Portfolio by Ramzi Fares

RAMZI FARES Architect

Selected Undergraduate College Works & Resume

UNDERGRADUATE

ARCHITECTURE

TABLE OF CONTENTS

Personal Resume • Ramzi Karim Fares • Cover Letter

Page 1-2

Design Studio VI

Design Studio VII

Page 3-11

Page 12-17

• Byblos Music Hall

• Mar Mikhael-Beirut, Hostel

Design Studio VIII

• Mies Van Der Rohe, Farnsworth House Visitor Center International Competition

Page 18-23

Environmental Systems • E-GG Zero Energy Building

Page 24-28

Environmental Systems • LIGHTEMPLE Velux Daylight International Competition

Page 29-34

TABLE OF CONTENTS

Environmental Systems • ONTHEROCKS Water Efficiency, Zero H2O Bldg, Rainwater Collection

Page 35-38

Genetic Algorithms • Breeding Strategies

Page 39-43

Photography

Final Year Project

Page 44-49

Page 50-74

• Image editing using Adobe Lightroom

• Dalieh Beirut UrbanHike Aquarium, FPR, FYP

EDUCATION Oct 2012/May 2017

RESUME

RAMZI FARES

2012

Architect

PROFILE

The Lebanese American University (LAU), Bachelor of Architecture • Dean’s Honor List based on academic achievement – Fall, Spring, Summer 2012/2013/2014/2015/2016/2017 • Merit Scholarship Student (100%) acquired before enrollment • Graduated with distinction Spring 2017

Ramzi Karim Fares

Freelance Architect - Lebanon - Abu Dhabi • 3D Building, Rendering, Drafting, Layouts, Site Supervision... mainly with ACE (Awaida Construction & Engineering) & several small architecture offices in Lebanon, as well as 3D Rendering for ACG in Abu Dhabi

Summer 2016

Intern at “IdeastoReality” Architecture office – Koura - North Lebanon • Calculation of building material quantities • 3D Modeling, Renderings and animations of different projects • Construction site supervision

Summer 2012

Assistant Surveyor in “Beit Misk Project” – Metn - Lebanon • Surveying of all infrastructural design and construction of a completely new village (water networks, roads, electricity, sewage) • Supplying workers during construction with measurements, levels, notes and other technical information

Full Name

NON-PROFESSIONAL WORK EXPERIENCE

Date of Birth

September 5, 1994 Fall/Spring 2015

Address

- Ashrafieh, Beirut, Lebanon - Kfersaroun al Koura, North Lebanon Summer 2010

Nationality Lebanese

Phone Number

2005 - present

+961 71 977 043

ramzi.fares@live.com ramzi.k.fares@gmail.com

SOCIAL MEDIA Ramzi Fares WineUp Bottles

Adobe illustrator, Lightroom, Indesign, Photoshop

Sainte Thérèse School – Amioun El Koura CSSTA, Lebanese Baccalaureate in General Sciences 2012 • School’s Honor Board for academic achievement Grades 6, 7, 8, 9, 10, 11, 12

PROFESSIONAL WORK EXPERIENCE 2017 - present

raam_z wine_upp

SOFTWARE SKILLS

Event phone campaigns at “Sì-Live Communication” – Naccache - Beirut • Management of targeted phone campaigns to invite people to events held by “Sì”, of which VIP charity events for the Lebanese Red Cross Home Piano Teacher • Introductory exercises and classical music sheets for beginners

Autodesk Autocad 2D/3D, Revit, 3Ds MAX, Sketchup

Rhinoceros 2D/3D, Grasshopper

LUMION

Ecotect

Dialux EVO

ORGANIZATIONS 2016/2017 AIAS - American Institute of Architecture Students LAU Chapter • Freedom by Design Director Spring 2016/Spring 2017 2009/present SdL - Scouts du Liban • Group Founder, Chief of Troup and Chief of Clan at the Scouts of Lebanon Association – Sainte Thérèse School

Dental Clinic Nurse • Working with my father who is a dental surgeon and practitioner

LANGUAGES

Sidelines

HOBBIES

Arabic (Mother Tongue)

Classical Piano Student • Mrs. Zvart Sarkissian (Student of Marguerite Long at Paris’ Conservatory) DIY Artist • Upcycling Glass Bottles into decoration items

Camping PHOTOGRAPHY

French English

SCOUT Sports DESIGN NATURE PLANT

Hiking

DIYPiano

COVER LETTER

RAMZI FARES Architect

To whom it may concern, I am hereby applying for a fresh-graduate architect position at your esteemed organization; having recently graduated with Distinction from the Lebanese American University (LAU). Upon enrollment at LAU I was granted a Merit Scholarship owing to my scholastic achievements which fully covered my tuition for five years and which I successfully maintained by keeping a GPA above 3.5/4. During that phase, I developed professional abilities & skills mainly in the field of advanced 3D construction, visualization, conceptual & algorithmic design, through specific courses offered at LAU and application in design studios. I am also familiar with on-site work and supervision since I was an assistant surveyor before my enrollment at LAU & through the internships I went through. Lately, not much after graduation, my freelance career kicked off with ACE (Awaida for Construction & Engineering) mainly and other architecture offices. I have gained as much expertise as I could in several aspects of the construction and architecture business and I am aspiring to always acquire more. Therefore, I would appreciate the opportunity to join an interesting and reputable architecture firm such as yours, and immerse myself in the creative and technical responsibilities of the job. Please have a look at my enclosed resume & portfolio for detailed information of my style, work experience and education. Looking forward to discussing more in person. Sincerely,

Ramzi Fares

DATE February 13, 2018

PORTFOLIO

DESIGN VI SPRING 2015 PROJECT Title

Byblos MUSICHALL

Instructor

Dr. Stefano Corbo

Location

Byblos - Blat - LAU Parking

Description

Concept: Linking three different types of topographies together. Program: Big Auditorium (500 seats), Small Auditorium (200 seats), Common Backstage, Foyer, Cafeteria, Info Desk, Offices Area, Rooftop Park NB: Not all plans and drawings are shown

MASS PLAN

AXO

Concept Diagram

1/1000 Model 5

ROOF PLAN

GROUND PLAN

AUDITORIUMS

SECTION 1

SECTION 2

DETAILS

PORTFOLIO

DESIGN VII FALL 2015 PROJECT Title

Mar Mikhael Hostel

Instructor

Dr. Maroun Daccache

Location

Mar Mikhael, Beirut - next to “touch” highway building

Description

Dealing with the boundary between an Urban Fabric rich with public stairs & courtayrds and the coastal highway.

PROCESS

Saifi Urban Gardens - courtyards . nature . narrow stairs . platforms . gardens . cafĂŠs . restaurants

TYPICAL ROOMS TYPOLOGIES 1

PORTFOLIO

DESIGN VIII SPRING 2016 PROJECT Title

CHRYSALIS Visitor Center

Instructor

Dr. Marwan Basmaji

Location

Fox River, Plano, Illinois USA

Description

Mies Van Der Rohe, Farnsworth House Visitor Center International Comeptition “Preservation as Provocation”

COMPETITION CONCEPT BRIEF Mies stated, "Nature, too, shall live its own life. We must beware not to disrupt it with the color of our houses and interior fittings. Yet we should attempt to bring nature, houses, and human beings together into a higher unity." What is missing in usual residential architecture are the "non-essentials" - considering that "the essentials for living are floor and roof. Everything else is proportion and nature." The Farnsworth House, built on an infinite meadow with a variety of trees along the Fox River, was created to offer its inhabitants the chance to experience rural silence and the passing of the seasons. It is not a structure subjugated by common principles of inhabitable architecture. Different people, architects and students visit this famous monument regularly. Viewing nature 19

through its glass walls gains a â&#x20AC;&#x153;more profound significance than if viewed from the outsideâ&#x20AC;? since it shows the visitor how nature becomes part of the house itself. But when outside, one is not allowed to experience this play of nature from different levels of perception. Therefore my intervention will offer visitors the chance to stroll around the house from diverse points, angles and views without limiting them to the ground-walk experience. If protection from nature were not imperative, Mies Van Der Rohe would not have even placed glass walls on his facades. But as a visitor center does not offer permanent dwelling, we could consider the elimination of all boundaries between architecture and nature. The intervention would be restricted to temporary functions and the main feature of this visitor center would be to offer a promenade inside the trees volume for a better under20

standing of the play of nature in relation to the platforms and interior of the Farnsworth House. In this sense, “Chrysalis” which is a time of change for a butterfly’s formation - is a network of triangles produced by linking structural trees around the Farnsworth House. Through simply linking one fixed vertex of a triangle (one tree) to two other vertexes (two trees or more), we get to a kind of “anarchic yet elegant” design; a serpent-like structure inside the trees, where visitors tunnel their way to the house from the highest levels of the site. The multi-triangular divisions of “Chrysalis” allow for a very dynamic program. From one side, closed butterfly-origami-like volumes serve as hosts for the information desk, ticketing office, gift shop and the multi-purpose room. And the raw exposed wooden platforms carry the visitors along another 21

level of promenade inside the trees bulk, while protecting them from any flooding and serving as piers for boats when needed. To conclude, letâ&#x20AC;&#x2122;s imagine how one person may be standing, alone, on the pointy tip of a platform inside this natural setting, feeling totally isolated from the Center, the people and everything else. â&#x20AC;&#x153;Chrysalisâ&#x20AC;? will be overlooking the house from behind the line of trees that form its natural courtyard, leaving the visitor with a fulfilling sense of peaceful solitude.

