Ziwar Al Nouri_Architecture Portfolio 2018 by Ziwar Al Nouri

MHD ZIWAR AL NOURI M.ARCH

Architecture Portfolio

MHD ZIWAR AL NOURI

M.Arch Mhd Ziwar Al Nouri

ziwaralnouri@gmail.com +43 68110548574 Vienna - Austria About: Mohamad Ziwar Al Nouri is an Architect, and Computational Designer with expertise in Parametric Design. After having completed his M.Arch degree at ELISAVA specializing in Advanced Design and Digital Architecture, he enrolled in 2014 at Studio Zaha Hadid at the University of Applied Arts in Vienna. Studying under the mentorship of the late Dame Zaha Hadid and Patrick Schumacher, he developed great understanding of parametricism and its capabilities to define space and form. He later on studied under Studio Kazuyo Sejima as well. Furthermore, he have lectured as main Tutor of both Studios, contributing greatly to a rich international environment of Computational Design and exchange of knowledge. ZIWAR currently he is Working on his PhD at the University of Innsburck - Austria , he investigates on Social Media and how to use it as processes for Rebuild Syria.

[Architecture Portfolio] 2007- 2018:

Thesis book can be viewed at: http://issuu.com/ziwaralnouri/docs/book Linkedin Profile : https://at.linkedin.com/in/ziwaralnouri

Education: Oct. 2014 –Jun. 2018

Master in Architecture Universitat fur Angewandte Kunst Wien, Studio Zaha Hadid Vienna, Austria

Oct. 2012 – Sept. 2013

M. Arch in Advanced Design and Digital Architecture (ADDA) University (UPF) ,Barcelona and ELISAVA -Barcelona - Spain

16-26/04/2013

Workshop: Digital Fabrication Laboratory

13/03/2013-29/05/2013 Workshop: Digital Interfaces 15/10/2012-20/11/2012 Workshop: Integral Envelopes 15/10/2012-21/10/2012 Workshop: Grasshopper+ Kangaroo physics 20/11/2012-21/12/2012 Workshop: Geometry of natural patterns

Curriculum Vitae

Oct. 2007 – Jun. 2012

BA in Architecture Arab International University , Faculty of Architecture -Ghabagheb- Daraa, Syria

11/2010-11/2011

Professional Project Management Course (PMP) -New Horizons Certificate of Achievement

2006-2007

High school degree

MHD ZIWAR AL NOURI

M.Arch Mhd Ziwar Al Nouri

ziwaralnouri@gmail.com +43 68110548574 Vienna - Austria Professional Experience:

[Architecture Portfolio] 2007- 2018:

Feb. 2016- Mar 2016

Architect Chalabi Architekten & Partner ZT GmbH Vienna, Austria

Oct. 2014 - Present

Grasshopper Tutor at Studio Zaha Hadid Universitat fur Angewandte Kunst Wien, Studio Zaha Hadid Vienna Vienna, Austria

Sept. 2014 - Present

Main Tutor at MAG LAB InformaTech Workshop at MAG LAB, Spain – Italy (Materials- Advanced Architecture – Generative Laboratory) Damascus, SYRIA

July 2014 –August .2014 Lead Assistant at IAAC Global Summer School Workshop 2014 at IAAC - Institute for Advanced Architecture of Catalonia Barcelona, SPAIN March. 2014 - June 2014 Intern Architect BAD. Built by Associative Data Barcelona, SPAIN

Skills: Parametric and Scripting Programmes: Advanced knowledge Grasshopper, Rhino Cam , Kangaroo , Karamba ,and Python. 2D + 3RD Software: Advanced knowledge in Rhino, Revit ,Auto CAD Drawing, ArchiCad, Auto desk 3rd max –VRay, Unity3d , Sketch up ,Auto desk Ecotect, And Augmenting reality. Design Layout: Illustrator, Photoshop, and InDesign. General Skills: • Focused on parametric applications and programs to develop digital new analysis tools. • Capable to write specific scripting languages to develop shape systems that become architectural and habitable spaces

Curriculum Vitae

• • • • • •

Solid knowledge of digital fabrication using CADCAM, and other digital Software. Excellent knowledge in Grasshopper and Programming software oriented towards digital processes and Parametric Design App Developer. Dedicated, well organized. Creative and team worker with the ability to set goals and reach objectives. Strong design and visualization skills, including model making, and sketching.

