering. Our job in this project was to reconcile the corner buildings, which are two irregular apartment building. Different from the typical ones, the corner apartment has more spcified units and needs more effort to complete the design development phase.

1 A-301

200

6 200

1600 8250 1600 1600

600

3950

A310-03

A310-12

CORR.

1150

2000

ELEC. RM.

1850

2000

A308-12

CORR.

1000

A309-02

A1 A-409

KITCHEN

A308-08

BEDROOM

A309-08

3620

380

CW65 A1 A-408.2

3900

A1 A-407

4150

A309-09 A3

KITCHEN

A1 A-407.1

A309-12

1600

1500

1800

CORR.

1600

620

2300

P.R.

620

2300

P.R.

A1 A-407.1

BATH

A309-03

A309 A1

A300-02

A1 A-408.2

4100

A308-02 3 F.L. 11.60

LIVING/ DINING

A308-01 3 F.L. 11.60

7200

8330

LIVING/ DINING

BEDROOM

8430

1400

2000

BATH 1 SHAFT

2280

A3 A308-09

2300

1230

1700

2950

4950 2040 620

2500 A3

5080

620

BATH

A308-03

3700

A2 DB

A1 A310

1600

GARBAGE CHUTE

SHAFT

2500

A311-12

CORR.

3880

A1 A-409

2300

2720

SHAFT

A310-02

2500

1040

900 900

400

BEDROOM 1

A309-01 3 F.L. 11.60

3500 1100

CW64

600

200

BALCONY 3 F.L. 11.58

200

2850

1550

4200

CW73

1400

BALCONY 3 F.L. 11.58

200

4800

1050

GP01

1200

BALCONY

CW63

200

600

P.R.

A310-09

5000

A1 A-409

3600

1810

A1 A-408.2

2200

A1 A-409

1800

1200

500

GP01

200

A311-09

A308

STAIR 2

200

2400

200

3600

900

1860

2500

620 1450

1900 2400

SHAFT

A1 2200 A-407.1

1180

LIVING AREA

CW100

P.R.

2510

A307-01 3 F.L. 11.60

BALCONY 3 F.L. 11.58

390

7400

1800

BATH

1100

CW62

GP01

A311-08

MD02

2500

1230

4800

KITCHEN

B1 A-421

B3 A-425.1

1700 400

A307-08

620

CW52

A1 A-407

FIREMAN ELEVATOR

A307-03

1990

A306-01 3 F.L. 11.60

BALCONY 3 F.L. 11.58

10350 1480

4200 2500 1100

A312-12

600 400

290

2500

9400

B5 A-426

5760

A306-08

A306-16

1500

B1 A-424

CHUTE

LIVING AREA

A305-01 3 F.L. 11.60

2400

A307

BATH

1330

A1 A-408.3

A310-08

2000

7140

A1 A-409

KITCHEN

2840

2500

KITCHEN . 530

A1 A-407

A1 A-408.3

A306-03

CLOSET

1800

CW65

KITCHEN

A1 A-408.2

1890

870

620

1980

CORR.

2300

2800

1660

A306-03

1320

A310-01

3000

3600 7420

8150

2500

980

1400 1300

290

1800 600

A305-08

A305-03

LIVING AREA

450

6400

640

3 F.L. 11.60

A311

BATH

620

1800

1490

2700

900

2000

1200 620 2500

290

8050

600

1860

BATH

1480

4300

1750

CW74

A312-11

A3 1800

200

200 200

LINE OF SLAB ABOVE

3560

1160

1000

2250

CW73

3600

A1 A312

A311-03

1980

A3 P.R. A312-09 1500

A1 A-407

BATH

A312-08

400

4250

1800 3730 600

3550

1600 1200 900

2510

BALCONY 3 F.L. 11.58

CW52

200

LINE OF SLAB ABOVE

MAID

A312-10

MAID'S BATH

1380

A306

620

A304-01 3 F.L. 11.60

3633 CW62

375 600

4010

4220

4090

3425

CW102

A304-08

LIVING/ DINING

A311-02 3 F.L. 11.60

1800

SHAFT

2400

CW99

A305 A1

1800

LIVING/ DINING 3 F.L. 11.60

A311-01

3800

A1 A-408.2

KITCHEN

A312-15 2530

4100

BEDROOM

A312-03

STORAGE

900 A3

200

BATH 1

KITCHEN

1620

A304-02 3 F.L. 11.60

790

A1 A-406

1510

630

2400

1800 200

600

CW72

900

800

BEDROOM

9900

A1 CORRIDOR A-408.3 A300-01

720

1180

400

MAIN

B1 A-420

DB 620

608

CW95

STUDIO A2 40 sqm

5000

1770

A304-12

1460

600

LIVING AREA

A303-01 3 F.L. 11.50

2110

1800

3290

A303-08

KITCHEN

1550

1900

A302-04 3 F.L. 11.60

1050

600 2500

2000

BEDROOM 2

BATH

A304-03

A1 A-407

A1 A-408.4

A304 A1 1610

1740

200

1800

A1 A-407

1800

A302-02 3 F.L. 11.60

A303-03

4850

4100

BEDROOM 1

BATH

A302-05

610

3570

BATH 2

1200

620

600

1410

SHAFT

1350

MD02

1650

A1 A1 A-407 P.R. A-409 A304-09

STAIR 1

CORR.

