AAVSJO - Natural Extremities Catalogue by AA Visiting School Jordan

J RDAN NATURAL EXTREMITIES

catalogue

ERODED MORPHOLOGIES WADI RUM DESERT

2014 CRYSTALLINE FORMATIONS DEAD SEA

2015 ERODED MORPHOLOGIES WADI RUM DESERT

2016

forward It is imperative that the greatest, most intelligent and fascinating forms exist around us in nature, through various topologies and morphologies. Often, we overlook the potential they can hold in shaping our built environment. This raises the question “What if our built environment becomes an emergent phenomenon of our natural environment, and is shaped by similar processes to those that generate the natural environment?” This question specifically informed what our programme agenda for the AA Visiting School in Jordan is all about. The transfiguration from natural to built environment that we are interested in is not purely morphological. It is rather an investigation into the intrinsic topology of nature, and its underlying processes. The interest lies in where we find the potential for inherent properties to become relevant towards architectural, spatial, material, tectonic, functional and programmatic characteristics. Jordan has a unique diversity of ecologies of which several are considered extremes of natural and organic phenomena. These include the Wadi Rum desert, and Rose-Red city of Petra; both of which are UNESCO world-heritage sites; which we investigated in our 2014 programme. Additionally, the hyper saline Dead Sea, which is the lowest point on Earth, investigated in 2015. Finally, the distinct coral reefs of the Red Sea with numerous endemic corals and marine specicies; 2016 respectively. This catalogue documents an array of architecturally projects which illustrate the transfiguration from natural phonemena through design-research to architectural and urban interventions. Our methods included digital sculpting, associative modeling, scripting and coding. The resultant projects varied in scale, function and design methodology based on the offered units. It is evident that scale becomes an inter-changeable driver; on one hand the phenomena appeared at different scales, while on another, it could be regenerated at another multitude of scales.

Our programme is setup to include design units, specialist seminars, a travel component, in addition to a series of events including guests. Our faculty operate in diverse backgrounds, disciplines and cities around the world. The disciplines they work within include, but not limited to: Architecture, Structural Engineering, Façade Engineering, Industrial Design, Urban Design, Fashion and Jewelry Design within practice and academia. They operate in cities including Vienna, Los Angeles, Amman, Beirut, London, Salzburg and Berlin. We also include local and international guests to inspire us and think beyond our traditional boundaries. Similarly our participants join us from all around the world; over three years we have had 100+ participants from 25+ countries, coming from diverse educational and professional backgrounds, taking part in a distinct experience, to develop cutting-edge work, and form long-lasting relationships. We have been fortunate to have local and international partners, supporters and sponsors, listed at the end of this document.

JORDAN

CANADA

IRAN

USA

LEBANON

SWEDEN

U.A.E.

SAUDI ARABIA

IRAQ

AUSTRIA

KUWAIT

ITALY

BAHRAIN

EGYPT

QATAR

SOUTH KOREA

IRELAND

PALESTINE

HONG KONG

OMAN

SPAIN

RUSSIA

CHINA

FRANCE

CHILE

Kais Al-Rawi

Programme Director jordan@aaschool.ac.uk www.aavsjo.com

PARTICIPANTS:

FACULTY:

Abdullah Abdulhadi Addy Yousef Ahmad Al-Qassas Ahmad Al-Khaldi Ahmad Ibrahim Khalil Derhalli Ali Abo Tabik Amir Morgan Angelique Firmalino Aseel Alhourani Bashar Nteifeh Bassem Saad Dana Taher Diala Quqa Farah Zarzour Fawzi Bata Hala Al-Haddid Haya Alnibari Hesham Elshahaly Isabel Jarque Ismail Hutet Khaleefa Alhemli Laith Attar Leyla El sayed hussein Lu’ai Farah Mazen Alali Nivin Nabeel Noura Mhied Parastoo M. Mozaffary Ramzi Chahin Reem Hamdan Sarah Alqal’awi Selma Udriot Johansson Shaher AlHmoud Sibylle George Steve Martinez Suha Al-Salamain Ti Fu Wael Nasrallah Yasmin Al-Qasrawi Zahraa Makki

Programme Director: Kais Al-Rawi Digitally Crafted Columns Unit Masters: Julia Koerner Kais Al-Rawi Eroded Symmetries Unit Masters: Marie Boltenstern Vincenzo Reale Mohamed Makkouk Erosive Agency Unit Master: Filippo Nassetti GJU Local Coordinator: Aya Alhunaiti Hosted by the School of Architecture and Built Environment (GJU)

