Brauerei st, 9F, Dessa-RoÃ&#x;lau, Germany
YASEEN JABR PORTFOLIO
jabryaseen20@gmail.com +4917636270054 https://www.facebook.com/yaseen. gabr.90
EDUCATION:
ACADEMIC PROJECTS:
2018 - 2020 MSc degree of Architecture at anhalt Hochschule, germany
2018 - 2019 100 Years of BAUHAUS pavilion
2012 - 2017 BSc degree of Architecture Engineering, Mansoura university
2016 - 2017 Mansoura culture centre Mansoura entrance redevelopment 2015 - 2016 INTERNATIONAL HOSPITAL PROJECT NEW DAMIETTA NEIGHBOUTHOOD RESIDENTIAL BUILDING DESIGN
SEMINARS & WORKSHOPS: DEC 2018
TU Delft workshop studying parametric architecture and design to robotic production methods
DEC 2017
Urban Lab Camp in tu Berrlin campus el Gouna
LANGUAGES: ARABIC:
Mother-tongue
ENGLISH:
FLUENT
GERMAN:
GOOD
COMPUTER SKILLS: VECTORIAL SKILLS
AUTO CAD
3D MODELING
RHINO - 3DS MAX - REVIT ARCHITECTURE GRASSHOPPER
RENDERING:
V-RAY FOR 3DS MAX
IMAGE TREATMENT:
PHOTOSHOP - INDESIGN
HOBBIES AND INTERESTS: FOOTBALL
COOKING
MUSIC
PHOTOGRAPHY
TRAVELLING
LEARNING LANGUAGES
MAY 2017 The role of CFD simulation techniques in architecture and urban design APRIL 2017 DAAD study visit scholarship studying social housing and rapid urban development AUG 2016
The use of sustainable elements in future rural urbanism
MAY 2015
Teambuilding for team leaders (By Daad) Leading in time of change (By Daad)
JULY 2015
COMPARISON BETWEEN LEED AND BREAM ASSESSMENT FOR SCHOOLS
Oct 2014
Developing ret-hinterlands
Sept 2014
Introduction to scientific research workshop
May 2014
Sustainabily Story & Elements
2018 - 2019 100 Years of BAUHAUS pavilion 2016 - 2017 Mansoura culture centre Mansoura entrance redevelopment 2015 - 2016 International hospital project New damietta neighbouthood Residential building design 2014 - 2015 Sustainable school design Olympic stadium design Commercial tower design 2014 - 2015 Car gallery Villa design
REFRENCES Eng Sina Mostafavi (Research Coordinator, Manager at Robotic Building Lab by Tu Delft university) E-mail: S.Mostafavi@tudelft.nl Prof.Dr.Eng Sherif Sheta (Associate professor of Architecture, Mansoura University, Egypt) E-mail: sherifsheta@mans.edu.eg
CONTENTS ACADEMIC PROJECTS 01 100 YEARS OF BAUHAUS PAVILION 02 NEW CAPITAL CAIRO AIRPORT 03 MANSOURA CONVENTION CENTRE 04 HOSPITAL PROJECT 05 RESIDENTIAL PROJECT
PROFESSIONAL PROJECTS 01 PRIVATE HOUSE FACADE AND LLANDSCAPE DESIGN 02 DENTAL CLINIC
-INTERIOR DESIGN-
03 INDOOR POOL
-INTERIOR DESIGN-
04 INDOOR GARDEN -INTERIOR DESIGN05 KITCHEN
-INTERIOR DESIGN-
100 YEARS OF BAUHAUS A PAVILION OUT OF WOOD Tessellated Demi-Reciprocal Structure HOCHSCHULE ANHALT - WS18
In order to conmemorate the 100 years anniversary of the modern german Bauhaus School, the Dessau International Architecture Master students of Anhalt University design the following pavilion located in Dessau-Rosslau, Germany. The location of the proposed pavilion is close to the emblematic Bauhaus building and also to the campus of the university. The following research is based on the idea of the reciprocal timber structures as a contructive system and its applications. However the proposed system not correspond completely to the rules of a typical repricocal system, in terms of generative rules or elongation of the connecting members of the fans (units). Therefore, instead a demi-reciprocal approach is explored.