4150 720

A301-11 A-406

1270

470 1650

A1 A313

SHAFT

2600

KITCHEN

200 1300 1000

200 290 1100 1300

1600

200 200

200

A1 A-407

A1 2150

1800 2500

A302-03

2500

A302-01 3 F.L. 11.50

1800

650

1800

MAID'S BATH A1

10500

1800

A301-05

A1 A-408.3

2500

BATH 2

A301-10

CW59

4400

A3 1300

MAIDS ROOM

FIRE

A1 A-409

3570

7400

1760

A302

1400

A3 2100

P.R.

A301-09HOSE

BATH

A313-03

A303

A302-12

LIVING/ DINING

BALCONY 3 F.L. 11.58

590

1150

4150 1500 A3

1200

CORR.

BATH 1

A1 A-407

4500

8400

A2 1130 250

350

CW71 2420

8400

1800

A302-13

1510

3650

A2 1000

620

200

BALCONY 3 F.L. 11.58

CW75

CW62

A312-01 3 F.L. 11.60

A1 A-407

A312-05

A313-08

2710

BALCONY 3 F.L. 11.58

LIVING/ DINING

A312-02 3 F.L. 11.60

BATH 2

KITCHEN 620

630

BEDROOM 1

1950

A313-12

A1 A-407

3350

3 F.L. 11.60

3450

A312-04 3 F.L. 11.60

A1 A-407.1

A1 A-408.4

CW62

4050

BEDROOM 2

CORR.

A301-04 3 F.L. 11.60

1000

1080

3300 1800

2500

PANTRY

LIVING AREA

BEDROOM 2

A301-02 3 F.L. 11.60

BATH 1 3655

DB A1 A301

A3 2600 1900

3600 200

A301-12

1500

P.R.

BEDROOM 1 A1 A-407

400 425

425

A313-01 3 F.L. 11.60

CW98

CW60

3325

CW58

A301-03

A302-09

1380

8400

200

2650

CORR.

1300

A4 1000

795

A302-11

2100

A302-08

330

MAID'SA1 BATHA-409

A1 A-406

8840

A302-10

KITCHEN

CW52

1800

620

MAIDS ROOM

A1 GP01 A-408

A301-08

.3050

A301-01 3 F.L. 11.60

BALCONY 3 F.L. 11.58

A1 A-302

3080

KITCHEN

LIVING/ DINING

500

6000

LINE OF SLAB ABOVE

6900

CW70

2560

2400

4850

200

2830

100

CW52

CW77

200

CW59

600

200

CW68

A1 A-408.1

GP01

BALCONY 4788

200

CW67

3390

CW74 4550

CW76

4400

CW61

5150

200

CW72

1050

3 F.L. 11.58

8400

BALCONY 3 F.L. 11.58

200

LINE OF SLAB ABOVE

200

3500

100

6 BALCONY 3 F.L. 11.58

3 F.L. 11.58 BALCONY 3 F.L. 11.58

3 F.L. 11.58

BEDROOM 1

3 F.L. 11.60

S-W-PT103

S-F-TL101 3 F.L. 11.60

S-W-PT104

LIVING/ DINING

BATH 1

1C4

KITCHEN

1A1

A301-01

A301-03

BEDROOM 1

A301-08

1C1

1C4

MAIDS ROOM

MAID'S BATH

PANTRY

1A4

A302-10

KITCHEN

CORR.

1A1

1A4

A301-12

S-F-TL104

P.R.

A302-09

A302-11

A1 A302-13

1A1

A301-09

1A4

1A1

3 1A1

A302-12

1C4

LIVING/ DINING A1

BATH

A303-08

A302-04

1A4 1C1

1A1

S-W-PT102

1A1

BEDROOM

LIVING AREA

S-W-PT103

A303-01

1A1 C1

S-F-TL101

1C4 1C4

S-W-PT102 1C1

A305-01

S-W-PT104 B

S-F-TL101

A306-01

BALCONY

1C4

S-F-TL101

S-W-PT102 2F1

LIVING/ DINING

A308-01

A309-01

3 F.L. 11.60

A1 BALCONY

S-W-PT102

LIVING/ DINING

A308-02

S-W-PT103

S-W-PT104

S-W-PT102

BEDROOM 1C1

S-W-PT102 S-F-TL101 BALCONY 3 F.L. 11.58

S-W-PT103

1C1 1C1

1A4

3 F.L. 11.60

S-W-PT102 BALCONY 3 F.L. 11.58

A309-02

S-F-TL101

1C4

1C1

3 F.L. 11.60

09 30 13.23_Ceramic Tiling-Floor Porcelain 600 x 600 mm

BEDROOM

1A1

A309-08

A308-08

A308-03

1C4

A307-01

1A4 S-F-TL101

1A1

A309-12

KITCHEN

BATH

LIVING AREA

1C1

S-F-TL101

2F4

BATH

A309-03

CORR.

1A4

1C1

BATH 1 SHAFT

S-F-TL101

A309-09

STAIR 2

1C4 B

P.R.

A308-09

A308-12

SHAFT

A307-03

1C1

LIVING AREA

3 F.L. 11.60

S-W-PT102

P.R.

CORR.

BATH

1A4 1A1

LIVING AREA

A304-01

3 F.L. 11.60

3 F.L. 11.58

CHUTE

A307-08

A306-16

1A4

1C4

A300-02

S-W-PT102

KITCHEN

CLOSET

A310-02

S-W-PT103

ELEC. RM.