MHD ZIWAR AL NOURI

M.Arch Mhd Ziwar Al Nouri

ziwaralnouri@gmail.com +43 68110548574 Vienna - Austria

Very Good Rhino Rhino Cam Grasshopper Python Programming

[Architecture Portfolio] 2007- 2018:

Auto CAD Drawing ArchiCad Auto desk 3rd max â&#x20AC;&#x201C;VRay Unity3d Sketch up Auto desk Ecotect Augmenting reality Illustrator Photoshop InDesign Revit

List Of My Techinical SKills

Good

Basic

Table Of Contents:

Damascus Re-Coding: 2018 -Diploma Project - Studio Sejima

[Project]_01

Mazzeh 664: 2017 Reparametrize Studio

[Project]_02

Sheraton Hotel: 2017 Reparametrize Studio

[Project]_03

Seville Restaurant: 2017 Reparametrize Studio

[Project]_04

Urban Un-Expected Data:

[Project]_05

Abiotic House: 2014 Architecture Parametric Project Interactive Stand: 2014 Architecture Parametric Project

Master Thesis: 2013 Publications

[Project]_14

[Project]_15

[Project]_16

2017 Pre-Diploma Project - Studio Sejima Nature Orchestrated: 2016 Master Project - Studio Sejima

[Architecture Portfolio] 2007- 2018:

[Project]_06 Electric Spark - Geometry of Natural Patterns: 2012 -2013 Master Project - BIO LAB

[Project]_07 The Project of Shadow - Data Scape: 2012 -2013 Master Project - COD LAB

In Between: 2016 Master Project - Studio Sejima [Project]_08

noHome:

Editing 8 : 2016 Urban Project - Studio Hadid

Digital Fabrication: 2013 Thesis Project - True Scale Prototype

YAC Food & Wellness Club: 2015 Architecture Competition Project [Project]_10

FOLIAPP: 2015 Mobile_App

2015 Master Project - Studio Hadid 1;1 Scale Adaptive Pneumatic: 2014 /15 Master Project - Kinetic Morphologies

Academic + Private Projects

Oculis Solis: 2014 Architecture Parametric Project

[Project]_19

[Project]_12

[Project]_13

[Project]_20

[Project]_21 Museum Development of Science and Islamic: 2012 Architecture Graduation Project

[Project]_11

Folias:

[Project]_18

2015 The DigDesFab14 Pavilion- True Scale Prototype

[Project]_09

Spa in Bologna: 2015 Energy Design Project

[Project]_17

Augmenting Reality: 2014 Application Freehand Sketching:

[Project

â&#x20AC;&#x153;DAMASCUS Re-Codingâ&#x20AC;? 2018 Architecture Diploma Project Location

: Damascus - Syria

Negative Volume

Provide Light

Provide more visual and Ventlation Keep the Street Axes

Create Central Courtyard as Shared void Less Noise Provide Shadow

Pedestrain Axes

Green / Water

Transparency Material Diffuse Daylight Keep the visual for Surrounding

Visual Communication

Centrality of Open Courtyard

Software: Rhino - Grasshopper - Photoshop

Cut TYPOLOGIES

Neighborhooding relation

01 - 2018 ]

[Project

01 - 2018 ]

“MAZZEH 663” 2017 Architecture Project Location

: Damascus - Syria

[Project

02 - 2017 ]

“SHERATON SINGLE ROOM” 2017 Architecture Project Location

: Damascus - Syria

[Project

03 - 2017 ]

“SEVILLE RESTAURANT” 2017 Architecture Project Location

: Damascus - Syria

[Project

04 - 2017 ]