RECIPROCAL UNITS OR FANS TRIANGULAR
SQUARE
HEXAGONAL
DIAMOND
APPLIANCE ON CURVED SURFACE ROOF OF THE CHAPTER HOUSE AT LINCOLN CATHE-
SKETCHES OF GRILLAGE ASSEMBLIES BY LEONARDO
LEONARDO DA VINCI’S PRO-
THE CONCEPT In 1923 Kandinsky proposed a universal correspondence between the three elementary shapes and the three primary colors. In the Bauhaus equation the dynamic triangle is inherently yellow, the static square is intrinsically red and the serene circle is naturally blue. This concept is reinterpretated assuming an equivalence with acute, right and obtuse angles, which lead to the morphology of how the demi-reciprocal structure was conceived. Morphology as the arrangement of structural members that form the reciprocal frame to create a particular three-dimensional configuration.
Dynamic
TRIANGULAR RECTANGLE
BRICK RECTANGLE
DIAMOND
Acute angle HEXAGONAL
INITIAL IDEAS Static
Right angle
Infinity
Obtuse angle
RECTANGLE
TRIANGULAR
COMMON PATHS OF TYPICAL USERS
DESSAU-ROSSLAU
Main ro
Bui
ot H 6 Rob PATlding 4 -
PATH 5ad - Mensa
Anhalt University
3 TH sa - g 4 A P en in M uild B
Typical users
ab
ic L
students tourists
g4
din
z lat
2 TH arp PA min
Central station
Se
-
il Bu
on
tati in S
a uM
USER ANALYSIS art ROUTE 1 architecture
STUDENTS
FORM FINDING- BASE
a H 4 Dess PAT haus Bau
g4
ildin
1 Bu PATHinarplatz Sem
Bauhaus
dessauers
Common paths 1. Seminarplatz - Building 4 2. Seminarplatz - Building 4 3. Mensa - Building 4 4. Bauhaus - Dessau Main Station 5. Main road - Mensa 6. Building 4 - Robotic Lab
architecture
ROUTE 2-a full-time ROUTE 2-b
PROFESSORS/ RESEARCHES USERS
part-time ROUTE 3
Delaunay Triangulation
family couple
DESSAUERS
ROUTE 4 elderly
high-school
VISITORS
elementary-school
tourists
ROUTE 5
Best approach for free form surfaces. Delaunay triangulation is chosen to apply the reciprocal structure for its potential to apply it to any free form surface and having different variations.
FORM FINDING ANALYSIS The process of choosing the best surface to apply the reciprocal structure based on the criteria of: - Maximum height - Minium displacement - Lightest weight
RECIPROCAL FRAMES ANALYSIS
The overall growth from baskets.
DOUBLE INTERLOCK
ANCHOR STUDY
a) Sharing a common rod
b) Endpoint-to-endpoint contact
CONNECTION TO THE GROUND
Wooden Member
MS Plate Fixing the MS Plate with bolts
Concrete Base
A
Detail A
c) T - joint contact
CONCEPTUAL VISUALIZATION
ROOF PLAN
SECTION 1 section 2
section 1
SECTION 2
N
section 3
FLOOR PLAN
SECTION 3
N
NORTH FACADE
SOUTH FACADE
FINAL APPROACH PROTOTYPE
WEST FACADE
EAST FACADE
PROTOTYPE PICTURES
NEW CAPITAL CAIRO AIRPORT Airports are the first and the last impression about any city. So this airport is designed to be remarkable turning airport design concepts from functionality to be source of excitement help archieving the main aim of the new cpaital to be an international city attracting people from all-over the world to flourish the egyptian economy. The airport design is inspired from the green river of the city master plan to give life to the city as nile river give the birth of Egyptian civilization through ages.
LOCATION
Technology:
The site is situated along the corridor between Cairo and the Red Sea, providing linkages to significant shipping routes. The city is bound to become a focal point of the Eastern Cairo region.