A307

1C1 S-F-TL101

A306-08

A305-03

1C4

1A1 S-F-TL101

LIVING/ DINING

3 F.L. 11.60 A304-02

1C1

KITCHEN

BATH

1A4 S-W-PT104 1C1 B

1A4

S-F-TL101

A308 SHAFT

1A4

A305-08

1C1

1A1

BATH

BEDROOM 1

A310-03

C1 1C1

1C1

A306

KITCHEN

A304-08

CORR. A304-12

1C4

A309

1C4 C1

S-W-PT103 S-F-TL101

1A1

A311-09 1N

S-W-PT103

1A1

C1 SHAFT

A310

A306-03

KITCHEN

CORR.

A310-12 S-W-PT102

P.R.

A310-09

P.R.

A312-09

1C1 C1

A305

SHAFT

1A1 1C1

BEDROOM 2

A302-02

A304

A311-12

A311

1C4

A300-01

A303

A304-09

1A1 B

BEDROOM 1

MAIN CORRIDOR

1C1

P.R.

KITCHEN

1A1

1A4

SHAFT

A311-08 1C4 S-F-TL101 1A4

P.R.

A312-11

A312

S-W-PT102

KITCHEN

CORR.

MAID

A312-10

MAID'S BATH

S-W-PT102

1C1

A312-15

A304-03

1A1

A1 1C4

A302-01

3 F.L. 11.58

STORAGE

STAIR 1

A310-08

1A4 1A1

A311-03

A312-08

A312-12

KITCHEN

BATH

KITCHEN

CORR.

1A4

2F1

S-W-PT104

1C1

S-W-PT104

SHAFT

A301-05

1C1

1C4 B S-W-PT103

1A4

BALCONY

BATH 2

SHAFT

CORR.

1A1

A310-01

S-W-PT102

S-F-TL101

A312-03

LIVING/ DINING

1C1

S-F-TL101

1C1 1C4

BATH 1

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1C4

A311-02

1A4 B

BATH 2

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1A1

1A4

BEDROOM

S-W-PT102

3 F.L. 11.60

S-F-TL101

S-W-PT102A311-01

S-W-PT103

S-F-TL101 1A1

1C4

1A4

KITCHEN

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S-F-TL101 B

1C4

S-F-TL101

S-W-PT103

1C1

A312-04 S-W-PT103

CORR. BATH

A313-03

1C4

A301-11

A301-10

1C4

A302

1A1

1C1 S-W-PT103

MAID'S BATH

MAIDS ROOM

A301-04

1A1 S-F-TL101 1A4

S-F-TL101

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A302-08

1A1

S-W-TL108

S-W-PT101

1A1 S-W-PT102 B

BEDROOM 2

1A1

A301-02

S-W-PT102

3 F.L. 11.60

BALCONY 3 F.L. 11.58 S-F-TL101

S-W-PT103

1A1

BEDROOM 2

A313-01

S-F-TL101 1A1

LIVING AREA

S-W-PT103

A1 C1

S-F-TL101

3 F.L. 11.60

LIVING/ DINING

A312-01

A312-02

1C1

S-F-TL101

LIVING/ DINING

BALCONY

S-F-TL101

BALCONY

3 F.L. 11.60

BALCONY

2F1

09 30 13.23_Ceramic Tiling-Floor Porcelain 600 x 600 mm

3 F.L. 11.58 BALCONY

EQ EQ

CLG. HT 3.23

CLG. HT 2.40

EQ CLG. HT 2.55 CLG. HT 2.40

CLG. HT 2.55

CLG. HT 2.40

EQ EQ

EQ EQ EQ

CLG. HT 2.40

1290

EQ EQ

EQ HT 2.40

CLG. HT 3.23

EQ EQ

CLG. HT 2.40 CLG. HT 2.40

EQ EQ

CLG. HT 2.40

CLG. HT 2.55 CLG. HT 2.40

CLG. HT 2.40

CLG.

CLG. HT 3.23

CLG. HT 2.40

CLG. HT 3.23

EQ EQ

CLG. HT 2.40

EQ CLG. HT 2.40

EQ EQ

CLG. HT 2.40

CLG. HT 3.23

A4 A-407.1

CLG. HT 3.23

EQ EQ

CLG. HT2.55 CLG. HT 2.40

EQ CLG. HT 2.40 CLG. HT 3.23

CLG. HT 2.40

EQ EQ EQ

CLG. HT 2.55 CLG. HT 2.40

CLG. HT 2.40

CLG. HT 3.23

CLG. HT2.55

1200

EQ EQ

EQ CLG. HT 2.40

CLG. HT 2.40

CLG. HT 3.23

EQ EQ

CLG. HT 2.40

EQ EQ EQ

CLG. HT 2.40

EQ EQ

CLG. HT 2.40 CLG. HT 3.23

CLG. HT 2.40 CLG. HT2.55

CLG. HT 3.23

EQ EQ

EQ CLG. HT 2.40

CLG. HT 2.40

EQ EQ

EQ EQ CLG. HT 3.23

CLG. CLG. HT 2.55 HT2.40

CLG. HT2.40 CLG. HT 3.23

EQ EQ CLG. HT 3.23

CLG. HT2.40

EQ EQ

CLG. CLG. 2.40 HT 2.55 HT

CLG. HT 2.40 CLG. CLG. HT 2.40 HT 2.55 CLG. HT2.55

CLG. HT 2.55

620

CLG. HT2.40

HT 2.55

CLG. HT 3.23

CLG. HT 2.40

EQ EQ CLG.