“URBAN UN-EXPECTED DATA” 2017 Architecture Pre-Diploma Project Location

: Damascus - Syria

The Syrian Civil War is without a doubt the worst humanitarian crisis since the Second World War, which has resulted in more than 250.000 people killed, 130.000 missing and over 7.6 million internally displaced. The goal of my project is to introduce new housing concept for the post-war Syria, which will in short-term provide qualitative solution for mass social housing in all damage areas by Integrate of the new housing with existing constructions (damaged and/or ruined); using the techniques of the traditional house in old Damascus city, and the social aspect in an advanced phase of the design by using big data. Because of the living conditions in the current refugee camps and temporary buildings across Europe and other countries are mostly inhuman, making refugees feel desperate, since there’s also nowhere to come back as the Syrian towns are in ruins, offering nothing to people who once lived there. For that’s reason the new housing concept should become a creation of such living conditions which will be attractive for once displaced Syrians to return. People, who spent years in temporary shelters and adapted buildings, will look for “solid ground” to begin a new life. New housing concept should be able to permanently accommodate people in need of a new home and become a new page in the history of Syria. Software: Rhino - Grasshopper - Ecotect - Photoshop

[Project

05 - 2017 ]

[Project

05 - 2017 ]

â&#x20AC;&#x153;NATURE ORCHESTRATEDâ&#x20AC;? 2016 Architecture Studio Sejima Project Location

: Inujima - Japan

Designed by: Mhd Ziwar Al Nouri - Dima Isaiev - Jonathan Paljor Exibitions : The Essence 16 ,Angewandte, Alte Post, Dominikanerbastei , Vienna, Austria, 2016 La Biennale ,Kazuyo Sejima /SANAA , Giardini Central Pavillion Venice, Italy, 2016

The Project takes a closer look at the historical perspective of the Island of Inujima in the South West of Japan and how it was exploited as a natural resource during the industrial boom as a place for copper refining and stone quarrying. Our proposal tries to create a new way of navigating the Island that allows people to experience the natural conditions of the Island in order to appreciate it for its inherent qualities through an amplification or alteration of these conditions. Software: Rhino - Grasshopper - Ecotect - Photoshop

[Project

06 - 2016 ]

[Project

06 - 2016 ]

[Project

“IN BETWEEN” 2016 Architecture Studio Sejima Project Location

: Inujima - Japan

Designed by: Mhd Ziwar Al Nouri - Dima Isaiev http://studio-sejima-vienna.com/ Video Link: https://www.youtube.com/watch?v=glpq5rSkhCM

Inujima is a small island off Okayama in the Seto Inland Sea. Inujima has become known as a site for modern art in recent years and serves as a venue of the Setouchi Triennale modern art festival. Inujima is occupied by a small rural village, on the north east part of island which is home to about one hundred people. Scattered across the small, peaceful village are the five galleries of the Inujima Art House Project and have become permanent attractions on the island. They can all be explored in a pleasant 1-2 hour walk through the narrow lanes of the village. Our proposal is to create the balance between the power attractions places of Inujima by creating new pavilions through the use of the traditional “five senses” model (sight, hearing, touch, smell, and taste) as references, and locating them in an appropriate spatial condition place through invest the environment aspects in the island, and connect all the pavilions with one path, and letting the visitors to experience their senses, and explore the rest part of Inujima. By spreading all pavilions on all the island .and each pavilion contains its own unique set of sense feeling. Software: Rhino - Grasshopper - Ecotect - Maya - Photoshop

07 - 2016 ]

[Project

07 - 2016 ]

[Project Analysis of Inujima Find the power attractions

07 - 2016 ]

Concept

Slope analysis

The Concept is to Creating new

[Grasshopper] shows the

pavilions through the use of the

highest points in Inujima

traditional â&#x20AC;&#x153;five sensesâ&#x20AC;? model

,and the most observation

(sight, hearing, touch, smell,

and attraction points.

places of Inujima

and taste) as references.