-Using Self check-in passport & Baggager devices =Less time + Higher quality
ENTERTAINMENT -Having Green Court at the heart of the project =Healthier atmosphere + deeping Passenger Experience
Accessibility The location is easily accessed through the national ring road and sueaz road and there will be a mtero station in the future near the airport location
Structure Analysis: -Using Space Truss and Composite Section Frame Structure
DEPARTURE PLAN +10 M
MEZZANINE FLOOR PLAN +5 M
ARRIVAL FLOOR PLAN ± 0 M
TECHNICAL FLOOR PLAN -4 M
CIRCULATION ANALYSIS
DEPARTURE FLOOR PLAN +10 M
DEPT. ENT METRO DT.
SEC A-A MEZZANINE FLOOR PLAN +5 M SEC B-B
ARRIVAL FLOOR PLAN ±0M
TECHNICAL FLOOR PLAN -4 M
DEPARTURE CICULATION ARRIVAL CICULATION LUGGAGE CICULATION
MANSOURA CONVENTION CENTER
The project is highly inspired from how the water erose and formulate rocks‘ form and affect it. In the same way how the RIVER NILE affected the city‘s personality and culture.
MASTER FLOOR PLAN ± 0
MAIN ENTRANCE
ADMINISTRATION ENTRANCE
HOTEL ENTRANCE
VIP ENTRANCE
V 2ND FLOOR PLAN + 5 M
GALLERY
LIBRARY
MPU
GYM
RESTAURANT
BASEMENT FLOOR PLAN -3 M
REPETITIVE FLOOR PLAN LEVEL3 & 4 HOTEL FLOOR PLANS
LAYOUT
NORTHERN ELEVATION
WESTERN ELEVATION
MAIN SECTION
Using the main court for enhancing the opennes and the connectivity to the main lobbies that the user can access any section of the pject easily
SECTION 1-1
THEATRE 3D SECTION
VISUALISATION RENDERS
GENERAL HOSPITAL PROJECT
1ST FLOOR PLAN
GROUND FLOOR PLAN
WOMEN WARD PLAN
STRUCTURE
TYPICAL WARDS PLAN
BASEMENT FLOOR PLAN
VIRCULATION ANALYSIS
REPETITIVE FLOOR PLAN REPETITIVE FLOOR PLAN
FIRST FLOOR PLAN
GROUND FLOOR PLAN
BASEMENT FLOOR PLAN SERRVICE PATH PATIENTS’ PATH VISITORS PATH
SECTION A-A
SECTION B-B
RESEDENTIAL BUILDING PROJECT
CONCEPT:
The main aim of this building is how to achieve the highest economic value to the landloord in the active city of Mansoura. In addition to that, how to offer various types of residential units that all have their share from the main view. Moreover , Mixing this residential housing with two mall floors to serve the neighbourhood needs and the building itself.
REPETITIVE FLOOR PLAN
KEY PLAN APPARTMENT 1 = 182.2 M2 APPARTMENT 2 = 206.7 M2 APPARTMENT 1 = 207 M2 APPARTMENT 1 = 170.3 M2 APPARTMENT 1 = 180.3 M2
FLOOR PLANS
BASEMENT FLOOR PLAN -3.0 M
GROUND FLOOR PLAN
BASEMENT FLOOR PLAN -6.0 M
LEVEL 1 FLOOR PLAN
MALL
MALL
SECTION PROFILES
SEC. 1
SEC. 4
SEC. 2
SEC. 5
SEC. 3
NORTHERN ELEVATION
SOUTHERN ELEVATION
PRIVATE HOUSE PROJECT
EXTERIOR FACADE DESIGN
ENGLISH COURT DESIGN
INTERIOR DESIGN PROJECTS
DENTAL CLINIC DESIGN
INDOOR POOL DESIGN
INDOOR GARDEN DESIGN
KITCHEN DESIGN
THANKS Brauerei st, 9F, Dessa-RoÃ&#x;lau, Germany
YASEEN JABR PORTFOLIO
jabryaseen20@gmail.com +4917636270054 https://www.facebook.com/yaseen. gabr.90