0.0 Architectural Portfolio
Naji Shabarek 2018
Academic/Competitions/Professional
1
I.1 Contents
I.///Introduction I.1 I.2
Contents Curriculum vitae
P.1 P.2
U.///University projects U.1 U.2 U.3
The vault Sustainable housing 415 de Pavilion
P.4-7 P.8-11 P.12-13
C.///Competitions C.1 C.2
Lamborghini monument Micro housing
P.16-17 P.18-19
W.///Work experience W.1 W.2 W.3 W.4
Chalmers tekniska hรถgskola Tengbom arkitekter Freelance SBG construction
P.20 P.21 P.22 P.23
E.///Extras E.1 E.2
2
Computational experiments Bench design
P.24 P.25
I.2 Curriculum vitae +(46) 738 906 671 February/1991 najishabarek91@outlook.com Gothenburg, Sweden
Education Chalmers tekniska högskola Master of science in architecture Gothenburg, Sweden 120 ects (hp)
Work Experience 2016-2018
2012-2014 Bahçeşehir University Bachelor of science in architecture Istanbul, Turkey 240 ects(hp) 2009-2012 Ebla University Bachelor of science in architecture, Transferred to Istanbul from Aleppo, Syria École Amal National syrian baccalaureate Aleppo, Syria
1997-2009
2017 Chalmers tekniska högskola Teaching assistant for one semester Gothenburg, Sweden Tengbom arkitekter 6 Months intern, Office studio Stockholm, Sweden
2016
2015 Freelance Interior desing/Shop drawings Choco mania, Mall of Scandinavia Stockholm, Sweden 2013 SBG construction 3 Months intern, Landscape studio Royal saudi family summer palace Tangier, Morrocco 2012 SBG construction 6 Months intern, In site steel structure supervision New international airport Mbour, Senegal
Tools/Skills AutoCad 2D/3D Revit Architecture Rhinoceros 3D
9 Year 4 Year 3 Year
Grasshopper/Plugins Dynamo Python coding
2 Year 1 Year 1 Year
Adobe Photoshop Adobe InDesign Adobe Illustrator V-ray for Rhino
6 Year 4 Year 2 Year 2 Year
Carpenting Model making Laser cutting 3D printing
9 Year 9 Year 7 Year 1 Year
Publication/Awards Sustainable desing competition Special award Gothenburg, Sweden
2018
Building design lab competition First prize Gothenburg, Sweden
2018
Arkitekten Magazine issue number 12/2016, 415 De pavilion
2016
References languages
3
Arabic
Mother tongue
English
Fluent
Swedish
Intermediate
Emilio Da Cruz Brandao Director of MPDSD master program Brandao@chalmer.se / +(46) 762 343 647 Krister Bjurström Arkitekt SAR/MSA, Tengbom arkitekter krister.bjurstrom@tengbom.se / +(46) 841 035 444
U.1 The vault Year: Team members: Type: Program:
2017-2018 Naji Shabarek - Allegra Fornaca - Giovanna Gaioni - Effrosyni Rousseau - Miran Alwan Design competition in Chalmers university of technology Cercular consolidation center in Frihamnen / Gothenburg, sweden. Located in Frihamnen, a new, dense, urban development where a new logistic facility serving Frihamnen Efficient management of goods and dismissal of waste Use of electric cars for the distribution elimination of heavy traffic and air pollution. The focus of our approach was to make a structure that functions as a logistic and commercial center while using materials that already exist on site. The answer was to design a center that is both replicable and contextual to the site while having a modular structure that can consolidate and handle the goods and the flow of people at the same time. The current example contains 210 containers with the possibility to push it up to 450 containers distributed over 18 floors.
4
Perspective section
Physcical model 5
5
Designing a flexible traverse in the core of the structure that can travel on the XYZ axis and extend at the same can enable the building to turn into a living mechanism that could load and unload containers holding both goods, waste and built in functions that would serve the people and turn this building into a commercial/logistic center. The functions revolving around this core has saved 80% of the intended area to design this function and at the same time let the users be introduced to all sorts of logistics and waste handling instead of brushing it under the structure which is mostly the case for these types of mixed functions. Not only was the building designed to use leftover containers from the current industrial area but it also used the steel from the old bridge of Gothenburg which drastically lowered the footprint of the building and made us realize that the building currently is essentially already on site and the design proposition is only to assemble it.