PORTFOLIO

Environmental Systems . SPRING 2016 PROJECT 1 Title

E-GG

Instructor

Dr. Toufic Haidamous

Location Virtual

Description

. Zero Energy Living Unit . Zero CO2 Emission . Zero $ Energy Bill . Study on before & after PV Panels Appliance . Study on One Unit before & after expansion towards the second level, & Study on a Cluster of 5 Units . All Calcualtions were conducted on professional excel charts

PORTFOLIO

Environmental Systems . SPRING 2016 PROJECT 2 Title

LIGHTEMPLE

Instructor

Dr. Toufic Haidamous

Location Virtual

Description

. Velux Daylight International Competition 2016 (Architecture for Health & Wellbeing) . Shadow/Light Analysis . Artificial Lighting Design . Software Used: Ecotect, Dialux Evo, Rhinoceros, 3Ds Max.

1 OCT 8:00

SIDE View FRONT View

TOP View

AXONOMETRIC View

1 OCT 12:00

Case 2: All sides closed

Case 1: One side open

1 OCT 15:00

SHADOW RANGE 8:00

- 14:00

Power Plan 1/500

Wiring Plan 1/500 Light mounted on the ground Wal mounted single pole light switch

1/500

Waterproof Wall Mounted Single Phase Socket Outlet Rated 16A/250V

Philips Lighting RC466B W31L125 5000 /- 1xLED80S/TWH/- / Luminaire data sheet (1xLED80S/TWH/-) (Software used for these diagrams and analysis: Dialux Evo)

REAL MODEL LIGHT PROPAGATION PICTURES OCT1 6:00

OCT1 9:00

OCT1 10:00

7 APRIL 6 : 0 0

7 A PRIL 8 : 0 0

7 AP R IL

1 0 : 0 0 OCT1 12:00

OCT1 13:00

OCT1 14:00

7 APRIL 1 2 : 0 0

7 A PRIL 1 4 : 0 0

7 AP R IL

1 6 : 0 0

OCT1 16:00

Competition Board

Brief

...“LIGHTEMPLE” allows the visitor to meditate in a space where the movement of the sun is represented by projecting the flame ribs of the temple on the wall of the altar facing the visitors. “The ever changing path of the sun” is therefore established on a white canvas, where all light strips have the same silhouette as the wall and the temple as a whole. When the sun reaches the highest point in the sky during the day at noon, it becomes perpendicular to the surface of the ribs and thus the altar’s wall will be totally lit since it is a bit recessed from the first flame-rib. This effect represents the culmination of the sun’s trajectory and the journey it takes, where it is at its uppermost station being stronger and more intense than any other time of the day. If a camera takes a video of the moving sun rays on the altar’s background, and then the film is put on fast motion, the wall will look like a scintillating blaze portraying the mysterious silent yet vivacious movement of fire...

PORTFOLIO

Environmental Systems . SUMMER 2016

PROJECT 3 Title

ONTHEROCKS

Instructor

Dr. Toufic Haidamous

Location Virtual

Description

. Zero H2O Building . Water Efficiency . Rainwater Collection . Grey & Black Water Treatment

Study on one of the blocks

Voronoid tiling for channeling water into the pond

Tilted roofs that pour water into the pond

Tilted walls for a bigger catchment surface and passive tunneling to the pond

MASS PLAN

FILTER PERFORATED PIPE

NON POTABLE TANK 65m POTABLE TANK 65m3

CALCULATIONS TABLE TOTAL CAPTURED RAINWATER IRRIGATION DEMAND WASTE WATER REUSABLE (٪٧٠ from wc + cleaning + personal hygiene + dishwasher) PURIFIED RAIN WATER DEMAND FOR POTABLE NEEDS RAIN WATER DEMAND FOR NON POTABLE NEEDS

[m3H2O/y] 968.21 132.00

613.10

508.98

WATERWORKS WATER DEMAND FOR POTABLE AND NON POTABLE NEEDS WATERWORKS WATER DEMAND FOR IRRIGATION NEEDS WATERWORKS WATER DEMAND SURPLUS OF CAPTURED RAINWATER

SURPLUS OF WASTE 456.60 WATER

PAVER UNITS 2’’ BEDDING 4’’ BASE 12’’ SUBBASE MIN

ONTHEROCKS USE OF RECYCLED WASTEWATER FOR IRRIGATION USE OF WATER FROM THE WATER MAIN IN CASES OF DRYNESS USE OF CAPTURED RAINWATER FOR POTABLE AND NON POTABLE NEEDS

1 RAIN WATER

CLEANING 3.5%

2 WATER USES

DRINKING 8.17%

FILTER

0.00

WC 32.03%

Monthly water collec�on/consump�on 250

IRRIGATION 12.03%

200

0.00

HYGIENE 36.11%

150

3 GREY WATER

100

0.00

DISHWASHER 4.15%

50 0

2.63 Monthly Captured Rainwater

Monthly used water

481.10

IRRIGATION NETWORK PERCENTAGE OF WATER DEMAND

PORTFOLIO

Genetic Algorithms SUMMER 2016 PROJECT

THE PYRAMID

The geometric primitive we picked was a pyramid. We cut off the top of the pyramid and divided it into four sections, we obtained two pairs of similar solids with two different scales.

Title

Generations Breeding Strategies

Instructor

Mr. Camille Saad

Description

A genetic algorithm is a search which means an algorithm that retrieves information stored within some data structure. It mimics the process of natural selection, it simulates the survival of the fittest among individuals over consecutive generations to solve a problem. Genetic Algorithms are used to solve optimization problems (the selection of a best element based on certain criteria from some set of available alternatives).After an initial population is randomly generated, the algorithm evolves the through three operators: selection (the survival of the fittest), crossover (mating between individuals); mutation (introduces random modifications).

Purpose

Introduction to the basis of how certain algorithmic software work

B F

BREEDING STRATEGY

GENERATION 2

During the selection process a breeding strategy refers to the reason why individual genomes are chosen for later breeding. The goal is to obtain the fittest generation possible.

We decided to keep the same breeding strategy to see if a second generation would induce a change in the genome. Result: fit x fit = fit Average x average = average Fit x Hopeful monster= hopeful monster

GENERATION1 We decided experiment by combining the best individual of the population with other individuals presenting a favorable genome as well as with “hopeful monster”. Also we tried combining average breed together. Result: fit x fit = fit Average x average = average Fit x Hopeful monster= hopeful monster G١٫١ PA(٢٣,G,XZ,F) S٢D(١٫٣٥,ZY,AE,T) C(١٧,C,YZ,T)

AREA VOLUME A RANK V RANK A/V Average A+V Final Rank

AREA ٧٨٠٠٦ ٤٥٠٣٨ ٤٤٧٠٦ ٣٥٩٧٨ ٢٣٦٧٦ ٢٣٠٨١ ١١٣١٧ ١٠٠٠٤ ٩١٥٩ ٨٧٣٥

G١٫٢ MR(E,GC,F) MO(١١,H,Z,T)

G١٫٣ R(٣٠,D,T) S٢D(١٫٣٥,ZY,AE,T)

A(٦ ,٥,٩,٣,١٠,١٢F)

C(١٧,C,YZ,T)

G١٫٤ MR(C,Y,F) S(.٩,E,T) C(١٥,B,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T)

G١٫٥ MR(E,ZY,T) A(١,٢,٣,٤,٥) MO(٥,Y,T) PA(A,٣٩,٣٦٠,F)

G١٫٦ S٢D(١٫٣٥,ZY,AE,T) PA(٥٢,B,Z,T)

G١٫٧

G١٫٨ MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

G١٫٩ C(١٧,C,YZ,T) MO(١١,H,Z,T) S(٢,A,F) R(٣٠,D,T) MR(C,EF,F)

G١٫١٠ S(.٩,E,T)