ERODED MORPHOLOGIES WADI RUM DESERT

2014

Spacial Analysis

UNIT

Parastoo M.Mo

Between the Lines | Sibylle George, Parastoo M. Mozaffary & Laith Attar Instructors | Kais Al-Rawi & Julia Koerner

DIGITALLY CRAFTED COLUMNS UNIT JULIA KORENER / KAIS AL-RAWI Parastoo M.Mozaffary, Sibylle George , Laith Attar

June 6h 7h 8h 9h 10h 11th 12th 13th 14th 15th

Altitude 20 30 40 50 60 65 60 50 40 30

Degrees Altitude (Ra) Angle (Ra) DIGITALLY CRAFTED COLUMNS 75 0.349 1.309 88 0.52359 1.536 UNIT JULIA KORENER / KAIS AL-RAWI 95 0.698 1.658 110 0.872 1.9198 Parastoo M.Mozaffary, Sibylle George , Laith Attar 130 1.047 2.269 150 1.1344 2.619 210 1.1344 3.665 230 1.047 4.015 255 0.872 4.4506 265 0.698 4.625 DIGITALLY CRAFTED COLUMNS UNIT JULIA KORENER / KAIS AL-RAWI

unit i . 2014 J RDAN Parastoo M.Mozaffary, Sibylle George , Laith Attar

foliation

Exfoliation | Ramzi Shahin, Selma Udriot Johansson & Jalal Matraji Instructors | Kais Al-Rawi & Julia Koerner

DIGITALLY CRAFTED COLUMNS UNIT JULIA KORENER / KAIS AL-RAWI Selma Udriot Johansson/Jalal Matraji/ Ramzi

unit i . 2014 J RDAN

DIGITALLY CRAFTED C UNIT JULIA KORENER / KAIS

Sarah | Suha

V.01 Elevation

V.02 Elevation

V.03 Elevation

V.01 Section

V.02 Section

V.03 Section

DIGITALLY CRAFTED COLUMNS UNIT JULIA KORENER / KAIS AL-RAWI Sarah | Suha | Yasmin

V.01 Top View

Interlocking Synthesis | Suha Al-Salamain, Yasmin Al-Qasrawi & Sarah Alqalâ&#x20AC;&#x2122;awi

Instructors | Kais Al-Rawi & Julia Koerner

DIGITALLY CRAFTED COLUMNS UNIT JULIA KORENER / KAIS AL-RAWI Sarah | Suha | Yasmin

V.02 Top View

V.03 Top View

V.01 Plan

V.02 Plan

V.03 Plan

DIGITALLY CRAFTED COLUMNS UNIT JULIA KORENER / KAIS AL-RAWI

unit i . 2014 J RDAN Sarah | Suha | Yasmin

Porosity of the Shellâ&#x20AC;&#x2122;s Structure inspired from Honeycomb Weathering Phenomena

DIGITALLY CRA UNIT JULIA KORENE

Solid and Void in Porous Structures

Pore Structure of Sandstone

Crystalization Pressure

Analysis of Pores DIGITALLY CRAFTED COLUMNS UNIT JULIA KORENER / KAIS AL-RAWI

Smooth Operations | Diala Quqa, Amir Morgan & Fawzi Bata

Instructors | Kais Al-Rawi & Julia Koerner

AMIR, DIALA,FAWZI

Dynamic Mesh Relaxation : We applied a physics engine to be able to simulate various trials of dynamic mesh relaxations to create shell structures relating to our phenomena

unit i . 2014 J RDAN DIGITALLY CRAFTED COLUMNS UNIT JULIA KORENER / KAIS AL-RAWI

AMIR, DIALA,FAWZI

DIGITALLY CRAFTED COLUMNS

Voids Within Voids | Ali Abu Tabik, Jana Chams and Nivin Nabeel Instructors | Kais Al-Rawi & Julia Koerner