Balance analysis Analyze the Balance of the

Connectivity

Solar analysis

Connect all the pavilions with

[Grasshopper,3 months per

one path, and letting the visi-

year ] shows the maximum

tors to experience their sens-

,and minimum radiation

es, and explore the rest part of

values ,and to calculate the

Inujima.

amount of radiant energy in

power attractions places of Inujima by using Vector field.

all topography

Balance analysis

Site analysis

Wind analysis

Our proposal is to create the

[Grasshopper] shows the exist-

[Vasari, time 21 Septem-

balance between the power

ing tree ,houses ,and street in

ber] shows the maximum

attractions places of Inujima

Inujima.

,and minimum speed of

by creating new pavilions ,and

By this analysis we can optimize

the wind .

attractions places

the best and free place where we can build our pavilions.

[Project Silent + Loud Pavilion

Wind Pavilion

[Grasshopper] The map shows

the best potential places for

the best potential places for the

the Silent and Loud pavilion,

Wind pavilion, by integrating

by integrating the site analy-

the site analysis with the Wind

sis with the Balance analysis ,

analysis , which is an important

which is an important feature

feature for this pavilions.

07 - 2016 ] The Position of the Pavilions [Grasshopper] This map shows the best potential positions of the five pavilions wish locating in an appropriate spatial condition place based on the

for this pavilions.

previous analysis.

Light Pavilion

Grid Application

The Logic of Path

[Grasshopper] The map shows

[Grasshopper ] Apply a square

[Grasshopper] Base on the

the best potential places for the

grid on Inijima map ,the mod-

Previous grid we gener-

Light pavilion, by integrating

ule of this grid has the same

ate the path automatically

the site analysis with the Solar

size of the house.

through the free square

analysis , which is an important

and find the shortest walk

feature for this pavilions.

between the pavilions ,and connect it to the existing path.

View Pavilion

Grid Application

Final Result

[Grasshopper] The map shows

[Grasshopper ] Generate the

After all the analysis we

the best potential places for

Site map on the Grid.

connect all the pavilions

the View pavilion, by integrat-

House = Brown

with one path, and letting

ing the site analysis with the

Path = Blue

the visitors to experience

Slope analysis , which is an

Tree = Green

their senses, and explore

important feature for this pa-

the rest part of Inujima. By

vilions.

spreading all pavilions on all the island .

[Project

â&#x20AC;&#x153;Editing 8â&#x20AC;? 2016 Urban Project _Studio Zaha Hadid Location

: Vienna - Austria

Designed by: Mhd Ziwar Al Nouri - Andrea Carniti The Location is in Vienna. Itâ&#x20AC;&#x2122;s a triangular free area, surrounded by big-scale housing buildings. Although its urban environnment. The idea is to suggest an option that would improve the area dynamic and, if possible, point out the factors that take on the most influence by using new strategy for design new Urban area. The aim of this project is the development and application of experimental digital design strategies within the framework of a specific design brief. The design process itself is guided by the given experimental design strategy (i.e. genetic algorithms, crowd simmulations, data mapping, ...) and a field of design research. the process : using the view point from the area and combinig them, according to the density chosed, has been developed an urban strategy that allows us to menage differents building typologies with the higest view permitted. density: the density of the area is related to the typology of the buildings typology: linear building .factor of density 0.6 . high views tower building .factor of density 0.25 . normal views courtyard building .factor of density 0.4 . less view typology needs: every building typology has differents requirements. location optimization. with galapagos the points with the highest view are find sequentially. Software: Rhino - Grasshopper - Ecotect - DepthMap - Photoshop

08 - 2016 ]

[Project

08 - 2016 ]