G٢٫١

G٢٫٩ G٢٫١٠ MR(C,Y,F) PA(٥٢,B,Z,T) S١D(A,١٫٣٥,X,T) R(١٤,F,DC,T) C(١٧,C,YZ,T) C(١٧,C,YZ,T) C(١٧,C,YZ,T) C(١٧,C,YZ,T) C(١٧,C,YZ,T) C(١٧,C,YZ,T) C(١٧,C,YZ,T) MR(E,GC,F) C(١٧,C,YZ,T) A(٥,٣,٧,٩,٤,٦,F) MR(C,EF,F) A(٢,٢,٣,٥,٦,٤,F) MO(٥,E,Y,F) R(٣٠,D,T) MR(C,EF,F) MO(١١,H,Z,T) R(١٤,F,ZY,T) MO(٥,E,Y,F) S٢D(١٫٣٥,A,XY,T) S١D(١٫١,A,X,T) MR(E,GC,F) MR(C,EF,F) MO(١١,H,Z,F) MO(١١,H,Z,F) MO(١١,H,Z,F) MO(١١,H,Z,F) MO(١١,H,Z,F) MO(١١,H,Z,F) S٢D(١٫٣٥,ZY,AE,T) C(١٧,C,YZ,T) R٣D(٢٣,D,XY,T) MO(١١,H,Z,F) PA(٣٩,A,AC,F) S(٢,A,F) R(٣٠,D,T) R(٣٠,D,T) S(.٩,E,T) S(٢,A,F) S(٢٫٣٥,A,T) S(.٣,E,T) S(.٣,E,T) S(.٣,E,T) S(.٣,E,T) S(.٣,E,T) S(.٣,E,T) MO(١١,H,Z,T) MR(C,EF,F) S(.٣,E,T) AREA ٧٣٤٢ ٢٦٢٩٢ ٨٢٧٩ ٩٤٩٩ ٨٠١٤ ١٠٩٤٠ ٨٦٥٣ ٢١٥٦٨ ٢٩٧٤٧ ١٠٠٠٤ VOLUME ٣١١٤٠ ١٦٧٧٧١ ٣٣٠٤٠ ٤٢١٥١ ٢٤٦٤٨ ٤٥٢٠٩ ٣٨٦٨٣ ٨٩٩٩٥ ١٣٩٣٢٩ ٣٩٠٩٦ A RANK ١ ٩ ٣ ٥ ٢ ٧ ٤ ٨ ١٠ ٦ V RANK ٩ ١ ٨ ٥ ١٠ ٤ ٧ ٣ ٢ ٦ A/V ٠٫٢٣٥٧٧٣٩٢٤ ٠٫١٥٦٧١٣٦١٦ ٠٫٢٥٠٥٧٥٠٦١ ٠٫٢٢٥٣٥٦٤٥٧ ٠٫٣٢٥١٣٧٩٤٢ ٠٫٢٤١٩٨٧٢١٥ ٠٫٢٢٣٦٨٩٩٩٣ ٠٫٢٣٩٦٥٧٧٥٩ ٠٫٢١٣٥٠١٨٥٥ ٠٫٢٥٥٨٨٢٩٥٥ Average A+V ٥ ٥ ٥٫٥ ٥ ٦ ٥٫٥ ٥٫٥ ٥٫٥ ٦ ٦ Final Rank ٨ ١٠ ٤ ٩ ١ ٥ ٧ ٦ ٣ ٢

R(١٤,F,DC,T) C(١٧,C,YZ,T) S(١٫٧٥,D,F) C(١٧,C,YZ,T) MR(E,GC,F) MO(١١,H,Z,T) MO(١١,H,Z,T) R(١٤,F,ZY,T) A(٥,٣,٧,٩,٤,٦,F) A(٢,٢,٣,٥,٦,٤,F) MO(٥,E,Y,F) R(٣٠,D,T) MR(C,EF,F) S٢D(١٫٣٥,A,XY,T) MR(C,EF,F) S٢D(١٫٣٥,ZY,AE,T) MR(C,X,T) S١D(١٫٣٥,A,X,T) MO(١١,H,Z,F) R٣D(٢٣,D,XY,T) MO(١١,H,Z,T) PA(٣٩,A,AC,F) R(٣٠,D,T) S(.٩,E,T) S(٢٫٣٥,A,T) S(٢,A,F) R(٣٠,D,T) R(٣٠,D,z,T) S(٢,A,F) C(١١,H,Z,T) R٣D(٢٣,D,XY,T) S(.٣,E,T) MR(C,EF,F) A(XZ,AF,٥,٩,٣,F) MR(C,X,F) ٢٣٠٨١ ٤٥٠٣٨ ١١٣١٧ ٨٧٣٥ ٧٨٠٠٦ ٤٤٧٠٦ ١٠٠٠٤ ٢٣٦٧٦ ٣٥٩٧٨ ٩١٥٩ ٩٩٥٤٧ ٢٩٣٥٥٤ ٤٧٧٦٣ ٢٧٤٢٤ ٧١٧٩٣٤ ٢٦٨٢٦٧ ٣٩٠٩٦ ١٣٤٤٥٣ ٢١٧٧٦١ ٤٢٢٩٧ ٥ ٩ ٤ ١ ١٠ ٨ ٣ ٦ ٧ ٢ ٦ ٢ ٧ ١٠ ١ ٣ ٩ ٥ ٤ ٨ ٠٫٢٣١٨٦٠٣٢٧ ٠٫١٥٣٤٢٣٢٢ ٠٫٢٣٦٩٤٠٧٢٨ ٠٫٣١٨٥١٦٦٢٨ ٠٫١٠٨٦٥٣٤٤٢ ٠٫١٦٦٦٤٧٤٠٧ ٠٫٢٥٥٨٨٢٩٥٥ ٠٫١٧٦٠٩١٢٧٤ ٠٫١٦٥٢١٧٨٣١ ٠٫٢١٦٥٤٠١٨ ٥٫٥ ٥٫٥ ٥٫٥ ٥٫٥ ٥٫٥ ٥٫٥ ٦ ٥٫٥ ٥٫٥ ٥ ٤ ٨ ٣ ٢ ٩ ٦ ١ ٥ ٧ ١٠

R(٣٠,D,T) MR(E,GC,F) C(١٧,C,YZ,T) S(.٩,E,T) MO(١١,H,Z,T)

Average ٢٨٩٧٠

Standard Deviation ٢٢٣٤٩٫٢٩٥١٦

Normal Distance ١٫٦٠٨٠٨E٠٦١٫٣٧٨٥E٠٥١٫٣٩٣١٤E٠٥١٫٦٩٩٤E٠٥١٫٧٣٥٦٥E٠٥١٫٧٢٤١٣E٠٥١٫٣٠٦٦٨E٠٥١٫٢٤٥٢٨E٠٥١٫٢٠٥١E٠٥١٫١٨٤٧٩E٠٥-

AREA

0.00002

VOLUME ٧١٧٩٣٤ ٢٩٣٥٥٤ ٢٦٨٢٦٧ ٢١٧٧٦١ ١٣٤٤٥٣ ٩٩٥٤٧ ٤٧٧٦٣ ٤٢٢٩٧ ٣٩٠٩٦ ٢٧٤٢٤

Average ١٨٨٨٠٩٫٦

Standard Deviation ٢١٠٥١١٫٩٩٣

A/V ٠٫٣١٨٥١٦٦٣ ٠٫٢٥٥٨٨٢٩٥ ٠٫٢٣٦٩٤٠٧٣ ٠٫٢٣١٨٦٠٣٣ ٠٫٢١٦٥٤٠١٨ ٠٫١٧٦٠٩١٢٧ ٠٫١٦٦٦٤٧٤١ ٠٫١٦٥٢١٧٨٣ ٠٫١٥٣٤٢٣٢٢ ٠٫١٠٨٦٥٣٤٤

Normal Distance ٨٫٠٤٩٢E٠٨١٫٦٧٤٤٥E٠٦١٫٧٦٤٨١E٠٦١٫٨٧٧٢٧E٠٦١٫٨٣٢٩٧E٠٦١٫٧٣٢١٧E٠٦١٫٥١٤٠٩E٠٦١٫٤٨٧٤٧E٠٦١٫٤٧١٦٤E٠٦١٫٤١٢٥٧E٠٦-

VOLUME

0.000002

Standard Deviation ٠٫٠٦٠٦٨٢٣٥٥

AREA

Normal Distance ١٫٠٧٣١٠٣٦٠٧ ٤٫٤٩٥٦٣٨٣٨٢ ٥٫٦٢١١٥٤٨٤١ ٥٫٨٧٠٢١٠٣٥٧ ٦٫٤١٢٠٩٨٧٨٩ ٥٫٩٥٩٦٤٦٨٥٣ ٥٫٤٩٥٦٠٢٣٧ ٥٫٤١٧١٣١٩٩٥ ٤٫٧١٠٢١٢٢٧٩ ١٫٩٦٤٢٣٣١٤٨

A/V

0.0000018

0.000018

Average ٠٫٢٠٢٩٧٧٣٩٩

0 0

0 10000

20000

30000

40000

50000

60000

70000

80000

90000

G1.4

G1.3

G1.1

G٢٫٧ R(٣٠,D,T) R(٣٠,D,T)

Average Standard Deviation Normal Distance ٦٥١٠٦٫٢ ٥٠٣١٥٫٥٦٣٣٢ ٩٫٨٨٩١١E٠٧٢٫٦٧١٠٦E٠٦٧٫٠١٥٧٧E٠٦٧٫٣٣٢٤٧E٠٦٧٫١٤٥١٤E٠٦٦٫٩٣٧١٣E٠٦٦٫٩٠٧٥٢E٠٦٦٫٤٧١٦١E٠٦٦٫٣١٣٢٣E٠٦٥٫٧٣٨٦٤E٠٦-

VOLUME

0 0

100000

200000

300000

400000

500000

600000

700000

800000

0.05

0.1

0.15

0.2

G1.8

G1.6

G1.9

0.25

0.3

0.35

G1.5

0.000004

0.000003

0.000002 2 0.000001

10000

20000

30000

40000

50000

60000

70000

80000

90000

0 0

100000

200000

300000

400000

G1 G2

G1.10

A/V

G1.2

A/V Average Standard Deviation Normal Distance ٠٫٣٢٥١٣٧٩٤٢ ٠٫٢٣٦٨٢٧٦٧٨ ٠٫٠٤١٧٠٤٠٩٣ ١٫٠١٦٣٥٢٧٦٨ ٠٫٢٥٥٨٨٢٩٥٥ ٨٫٦١٧٨١٢٢٣ ٠٫٢٥٠٥٧٥٠٦١ ٩٫٠٦٠١٥١٥٦١ ٠٫٢٤١٩٨٧٢١٥ ٩٫٤٩٣٠٩٢٥٣٢ ٠٫٢٣٩٦٥٧٧٥٩ ٩٫٥٤٤٠٢١٣١٦ ٠٫٢٣٥٧٧٣٩٢٤ ٩٫٥٦٢٩٦٩١٠٩ ٠٫٢٢٥٣٥٦٤٥٧ ٩٫٢١٠٩٠٢٦٩٨ ٠٫٢٢٣٦٨٩٩٩٣ ٩٫١٠٢٩٤٧٠٤٦ ٠٫٢١٣٥٠١٨٥٥ ٨٫١٨٠٨٧٨٤١٩ ٠٫١٥٦٧١٣٦١٦ ١٫٥١١٤٥٦٧٩