unit i . 2014 J RDAN

Section 1

UNIT 02 - ERODED SYMMETRIES FINAL REVIEW PROJECT SHEET 02

UNIT 02 - ERODED SYMMETRIES

GROUP 2

FINAL REVIEW PROJECT SHEET 07 GROUP 2 Section 2

Path generation process

UNIT 02 - ERODED SYMMETRIES FINAL REVIEW PROJECT SHEET 08 GROUP 2

Erosive Arteries | Haya AlNibari, Addy Yousef, Ti Fu & Luay Farah

Instructors | Marie Boltenstern, Vincenzo Reale & Mohamed Makkouk

unit ii . 2014 J RDAN

UNIT 02 - ERODED SYMMETRIES FINAL REVIEW PROJECT SHEET 012

GROUP 2

UNIT 02 - ERODED SYM

FINAL REVIEW PROJECT S

GROUP N

UNIT 02 - ERODED SYMMETRIES

Fig. 03: Description of Diagram

FINAL REVIEW PROJECT SHEET 02 GROUP NUMBER 3

Sahara Complex | Aseel AlHourani, Isabel Branas, Ahmad Al-Qassas & Ahmad Al-Khaldi Instructors | Marie Boltenstern, Vincenzo Reale & Mohamed Makkouk Low Density

Low-Medium Density

High-Medium Density

High Density

unit ii . 2014 J RDAN UNIT 02 - ERODED SYMMETRIES

UNIT 02 - ERODED SYMMETRIES FINAL REVIEW PROJECT SHEET 07 GROUP NUMBER 3

FINAL REVIEW PROJECT SHEET 013

GROUP NUMBER 3

Generation 01

Option 01

Figure 25: Pattern 01

Value 01

Figure 28: Pattern 02

UNIT

Figure 30: Pattern 03

MID RE

Value 01

Generation 02 Figure 26: Section 01

Option 02

Value 01

Sand Ripples

Value 01

Figure 29: Section 02

Figure 31: Section 03

Hesham Shahaly, Noura Mheid, Reem Hamdan, Ahmad Darhalli

Value 01

02 Generation 03

Man Dunes | Noura Mheid, Hesham Elshahaly , Reem Hamdan & Ahmed Derhalli Instructors | Marie Boltenstern, Vincenzo Reale & Mohamed Makkouk Value 01

In geology, ripple marks are sedimentary structures made of sand and indicate agitation by water or wind. When moved by the wind, the grains of sand bounces along the ground through a process called saltation. The distance from one ripple to the next is related to the distance grains are splashed, which in turn is related to grain size and wind speed. Figure 27: Top View 01

Figure 30: Top View 02

Figure 32: Top View 03 UNIT 02 - ERODED SYMMETRIES MID REVIEW PROJECT SHEET 011

unit ii . 2014 J RDAN GROUP NUMBER

UNIT 02 - ERODED SYMMETRIES

MID REVIEW PROJECT SHEET 03

GROUP NUMBER

Value 01

TESTING MODEL

A conceptual physical model made of layers of foam board stimulates the behavior of the rocks when interacting with external factors. The addition of a chemical (spray paint) interacted with the model in a similar way. the parameters taken into consideration are: materiality, distance, amount of spray paint, repetitivity, angle, and die-cut. UNIT 02 - ERODED SYMMETRIES FINAL PROJECT SHEET 02

UNIT 02 - ERODED SYMMETRIES

GROUP NUMBER 1

FINAL PROJECT SHEET 09 GROUP NUMBER 1

Aeolian Tafoni Morphologies | Joe Cook, Bassem Saad & Ismail Hutet Fig. 03: Description of Diagram

Fig. 03: Description of Diagram

UNIT 02 - ERODED SYMMETRIES

Instructors | Marie Boltenstern, Vincenzo Reale & Mohamed Makkouk

FINAL PROJECT SHEET 06 GROUP NUMBER 1

Figs. 1-5: Different iterations on the same theme

unit ii . 2014 J RDAN UNIT 02 - ERODED SYMMETRIES FINAL PROJECT SHEET 07 GROUP NUMBER 1

Different intensity deformations

original surface

intensity 1

intensity 2

intensity 3

UNIT 02 - ERODED SYMMETRIES FINAL REVIEW PROJECT SHEET 09 GROUP 4

UNIT 02 - ERODED SYMMETRIES FINAL REVIEW PROJECT SHEET 02 GROUP 4

Fig. 03: Description of Diagram

Section AA

Section BB

Fig. 03: Description of Diagram

Section CC

Ripple Morphology | Zahraa Makki, Leyla ElSayed Hussein, Farah Zarour & Hala Alhaddid Instructors | Marie Boltenstern, Vincenzo Reale & Mohamed Makkouk Section DD Fig. 03: Description of Diagram