FIND THE FIRST LINEAR BUILDING WHERE THE BUILDING

FIND THE THIRD LINEAR BUILDING WHERE THE BUILDING

FIND THE FIRST TOWER WHERE THE BUILDING HAS NOR-

FIND THE FIRST COURTYARD WHERE THE BUILDING HAS

FIND THE THIRD COURTYARD WHERE THE BUILDING HAS

HAS THE HIGHEST VIEW

MAL VIEW

LESS VIEW

FIND THE 2nd LINEAR BUILDING WHERE THE BUILDING

FIND THE FORTH LINEAR BUILDING WHERE THE BUILD-

FIND THE SECOND TOWER HAS NORMAL VIEW

FIND THE SECOND COURTYARD WHERE THE BUILDING

FIND THE FOURTH COURTYARDWHERE THE BUILDING

HAS THE HIGHEST VIEW

ING HAS THE HIGHEST VIEW

HAS LESS VIEW

HAS LESS VIEW _Final Result

[Project

“YAC FOOD & WELLNES CLUB” 2015 Architecture Competition Project Location : Designed by

Bologna - Italy : Mhd Ziwar Al Nouri -Luca Beltrame -Marko Margeta- Andrea Carniti

For more information :http://issuu.com/marlegno/docs/contest-catalogue-fwc-2015

Our idea is to use a gradient wooden skin and structure to explore the structural and design possibility that this material can offer, with solar panel on the south facade in order to exploit the solar radiance, and using in the north facade algae panel to generate heat and biomass, as renewable energy sources. the biomass and heat generated by the facade are transported by a closed loop system to the building’s energy management center, where the biomass is harvested through floatation and the heat by a heat exchanger. because the system is fully integrated with the building services, the excess heat from the photo bioreactors (pbrs) can be used to help supply hot water or heat the building, or stored for later use. Because microalgae absorb daylight,bioreactors can also be used as dynamic shading devices. the cell density inside the bioreactors depends on available light and the harvesting regime. Software: Rhino - Grasshopper - Ecotect - Maya - Cinema4D - Photoshop

09 - 2015 ]

[Project

09 - 2015 ]

[Project

â&#x20AC;&#x153;SPA IN BOLOGNAâ&#x20AC;? 2015 Energy Design Project Location

: Bologna - Italy

Our idea is to make the position of different rooms in section according to the interior temperature. The skin is created out of 8 precast concrete units. These units are staggered across the facade in order to balance the required glazing with the necessity for self shading to reduce solar heat gain. The units catch two forms of solar radiation, heat and light. The thick skin shades itself in an updated version of a brise-soleil and through the dimpling in the panels catches shadows producing an all-over optical effect. Each panel is dimpled toward a slightly different depth. These catch the light of the sun to create a shallow relief of vibrated shadows. The facade is conceived of as a bas-relief sculpture. The shadow play is further intensified as the sun moves through the day creating radically different effects at different times. Of particular interest architecturally was how the pattern of dimpled panels moved across the corner condition. The building is held as a pure box with 90 degree corners, but the pattern is independent of the building geometry and optically moves through the corner. This was an attempt to estrange the building through a decoration of surface qualities at odds with the simplicity of the mass. Software: Rhino - Grasshopper - Ecotect - Maya - Cinema4D - Photoshop

10 - 2015 ]

[Project

10 - 2015 ]

[Project

“FOLIAS” 2015 Master Project - Studio Zaha Hadid Location

: Vienna - Austria

Designed by : Studio Hadid Vienna Publications : Studio Zaha Hadid 2000-2015, Fluid Totality – The dream of inhabiting a nature-like built environment, Birkhaeuser Verlag, 2015

Folias is a kinetic structure developed by Studio Zaha Hadid in the University of Applied Arts Vienna for its 15th anniversary. The project is part of the studio assignment “Kinetic Morphologies” on which the students worked for two semesters from September 2014 till June 2015. Divided in 5 groups the students developed designs of a large kinetic structures 1:1 scale based on comprehensive studies over different biological phenomenon. After an internal competition within the studio, one design was chosen to be realised.

During the first phase, the students’ objective was to identify and analyze a wide variety of biological organisms whose transformative potential could be adapted for architectural use, in the broadest sense of the word. Here, the focus was placed not only on the specific biokinetic functionality of the reference model (pneumatic, chemical, or mechanical processes, etc.), but also and above all on the performative and formal qualities directly associated with it (reactions to changing parameters of its environment, etc. / changes in surface structure, translucency/transparency, color, etc.).