550

EQ EQ

CLG. HT 2.55

EQ 450

CLG. HT 2.40

CLG. HT 2.55

CLG. HT 2.40

CLG. HT 3.23

650

EQ CLG. HT 2.40

CLG. HT 3.23 CLG. HT 2.40

EQ EQ

EQ CLG. HT 2.40

CLG. HT 2.40

EQ EQ

CLG. HT 2.45

EQ EQ CLG. HT 2.40

CLG. HT 3.23

CLG. HT 2.40

EQ EQ

1000

CLG. HT2.40

CLG. HT 3.23

CLG. CLG. HT 3.23 HT 2.40

CLG. HT 2.55

EQ CLG. HT2.55

EQ EQ

CLG. HT 2.40

EQ EQ

CLG. HT 2.45

CLG. HT 2.40

EQ EQ

CLG. HT 2.40

CLG. HT 3.23

EQ EQ CLG. HT 2.55

CLG. HT 2.55

EQ EQ

CLG. HT2.40

EQ EQ

CLG. HT 3.23

CLG. HT 2.40

615

CLG. CLG. HT 2.40 EQ HT 3.23 CLG. HT 2.40

CLG. HT 3.23

CLG. HT2.40

600 EQ EQ EQ EQ 600

CLG. HT2.40

CLG. HT 3.23

EQ EQ

BMU TRACK 2nd - 3rd

Sawari Hotel and Service Apartment June 2014 - Present Size: 66,000 SM Location : Al Khobar, K.S.A Stage: Schematic Design Team: Dr. Naga, Talanoa Lesatele, Walter Woods, Jea Hyoung Kim, Choung Pham, Xin Zhang Role: Revit Modeling, Drawings Located on a rectangular beach front on the gulf in Al Khobar, the Sawari is a multifamily residential/hotel project. Through the use of a unique Y-shaped design, every apartment and hotel room enjoys uninterrupted views of the water. The project houses residential units and a hotel behind a faรงade treatment that is both aesthetically pleasing and environmentally friendly. Diagonal wings maximize the view and bring sea breezes into the building; other wings act as bridges, forming sky courts for community interaction, with pools and landscaping. A single parking basement anchors the various buildings

7 PLAN

TRUE

246º Qibla

‫غير مالئم‬

‫مالئم‬

‫االدوار المتكررة‬ ‫نسبة البناء وفق الشروط التخطيطية‬ ‫توضيح فتحات االضاءة و التھوية‬ ‫نحديد مواقع االعمدة االنشائية‬ ‫ م‬1.5 ‫البروز من جھة الشوارع فقط وال يزيد عن‬ ‫توضيح االبعاد وكتابة مساحة الفراغات‬

A B

0.00

16.80

8.40

G 8.40

5.9 4

8.40

4 5.9

8.40

A1 8.40

8.40

4 5.9

SAK

5.9 4

8.40

‫ترقيم الوحدات‬

A.201

A1 Ph1.A.303

5.9 4

K 8.40

A1 Ph1.A.302

18 AA

‫االستشـاري الرئيسـي‬

Engineering Consultants

‫سليمـان عبدﷲ الخـريجي‬ ‫األستشـاري‬

P.O.Box: 1655 - JEDDAH - 21441 SAUDI ARABIA Fax: 661 0258

Telephone: 665 8305-665 8371

‫ مارشنت فايلر ديكسون العالمية‬: ‫مشاركون‬ 21441‫ جدة‬1655 ‫ب‬.‫ص‬ ‫المملكة العربية السعودية‬ 02- 6658305 : ‫تليفون‬ 02- 6610258 : ‫فاكس‬ 242/1:‫رقم الترخيص‬ ‫رقم األمانة‬ ‫ الخبر السريع( الدمام‬- ‫)طريق الدمام‬: ‫موقع المكتب‬ 0096638026552: ‫فاكس‬/‫تليفون‬

E- mail: sakec@sakec.com

4 5.9

A1 Ph1.A.304

A5 A.457

A1 Ph1.A.301

‫االستشـاري المشـارك‬

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DN UP a r chi t e ct s de s i g n e rs plann e rs

‫االمارات‬,‫ دبي‬73033 ‫ب‬.‫ص‬

0097143322113 :‫فاكس‬ 0097143324455 :‫تليفون‬ www.naga.ae :‫ موقع الكتروني‬mail@naga.ae :‫بريد الكتروني‬

PROJECT NAME

SAWARI RESIDENTIAL TOWERS

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FLOORS NO. : G + 15

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OWNER'S NAME

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SAWARI REAL-ESTATE COMPANY

266 ‫ الي‬259 ‫من‬: ‫ قطع‬8

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A1 Ph1.A.304

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DISTRICT

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03 16-08-10 100 % DD

02 06-07-10

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A1 Ph1.A.302

‫العزيزية‬:

05 11-11-10 100 % CD 04 12-09-10

251/2 ‫معدل‬: ‫رقم المخطط‬ ‫فئة ج‬ PLOT NO .

