AL MAX BAY 2017
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“Al Max is one of the neighborhoods of the city of Alexandria in Egypt, located in the Department of Amriya district in the west of Alexandria. Al Max is rarely visited, yet it is one of the most beautiful places in Egypt.� ( Kaushik, 2014 )
Table of Contents I. Introduction
II. Urban Analysis III. SWOT Analysis IV. Problem Identification V. Site selection VI. Case study VII. Sustainability VIII. Individual Tasks
Marine Logistic
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Marine Logistic
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I. Introduction
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Why ?
Why would anyone be so careless about such a beautiful place and has the potential to be one of the greatest neighborhoods in Alexandria?
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Historical background
1
1840 Al Max bay in the past , It has many empty areas .
3
From 2010 -2015it has to be a green area Now, in 2017, it has two green areas(1), This was a wasted area. Now, from 2010-2015 It has two stadiums ( 2).
2
From 2000-2005, every hatched spaces are empty areas and now in 2017 are built as residential buildings.
4
2017 Al Max bay in the now , Residential & industrial area,.
Introduction
Urban Analysis
Timeline
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Introduction
Urban Analysis
Conclusion
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
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II. Urban Analysis
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Land Use Map
24% 2% 2% 2%
5%
65%
Entertainment Factories Healthy Religion Resedential
Sustainability
Individual Task
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Building Height Map
1-2 floors
1-2 story (17%) 3-4 story (40%) 5-6 story (43%) 5-15 floors
Key:
4-6 floors
Case study
Sustainability
Individual Task
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Building Condition Map
Good
Good (20%) Medium (32%) Bad (41%) Very Bad (7%) Medium
Key:
Very Bad
Case study
Sustainability
Individual Task
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Solid & Void
Al Max Residential
Scattered pattern Wadi Al Qamar
Undefined grid
Al Max station
Keys:
Grid Iron
Flanked by factories
ď Ž Solid: 62.50% ď ŽVoid: 37.50%
Individual Task
Introduction
Urban Analysis
SWOT Analysis
Accessibility
Problem Identification
Site selection
Case study
Road Hierarchy
From Cairo to Alexandria
Sustainability
Individual Task
Micro scale accessibility 1
Key
17m Al Max street
Main roads
3 1 From Alexandria to Al Max
4
5
Al Max street , right wadi al qamar & Om zegeroo 17m ,
2
Mehwar Al Ta‟ameer 20m
3
Alexandria – Boursaid road 30 m
5
Keys: 2m president street
Train
2
4
17m Al Max street
Wadi al Qamar Rd. 12 m
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Significant Buildings
Light Tower, Al Max
Al Gaich Mosque
Hars El Hdod Stadium
Cement Industries
Alexandria for refining & petro chemical
Introduction
Urban Analysis
SWOT Analysis
Architectural features Traditional Modern Mixed
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Environmental studies Climatic
Sun Path
Site selection
Case study
Sustainability
Topography
Individual Task
Solutions Materials Lime stone
Wind
Hard and don't wear easily, resist mold and Bactria.
Rainy days
Water temperature
Soil
Lime stone
Tide
Wave breakers
Humidity
On a low point allow floods
Versatile
Can be used in the production of cement in the building
Orientation The best orientation is North West for the air flow of Humidity
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
SOCIAL STATUS | SURVEYS What is the jobs of Al Max residents ?
If you were offered to leave this area and go work somewhere else, would you go?
Are life conditions satisfying?
Why are you staying here?
Types o f population ?
30% 20%
50%
40% 80%
No yes
60%
Family been here since a lot. I work here.
20% newborn male
Female
Introduction
Urban Analysis
SWOT Analysis
Site selection
Problem Identification
Case study
Sustainability
Individual Task
Conclusion
POLICIES FACTORYS
POLUTED CANAL SEWEGE
BAD TRANSPORTATION
LACK OF FISHES
LACK OF AWARNESS STRESS
LACK OF HOSPITAL UN PRODUCTIVE
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III. SWOT Analysis
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
SWOT Analysis
Fig. 1
Fig. 2
Fig. 3
Site selection
Case study
Sustainability
Individual Task
Introduction
Urban Analysis
SWOT Analysis
SWOT Analysis
Fig.6
Fig. 7
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
List of problems
Not enough facilities. The infrastructure system is too old and there is no maintenance. No near hospital at Al max Industries area s cause a huge problem in pollution (air & water) Most of building in a bad condition because of water front Lack of security.
Case study
Sustainability
Individual Task
Marine Logistic center
IV. Problem Identification
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Problem statement Due to the governments restrictions and limiting the fishermen in a certain areas their fishing licenses are paned . Therefore , they can not fulfills their daily needs
Project statement Fishermenâ€&#x;s main issue is having the fishing license and going to the sea and fish. Therefore the proposed project is a marine logistics center that is going to help them have the license they need and to help them to do what they are born for, to fish.