11 - 2015 ]

[Project

11 - 2015 ]

[Project

“ADAPTIVE PNEUMATIC” 2014-2015 Master Project - Kinetic Morphologies Location

: Design Musuem - London

Design Team: Mhd Ziwar Al Nouri - Banafsheh Fahimipour - Roy Kim Publications : Studio Zaha Hadid 2000-2015, Fluid Totality – The dream of inhabiting a nature-like built environment, Birkhaeuser Verlag, 2015 The purpose of this project is to create adaptive extensions for the London design museum, by identify biological organizations of Blue dragon that due to their transformative performance show a high potential for architectural appropriation, analyses and abstract the processes that underlie their Metamorphosis. The focus of this project is to create a combination between two systems the pneumatic system and origami pattern ,and apply that’s system in different functions, when it’s inflate affecting on the origami to open and close to get the light exposure or to be as seating area. Because of their non-linear properties, differential material capacities and multiple states of stability, pneumatic systems are well suited to the construction of highly articulated structures that are transparent, lightweight and rapidly deployable. To develop a design that would suit the shelter typology, the project explored pneumatic systems on three scales: single cushion, group of cushions, and overall assembly of a shelter unit. To deliver additional performance capacity to the system. The sectional differentiation of the pneumatic shelters is based on aerodynamics, so as to stabilize it and modulate the light and temperature conditions of the interior. The distribution pattern of the Origami on these cushions contributes to the modulation of solar penetration and visual exposure. Software: Rhino - Grasshopper - Kangaroo - Rhino Cam - Maya - Photoshop

12 - 2015 ]

[Project

12 - 2015 ]

[Project

“OCULIS SOLIS” 2014 Architecture Parametric Project Designed by: Mhd Ziwar Al Nouri “Oculis Solis” could be dedicated for artistic events or can function as a museum. The building’s skin itself changes with Sunlight, creating different shadow effects and spacial illusions through its geometry and materials. I wanted to explore how Architecture is affected by Sun light and shadow filtration system. The fibers of the building perform the movement of the Eye to make the filtration shadow system, by opening and closing in three dimensional pattern, following the Sun path.

Software: Rhino - Grasshopper - Ecotect - 3rd Max - Photoshop Video Link: http://www.youtube.com/watch?v=VrsuDMk8_Sk

13 - 2014 ]

[Project

13 - 2014 ]

[Project

â&#x20AC;&#x153;ABIOTIC HOUSEâ&#x20AC;? 2013-2014 Master Project - Bio Design Lab Location

: Al Daliya- Beirut- Lebanon

Design Team: Hadil Ankouny - Mhd Ziwar Al Nouri

The Concept is to create a bridge connect between two building, by analyzing the environment aspect to get the comfortable zone and distrusting our points according to data, and run the script of L-System. Challenge the artificial distinction between skin and structure through the development of an envelope system that integrates structural and environmental performances. In this context it is necessary to think an envelope not as threshold dividing inside and outside, but as a filter that mediates between macro-environmental conditions and micro- environmental aspects. This exploration toward structure as a performativity skin and skin as different

Software: Rhino - Grasshopper - Python - Ecotect - Rhino Cam 3rd Max - Photoshop

14 - 2014 ]

[Project

14 - 2014 ]

[Project

â&#x20AC;&#x153;INTERACTIVE STANDâ&#x20AC;? 2014 Architecture Parametric Project Designed by: Mhd Ziwar Al Nouri The system implemented in this interactive stand allows for the actuation of simple elements in order to create different colors and effects with regards to the movement of people around the stand.

Software: Rhino - Grasshopper - Ecotect - Photoshop

15 - 2014 ]

[Project

15 - 2014 ]

[Project

“MASTER THESIS” 2012-2013 Master Thesis in Advanced Design and Digital Architecture Location : ADDA Master degree awarded by Pompeu Fabra- Elisava 2012-2013.- Barcelona- Spain Edited by: M.Arch Ziwar Al Nouri Advisor : Director of ADDA. M.Arch Jordi Truco Thesis book can be viewed at: http://issuu.com/ziwaralnouri/docs/book

This work is the result of the research and projects made during my Master in Advanced Design and Digital Architecture ADDA in Barcelona, The Book Contains: 1. Case Study “Multihalle Mannheim” 2. Two Essays “Animal Architecture” and “L-System” 3. Bio Design Section 4. Computational Design Section.