CITY

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PROJECT NO : 09-29

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ARCHITECT M.ALI ELECTERICAL ENG M.ALQAQ

CIVIL ENG M.HAMID MECHANICAL ENG M.JASSIM

PLAN

TRUE

246º Qibla

‫غير مالئم‬

‫مالئم‬

‫االدوار المتكررة‬ ‫نسبة البناء وفق الشروط التخطيطية‬ ‫توضيح فتحات االضاءة و التھوية‬ ‫نحديد مواقع االعمدة االنشائية‬ ‫ م‬1.5 ‫البروز من جھة الشوارع فقط وال يزيد عن‬

‫توضيح االبعاد وكتابة مساحة الفراغات‬

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‫سليمـان عبدﷲ الخـريجي‬ ‫األستشـاري‬

E- mail: sakec@sakec.com

A1 Ph1.A.301

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‫االستشـاري الرئيسـي‬

Engineering Consultants

P.O.Box: 1655 - JEDDAH - 21441 SAUDI ARABIA Fax: 661 0258

Telephone: 665 8305-665 8371

4 5.9

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‫االستشـاري المشـارك‬

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DN UP a r chi t e ct s de s i g n e rs plann e rs

‫االمارات‬,‫ دبي‬73033 ‫ب‬.‫ص‬ 0097143322113 :‫فاكس‬ 0097143324455 :‫تليفون‬ www.naga.ae :‫ موقع الكتروني‬mail@naga.ae :‫بريد الكتروني‬

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SAWARI RESIDENTIAL TOWERS

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SAWARI REAL-ESTATE COMPANY

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ISSUE / REVISIONS

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PROJECT NO : 09-29 ARCHITECT M.ALI ELECTERICAL ENG M.ALQAQ

CIVIL ENG M.HAMID MECHANICAL ENG M.JASSIM

This drawing is the property of:NAGA Architects, Designers, Planners it is not allowed to reproduce this sheet's contents in any form except for the purpose for which it is intended . the consultant has a duplicate electronic file of this drawing . the contractor(s) shall assume full responsibility for any and all alterations and/ or changes on these drawings files including the resulting coordination between the trades involved . the contractor shall check and verify all dimensions and report all discrepancies to the architect and design professional whose seal is affixed to this drawing this drawing shall not be used for construction purposes until issued for construction by the design professional whose seal and signature are affixed to this drawing .

G+25 Residential Building Burj Khalifa June 2013 - August 2013 Size: 7,988 SM Location : Dubai, U.A.E Stage: Conceptual Design Team: Dr. Naga, Talanoa Lesatele, Walter Woods, Xin Zhang Role: Concept, Diagram, Revit Modeling, Presentation Burj Dubai District showcases an exclusive urban development centred around the magnificent Burj Dubai Tower projected to be the tallest building in the world and the large Lake, creating a stunning visual setting for the development. In order to responde this amazing context, our design maximized the view towards to the Burj Khalifa tower and the dancing fountain, with an extremely high efficient plan layout. At the same time, having the stepping terrace on the top, the towers not only provide the luxry penthouses, but also stand as an another landmark builing in Burj Dubai District.

7705.08

8400.00

7705.08

8400.00

2 3

3 3

8400.00

3 1

6 8

7 8400.00

6 8

7 8

8400.00

5 4

7400.00

TYPICAL FLOOR PLAN 1 ONE BEDROOM APT 2 TWO BEDROOM APT 3 THREE BEDROOM APT 4 FOUR BEDROOM APT 5 PANHOUSE 6 ELEVATORS 7 STAIRCASES 8 SERVICES

10 m

ROOF PEAK 113600

48500 L8 44900 L7 41300 L6 37700 L5 34100 L4 30500 L3 26900 L2 23300 L1 19700 PODIUM 3 16100 PODIUM 2 10900 PODIUM 1

360 360 360 360 360 360 360 360 360 360 360 360

52100 L9

360

55700 L10

360

59300 L 11

360

62900 L 12

360

66500 L 13

360

70100 L 14

360

73700 L 15

360

77300 L 16

360

80900 L 17

360

84500 L 18

520

88100 L 19

330

91700 L 20

360

LVL 22 95300 LVL 21

4000

400

360

7600 MEZZANINE

GROUND 0

LONGITUDINAL BUILDING SECTION

10 m

Dubai Tourism and Commerce Marketing Office April 2014 - Present Location : Dubai, U.A.E Stage: Schemetic Design Team: Dr. Naga, Talanoa Lesatele, Walter Woods, Jea Hyoung Kim, Reza Mousavy, Max Dehne, Xin Zhang Role: Revit Modeling, Diagram, Scripting, Facade Development, Drawings, Presentation DTCM was established to act as the Dubai Governmentâ&#x20AC;&#x2122;s international marketing arm, promoting the Emirateâ&#x20AC;&#x2122;s tourism and business interests through an integrated programme of events and publicity activities worldwide. The new building for DTCM will serve not only as a headquater office but also a showcase for the world, especially for the coming 2020 Dubai World Expo. In this proposal, we were trying to using the simple integrated geometry to achieve not only the required programs, but also a higher aesthetic level. The mesh skin will also become a screen showing the new Dubai to the world.

From the third floor, structure is transfered from regular columns to the structure frame, which also works with the panel groups, goes all the way from floor slab to the roof and the atrium.

Digram above showing the relationship between mesh skin, atrium/ramp, roof and the structure.The size for panels/structure has been optimized to achieve the balance between modularization and the smooth transition.













For the inner facade, the dimension of modular panels based on floor height (5m) and the angle which make each triangle panel as a equilateral triangle.



ROOF 20.00

And in order to make a smooth transition to the roof, each triangle panels on the top breaks down to 9 small pieces. The height of spandrel equals to 1/3 of floor height, which is a small diamond shape’s height.

A-312

0°

.0 60

.00°

4000

60.00°

60 .00°

(TYP.)

2500

(TYP.)