Fig. 03: Description of Diagram

Ripple Effect on Site

UNIT 02 - ERODED SYMMETRIES UNIT 02 - ERODED SYMMETRIES FINAL REVIEW PROJECT SHEET 05 MID REVIEW PROJECT SHEET 05 GROUP 4 GROUP NUMBER

unit ii . 2014 J RDAN

UNIT 02 - ERODED SYMMETRIES

FINAL REVIEW PROJECT SHEET 015 GROUP 4

EROS INSTRUCTOR F Angel Firmalino | Dana AGENT SIZE : 3 NUMBER OF THE AGENT : 2000

AGENT SIZE : 3 NUMBER OF THE AGENT : 4000

AGENT SIZE : 4 NUMBER OF THE AGENT : 3000

AGENT SIZE : 3 NUMBER OF THE AGENT : 4000

AGENT SIZE : 3 NUMBER OF THE AGENT : 3500

AGENT SIZE : 3 NUMBER OF THE AGENT : 2000

Mirage | Mazen AlAli, Angelique Firmalino & Dana Taher Instructor | Filippo Nassetti

EROSIVE AGENCY UNIT INSTRUCTOR FILIPPO NASSETTI participant Angel Firmalino | Dana Taher | Mazinname Alali

unit iii . 2014 J RDAN

Design Process

Frame A

Frame B

Frame C

Parameters

Start Death

Climbers Retreat | Khaleefa Alhemli, Abdullah Abdelhadi & Steve Martinez Instructor | Filippo Nassetti

Phenotypes

Creative Center | Wael Nasrallah, Bashar Nteifeh & Shaher AlHmoud Instructor | Filippo Nassetti

PARTICIPANTS:

FACULTY:

Alaâ&#x20AC;&#x2122;a Atih Aseel Al Wuhaib Batoul Alrashdan Caterina Selva Elie Boutros Georg Popp Hamza Tahabsam Hidaya Budeir Jad Ismail Jessica Ngo Joy Georgi Joseph Cook Liudmila Pavlova Lubna Aqel Man Ho Kwan Marah Sleman Marwan AlBalushi Mazen Alali Mousa Afifi Muneera AlHussainan Nabih Mousharbash Nezar Abuhalaweh Noor Khuder Rasha Al Shami Wael Nasrallah

Programme Director: Kais Al-Rawi

Crystal Radiosity Unit Masters: Marie Boltenstern Vincenzo Reale Crystalline Shells Unit Masters: Julia Koerner Kais Al-Rawi Crystalline Agency Unit Masters: Filippo Nassetti Rana Zureikat

CRYSTALLINE FORMATIONS JORDAY VALLEY - DEAD SEA

2015

P attern Observa t i on

B A S E COM P ONE NT A N D AGGR EGATION STU D IES

L I G HT A ND S HA DO W E VA L U AT I O N

CRYST

JOY GEORGI, HIDAYA BUDAIR, RA

Pattern A

Pattern B GEN 01

GEN 02

GEN 03

GEN 04

GEN 05

GEN 06

GEN 07

GEN 08

GEN 09

GEN 10

Pattern C

L I G H T P E N E T R AT I O N

S H A D OW MA P

D IF F U S E / D IR E C T / TOTA L R A D IAT ION

CRYSTAL RADIOS

TARGET VALUE FOR LIGHT PENETRATION 65%

JOY GEORGI, HIDAYA BUDAIR, RASHA AL-SH

Polymorphic Variation | Joy Georgi, Hidaya Budair & Rasha Al-Shami

unit i . 2015 J RDAN

Instructors | Vincenzo Reale and Marie Boltenstern GEN 11

CRYSTAL RADIOSITY

GEN 12

JOY GEORGI, HIDAYA BUDAIR, RASHA AL-SHAMI

CRYSTAL RADIOSITY JOY GEORGI, HIDAYA BUDAIR, RASHA AL-SHAMI

Shape A

17.1%

15.4%

20.9%

17.3%

18.9%

CRYSTAL RADIOSITY Batool Alrushdan , Marah Suleiman

Shape C

14.7%

Crystalline Layers | Marah Sleman & Batool Al Rushdan

Instructors | Vincenzo Reale and Marie Boltenstern

Shape B

15.6%

unit i . 2015 J RDAN 26.5%

17.8%

CRYSTAL RADIOSITY

Batool Alrushdan , Marah Suleiman

“DENSIFICATION” VARIABLE: POROSITY GEN 4-1

Top View

CRYSTAL

Nabih Mousharbash, Marwan ALbalushi , M

CRYSTAL RADIOSITY DESIGN STRATEGY Nabih Mousharbash, Marwan ALbalushi , Mikeal Daher DD CC