Software: InDesign - Photoshop - Illustrator

16 - 2013 ]

[Project

“ELECTRIC SPARK” 2012-2013 Master Project - Bio Design Lab - Geomatry of Natural Location

: La Plaza of Pompeu Fabra University- Barcelona- Spain

Design Team: Mhd Ziwar Al Nouri -Marilena -Vineet Publications : Masterclass Architecture: Guide to the World’s Leading Graduate Schools– 2013 , Frame Publishers B.V. Laan der Hesperiden 68

The Concept is to create a bridge connect between two building, by analyzing the environment aspect to get the comfortable zone and distrusting our points according to data, and run the script of L-System. This exploration toward structure as a performativity skin and skin as differentiated structure is divided into four day of work with groups consisting of three students. The methodology consists of: system interrelations, system capacity, system performance, manipulation and response and integral envelopes.

Software: Rhino - Grasshopper - Python - Ecotect - Rhino Cam - 3RD Printer - Laser Cut - 3rd Max - Photoshop

17 - 2013 ]

[Project

17 - 2013 ]

[Project

â&#x20AC;&#x153;TREE SHADOWâ&#x20AC;? 2012-2013 Master Project - Cod Design Lab - Data Collection Location

: La Plaza of Elisava- Barcelona- Spain

Design Team: Mhd Ziwar Al Nouri -Ibrahim-Tarek The Concept is to create a system that corresponds to the sun movement and reacts to light, shadow and heat,The idea behind the system is to increase the amount of natural light and improve thermal comfort conditions of the patio throughout the year, In addition the system could collect the solar heat radiation which, can be used as a secondary power source for the school. Analysis tools. The idea is develop a pattern that shift between morphologies and altitudes based on the values received from the sun movement analysis

Software: Rhino - Grasshopper - Python - Ecotect - Rhino Cam - Laser Cut - 3rd Max - Photoshop -Illustrator

18 - 2013 ]

[Project

18 - 2013 ]

[Project

â&#x20AC;&#x153;NO HOMEâ&#x20AC;? 2015 The DigDesFab14 Pavilion- True Scale Prototype Location

: Vienna

Project Team: 25 students from Institue of Architecture / University of Applied Art Vienna. Supporter : IOA + Bollinger+Grohmann Engineers and Loftcity Brotfabrik. For more information :http://www.2014.digdesfab.com/

Being homeless becomes unfortunate reality for an increasing number of people in Vienna. Although this situtation is not often visible to our relative wealthy society, rising living expenses causes this problem to grow constantly. The noHOME pavilion shall paraphrase the idea of a sheltered space, which at the same time does not satisfy the basic needs of a home (sleeping, eating, living). It is conceived as an architectural opportunity to draw public attention towards the social problem of homelessness. The aim of the design is to raise consciousness about implications of being homeless for the persons concerned and their perception in society. in order to achieve this, a certain ambiguity between inside abd outside with varying degrees of exposure, the perception of a hostile environment leading to an aggressive contextual interface and a limitation of space without the provision of shelter functions to weather conditions. The project has been conceived and realized by master in architecture students with the support of University of Applied Arts Vienna. Software: Rhino - Grasshopper - Rhino Cam - 3rd Max - Photoshop -Illustrator - CNC Machine, Laser Cut

19 - 2014 ]

[Project

19 - 2014 ]

[Project

â&#x20AC;&#x153;DIGITAL FABRiCATIONâ&#x20AC;? 2012-2013 Thesis Project - True Scale Prototype Location