0.000005

0.000005 0

G٢٫٨ PA(٢٣,G,XZ,F) MO(١١,H,Z,T) C(١٧,C,YZ,T)

0.00001

G1.7

S٢D(١٫٣٥,ZY,AE,T)

0.000006

0.000015

0.0000002

0.000002

G٢٫٦

0.000007

0.00002 2

0.0000004

0.000004

G٢٫٥

MR(C,Y,F)

0.000008

0.000025

0.0000006

0.000006

AREA

0.00003

0.0000008

0.000008

VOLUME ١٦٧٧٧١ ١٣٩٣٢٩ ٨٩٩٩٥ ٤٥٢٠٩ ٤٢١٥١ ٣٩٠٩٦ ٣٨٦٨٣ ٣٣٠٤٠ ٣١١٤٠ ٢٤٦٤٨

Average Standard Deviation Normal Distance ١٤٠٣٣٫٨ ٨٤٥٥٫٠٨٧٢٢٣ ٨٫٣٩١٠٤E٠٦١٫٦٤٩٥٥E٠٥٣٫١٧٢٢٧E٠٥٤٫٤١٢٨٤E٠٥٤٫٢١١٧٧E٠٥٤٫٠٨٦٢٧E٠٥٣٫٨٥٣٤٢E٠٥٣٫٧٤٢٨E٠٥٣٫٦٦٢E٠٥٣٫٤٤٩٦٢E٠٥-

0.000035

0.000001

0.00001

G٢٫٤

0.00004

0.0000012

0.000012

٢٩٧٤٧ ٢٦٢٩٢ ٢١٥٦٨ ١٠٩٤٠ ١٠٠٠٤ ٩٤٩٩ ٨٦٥٣ ٨٢٧٩ ٨٠١٤ ٧٣٤٢

0.00005

0.0000014

0.000014

G٢٫٣

MO(١١,H,Z,T)

0.000045

0.0000016

0.000016

G٢٫٢

S٢D(١٫٣٥,ZY,AE,T)

500000

600000

700000

800000

0.05

0.1

0.15

0.2

G1 G2

0.25

0.3

0.35 G1 G2

G1.7

G1.4

G1.3

G1.1

G1.8

G1.6

G1.9

G1.2

G1.5

G1.10

G2.5

G2.10

G2.9

G2.3

G2.6

G2.8

G2.7

G2.1

G2.4

G2.2

GENERATION 3

GENERATION 4

We decided to change the breeding strategy and breed the fittest individuals together since combining them gave us even better individuals. Also, since breeding the fittest individuals with the weakest gave us weak individuals, we decided to try breeding hopeful monsters together, as a last resort, so that maybe we would obtain individuals that present a fitter genome. Since breeding average individuals together didn’t produce fit individuals we decided to kill two average individuals. NB: We introduced a mutation by inversion in the second fittest individual. Result: fit x fit = fit Hopeful monsters x Hopeful monster= hopeful monster

Since breeding hopeful monsters together didn’t lead to the production of fit individuals, we decided to kill them. We combined the fittest individuals with other individuals to get the fittest generation possible.

G٣٫١

G٣٫٢

G٣٫٣

G٣٫٤

G٣٫٥

S١D(A,١٫٣٥,X,T)

PA(٥٢,B,Z,T)

S(.٣,E,T)

S٢D(١٫٣٥,ZY,AE,T)

R(٣٠,D,T)

C(١٧,C,YZ,T) R(١٤,F,ZY,T)

C(١٧,C,YZ,T) MO(١١,H,Z,T) MR(C,EF,F) MO(١١,H,Z,F) S(٢٫٣٥,A,T) S(.٣,E,T)

C(١٧,C,YZ,T) MR(C,EF,F)

C(١٧,C,YZ,T) R(٣٠,D,T) MR(E,GC,F) MO(١١,H,Z,F) S(.٩,E,T) S(.٣,E,T)

C(١٧,C,YZ,T)

MO(١١,H,Z,F)

AREA VOLUME A RANK V RANK A/V Average A+V Final Rank

S(.٣,E,T)

٦٩٥٢ ٢٥٣١٠ ٨ ٦ ٠٫٢٧٤٦٧٤٠٤٢ ٧ ٤

٢٤٥١٥ ١٠٥٤٥ ١ ١٠ ٢٫٣٢٤٧٩٨٤٨٣ ٥٫٥ ٥

MO(١١,H,Z,F) S(٢,A,F) S(.٣,E,T)

٥٣٠٧ ١٥٩٨٣ ١٠ ٩ ٠٫٣٣٢٠٤٠٢٩٣ ٩٫٥ ١

G٣٫٦

C(١٧,C,YZ,T) A(٥,٣,٧,٩,٤,٦,F)

G٣٫٧ MR(C,Y,F) S٢D(١٫٣٥,ZY,AE,T) R(١٤,F,DC,T) MR(E,GC,F)

G٤٫١

G٤٫٢

G٤٫٣

G٤٫٤

G٤٫٥

G٤٫٦

G٤٫٧

G٣٫٨

G٣٫٩

G٣٫١٠

R(٣٠,D,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

PA(٥٢,B,Z,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

PA(٥٢,B,Z,T)

R(٣٠,D,T)

MO(١١,H,Z,T) C(١٧,C,YZ,T)

MR(C,Y,F)

C(١٧,C,Z,T)

C(١٧,C,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

C(١٧,C,Z,T) R(١٤,F,ZY,T)

C(١٧,C,Z,T) MO(١١,H,Z,T) MR(C,EF,F) MO(١١,H,Z,F) S(٢٫٣٥,A,T) S(.٣,E,T)

C(١٧,C,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) S(.٣,E,T) R(٣٠,D,T) MO(١١,H,Z,F)

C(١٧,C,Z,T) R(١٤,F,ZY,T)

C(١٧,C,Z,T) MO(١١,H,Z,T) MR(C,EF,F) S(.٣,E,T) S(٢٫٣٥,A,T) MO(١١,H,Z,F)

C(١٧,C,YZ,T) C(١٧,C,YZ,T) MR(C,EF,F) MO(٥,E,Y,F) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) MO(١١,H,Z,F) R٣D(٢٣,D,XY,T) MO(١١,H,Z,F) MO(١١,H,Z,F) MO(١١,H,Z,F) PA(٣٩,A,AC,F) S(٢,A,F) R(٣٠,D,T) S(.٣,E,T) S(.٣,E,T) MR(C,EF,F) S(.٣,E,T) S(.٣,E,T) S(.٣,E,T) ١٠٩٤٠ ٦٤٧٤ ٢٣٤٦١ ١٠٣٧١ ٨٢٣٠ ٢١٢٨٦ ٨٠١٤ ٤٥٢٠٩ ٢٤٨١٤ ١٧٠٣٤٦ ٣١٩٢٧ ٣٦٠٧٤ ١٥٠٧٥٨ ٢٤٦٤٨ ٤ ٩ ٢ ٥ ٦ ٣ ٧ ٣ ٧ ١ ٥ ٤ ٢ ٨ ٠٫٢٤١٩٨٧٢١٥ ٠٫٢٦٠٩٠١١٠٤ ٠٫١٣٧٧٢٥٥٧ ٠٫٣٢٤٨٣٤٧٧٩ ٠٫٢٢٨١٤٢١٥٢ ٠٫١٤١١٩٣١٧١ ٠٫٣٢٥١٣٧٩٤٢ ٣٫٥ ٨ ١٫٥ ٥ ٥ ٢٫٥ ٧٫٥ ٨ ٢ ١٠ ٦ ٧ ٩ ٣

BIOLOGICAL DEFINITION

G٣٫٥

A mutation is a sudden departure from the parent type in one or more heritable characteristics, caused by a change in a gene or a chromosome.