Modular structure
Floor
Containers
Distribution
6
View of the core looking up
7
Travers extending
Travers moving along Z axis
Travers rotating
7
U.2 Sustainable housing Year: Team members: Type: Program:
2017 Naji Shabarek - Allegra Fornaca - Giovanna Gaioni Sustainable architecture studio in Chalmers university of technology Student housing in Gรถtaplatsen / Gothenburg, Sweden. Located in the heart of Gothenburg the site was developed to host a sustainable Co-living hub that will serve the students of the area. The design proposal has an integrated hydroponic vegetation growing system with commercial spaces on the bottom floors which can create a circular economy inside the building from cooking and selling some of the grew vegetations. The building retreats in upper floors toward the south which could provide more sunlight to the users and the vegetables, in addition to having terraces around the building and a green house on top.
8
9
Extrude the site
Minimize footprint
Create space
Increase southern facad area
Shift slabs to create Interaction
Optimize each slab
9
North side view
Physcical model 10
Not only was the building designed to function in a more technical and economical sustainable way, but it was also designed with the focus on using sustainable materials. only CLT wood slabs and Glulam columns were used. Which offers a type of flexibility for the building’s function.
wooden cladding 25 mm air gap with framing for cladding 50 mm waterproof layer wood-fiber thermal insulation 160 mm CLT bearing wall 140 mm vapour barrier technical insulated gap 50 mm gypsum board 13 mm
Each floor contain somewhere between 12 & 20 student rooms. Each room is 22 square meters with a bathroom and each 6 to 8 students share a kitchen and a living room/study space. These shared spaces are access points to the hydroponics so we imagined that the users could collaborate and that would bring a social aspect into the equation. wooden flooring 20 mm structural frame for the flooring waterproof layer rockwool insulation with integrated slope (2%) 50-80 mm aluminium gutter glass parapet with aluminium frame waterproof layer CLT slab 140 mm air gap 50 mm wooden cladding 25 mm
11
wooden flooring 15 mm OSB panel 20 mm sand 25 mm vapour barrier wood-fiber thermal insulation 40 mm technical gap filled with sand 50 mm waterproof insulation acoustic insulation 4 mm CLT slab 140 mm technical gap for ventilation pipes 125 mm gypsum board 13 mm
U.3 415 de Pavilion Year: Team members: Type: Program:
2016-2017 Naji Shabarek-Giovanna Gaioni-Annsofi Bjรถrkman-Alice Valinger-Xueli ma-Praveena Live build in design and planning for social inclusion studio in Chalmers university Pavilion Built from recycled materials A key priority has been to focus on participation and to allow young people and women to increase their ownership and engagement with their neighborhood. The success of this project meant throughout the process residents came together and got involved. After conducting a meet and greet including three workshops and one feedback Session, we concluded the design program which included many group ages and different ethnicities. The main focus in the design was providing a sense of safety and ransparency and catering to the need for a roof for the rainy Swedish days as well as easy accessibility.
12
Foundation
Vertical wood logs
13
Structure
Columns and beams
Horizantal planks
Corrigated roof
C.1 Lamborghini monument Year: Team members: Type: Program:
14
2016 Naji Shabarek-Nada Shehab-Nour Fansa international competition Two new roundabout monument for Lamborghini
Derived from the sound spectrum of the humming engine of the lamborghini countach, this sculptural monument embodies the essence of two of the key elements that make up the dna of lamborghini: sound + style. The countach was selected for its reputation for being a pioneer for modern sports car design. The monument features a highly polished chrome-like stainless steel finish and is lit from within at night, powered by harnessed solar energy. The waveform of the lamborghini engine is used as a blueprint to create the 3d form and is manipulated to create an abstract yet calculated installation that sits proud on the roundabout and blends well with the surrounding landscape. The high gloss stainless skin serves to make the monument interactive, meaning that its appearance changes throughout the day and responds to movement around it. A new hybrid and constantly changing harmony. The harmonite.