: La Plaza of Elisava- Barcelona- Spain

Design Team: Mhd Ziwar Al Nouri -Ibrahim-Tarek

In this part we have to finalize an architectural design with a pilot tone to enabling a high degree of research. It will be essential to further implement the strategies and tools for design and production processes learned so far. The student have to choose a specific group of work, the specialization on each area will aloud to entire team to think, conceptualize, evolve, fabricate and assemble a true scale proposal within the adaptable - responsive architecture. I participated in a project focusing on the design, fabrication and materials of a true scale prototype: Study of the material of the final prototype, according to efficiency , stiffness, elasticity and sustain ability criteria Study of remodeling components, variability of the component. Pre fabrication,and process of fabrication of the components and assembling pieces . We also studied how to fabricate shape systems using CADCAM, and other digital manufacturing Rapid tools (CNC Machine, Laser Cut).

Software: Rhino - Grasshopper - Rhino Cam - 3rd Max - Photoshop -Illustrator - CNC Machine, Laser Cut

20 - 2013 ]

[Project

20 - 2013 ]

[Project

“EYE DAMASCENE” Graduation Project: Museum development of science and Islamic Damascene Location

: Qassyoun Mountain- Damascus- Syria

The idea of the project and the design strategy: The idea is to design the building in the following points: • Simulation of the local architecture for the wall of Damascus, carved by the letters of the alphabet and the word (‫)اقر‬. • Except for its dependence on interior decoration which characterized by simplicity. • The basic idea is a floor-plan in the form of the human eye, which traveled bridge in the form of the sword of Damascus. • Use the form to suggest sustainable • Design subject to the golden ratio beauty of Islamic architecture and dazzling minute details that had to be paired in some of them with a tool and measure of beauty golden ratio • Dependence on environmental design. Software: Rhino -Auto Cad - 3rd Max - Photoshop - Vray

21 - 2012 ]

[Project

21 - 2012 ]

“FOLIAPP” 2015 APP Foliapp developed by: Mhd Ziwar Al Nouri *Folias : Kinetic Pavillion Project by Studio Zaha Hadid Vienna

Foliapp is an iOS and Android application which serves as a versatile digital archive of the project’s design process and details of *Folias. The app showcases the biological research conducted at the onset of the project, the initial design concepts, and the final project in detail. Foliapp allows the user to view the different parts of the project in 3D giving the user the possibility to pan, zoom and orbit around the 5 main aspects of Folias (substructure, membrane, mechanism, choreography and lightning) making it easy to understand how Folias works through videos, images, and 3D models of the project and its parts ,and using Augmented Reality technology.

Foliapp is developed by Ziwar Al Nouri on the Unity3D platform.

*Folias : Kinetic Pavillion Project by Studio Zaha Hadid Vienna

Software: Unity 3RD - Rhino- C# and Java Scripting.

â&#x20AC;&#x153;AUGMENTED REALITYâ&#x20AC;? 2014 AR&VR Design team: Mhd Ziwar Al Nouri Advisor: Director of BAD RX. Luis E. Fraguada

Augmented Reality is a new technology that is starting to spread. Basically, it consists on mixing 3RD model with live footage in real time. This concept has been applied to futuristic interfaces, and it can be very helpful for architects as it allows you to take 3RD Models a step further, placed on the real world and show it to your clients. My Concept was to create an Application for the project, and make settings for each project by controlling the light, layers, shadows, and Blocks.

You could use your Augmented Reality application to: Present all the constructions details of a complex or development to customers. Present your tender for a construction project Show the different options for finishes on the same model.

Software: Rhino -Unity 3RD - Grasshopper- C# and Java Scripting.

“GRASSHOPPER EXPERIMENT and WORKSHOPS” Workshop Director : M.Arch Ziwar Al Nouri Workshop report can be viewed at: http://blog.rhino3d.com/2016/11/adaptive-skin-workshop-november-24-26.html https://issuu.com/ziwaralnouri/docs/report

Sketches

“FREE-HAND SKETCH” Some of My Sketches National Exam : 80 / 100

MHD ZIWAR AL NOURI M.ARCH Ziwaralnouri @ gmail . com +43 681 10 54 8574 Vienna - Austria

Architecture Portfolio