R(٣٠,D,T)

DEFINITION IN RELATION TO GENETIC ALGORITHMS With some low probability, a portion of the new individuals will have some of their bits flipped. Its purpose is to maintain diversity within the population and inhibit premature convergence. Mutation alone induces a random walk through the search space ٢٤٥١٥ ٢٣٤٦١ ٢١٢٨٦ ١٠٩٤٠ ١٠٣٧١ ٨٢٣٠ ٨٠١٤ ٦٩٥٢ ٦٤٧٤ ٥٣٠٧

AREA VOLUME A RANK V RANK A/V Average A+V Final Rank

S(.٣,E,T)

٦٤٧٤ ٢٤٨١٤ ٩ ٧ ٠٫٢٦٠٩٠١١٠٤ ٨ ٢

MO(١١,H,Z,F)

٧٧٤١ ٢٣٩٦٢ ٧ ٩ ٠٫٣٢٣٠٥٣١٦٨ ٨ ٣

S(.٣,E,T)

٧٢٨٢ ٢٨٢٩٠ ٨ ٦ ٠٫٢٥٧٤٠٥٤٤٤ ٧ ٤

٢٤٠٨٨ ١٠٨٧٧٢ ٢ ٢ ٠٫٢٢١٤٥٤٠٥١ ٢ ٩

S(.٣,E,T)

٨٠٥٤ ٢٤٥٧٩ ٦ ٨ ٠٫٣٢٧٦٧٨٠٩٩ ٧ ٥

MO(١١,H,Z,F)

٨٠٧٣ ٣٠٩٤٣ ٥ ٥ ٠٫٢٦٠٨٩٩٠٧٢ ٥ ٦

٨٦٥٣ ٣٨٦٨٣ ٤ ٤ ٠٫٢٢٣٦٨٩٩٩٣ ٤ ٧

G٤٫٩

C(١٧,C,Z,T) A(٥,٣,٧,٩,٤,٦,F)

A(٥,٣,٧,٩,٤,٦,F)

MO(١١,H,Z,F)

S(.٣,E,T)

٢١٥٦٨ ٨٩٩٩٥ ٣ ٣ ٠٫٢٣٩٦٥٧٧٥٩ ٣ ٨

G٤٫١٠ S(.٣,E,T)

C(١٧,C,Z,T)

٢٩٧٤٧ ١٣٩٣٢٩ ١ ١ ٠٫٢١٣٥٠١٨٥٥ ١ ١٠

C(١٧,C,YZ,T) MR(C,EF,F) MO(١١,H,Z,F) S(٢,A,F) S(.٣,E,T)

٥٣٠٧ ١٥٩٨٣ ١٠ ١٠ ٠٫٣٣٢٠٤٠٢٩٣ ١٠ ١

Mutation by inversion

MUTATIONS

AREA

MO(١١,H,Z,F)

G٤٫٨

Average ١٢٥٥٥

Standard Deviation Normal Distance ٧٤٩٦٫٨٣٥٣١٨ ١٫٤٩٠٦٣E٠٥١٫٨٤٧٠٨E٠٥٢٫٧٠٠٨٧E٠٥٥٫١٩٩٤٢E٠٥٥٫١٠٠٣٩E٠٥٤٫٥٠٥٦٨E٠٥٤٫٤٢٩٥٦E٠٥٤٫٠٢٤٧٤E٠٥٣٫٨٢٩٦٦E٠٥٣٫٣٣٤٧٣E٠٥-

AREA

0.00006

VOLUME ١٧٠٣٤٦ ١٥٠٧٥٨ ٤٥٢٠٩ ٣٦٠٧٤ ٣١٩٢٧ ٢٥٣١٠ ٢٤٨١٤ ٢٤٦٤٨ ١٥٩٨٣ ١٠٥٤٥

Average ٥٣٥٦١٫٤

A/V ٢٫٣٢٤٧٩٨٤٨ ٠٫٣٣٢٠٤٠٢٩ ٠٫٣٢٥١٣٧٩٤ ٠٫٣٢٤٨٣٤٧٨ ٠٫٢٧٤٦٧٤٠٤ ٠٫٢٦٠٩٠١١ ٠٫٢٤١٩٨٧٢١ ٠٫٢٢٨١٤٢١٥ ٠٫١٤١١٩٣١٧ ٠٫١٣٧٧٢٥٥٧

Standard Deviation Normal Distance ٥٧٣٩٩٫٦٩٧٠٤ ٨٫٧٧٢٢٥E٠٧١٫٦٥٧١٤E٠٦٦٫٨٧٧٠٦E٠٦٦٫٦٣٥٠٧E٠٦٦٫٤٧٣٧E٠٦٦٫١٥٧٣٩E٠٦٦٫١٣١٠٣E٠٦٦٫١٢٢١٣E٠٦٥٫٦٠٩٥٨E٠٦٥٫٢٤٨٦١E٠٦-

VOLUME

0.000008

C(١٧,C,YZ,T)

MO(١١,H,Z,F) S(.٣,E,T) Standard Deviation Normal Distance ٠٫٦٥٩٢١٤١٣٣ ٠٫٠١١٠٣١٢٧٥ ٠٫٥٩٤٠٣٣٥٠٧ ٠٫٥٩٢٨٠٢٩٦٦ ٠٫٥٩٢٧٤٧٤٨٨ ٠٫٥٨١٩٤١٨٥٥ ٠٫٥٧٨٤٢٣١٨٣ ٠٫٥٧٣٢١٧٨٦٨ ٠٫٥٦٩١٤٠١٨٨ ٠٫٥٣٨٧٢٦٨٥١ ٠٫٥٣٧٣٥٤٣٥٣

٢٩٧٤٧ ٢٤٠٨٨ ٢١٥٦٨ ٨٦٥٣ ٨٠٧٣ ٨٠٥٤ ٧٧٤١ ٧٢٨٢ ٦٤٧٤ ٥٣٠٧

Average ١٢٦٩٨٫٧

Standard Deviation Normal Distance ٨٨٥٤٫٧٩٦٢١٥ ٧٫٠٥٩٩١E٠٦١٫٩٧٠٠٩E٠٥٢٫٧٢٨١٨E٠٥٤٫٠٥٨٨٤E٠٥٣٫٩٣٠٧٣E٠٥٣٫٩٢٦٣١E٠٥٣٫٨٥١٧٨E٠٥٣٫٧٣٦٥٧E٠٥٣٫٥١٩٠٣E٠٥٣٫١٧٩٩١E٠٥-

AREA

0.00006

VOLUME ١٣٩٣٢٩ ١٠٨٧٧٢ ٨٩٩٩٥ ٣٨٦٨٣ ٣٠٩٤٣ ٢٨٢٩٠ ٢٤٨١٤ ٢٤٥٧٩ ٢٣٩٦٢

Average ٥٢٥٣٥

Standard Deviation Normal Distance ٤٣٥٢١٫٩٢٢٢ ١٫٢٥٤٨٥E٠٦٣٫٩٧٧٧٧E٠٦٦٫٣٢٨٩٦E٠٦٨٫٧١٣٧٥E٠٦٨٫١٠٥٠٤E٠٦٧٫٨٤٨٩٩E٠٦٧٫٤٨٣٥٢E٠٦٧٫٤٥٧٧٢E٠٦٧٫٣٨٩٣٧E٠٦-

VOLUME

0.00001

A/V ٠٫٣٣٢٠٤٠٢٩٣ ٠٫٣٢٧٦٧٨٠٩٩ ٠٫٣٢٣٠٥٣١٦٨ ٠٫٢٦٠٩٠١١٠٤ ٠٫٢٦٠٨٩٩٠٧٢ ٠٫٢٥٧٤٠٥٤٤٤ ٠٫٢٣٩٦٥٧٧٥٩ ٠٫٢٢٣٦٨٩٩٩٣ ٠٫٢٢١٤٥٤٠٥١ ٠٫٢١٣٥٠١٨٥٥

Average ٠٫٢٦٦٠٢٨٠٨٤

Standard Deviation Normal Distance ٠٫٠٤٥٦٦٨٩٧٣ ٣٫٠٧٣٢٤٨٠٨٨ ٣٫٥١٢١٨٧٩٤٤ ٤٫٠٠٦١٠٧٠٦٣ ٨٫٦٨٠٦٤٦٤٧٧ ٨٫٦٨٠٦٠٣١١٤ ٨٫٥٨١١٩٧٦٠٩ ٧٫٣٩٤١٤٧٥٩٦ ٥٫٦٨٤١٠٢٠٧ ٥٫٤٢٥٣٦٨١٩٧ ٤٫٥٠٨٥٤١٠٤

A/V

0.000009 0.00005

0.000008 0.000007

0.00004

0.000006 6

0.000005

0.00003

0.000004 0.00002

A/V

0.000003 0.000002

0.00001

0.000001 0

0.000007

0.00005

Average ٠٫٤٥٩١٤٣٤٧٥

AREA

0 0

10000

20000

30000

40000

50000

60000

70000

80000

90000

0 0

100000

200000

300000

400000

G1 G2 G3 G4

500000

600000

700000

800000

0.5

1.5

G1 G2 G3 G4

2.5 G1 G2 G3 G4

0.000006 8

0.00004

0.000005 6

0.000004

0.00003

0.000003

0.00002

0.000002 0.00001

0.000001 0 0

10000

20000

30000

40000

50000

60000

70000

80000

90000

0 0

100000

200000

300000

400000

G1 G2 G3

500000

600000

700000

800000

0.5

G1 G2 G3

1.5

2.5 G1 G2 G3

G2.5

G2.10

G2.9

G2.3

G2.6

G2.8

G2.7

G2.1

G2.4

G2.2

G3.3

G3.5

G3.10

G3.1

G3.2

G3.7

G3.8

G3.4

G3.9

G3.6

G3.3

G3.5

G3.10

G3.1

G3.2

G3.7

G3.8

G3.4

G3.9

G3.6

G4.10

G4.1

G4.2

G4.3

G4.5

G4.6

G4.7

G4.8

G4.4

G4.9

Mutated by Inversion from the previous Generation

RESULTS - TABULATION

GENERATION 5

G١٫١ PA(٢٣,G,XZ,F) S٢D(١٫٣٥,ZY,AE,T) C(١٧,C,YZ,T)

The breeding led to one hopeful monsters, but generation 5 was the fittest generation having similar results in certain individuals in form and ranking.