Site selection
Case study
Sustainability
Individual Task
Target Group
Youth 20-25
Women 20-40
Men 30-60
Project Approach:
Cultural
Touristic
Social
Identity for Al Max
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
MARINE LOGISTIC CENTER
Site selection
Case study
Sustainability
Individual Task
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Project diagram
Fisher men outcome Economical
MARINE LOGISTIC CENTER
Education
Health awareness
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V. Site selection
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Site selection criteria Site 3
Site I
Reasons
Site I
Site II
Selection Criteria Site III
Connection with community
Located in near the fishermen village
Direct Exposure to main road
2 DirectSite access from main road
Water Front
Near the Mediterranean sea
Connection with the community Located inside facilities Direct Exposure to main road Accessible through secondary roads Water DirectFront access from main road Land Flanked by El- khandak NearMark to the Mediterranean sea
Land Mark
Military base, Harbor
Al- Max research centers
Located on the center of Al Max
Harass Al Hdoud stadium
Introduction
Urban Analysis
SWOT Analysis
Factories
Site selection
Case study
Sustainability
Individual Task
Total Area = 4,000 m2
Site 1
Residential
Problem Identification
Governmental
Secondary road
Military
Accessibility on main street Close to the heart of fishing craft and commercial facilities
Bad Condition Medium Condition
Main road
Street vendors lack of services. The site is located next to military building
Enough Labor Its located in front of a commercial space
Good
3 Floors 5 Floors
9 Floors High-rise
People might not want to leave their location Difficulties for convincing people to leave.
Introduction
Urban Analysis
SWOT Analysis
Factories
Site selection
Case study
Sustainability
Individual Task
Total Area = 12,700 m2
Site 2
Residential
Problem Identification
Governmental
Secondary road
Military
Close to the heart of fishing craft & Al-Max research center. The site is located in a very active area
Bad Condition Medium Condition
Main road
Low land level. Bad condition of the surrounded buildings. Lack of services.
Enough labor. Next to fishermen village. Next to the max research center.
3 Floors 5 Floors
Good
9 Floors High-rise
Pollution of factories & petrol companies. Lack of security. Drug abuse & high crime rate.
Introduction
Urban Analysis
SWOT Analysis
Factories
Site selection
Case study
Sustainability
Individual Task
Total Area = 8,500 m2
Site 3
Residential
Problem Identification
Governmental
Secondary road
Military
Accessed from 2 main roads. The site is located in a very active area.
Bad Condition Medium Condition
Main road
Surrounded by factories & military area. Bad condition of the surrounding buildings.
Enough labor. Waterfront.
Good
3 Floors 5 Floors
9 Floors High-rise
Pollution of factories & petrol companies. The military area and their constrains.
Introduction
Urban Analysis
SWOT Analysis
Selected site Site 1
Problem Identification
Site selection
Case study
Sustainability
Individual Task
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VI. Case studies
Introduction
Urban Analysis
SWOT Analysis
International case study Helsinki South Harbor, Heisinki , Finland Location: Heisinki, Finland. Architects: Maxwan Architects
Contextual Analysis:
Key: Site Boundries Surroundings Heisinki Residential Areas Entrances ----- Main Roads
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
International case study Marine Research Center Bali / AVP_arhitekti Location: Bandag, Bali Island , Indonesia. Architects: Croatian design team, AVP arhitekti. 1
Low-tide phase
2
air, sun & guests
Individual Task
Sunterra Dam
Sudra Homestay Bali airport,
Fishermen village
High-tide phase
4 1
volcanoes
2
Contextual Analysis Keys
Site Boundaries Entrances Main Roads Surroundings Fisher men Village
Introduction
Urban Analysis
SWOT Analysis
Site selection
Problem Identification
Auditorium
Marine Research Center Bali / AVP_arhitekti
Individual Task
Rest room facilities
Gallery
Entrance room
24
26
Sustainability
Aquatic garden
International case study 23
Case study
Freshwater pool Pool technical room
Seawater
Corridors
22
Gym
+6m
6
8
18
20
14
Main Entrance 0 level 13 6
6
15
4
8
1 1
4
7
3
12
1 1
6 1
9 0 8
3
1 -3m
6
5
4
6
-6m
+3m Plan Keys
+0m 5
Scientists Bed rooms
Laboratories
3 2
1
-6m
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13.
Scientists Bed rooms Gym Aquatic Garden Seawater Laboratories Viewing corridor Scuba diving Auditorium Storage Aquatic garden access Bar Pool technical room Restroom facilities
14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26.