COMPONENT SCALE: 2 m “DENSIFICATION” 0%

“DENSIFICATION” 30%

“DENSIFICATION” 50%

“DENSIFICATION” 80%

Crystalline Interaction | Nabih Mousharbash, Mikeal Daher & Marwan AlBalushi Instructors | Vincenzo Reale and Marie Boltenstern

CRYSTAL RADIOSITY Nabih Mousharbash, Marwan ALbalushi , Mikeal Daher

Light penetration: 62%

CRYSTAL RADIOSITY

unit i . 2015 J RDAN Nabih Mousharbash, Marwan ALbalushi , Mikeal Daher

CRYSTAL DYNAMICS CRYSTAL DYNAMICS

CRYSTAL DYNAMICS WORKFLOW

CRYSTAL DYNAMICS CRYSTALLINE SHELLS; LED BY JULIA KOERNER & KAIS AL RAWI Maria Marco Balgoma; Georg Popp; Hamza Ahmad Tahapsom

visiting school jordan crystalline formations

CRYSTALLINE SHELLS; LED BY JULIA KOERNER & KAIS AL RAWI Maria Marco Balgoma; Georg Popp; Hamza Ahmad Tahapsom

Crystal Dynamics | Georg Popp, Maria Marco Balgoma, Hamza Tahabsam Instructors | Julia Koerner and Kais Al-Rawi

visiting school jordan crystalline formations

unit ii . 2015 J RDAN

CRYSTALLINE SHELLS; LED BY JULIA KOERNER & KAIS AL RAWI MOUSA AFIFI, NEZAR HALAWEH, ANDY KWAN, CATERINA SELVA

Depth scan

Minimal Paths

through photo analysis we attempt to understand the spatial relationship of crystal formation

BY ANALYsing THE SURFACE OF STONES FROM the DEAD SEA WE LOOK FOR THE MOST EFFICIENT path FOR CRYSTALISATION.

CRYSTALLINE SHELLS; LED BY JULIA KOERNER & KAIS AL RAWI MOUSA AFIFI, NEZAR HALAWEH, ANDY KWAN, CATERINA SELVA

Instructors | Julia Koerner and Kais Al-Rawi visiting school jordan

CRYSTALLINE SHELLS; LED BY JULIA KOERNER & KAIS AL RAWI MOUSA AFIFI, NEZAR HALAWEH, ANDY KWAN, CATERINA SELVA

crystalline formations

ITERATION 1

ITERATION 2

ITERATION 3

ITERATION 4

pattern 1

visiting school jordan crystalline formations

Texture Morphologies | Caterina Selva, Mousa Afifi, Andy Kwan & Nezar Halaweh

visiting school jordan crystalline formations

CRYSTALLINE SHELLS; LED BY JULIA KOERNER & KAIS AL RAWI MOUSA AFIFI, NEZAR HALAWEH, ANDY KWAN, CATERINA SELVA

visiting school jordan crystalline formations

unit ii . 2015 J RDAN

GENERATIVE ITERATIONS

GENERATIVE PROCESS

CRYSTALLINE SHELLS; LED BY JULIA KOERNER & KAIS AL RAWI Jo Cook ; Wael N. ; Mazen Al-ali ; Ala’a Atia

visiting school jordan crystalline formations

CRYSTALLINE SHELLS; LED BY JULIA KOERNER & KAIS AL RAWI Jo Cook ; Wael N. ; Mazen Al-ali ; Ala’a Atia

The Offshore Pavilion | Ala’a Attia, Joe Cook, Mazen Al-Ali & Wael Nasrallah Instructors | Julia Koerner and Kais Al-Rawi CRYSTALLINE SHELLS; LED BY JULIA KOERNER & KAIS AL RAWI Jo Cook ; Wael N. ; Mazen Al-ali ; Ala’a Atia

visiting school jordan crystalline formations

unit ii . 2015 J RDAN

3000 2500 914

2000

Separation Pheromone Speed

0.90 3.00 0.70

1500

Sink Holes | Aseel AlWuhaib, Lubna Aqel & Muneera Al-Hussainan Instructors | Rana Zureikat and Filippo Nassetti Separation Pheromone Speed