AREA VOLUME A RANK V RANK A/V Average A+V Final Rank

AREA

٢٧٨٢١ ٨٢٧١ ٨٠١٤ ٨٠١٤ ٨٠١٤ ٧٨١٨ ٧٨١٨ ٧٦٧٨ ٦٤٧٤ ٥٣٠٧

G٥٫١

G٥٫٢

G٥٫٣

G٥٫٤

G٥٫٥

G٥٫٦

G٥٫٧

S(.٣,E,T)

R(٣٠,D,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

PA(٥٢,B,Z,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

MR(C,Y,F)

C(١٧,C,YZ,T) MR(C,EF,F)

C(١٧,C,YZ,T)

C(١٧,C,YZ,T) R(١٤,F,ZY,T)

S(.٣,E,T)

C(١٧,C,YZ,T) MO(١١,H,Z,T) MR(C,EF,F) MO(١١,H,Z,F) S(٢٫٣٥,A,T) S(.٣,E,T)

C(١٧,C,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

C(١٧,C,Z,T) R(١٤,F,ZY,T)

MO(١١,H,Z,F)

C(١٧,C,YZ,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

C(١٧,C,YZ,T) R(١٤,F,ZY,T)

MO(١١,H,Z,F) S(٢,A,F) S(.٣,E,T)

C(١٧,C,YZ,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

C(١٧,C,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

Normal Distance ١٫١٥٩٣٣E٠٦٦٫٠٣٠٤٨E٠٥٥٫٩٧٩٩٦E٠٥٥٫٩٧٩٩٦E٠٥٥٫٩٧٩٩٦E٠٥٥٫٩٣٥٤٦E٠٥٥٫٩٣٥٤٦E٠٥٥٫٩٠٠٥٨E٠٥٥٫٥٠٢٤E٠٥٤٫٩٧٦١٥E٠٥-

VOLUME ١٢٠٥٣٤ ٣٦٦٢٥ ٣١٠٥٢ ٣١٠٥٢ ٢٤٨١٤ ٢٤٦٤٨ ٢٤٦٤٨ ٢٤٦٤٨ ٢٣٨٤١ ١٥٩٨٣

٥٣٠٧ ١٥٩٨٣ ١٠ ١٠ ٠٫٣٣٢٠٤٠٢٩٣ ١٠ ١

S(.٣,E,T)

٦٤٧٤ ٢٤٨١٤ ٩ ٥ ٠٫٢٦٠٩٠١١٠٤ ٧ ٣

Average Standard Deviation ٩٥٢٢٫٩ ٦٤٩٣٫٦٢٦٦٤٤

٧٦٧٨ ٢٣٨٤١ ٨ ٩ ٠٫٣٢٢٠٥٠٢٥ ٨٫٥ ٢

AREA

0.00007

MO(١١,H,Z,F)

٧٨١٨ ٣١٠٥٢ ٦ ٣ ٠٫٢٥١٧٧١٢٢٢ ٤٫٥ ٤

MO(١١,H,Z,F)

٨٠١٤ ٢٤٦٤٨ ٣ ٦ ٠٫٣٢٥١٣٧٩٤٢ ٤٫٥ ٦

S(.٣,E,T)

Average Standard Deviation ٣٥٧٨٤٫٥ ٣٠٢٨٥٫٩٣٤٨٨

٧٨١٨ ٣١٠٥٢ ٦ ٣ ٠٫٢٥١٧٧١٢٢٢ ٤٫٥ ٤

٢٧٨٢١ ١٢٠٥٣٤ ١ ١ ٠٫٢٣٠٨١٤٥٤٢ ١ ١٠

Normal Distance ٢٫٦٢٥٩٥E٠٧١٫٣١٦٧٥E٠٥١٫٣٠١٢٧E٠٥١٫٣٠١٢٧E٠٥١٫٢٣٣٦١E٠٥١٫٢٣١١٤E٠٥١٫٢٣١١٤E٠٥١٫٢٣١١٤E٠٥١٫٢١٨٧١E٠٥١٫٠٦٣٧٦E٠٥-

VOLUME

0.000016

G٥٫٩

٨٠١٤ ٢٤٦٤٨ ٣ ٦ ٠٫٣٢٥١٣٧٩٤٢ ٤٫٥ ٦

A/V ٠٫٣٣٢٠٤٠٢٩٣ ٠٫٣٢٥١٣٧٩٤٢ ٠٫٣٢٥١٣٧٩٤٢ ٠٫٣٢٥١٣٧٩٤٢ ٠٫٣٢٢٠٥٠٢٥ ٠٫٢٦٠٩٠١١٠٤ ٠٫٢٥١٧٧١٢٢٢ ٠٫٢٥١٧٧١٢٢٢ ٠٫٢٣٠٨١٤٥٤٢ ٠٫٢٢٥٨٢٩٣٥٢

AREA VOLUME A RANK V RANK A/V Average A+V Final Rank

G٥٫١٠

MO(١١,H,Z,F) S(.٣,E,T)

٨٢٧١ ٣٦٦٢٥ ٢ ٢ ٠٫٢٢٥٨٢٩٣٥٢ ٢ ٩

Average Standard Deviation ٠٫٢٨٥٠٥٩١٨١ ٠٫٠٤٤٢٧٨٠٧١

G١٫٤

C(١٧,C,YZ,T)

G٢٫٢

G٢٫٣

G٢٫٤

G١٫٥ MR(E,ZY,T) A(١,٢,٣,٤,٥) MO(٥,Y,T) PA(A,٣٩,٣٦٠,F)

G١٫٦ S٢D(١٫٣٥,ZY,AE,T) PA(٥٢,B,Z,T)

G٢٫٥

G٢٫٦

MR(C,Y,F)

S٢D(١٫٣٥,ZY,AE,T)

G٣٫٦

G١٫٧ S١D(A,١٫٣٥,X,T)

G١٫٨ MR(C,Y,F)

G١٫٩ C(١٧,C,YZ,T) MO(١١,H,Z,T) S(٢,A,F) R(٣٠,D,T) MR(C,EF,F)

G١٫١٠ S(.٩,E,T)

٨٠١٤ ٢٤٦٤٨ ٣ ٦ ٠٫٣٢٥١٣٧٩٤٢ ٤٫٥ ٦

Normal Distance ٥٫١٣١٥٩٦٩١٣ ٥٫٩٨١٤٨٨٤٠٩ ٥٫٩٨١٤٨٨٤٠٩ ٥٫٩٨١٤٨٨٤٠٩ ٦٫٣٥٥٧٤١٥٧٥ ٧٫٧٦٣٩٢٤٩٧٦ ٦٫٧٩١٨٩٩١١٤ ٦٫٧٩١٨٩٩١١٤ ٤٫٢٥٤١٨٨٢٥٤ ٣٫٦٨٢٦٥٩٣١٤

AREA VOLUME A RANK V RANK A/V Average A+V Final Rank

MO(١١,H,Z,T)

G٢٫٧ R(٣٠,D,T) R(٣٠,D,T)

G٢٫٨ PA(٢٣,G,XZ,F) MO(١١,H,Z,T) C(١٧,C,YZ,T)

G٣٫٧ MR(C,Y,F) S٢D(١٫٣٥,ZY,AE,T) R(١٤,F,DC,T) MR(E,GC,F)

G٣٫٨

G٣٫٩

R(٣٠,D,T)

MO(١١,H,Z,T) C(١٧,C,YZ,T)

G٣٫١

G٣٫٢

G٣٫٣

G٣٫٤

G٣٫٥

S١D(A,١٫٣٥,X,T)

PA(٥٢,B,Z,T)

S(.٣,E,T)

S٢D(١٫٣٥,ZY,AE,T)

R(٣٠,D,T)

C(١٧,C,YZ,T) R(١٤,F,ZY,T)

C(١٧,C,YZ,T) MO(١١,H,Z,T) MR(C,EF,F) MO(١١,H,Z,F) S(٢٫٣٥,A,T) S(.٣,E,T)

C(١٧,C,YZ,T) MR(C,EF,F)

C(١٧,C,YZ,T)

C(١٧,C,YZ,T) A(٥,٣,٧,٩,٤,٦,F)

MO(١١,H,Z,F) S(٢,A,F) S(.٣,E,T)

C(١٧,C,YZ,T) R(٣٠,D,T) MR(E,GC,F) MO(١١,H,Z,F) S(.٩,E,T) S(.٣,E,T)

MO(١١,H,Z,F)

G٤٫١

G٤٫٢

G٤٫٣

G٤٫٤

G٤٫٥

G٤٫٦

G٤٫٧

R(٣٠,D,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

PA(٥٢,B,Z,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

PA(٥٢,B,Z,T)

C(١٧,C,Z,T)

C(١٧,C,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

C(١٧,C,Z,T) R(١٤,F,ZY,T)

C(١٧,C,Z,T) MO(١١,H,Z,T) MR(C,EF,F) MO(١١,H,Z,F) S(٢٫٣٥,A,T) S(.٣,E,T)

C(١٧,C,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) S(.٣,E,T) R(٣٠,D,T) MO(١١,H,Z,F)

C(١٧,C,Z,T) R(١٤,F,ZY,T)

MO(١١,H,Z,F)

C(١٧,C,Z,T) MO(١١,H,Z,T) MR(C,EF,F) S(.٣,E,T) S(٢٫٣٥,A,T) MO(١١,H,Z,F)

MO(١١,H,Z,F)

0.000012

S(.٣,E,T)