Freshwater pool Kitchen Dinning room area Gallery Seawater Entrance Entrance room Dock and control Internet and TV room Living room Library Command control room
• The main access is at the 0,00 (above-sea level)
Entrances Vertical Circulation Horizontal circulations
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
International case study Marine Research Center Bali / AVP_arhitekti
Interaction:
Visibility:
Sea view
Visual permeability through the whole building toward water front is the main concept with the solid and void of mass.
Security:
• private entrance
• secured spaces due to the solid and void
• Below sea level secured
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
International case study Marine Research Center Bali / AVP_arhitekti
Audibility:
Sustainability:
Ambient system & Green areas for noise
Solar facades
ventilation Green area Auditorium room using ambient system
lightning
Fishermen village MRC Project
Sea view, visibility of the project
Mood:
Conclusion:
Using regional craft motifs, colors and textures characteristic for island of Bali.
-Grouping all the functions within the MRC – semipublic, public, and private – and sort them horizontally throughout the building. -The project works in balance with its natural environment.
• • •
The use of latest technology in solar facades. Natural ventilation and lightning (above water) management of waste and water recycling systems.
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X. sustainability
Introduction
Urban Analysis
SWOT Analysis
Sustainability LEED
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Sustainability Solar panels : โ ข The highest efficiency commercial solar panels offer efficiencies of up to 20%.
Best orientation:
The best orientation for the Construction energy performance is to be North-South with the longer facade. Shading system
Horizontal lovers in southern faรงade
Windows: Reduce heat flow by up to 50%.
Marine Logistic
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IX. Individual tasks
Introduction
Urban Analysis
SWOT Analysis
Individual Task Concept 1 : „ The Fishing net ‟ The heart of interaction
Problem Identification
Concept 2 : „ People of the Sea‟ The Feeling of Belonging
Site selection
Case study
Sustainability
Individual Task
Concept 3 : „ The Steering Wheel‟
Mariam Morsy
Completing the missing part
Introduction
Urban Analysis
SWOT Analysis
Individual Task Concept 1: Light House
Problem Identification
Concept 2: Crates
Site selection
Case study
Sustainability
Concept 3: Hook
Individual Task
Mariam Habib
“Catch The Uncaught”
Introduction
Urban Analysis
SWOT Analysis
Concept I ENTERLOCKING CONCEPT
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Manar Mahmoud
Introduction
Urban Analysis
SWOT Analysis
Concept II LOUTS FLOWER
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Manar Mahmoud
Introduction
Urban Analysis
SWOT Analysis
Concept III SHARK CONCEPT
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Manar Mahmoud
Introduction
Urban Analysis
SWOT Analysis
Concept I The Enlightenment Trading Gate toward Alexandria
Alexandria
Middle East
The Arch of Hadrian ,Greek
World wide Earth
Giza Pyramids
old Pharos light tower
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Nada Hatem
Introduction
Urban Analysis
SWOT Analysis
Concept II Means Of The Community
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Nada Hatem
Introduction
Urban Analysis
SWOT Analysis
Concept III Eco- Civilized Marine logistic
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Nada Hatem
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Phillobateer Talaat
Concept I DECRIPTION “ THE VISION “
Concept development
The road
El Khandaq
Connecting bridge
The sea
Introduction
Urban Analysis
SWOT Analysis
Concept II DECRIPTION “ THE VISION “
Inspiration
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Phillobateer Talaat
Introduction
Urban Analysis
SWOT Analysis
Concept III DECRIPTION “ THE VISION “ Inspiration
Problem Identification
Site selection
Case study
Sustainability
Individual Task
Phillobateer Talaat
Introduction
Urban Analysis
SWOT Analysis
Individual Task
Problem Identification
Site selection
Case study
Sustainability
“ Nature of the Earth “ Integration between GEOGRAPHICAL & MORPHOLOGICAL & GEOLOGICAL
Individual Task
Yihia Qandil
Introduction
Urban Analysis
SWOT Analysis
Problem Identification
Individual Task
Site selection
Case study
Sustainability
CO-EXISTENCE “Human Behavior “ interactive and Recreational Manner in the space “Spaces”
Individual Task
Yihia Qandil
functional spaces in order to simulate an opportunities to deal and interact with the dispersed relationship between Al Max society
Recreational space achieve the interaction between Al Max community
Introduction
Urban Analysis
SWOT Analysis
Individual Task VIP lounge With the waterfront view
Problem Identification
Site selection
Case study
SMART CITY „PRODUCTIVITY”
•Environmental shading structure
•Glass shutters
•Linking bridge With trabucla structure concept
•A Spine to the business logistics outdoor zone The complete use of the existing resources and watching it with a complete operational approach showing the smart city based on the productivity
Sustainability
Individual Task
Yihia Qandil