0.90 3.00 0.70

915

833

966

1029

Model III

Model IV

614

605

614

915

918

856

1137

971

977

1030

Model V

Model VI

Model VII

Model VIII

320 925

1107 425 484

530

826

909

1000 500

556

708

Model I Flat Land

1255

497

Model II

Less than 20

20 - 40

Model IX

greater than 40

unit iii . 2015 J RDAN

TERRAIN SELECTION

ysis

Evaluation process

location : 3.5 km X 3.5

Flowlines Based on Site Forces

Angle > 30 degree

Evaluation process

location : 3.5 km X 3.5

Flowlines Based on Site Forces

Agents Processig Frame

Displacement Terrain

Angle > 30 degree

Faded Agents | Noor Khuder, Liudmila Pavlova & Sally Jamal

Instructors | Rana Zureikat and Filippo Nassetti

Selected Terrain Selected Terrain

Topographic Analysis

unit iii . 2015 J RDAN

Agents P

VIEW FROM THE DEAD SEA

PHENOTYPE SELECTION

VIDEO

CRITERIA _ WATER _ CLUSTERS

Sea Sprawl | Elie Boutros, Jessica Ngo & Jad Ismail

Instructors | Rana Zureikat and Filippo Nassetti

CRYSTALLINE AGENCY UNIT PROJECT POTASHÃ&#x2030;

unit iii . 2015 J RDAN

PARTICIPANTS:

FACULTY:

Abbas Sbeity Ahmed Jirjees Aya Mohanna Daniel Elias Farah Maayta Ghaydaâ&#x20AC;&#x2122; Al-Amoudi Hani Kahhaleh Harrison Pickering Hasan Atamish Hidaya Budair Hucen Sleiman Jiwon Lee Joseph Cook Joy Georgi Lubna Mansour Marcelle Khatib Marco Caprani Mazen AlAli Miad Hanafi Mingjing Lin Neil Quinn Rabih Bsat Ramona Abdallah Samah Mustapha Sara Dsouki Tamara Akhrameeva Vian Baban Wael Nasrallah Wassan Jaber Zeinab Sayed Ahmad

Programme Director: Kais Al-Rawi Crystal Radiosity Unit Masters: Marie Boltenstern Vincenzo Reale Crystalline Shells Unit Masters: Julia Koerner Kais Al-Rawi Crystalline Agency Unit Masters: Filippo Nassetti Exhibition Curation: Rana Zureikat Rhino 3D Tutor: Joeseph Cook GJU Local Coordinators: Hasan Hamdan Muhsen AlBawab Hosted by School of Architecture & Built Environment, GJU.

HYPERBOLIC REEFS GULF OF AQABA - RED SEA

2016

STRATEGY AND PROCESS 2D ANALYSIS LE AT H E R C OR A L

GEN 01

GEN 02

GEN 03

GEN 04

GEN 05

GEN 06

GEN 07

GEN 08

GEN 09

GEN 10

GEN 11

GEN 12

GEN 13

GEN 14

GEN 15

GEN 16

GEN 17

GEN 18

GEN 19

GEN 20

GEN 21

GEN 22

GEN 23

GEN 24

GEN 25

GEN 26

GEN 27

GEN 28

GEN 29

GEN 30

RATEGY AND PROCESS

ANALYSIS

H E R C O RA L

GEN 01

GEN 02

GEN 03

GEN 04

GEN 05

GEN 06

GEN 07

GEN 08

GEN 09

GEN 10

GEN 11

GEN 12

GEN 13

GEN 14

GEN 15

GEN 16

GEN 17

GEN 18

visiting school jordan HYPERBOLIC REEFS

Organic Figuratives | Hidaya Budair, Hasan Atamish & Sara Dsouki

Instructors | Julia Koerner and Kais Al-Rawi GEN 19

GEN 20

GEN 21

GEN 22

GEN 23

GEN 24

SUBAQUEOUS FORMATIONS UNIT_ ORGANIC FIGURATIVES Hasan Atamish; Hidaya Budair; Sara Dsouki

unit i . 2016 J RDAN

Architectural Branching

The first stage in our research was to choose one of the corals existing in aqaba â&#x20AC;&#x201C;red sea . our research focused on the branching coral species: Fan coral , Violet Stylaster , Feather Duster Warm and Kenya tree coral capnella. In the second stage ,The study aimed to understand the different characteristics of each coral and the hierarchal and the growth structural process. Using Autodesk Maya , corals were modeled individually , then after creating different generations of each system , the four systems were combined in one model to create useable architectural space with special experience qualities benefiting from the volumetric and hierarchal analysis of the branching systems. The architectural space is linked to the main land and contains : awareness center, gallery, three laboratories , meditation and resting areas, coral farms and garden.