٦٩٥٢ ٢٥٣١٠ ٨ ٦ ٠٫٢٧٤٦٧٤٠٤٢ ٧ ٤

٢٤٥١٥ ١٠٥٤٥ ١ ١٠ ٢٫٣٢٤٧٩٨٤٨٣ ٥٫٥ ٥

٥٣٠٧ ١٥٩٨٣ ١٠ ٩ ٠٫٣٣٢٠٤٠٢٩٣ ٩٫٥ ١

C(١٧,C,YZ,T)

G٣٫١٠

MR(C,EF,F) MO(٥,E,Y,F) R٣D(٢٣,D,XY,T) MO(١١,H,Z,F) MO(١١,H,Z,F) PA(٣٩,A,AC,F) S(٢,A,F) S(.٣,E,T) S(.٣,E,T) MR(C,EF,F) S(.٣,E,T) S(.٣,E,T) ١٠٩٤٠ ٦٤٧٤ ٢٣٤٦١ ١٠٣٧١ ٨٢٣٠ ٢١٢٨٦ ٤٥٢٠٩ ٢٤٨١٤ ١٧٠٣٤٦ ٣١٩٢٧ ٣٦٠٧٤ ١٥٠٧٥٨ ٤ ٩ ٢ ٥ ٦ ٣ ٣ ٧ ١ ٥ ٤ ٢ ٠٫٢٤١٩٨٧٢١٥ ٠٫٢٦٠٩٠١١٠٤ ٠٫١٣٧٧٢٥٥٧ ٠٫٣٢٤٨٣٤٧٧٩ ٠٫٢٢٨١٤٢١٥٢ ٠٫١٤١١٩٣١٧١ ٣٫٥ ٨ ١٫٥ ٥ ٥ ٢٫٥ ٨ ٢ ١٠ ٦ ٧ ٩

MR(C,Y,F) C(١٧,C,YZ,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

٨٠١٤ ٢٤٦٤٨ ٧ ٨ ٠٫٣٢٥١٣٧٩٤٢ ٧٫٥ ٣

8 0.00001

0.00004 0.00003

0.000008

0.000006

0.00002

0.000004

0.00001

0.000002

A(٦ ,٥,٩,٣,١٠,١٢F)

MR(C,Y,F) S(.٩,E,T) C(١٥,B,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T)

S٢D(١٫٣٥,ZY,AE,T)

0.00005

G١٫٣ R(٣٠,D,T) S٢D(١٫٣٥,ZY,AE,T)

R(٣٠,D,T) MR(E,GC,F) C(١٧,C,YZ,T) S(.٩,E,T) MO(١١,H,Z,T)

G٢٫١

A/V

0.000014

0.00006

G٥٫٨

G١٫٢ MR(E,GC,F) MO(١١,H,Z,T)

10000

20000

30000

40000

50000

60000

70000

80000

90000

0 0

100000

200000

300000

400000

500000

G1 G2 G3 G4 G5

600000

700000

800000

0.5

1.5

G1 G2 G3 G4 G5

MO(١١,H,Z,F)

2.5

G1 G2 G3 G4 G5

AREA VOLUME A RANK V RANK A/V Average A+V Final Rank

G4.10

G5.1

G4.1

G5.3

G4.2

G5.2

G4.3

G5.4

G4.5

G5.6

G4.6

G5.5

G4.7

G5.8

G4.8

G5.10

G4.4

G5.9

G4.9

G5.7 AREA VOLUME A RANK V RANK A/V Average A+V Final Rank

S(.٣,E,T)

٦٤٧٤ ٢٤٨١٤ ٩ ٧ ٠٫٢٦٠٩٠١١٠٤ ٨ ٢

٧٧٤١ ٢٣٩٦٢ ٧ ٩ ٠٫٣٢٣٠٥٣١٦٨ ٨ ٣

MO(١١,H,Z,F) S(.٣,E,T)

٧٢٨٢ ٢٨٢٩٠ ٨ ٦ ٠٫٢٥٧٤٠٥٤٤٤ ٧ ٤

٢٤٠٨٨ ١٠٨٧٧٢ ٢ ٢ ٠٫٢٢١٤٥٤٠٥١ ٢ ٩

٨٠٥٤ ٢٤٥٧٩ ٦ ٨ ٠٫٣٢٧٦٧٨٠٩٩ ٧ ٥

S(.٣,E,T)

٨٠٧٣ ٣٠٩٤٣ ٥ ٥ ٠٫٢٦٠٨٩٩٠٧٢ ٥ ٦

G٤٫٨

٨٦٥٣ ٣٨٦٨٣ ٤ ٤ ٠٫٢٢٣٦٨٩٩٩٣ ٤ ٧

G٤٫٩

G٤٫١٠

C(١٧,C,Z,T)

S(.٣,E,T)

C(١٧,C,Z,T) A(٥,٣,٧,٩,٤,٦,F)

A(٥,٣,٧,٩,٤,٦,F)

MO(١١,H,Z,F)

S(.٣,E,T)

MO(١١,H,Z,F) S(٢,A,F) S(.٣,E,T)

G٥٫١٠

٢١٥٦٨ ٨٩٩٩٥ ٣ ٣ ٠٫٢٣٩٦٥٧٧٥٩ ٣ ٨

٢٩٧٤٧ ١٣٩٣٢٩ ١ ١ ٠٫٢١٣٥٠١٨٥٥ ١ ١٠

C(١٧,C,YZ,T) MR(C,EF,F)

٥٣٠٧ ١٥٩٨٣ ١٠ ١٠ ٠٫٣٣٢٠٤٠٢٩٣ ١٠ ١

G٥٫١

G٥٫٢

G٥٫٣

G٥٫٤

G٥٫٥

G٥٫٦

G٥٫٧

G٥٫٨

G٥٫٩

S(.٣,E,T)

R(٣٠,D,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

PA(٥٢,B,Z,T)

MR(C,Y,F)

S١D(A,١٫٣٥,X,T)

MR(C,Y,F)

C(١٧,C,YZ,T) MR(C,EF,F)

C(١٧,C,YZ,T)

C(١٧,C,YZ,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

C(١٧,C,YZ,T) R(١٤,F,ZY,T)

C(١٧,C,YZ,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

C(١٧,C,YZ,T) R(١٤,F,ZY,T)

C(١٧,C,YZ,T) MO(١١,H,Z,T) MR(C,EF,F) MO(١١,H,Z,F) S(٢٫٣٥,A,T) S(.٣,E,T)

C(١٧,C,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

C(١٧,C,Z,T) R(١٤,F,ZY,T)

C(١٧,C,Z,T) MO(٥,E,Y,F) S١D(١٫١,A,X,T) MO(١١,H,Z,F) R(٣٠,D,T) S(.٣,E,T)

MO(١١,H,Z,F) S(٢,A,F) S(.٣,E,T)

٥٣٠٧ ١٥٩٨٣ ١٠ ١٠ ٠٫٣٣٢٠٤٠٢٩٣ ١٠ ١

MO(١١,H,Z,F) S(.٣,E,T)

٦٤٧٤ ٢٤٨١٤ ٩ ٥ ٠٫٢٦٠٩٠١١٠٤ ٧ ٣

٧٦٧٨ ٢٣٨٤١ ٨ ٩ ٠٫٣٢٢٠٥٠٢٥ ٨٫٥ ٢

MO(١١,H,Z,F) S(.٣,E,T)

٧٨١٨ ٣١٠٥٢ ٦ ٣ ٠٫٢٥١٧٧١٢٢٢ ٤٫٥ ٤

٨٠١٤ ٢٤٦٤٨ ٣ ٦ ٠٫٣٢٥١٣٧٩٤٢ ٤٫٥ ٦

MO(١١,H,Z,F) S(.٣,E,T)

٧٨١٨ ٣١٠٥٢ ٦ ٣ ٠٫٢٥١٧٧١٢٢٢ ٤٫٥ ٤

٢٧٨٢١ ١٢٠٥٣٤ ١ ١ ٠٫٢٣٠٨١٤٥٤٢ ١ ١٠

٨٠١٤ ٢٤٦٤٨ ٣ ٦ ٠٫٣٢٥١٣٧٩٤٢ ٤٫٥ ٦

MO(١١,H,Z,F) S(.٣,E,T)