0°

.0 60

.00°

5000

0°

.0 60



0°

2500

60.00°

.0 60

.00°

16.00

60.00° 60.00°



5000

11.00

A1 -

FACADE MODULE B3 ELEVATION 1 : 25

L1 6.00

A-313 ---

6000

9000

A1 A-312



GF 0.00

FACADE PARTIAL A1 ELEVATION 1 : 50 



A3 

FACADE PARTIAL PLAN 1 : 50





The main challenge for this project is that the mesh skin will continue from the outside to the inside, from the bottom to the top, and then coming back as the atrium for the building. Visualization of Panels’ curvature, shape and size

All the panels has to work with each other, not only in form, but also structurally.



DTCM HEADQUARTERS

POWDERCOATED MEDIUM GAUGE STEEL STRUCTURALPOWDERCOATED STRUCTURAL FRAME SUPPORT. MILD STEEL S 355 FRAME PER SUPPLIER SPECS.

OUTER SKIN STOPS HERE.

BUILDING ENVELOPE: CURTAIN WALL FACADE.

OUTER SKIN: MEDIA MESH OVER

OUTER SKIN: MEDIA STRUCTURAL MASH OVERALL MILD STEEL S 355 POWDER COATED STEEL FRAME SPECS. PER SUPPLIER

LEVEL 3

LEVEL 3 METAL GRATING CATWALK OVER POWDER COATED STEEL BRACKETS AND FRAME

METAL GRATING CATWALK OVER POWDER COATED STEEL BRACKET TRUSS.

LEVEL 2

LEVEL 2 BUILDING ENVELOPE: CURTAIN WALL FACADE.

SHK. ZAYED ROAD, DUBAI, UAE

SPANDREL PANELS SPANDREL PANELS

LEVEL 1 NOTE: FOR FACADE AREAS WHERE DAYLIGHTING IS NOT REQUIRED(SUCH AS CORES AND FALSE CEILINGS), TWO OPTIONS COULD BE USED: 1. SPANDREL GLAZING PANELS. OR 2. INSULATED ALUMINUM PANELS.

LEVEL 1

GROUND

FACADE 3D DETAIL 1

OVERALL FACADE 3D DETAIL

A-350

GROUND

NOTE: FOR FACADE AREAS WHERE DAYLIGHTING IS NOT REQUIRED(SUCH AS CORES AND FALSE CEILINGS), TWO OPTIONS COULD BE USED: 1. SPANDREL GLAZING PANELS. AND/OR 2. INSULATED ALUMINUM PANELS.

China Olympic Museum Jan - March 2011 Professional Work Location: Beijing Chief Designer: LI Xinggang, TAN Zeyang Role: Drawings, Modeling

After 2008 Beijing Olympic, the National Stadium (Bird Nest) would tranfer its role to the public. China Olympic Museum was part of the plan to exhibit Olympic related information. Under the south part of the stadium, the space used to be ready room for athletes. The proposal keeps most of the structure frame and introduces several independent objects as theme exhibition space for different purpose of use.

1st Floor Plan

Longitudinal section

Other Works AKOYA Residential community in Abu Dhabi April 2014 - Present Location : Abu Dhabi, U.A.E Stage: Schemetic Design Team: Dr. Naga, Talanoa Lesatele, Walter Woods, Jea Hyoung Kim, Reza Mousavy, Xin Zhang Role: Revit Modeling, Drawings, Presentation

Al Marjan Island La Promenade June 2014 - Present Location : Rak, U.A.E Stage: Schemetic Design Team: Dr. Naga, Talanoa Lesatele, Walter Woods, Jea Hyoung Kim, Reza Mousavy, Max Dehne, Saara A Jazeel, Xin Zhang Role: Master Planning, Revit Modeling, Diagram, Drawings, Presentation

Bristol Tower October 2013 Location : Dubai, U.A.E Stage: Conceptual Design Team: Dr. Naga, Talanoa Lesatele, Walter Woods, Jea Hyoung Kim, Xin Zhang Role: Conceptual Design, Revit Modeling, Diagram, Drawings, Presentation

Inmaia Residential Community January - March 2014 Location : K.S. A Stage: Schemetic Design Team: Dr. Naga, Talanoa Lesatele, Walter Woods, Jea Hyoung Kim, Xin Zhang Role: Master Planning, Revit Modeling, Diagram, Drawings, Presentation

3 Courtyards February-May 2012 Academic Design Work Tutor: Tod Williams + Billie Tsien, Amber Bartosh Independent Work This project builds on the understanding of space in different scales and senses of enclosure. The specifice site provide the oppotunity to explore the potential of this idea. On the one hand, there is student living area and energetic social space; on the other hand, there is contemplative space and beautiful woods area, which are more quiet and introverted.

L-shape courtyard connects student dormitory and woods area.

The exterior courtyard is connected with interior lobby.

Courtyard with contemplative space can be seen on the top of berm, but can not be reached directly.

3 courtyard takes advantage of specific site contion and provides a continuous circulation between spaces with different scales and senses of enclosure. In this sense, the building is not about the form, In this sense, the building is not about the form, but the inner flow with peopleâ&#x20AC;&#x2122;s feelings.

The Quakers' symposium with t h e c o u r t y a rd i s u n d e rg ro u n d and formed by retaining walls with an opening to the sky. With the reflection of water and the ceiling, the quiet and introverted atmosphere is perfect for Quakers' gathering.