Fan Coral

Violet Stylaster Coral

Kenya Tree Coral

Feather Duster Worm

Analysis Picture

Hierarchy

Pattern

Catalogue

Architectural Branching | Ghadyaâ&#x20AC;&#x2122; AlAmoudi, Lubna Mansour, Jiwon Lee and Wassan Jaber

Instructors | Julia Koerner and Kais Al-Rawi Gen 1.1

Gen 1.2

Gen 2.6

Gen 1.1

Gen 1.2

Gen 1.3

Gen 2.9

Gen 1.3

Gen 1.4

Gen 2.13

Gen 1.5

Gen 1.6

Gen 1.5

Gen 2.15

Gen 1.7

Gen 2.1

Gen 2.20

Gen 1.8

Gen 1.9

Gen 2.2

Gen 2.3

Gen 2.25

Gen 2.1

Gen 2.3

Gen 2.4

Gen 2.5

Gen 2.30

Gen 2.5 Gen 2.6

Gen 2.7

Gen 2.35

Gen 2.8

Gen 2.9

Gen 2.10

unit i . 2016 J RDAN

Volumetric Shell | Hani Kahhaleh, Vian Baban & Rabih Bsat

Instructors | Julia Koerner and Kais Al-Rawi

unit i . 2016 J RDAN

Hyperbolic Poritidae | Mazen AlAli, Neil Quinn & Tamara Akhrameeva Instructors | Marie Boltenstern & Vincenzo Reale

unit ii . 2016 J RDAN

Morjan Project | Samah Mustapha, Marco Caprani & Marcelle Khatib

Instructors | Marie Boltenstern & Vincenzo Reale

unit ii . 2016 J RDAN

Symbiotic Thresholds | Abbas Sbeity, Ramona Abdallah & Wael Nasrallah Instructors | Marie Boltenstern & Vincenzo Reale

unit ii . 2016 J RDAN

SITE INSPIRATION

CONCEPT VISUALIZATION

CLOSE-UP SECTION FORM SIMULATIONS

Submersed Ecotones | Daniel Elias, Ahmed Jirjees & Zeinab Sayed Ahmad

Instructor | Filippo Nassetti

unit iii . 2016 J RDAN

HERPOLItHa LImax

COrAL

PROPOSaL GEN01

GEN02

GEN03

GEN04 GEN05 GEN06 Biodigital Ecotones | Farah Maayta, Miad Hanafi, Joy Georgi & Noran Murad

Instructor | Filippo FORm ExP02Nassetti STuDy

DESIGN

unit iii . 2016 J RDAN

Osmotic Aquatic | Harry Pickering, Mingjing Lin, Aya Mohanna & Joe Cook

Instructor | Filippo Nassetti

unit iii . 2016 J RDAN

Extraterrestrial Interventions Saturday 1 â&#x20AC;&#x201C; Monday 10 July 2017 The Wadi Rum Desert, located at the southern edge of Jordan encapsulates the utmost outstanding resemblance of an ecology on Earth to Planet Mars. Throughout the design-research workshop, participants will investigate design concepts for potential interventions within the Martian landscape, speculating on design that derives from research into the natural ecology of Mars; further aided by a research visit to Wadi Rum â&#x20AC;&#x201C; to serve as a proving ground. The programme will focus on utilizing algorithmic and computational design methods, unveiling novel potentials in design at an array of different scales from the material, architectural to the urban. The ten-day programme will bring together a network of distinguished international faculty and guests to offer designresearch units, specialist software tutorials and a guest-lecture series; the programme will be primarily based in Amman, and will include an exclusive visit to the UNESCO protected worldheritage site of the Wadi Rum desert.

upcoming

EXTRATERRESTRIAL INTERVENTIONS WADI RUM DESERT

2017

connect AA Visiting School Jordan Facebook.com/AASchoolJordan

AAVSJO

www.aavsjo.com jordan@aaschool.ac.uk

Our Local Hosts and Partner Institutions: Beit El Balad Private Venue Mr. Akram Abu Hamdan

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