٨٢٧١ ٣٦٦٢٥ ٢ ٢ ٠٫٢٢٥٨٢٩٣٥٢ ٢ ٩

٨٠١٤ ٢٤٦٤٨ ٣ ٦ ٠٫٣٢٥١٣٧٩٤٢ ٤٫٥ ٦

Mutated by Inversion from the previous Generation

Same Result in 3 dimensional form and rank

RESULTS - RENDERS TREE

RESULTS - BELL CURVES AREA

0.00007

GENETIC CROSSOVER

0.00006 0.00005 0.00004 0.00003 0.00002 0.00001 0

G1 G2 G3 G4 G5 0

10000

20000

30000

40000

50000

60000

70000

80000

90000

VOLUME

0.000016 0.000014 0.000012

G1.7

G1.4

G1.3

G1.1

G1.8

G1.6

G1.9

G1.2

G1.5

G1.10

G2.5

G2.10

G2.9

G2.3

G2.6

G2.8

G2.7

G2.1

G2.4

G2.2

G2.5

G2.10

G2.9

G2.3

G2.6

G2.8

G2.7

G2.1

G2.4

G2.2

G3.3

G3.5

G3.10

G3.1

G3.2

G3.7

G3.8

G3.4

G3.9

G3.6

G3.3

G3.5

G3.10

G3.1

G3.2

G3.7

G3.8

G3.4

G3.9

G3.6

G4.10

G4.1

G4.2

G4.3

G4.5

G4.6

G4.7

G4.8

G4.4

G4.9

G4.10

G4.1

G4.2

G4.3

G4.5

G4.6

G4.7

G4.8

G4.4

G4.9

G5.1

G5.3

G5.2

G5.4

G5.6

G5.5

G5.8

G5.10

G5.9

G5.7

0.00001 0.000008 0.000006 0.000004 0.000002 0

G1 G2 G3 G4 G5 100000

200000

300000

400000

500000

600000

700000

800000

A/V

G1 G2 G3 G4 G5 0

0.5

1.5

Same Result in 3 dimensional form and rank

2.5

PORTFOLIO

PHOTOGRAPHY Adobe Lightroom Editing

Camera Nikon D4S Location LAU Byblos Date July 25, 2014 44

Camera Canon AE1 Film Location Holcim Chekka Date Spring, 2013 45

BEFORE

AFTER

Camera Nikon D800 Location LAU Byblos Date Feb 26, 2014 46

Camera Nikon D800 Location LAU Byblos Date Feb 26, 2014 47

Camera Canon AE1 Film Location Holcim Chekka Date Spring, 2013 48

Camera Canon AE1 Film Location Holcim Chekka Date Spring, 2013 49

PORTFOLIO

FPR.final Project Research FALL 2016 FPR Title

Dalieh UrbanHike Aquarium

Instructor

Mr. Marwan Zouein

Location

Dalieh - Beirut

Description

. Study on Daliehâ&#x20AC;&#x2122;s ecological characteristics . Study on social activities . Study on the different functions of the site . The contrast between Public and Private activities . The conflict between the free natural quality of the site and the high-end prices of lots . Intervention Program that will be a mediator between all conflicting portions of this site

LOTS 3653, 2896 & 616 ARE THE ONLY EMPTY LOTS ON DALIEH’S CORNICHE. WHEN LOOKED AT FROM DALIEH THEY LOOK LIKE AN EXTENSION TO THE TOPOGRAPHY THAT HAS BEEN CUT BY THE HIGHWAY

GREEN ZONES - SUMMER

MOVENPICK HOTEL: DECREE NO. 4810 (ISSUED IN 1966) AMENDED THE PUBLIC MARITIME DOMAIN LAW, AND IT APPLIES TO ALL PRIVATE PROPERTY AREAS ADJACENT TO THE SEA. ADDITIONALLY, THE DECREE ALLOWS ANY RESORT OWNER TO USE THREE TIMES THE SURFACE AREA OF

GREEN ZONES - WINTER

THE RESORT PLOT TO CONSTRUCT A MARINA.

2895 616 m2 2896 1003 m2

1122

3653 5460 m2

Sakhrit al-Bahr REC: 1200 shares (1995) Inheritors of Diab family: 1200 shares

1107 3694 m2

GREEN ZONES - SPRING

1123

Sakhrit al-Bahr REC: 240 shares (1995) A. Mahmasani: 240 shares (1973) Tadamon Company: 1920 shares (1983)

GREEN ZONES

FISHING CRANES

NATURAL PATHS ON SITE

1115

Bahr REC (1998) 1114 1113

Bahr REC (1995)

Bahr REC: 1200 shares (1998) Chatila family: 1200 shares 2389

1120

Sakhrit al-Bahr REC (1995)

Bahr REC (1995)

Bahr REC: 2300 shares (2007) S. Baydoun: 100 shares 1116 Bahr REC: 2133.8 shares (2000) Inheritors of Baydoun, Nsouli, Chatila, Najjar, Sa'eb families: 266.3 shares (1995) STRUCTURES ON DALIEH

CONCRETE ACCROPODES

Bahr REC (2007)

Mövenpick Hotel Merriland REC (1986)

1126 1119 1118 1117

PEDESTRIAN FLOW - CORNICHE

1125 1121

Sakhrit al-Yamama REC: 2280.72 shares (1995) F. Bassoul: 0.53 shares (1937) M. Bassoul: 50 shares (1956) H. Bassoul: 50 shares (1956) Inheritors of M. Eid: 18.75 shares (1970)

SPRING EQUINOX

WINTER SOLSTICE SHADOW ANALYSIS OF SITE: LOT 2895 IS THE MOST EXPOSED TO THE SUN IN WINTER

WINTER SOLSTICE

SHADOW ANALYSIS - SUMMER SOLSTICE

AUTUMN EQUINOX

VERMETID REEFS

CAVES

FAUNA MONK SEAL (CAVES) BOTTLENCOSE DOLPHIN SEA TURTLES GREY HERON FRUIT BATS (CAVES) PELICANS SHEARWATERS SEAGULLS EGRET

ACTIVITIES/MASS PLAN SCALE 1/1000

GANNET CORMORANT JELLYFISH

FRIDAY’S

PETIT CAFÉ

LA GROTTE AUX PIGEONS BLOM

DUROY

STARBUCKS NESTLE C HOUSE CAFE

AL BAR PIZZA HUT SNACK BARBAR

SHRIMPY PATISSERIE HALLAB

AL ARICHE SAVOY CONFORT BISTROT 66

AUDI

SHERATON FOUR POINTS

BURGER KING

ROYAL PLAZA

MOVENPICK

MAPPING / STRATEGY / MASS PLAN SCALE 1/1000 HOTEL

RESTAURANT / CAFÉ

BANK

Laundry Offices & Staff Spaces Storage

HOTEL

MARITIME FACADE STUDY

Rooms: Double & Single Rooms overlooking the sea & park

Fish Market: Run by Local Fishermen

RESTAURANTS & CAFES

Hotel Restaurant

Entrance Lobby

Luxurious suites: Up to 4 Family Size Suites

FISHERMEN HOUSING 3 Star Seafood Restaurant

3 Star Cuisine

TOWER FACING PIGEON ROCKS CARACTERISTICS: . RESIDENTIAL TOWER . PUBLIC GROUND FLOOR OVERLOOKING THE STREET & CARS . RAISED PRIVATE LEISURE PLATFORM . COMPLETE DISCONNECTION FROM

Small Family Apartments

INTERNAL STREET THROUGH A WASTED SPACE OF PARKINGS . NO ACTIVITY ON THE SIDEWALK

Cafe

Restaurant

PUBLIC

Fishermen Workshop

Sandwiches

GREEN OPEN PARK

Boutique

C HOUSE CAFE

23 FLOORS RESIDENTIAL TOWER

PHARMACY SWIMMING POOL PRIVACY PLANTER

Lounge Area

NESTLE TOLL HOUSE STARBUCKS

AQUARIUM

BRIEF Program Explanation Technical Rooms Project Parking

Swimming Pools

PARKING 1000 CARS

Corniche Parking

Site Parking

Sports Facilities

• The typical construction typology is a highrise on the maritime façade. They are either hotels or mixed use residential buildings with banks, restaurants or cafés mainly to the ground floor. • The proposed program topples that typology down and makes way to an intervention that extends the public natural topography towards the urban fabric. • This strategy unites programs thought of to be contradicting and unlikely to be put together like a hotel and fish restaurant with fishermen housing and fish market.

BACK MAIN ENTRANCE & PARKING

PROGRAM ZONING SCALE 1/250 1: AQUARIUM 2: RESTAURANTS 3: FISHERMEN HOUSING 4: BOUTIQUE HOTEL 5: GREEN PARK 6: SKATE POOL

2 4

PATHS ON TOPOGRAPHY

PROCESS

1. ZONING: 40% - 2.5, 7110 m2

2. PATHS STUDY & CONNECTIONS

3. LAYER 1: EXISTING PATHS ON SITE

4. LAYER 2: TOPOGRAPHY

5. LINKING BRIDGES FROM TOP AND PROGRAM

PORTFOLIO

DESIGN X SPRING 2017 FYP Title

Dalieh UrbanHike Aquarium Aquarium, Hotel, Fishermen Housing, Park, Fish Market & Restaurant, Public Parking

Instructor

Mr. Marwan Zouein

Assistant

Ms Sandra Richani

Location

Dalieh - Beirut

Description

The basic concept behind “UrbanHike Aquarium” is to treat the site from the perspective of a performer, a little kid, a sportsman, a stroller or simply a person who wants to enjoy nature. Therefore, the whole intervention can be considered as a vast playground for all ages and people. The architectural handling of the theme is to overlay different layers of existing and needed systems: The first system is topography and how to extend it beyond the highway. It takes into consideration that Dalieh’s topography is natural and some of its parts are not suitable for people. On the other hand, UrbanHike’s artificial topography is more suitable for hikers who can stroll through its various parts except for some light-structured steep zones. The second system is the complex network of paths found on Dalieh and their extension towards the site. The difference between paths on Dalieh and those in UrbanHike is that those natural ones are two-dimensional, overlaid on the topography, while the ones in UrbanHike are three-dimensional; they carve the built topography, creating passages and alleyways, then they rise and drop to connect the different sections of the setting. The most complex system left can be considered as the program of the intervention itself: how to integrate a construction in the topography without affecting the quality of life in it and the public porous property of the park. From this point of view, the different parts of the internal program are intertwined with each other, linked on all different stages and levels. This idea is better understood when one comprehends all the drawings of the project with its bridges, tunnels, pathways and perforations.

SECTION THROUGH THE FISHERMEN HOUSING Main Feature: Accessibility of all floors from the outside by hiking the mountain up (no need to take the main shaft to reach the last floors)

RAMZI FARES Architect