GRAVEL BALLAST VAPOR BARRIER CUSTOM BRICK COPING TPO MEMBRANE THROUGH WALL FLASHING TAPERED RIGID INSULATION TOPPING SLAB CONCRETE PLANK AIR BARRIER STRUCTURAL STEEL RIGID INSULATION AIRSPACE STONE SLAB DRIP EDGE

FIXED WOOD WINDOW

VEGETATION

INTERIOR FINISH CEILING

120MM ENGINEERED SOIL

WOOD COVER PANEL

FILTER MEMBRANE

INTERIOR FINISH FLOOR INTERIOR CABLE&PIPES

GRAVEL BALLAST 8MM SHEET-ZINC COVERING

THROUGH WALL FLASHING

12MM SAFETY GLASS

CUSTOM BRICK COPING

STEEL SUPPORTING STRUCTURE

THERMAL INSULATION

FURRING STRIP

EPDM WATERPROOF MAMBRANE

ALUMINIUM FRAME

CONCRETE PLANK

RIGID INSULATION

AIR BARRIER

ALUMINIUM PANEL (MATTE FINISH)

STONE COVER PANEL

EXTERIOR FINISH CEILING ALUMINIUM PANEL (MATTE FINISH) BLUESTONE PAVING CONCRETE VERGE MARBLE PAVING STONE THRESHOLD

Section Details

Connecting the exterior space and interior space as well as all different type of programs, the 3 courtyard serve as the main structure for the whole project. At the same time, the circulation between these courtyard is also formed as a loop, which connects the public space and the private space.

Museum of Ethnography in Budapest February-May 2014 International Competition Independent Work

The Museum of Ethnography has a significant collection of ethnographical and ethnological objects and documents which is continuously processed and displayed in exhibitions and presented in various publications. The new museum will serve not only as an exhibition space, but aslo as a educational institution for children and a public center along with the city park.

Office

Library/Reading area

Library/Archive

Children's Museum

Interactive exhibition hall

Main exhibition area

Structure frame

Service space at basement

The main challenge for this project is to combine the exhibition space of museum with other public educational areas, such as library and the children's museum/classroom. So the proposal goes two directions: horizontal and vertical. With the span of structure, horizontal circulation provides a continuous exhibition space. At the same time, vertical space varies based on different requirement of all the programs for public and private.

"Over the Wall" Zhonglian Cup Architecture Competition September - November 2010 Nation-wide Competition Tutor: BIAN Hongbin, XU Zhen Partner: SHEN Ruoyu Role: Concept, Models, Diagrams, Drawings

This project tried to focus some social issues in CHINA and respond to them by using architectural strategies. During our research, I was so surprised that a huge gap occured in the city between local and alien workers (in China, many farmers lost their land and came to work in the cities). Just for the appearance of the street, the urban village was seperated simply by a wall. In order to reconcile this situation, the proposal started from the wall.

Besides the surface of building provides the path to step over the wall, the interior space also offers another path to go through. What's more, with many useful programs, it can help people to communicate and learn, in order to make the city better.

As the development of this project, we saw the potential of sections, not only the single one's form, but also the arrangement of a series of sections. By arranging the relationship of geometry of each section, the path appeared naturally. In this way, sections became threedemensions.

Considering the background of this project, the using of materials and construction is cheap and easy to deal with. The node of each beam also reflects the main idea of variation of sections.

Museum of Tibetan Buddhism in WuDang Lamasery April - June 2011 TJU-UCLA Architecture Joint Studio Tutors: Prof. Ben REFUERZO, Prof. XU Zhen, Prof. WANG Jianghua Independent Work In this studio, all the students were requested to respond to the context of this project, especially its special cultural and religious backgrounds. Rather than using some mysterious religious symbols, such as Wheel of Dharma and Lotus, I'd like to think deeper of culture and local's life style. When I anaylized the site and the local's life, I found two types of space which were connected in some way. I found two types of space which were connected in some way. I found two types of space which were connected in some way.

Religious activity is an very important part of local's life. To many people, Tibetan Buddhism is mysterious and the feeling of its religious space is also quiet and consecrate. At the same time, the local's life style has already been deeply influenced by Tibetan Buddhism, which is also very attractive. By seeing the vivid life of local, visitors can feel their belief much better.

Rocks are very common in Tibet. Stupas in India and Tibet probably started out in a similar fashion, although they now generally contain the ashes of a Buddhist saint or lama. A traditional and often decorated, heap-formed cairn called an ovoo is made in Mongolia. It primarily serves religious purposes, and uses in both Tengriist and Buddhist ceremonies.

1 2 7 1. top/bottom cord in steel based material 2. steel connectors forming supporting web 3. floor grille 4. interior ceiling

5. support braket 6. local Marnyi Stones 7. support grille 8. cable

6 1 4 8

2 3 1

1. steel node connector 2. cable

This project uses this traditional rocks serving as the skin of the building, which provides a totally new feeling of exhibition space, while the traditional religious meaning remains at the same time.

Students Center of TIANJIN Polytechnic University March-April 2011 Academic Design Work Tutor: Prof. BIAN Hongbin Independent Work Since the activities of students are full of variety, the design of students center should be a series of functional fragment, rather than a single building. Facing the complex of function and environment, this project trys to blur the boundaries of buildings and landscape to creat a new place for students. All the landscape fragments and diverse program zones are emerged from the site, and also rebuild the site itself.

