Presentation about El-MAX Region

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Faculty Of Engineering Architecture Department

El-MAX Graduation Project

Supervisors: PROF.DR.OMAR FAWZY PROF.DR.SAMEH ELFAKI PROF.DR.TAREK ABDELSALAM DR.RANIA MIESSIDY DR.RASHASAYED DR.MOHAMMED ANESS Authors: Ahmed Maher Amr Ayman Zanaty Amro Megahed Amr AboElsoud Aya Hossam Mohammed Khalaf Omar JarAllah

135035 135829 131077 140597 140583 143045 137123


WHY El-MAX?


FLOURISHING PAST


DEGRADED PRESENT



SOURCES OF PROBLEMS ECONOMICAL ENVIROMENTAL SOCIAL

POVERTY

POLLUTION

NEGLECTING

PHENOMENAL REGRESSION


POVERTY Economical Problem


POLLUTION Enviromental Problem


NEGLECTING Social Problem


Problems Statment:

Reviving El-MAX citizens' life. As a result of the regression of the environmental conditions, the health issues were piling up causing a decrease in the workers percentage which was also the reason of the regression of the economy leeding to the deterioration of social life.


WHAT IS THE PROJECT IDEA? WHO IS THE TARGET GROUP? WHAT IS THE TARGET OF THE PROJECT?



Project Title:

FISHING SCIENCES AND PREPARING CENTER.

(Sciences)

Research Department - Analytical Laboratory - Toxicology / Pathology Laboratory - Hatchery Laboratory - Demonstration / Field Laboratory - GPS Sondeur Laboratory - Toilets Services

(Preparing)

Training Department - Workshops - Stores - Generators - Lecture Halls - Toilets Services

Administration Department - Administration Offices - Accountant Offices - Library - General Purpose Offices - Confrence Room - Reception & General Admin - Restaurant - Toilets Services - Security Room


EL-MAX URBAN ANALYSIS


SWOT ANALYSIS

S

W

O

T


WHAT ARE THE AVAILABLE SITES? WHICH IS THE CHOSEN ONE? WHY EXACTLY THIS ONE? Site 1 Site 2 Site 3


THE CHOSEN SITE ANALYSIS


DESIGN ISSUES

Audibility

Comfort

Flexibility

Durability

Circulation

Mood and Ambience


Decentralized access

Case Studies

Case Study:

Main Accses

7.2.1 Bozeman Fish Technology Center, (source arthitecture, Bozeman FishFigure 2011), illustrated by (authors, 2017). Technology Center

Design Issues: - Circulation - Mood - User Comfort

Project Designed by Project Date: 2004 Eskew+Dumez+Ripple

Figure 7.2.13, Interior view from the project , source (arthitecture ,2007), illustrated by (authors, 2017)

Project Location: Montana, USA.

Project Area : 1533 square meters Figure 7.2.12, Circulation , source (arthitecture

Figure7.2.10, Ground floor , source (arthitecture ,2007), illustrated by (authors, ,2007),illustrated by (authors, 2017)


INDIVIDUAL WORK


AHMED MAHER MOHAMED CONCEPT 1 FOLLOW NETWORK

CONCEPT 2 SIMILAR

CONCEPT STATEMENT 1 EACH CITY HAS IT’S OWN UNIQUE URBAN FORM LIKE HUMAN FINGERPRINT EACH CITIES IT’S OWN THERE ARE NO TWO CITIES EXACTLY A LIKE

CONCEPT STATEMENT 2 CREATE GOOD VISUAL IMPACT THROUGH SCREEN FOR BACKGROUND BY LAYERS AND VARIETY IN COLORS. CUBE, ONE OF SUCH SIMPLE YET VERY RICH AND BRIGHT ARCHITECTURAL SHAPES, DUE TO THE UNIQUE COMBINATION OF FEATURES SUCH AS SIMPLICITY, RATIONALITY, AND CREATIVITY.

variety in colors SOLID

Cube

VOID Subtraction mass NODE

MAIN SPINE

TRAINING

Sky layer

Building layer

RESEARCH

land layer sand layer

Make screen with layers

sea layer


Amr Ayman Zanaty


Amro Megahed


Amr Samir AboEl-souad Concept I:

Concept II:

Inspired from the infinity symbol.

Concept 1 It’s a construction of parts together to give a pure spaces from inside

Researching phase

Concept 2 It comes from Basedthe on El-MAX shape of Topography. sand waves together

Concept III: Concept 3 It inspired from the shape of the sail boat

Training phase

The specific point which is the nucleus of the project. Intersecting Project plane

RESEARCHING TRAINING FISHEING IS THE DATABASE

TRAINING RESEARCHING Modified Topography Adapted Concept

Technical and Environmental approach:

Slice

Electrochromic Glass

Technical Studies

slice

e conn

ction

LED Lighting Screen

Energy from foot step


Aya Hossam El-Deen


Concept 1 Buildings consume huge amount of energy for cooling, heating, ventilation and lighting to create thermal comfort conditions. we can use passive design stategies. The most effective passive cooling strategy, is shading. Shading is a simple strategy to prevent the sun be before it can get into the building. Shading limits the colar radiation as it keep the building cool and effect the energy performancr for the building. so, the main idea is to use building facade to premit sun rays (the main source of heat energy for the building).

Technical technology Active daylighting

Mohamed Khalaf Concept 3 Concept 2 natural inspiration (sea shell) invironmental aspects

Passive solar

wind catcher

solar panels Greywater system


Concept 1

IT inspired from the fishing net which is symbolizing the ancient identity of el max city

Sustainability

Omar JarAllaah Concept 2 Fish body

Concept 3 Rope knot

Electrochromic Materials

Solar Shading devices

Tension Structure or Tensile

Green Roof


THANKS FOR LISTENING ...


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