15
15
C.2 Micro housing
46m2 30m2
38m2
Year: 2017 Team members:Naji Shabarek-Nada Shehab-Nour Fansa Type: international competition Program: Micro housing design for Future-house.org
m
m
8.5 3.5
m
0
2
8.5
4.5
m
4m
1
1:50
3
m
5.5
4.5
m
38m2
46m2 SINGLE (STUDIO)
DOUBLE
FAMILY
The design for this future house typology incorporates optioneering possibilities by providing an element of flexibility. The flexible micro house is designed to come in 3 modular sizes to cater for different types of inhabitants. The three sizes are set out such that they can be assembled in different configurations. The precast concrete units can stand alone or be put together to form a singular building, a horizontal village or a vertical tower. This means that units can cater to different sites as well as different occupants. 0
2 1
m
5.5
4m 3
1:50 0
VSEI RNTGI CUAL A L RV IBLUL IAL G D IEN G 1
38m2
46m2 30m
2
38m2
2
4m 3
1:50
46m2
90°
TAL VILLAGE 16
VERTICAL VILLAGE
VERTICA
The units can be arranged in any number of configurations in order to curate views as well as provide green balconies. They will be fabricated from pre cast concrete and can be mounted onto each other or adjacent to each other with a primary steel structure in which the pre-fabricated units can be inserted and manipulated. The interior design of the units in minimalistic and provides necessary amenities. The layout remains ‘loose’ so that the user is able to re-organise the space to suits their needs.
46m2
m
8.5
0
m
5.5
4.5
m
0
2 1
FAMILY
30m2
VERTICAL VILLAGE 30m2
38m2
38m2
4m 3
1:50
46m2
46m2
UILDING
VERTICAL 46m2 38m2
90°
The units make use of their linear shape in their adaptibility to create simple and/or complex forms. They can be seen as lego pieces that can be used to build interesting structures or plugged in to existing structures. The modularity and minimalistic style will prove efficient in terms of fabrication, contextual suitablity as well as transport - providing an all round flexible solution to future living.
90°
m
8.5
m
8.5
4.5
m
m
5.5
4.5
m
O)
DOUBLE
17
HORIZONTAL VILLAGE HORIZONTAL VILLAGE FAMILY
30m2
38m2
46m2
W.1 Chalmers university of technology
18
Year Job title : Duration : Studio :
2017 Teaching assistant One educational semester (4 months ) design and planning for social inclusion
Responsilbities :
During the period of four month i contributed to three live build projects, an exhibition, a pavilion made from containers and a playground. I was looking over the building process and helping the students ensure the safety and quality of the outcome.
W.2 Tengbom arkitekter Year Job title : Duration : Studio : Responsilbities :
19
2016 Architctural intern Six months Ofiice Building I was assigned to develop two suggestion plans for new development and another for a refurbishment, and for most of the time I was working and contributing to a new office building (Solna united) for Skanska located in Solna Stockholm. I was responsible for developing and issuing different area plans, rooms schedules, Revit Modeling, etc. I also worked on the same tasks for a grand hotel refurbishment in Stockholm.
W.3 ChocoMania coffe shop
20
Year Job title : Duration :
2015 Architect 6 Months
Discription :
During the period of six months, I was hired by a private investor to design a small coffee shop in mall of Scandinavia in Solna, Sweden. I was responsible for the design, choosing of material in collaboration with the client, working closely with the welding and the building team. Producing architectural drawings, renders and shop drawings with details.
W.4 SBG construction Year Job title : Duration : Studio : Responsilbities :
21
2012 Construction site intern Six months Steel structures During the period of 6 months, I was assigned to be an on site steel structure supervisor. my Responsibilities ranged from unpacking the steel, scheduling, ordering missing pieces, supervising workers, quality delivering and shop drawing for additional needed drawings. in addition to working closely with topographic engineers as well as the welding team. during this period I was able to erect four finished small structures. A steel shed, 4 fire truck steel parking structures, a scaffolding structure for a 55m high control tower as well as scheduling the top steel structure of the control tower.
E.1 computational experiments Discription:
22
Some experimental examples that i made using grasshopper/Rhino3d/Photoshop. These shown examples were part of a course in Chalmers university of technology.
E.2 Bench design Discription:
23
I was inspired to experiment with a bench design as a side project for fun, the result was a parametric shaped bench that change along its axis. The change in the shape of the bench could enable users to use it in different ways as they find suitable which could increase the interaction between users and a designed piece.
0.0 oiloftroP larutcetihcrA
kerabahS ijaN 8102
lanoisseforp/snoititepmoc/cimadacA 24