Building (measurable)

? Landscape (unmeasurable)

In this project, environment of site is not isolated to the architecture, on the contrary, it beoames a very important part of architecture itself. When some certain program zones meet the site, changes happen and uncertainty of place emerge. The space where the certain function zones and uncertain environment meet is a mix of architecture and landscape, which welcomes all the students to come over and its complex form adjusts to the site to creat a new place near the lake.

The new student center is not only the rigid program. By analyzing the site and tranformation of building, architecture also became part of landscape, which porvides potential event spaces for all the students.

Dynamic Installation Design based on Geometry and Algorithm March-May 2012 Academic Design Work Tutor: Prof. Xu Zhen Independent Work This design thesis focus is to explore the digital design process, trying to re-explore the the connotation logic for a contact from the building itself (including the geometric logic and the logic of construction ). With the help of emerging technologies, the inner space of the building logic can be expressed in a quiet different new way. In the very beginning, started with exploring the prototype and the geometric login embeded within it.

the Original Prototype After the study of all the posibilities of variations, then comes the architectural design with those geometric prototype. In this case, the geometry provides the arechitetcture a possibility to transform from 2D to 3D, based on different time and use.

Grasshopper for the dynamic transform of the project

This design also included the mechanical design. The project finally was designed as a pavillion which can transform from a 2-D flat surface to a 3-d structure. There were also some inner logic embeded in this form. 6 legs support the whole structure. When it starts to transform, 3 of them go clockwise, and 3 others go counterclockwise. Thus only with 2 servo motors going opposite directions can control the whole system. (Diagrams showing above)

of Oil

ion in ude 85), lim 87), nga caand

to at to 37 room ing red es. ion 003 ith ion

The Petropolis of Tomorrow: Nutricao Natureza September-November 2012 Academic Design Work Tutor: Neeraj Bhatia Partner: Felema Yemane, Elease Samms Role: Concept, Diagrams, Renderings, Models, Drawings When the physical product of oil is completely erased what will this land be known for? We want our city to outlive its industry; we also want our city to build an awareness of what used to exist in the past. Our injection into the site will be a trinity between education, industry and environment. Each program will be separated and connected in the appropriate moments.Using infrastructure as the connecter, our moment of transition will not only be roads, but also buildings and landscape. Roncador P-09 107 P-26 107

Albacora SSV Victoria

Vermelho

Campos

Floatel Reliance

Cherne

Macae

Offshore Mischief

Selian 111

180

Badejo

P-20 132

P-32 83

P-40 112

P-48 100

Marlim Leste

Marlim Sul 109

200

Enchoya

105

P-38 96

Albacora Leste

P-52 102

Carapeba Parati

Piranema 97

P-52 102

NP Sedco 706 150 P-52 122

P-54 98 Sun Rise 2000 154

Petrobras X 109

Ocean Worker 76

Marlim Sul

Vitoria 10000 199

Linguado

Legend

Pampo P-35 92

Pre-Salt Region

ConďŹ rmed Oil Deposit

Oil Pipeline

P-43 100 Ocean Winner 96 P-65 95

Exploration Zone

Deep Ocean Clarion 188 P-19 109

Stena Drillmax 180

Gas Pipeline

P-40 100

Dominant Currents

P-43 89 P-51 178 P-56 200

Basin borders Platform Rig Name Crew Size

SS Pantanal 158

Semi-Submursible Drill Rig

Campos Basin

Semi-Submursible Accomoda Single Hull Drill Ship

Floating Production Storage a

Floating Storage and OfďŹ&#x201A;oad

0km Ocean Lexington 106

100

200km Economical Heli-trans

Buffering Zone (Industries)

Control Pool

Buffering Zone (Housing)

Connected Wetland

Wastewater from different zones and precipitation will be treated and goes into wetland network which merged with existing tributary and canals, and finally goes back in to sea.

Solum

Impermeable Basin-bed Bedrock

Solum Bedrock

Impermeable Basin-bed

Solum Impermeable Basin-bed Bedrock

There are multiple layers of wetland system. Some of them are isolated as objects to deal with the most toxic wastewater, some of them serev as buffering zone between twe different terrace, some of them are connected as a network to become efficient and resilient wetland system.

Green House on Roosevelt Island June 2012 Academic Design Work Tutor: Ferda Kolatan, Hart Marlow Partner: LI Dan Role: Concept, Drawings, Renderings What we are trying to achieve is to apply the very specific beautiful form of flower to the architecture strategy combining with ecological thinking. In this proposal, the beauty of architecture does not come from abstract languages, but very clear and specific form. By develop with both forms and other aspects of architecture, we embrace much more interesting possibilities.

Other Works Community Remix Residential community with public spaces and green spaces June 2012 Academic Design Work Tutor: Rafi Segal, Laila Seewang Partner: FAN Shuning Role: Concept, Models, Diagrams

Underground Metropolis Finalist of 2011 Evolo skyscraper Competition December 2010 International Competition Partner: FAN Shuning Role: Concept, Diagrams, Rendering More info at: www.evolo.us

Algorithmic Sight 2010 Parametric Design Sudio @ Tianjin Univ. May - June 2010 Academic Design Work Tutor: WANG Zhigang, WANG Zhenfei, Chen Jilin Partner: LAI Xian, YIN Ting, WANG Lu Role: Concept, Scripting more info at: http://pdworkshop2010.blogbus.com

Hybrid Linking Residential Design and Planning September - November 2009 Academic Design Work Tutor: REN Jun Partner: ZHAO Yizhou Role: Concept, Drawings, Renderings