Architecture Portfolio by Aseel Baarimah

PORT FOLIO

ARCHITECTURAL

ASEEL O. BAARIMAH 1

CONTACT

EMAIL: AOBAARIMAH@GMAIL.COM WEBSITE: BAARIMAH.COM LINKEDIN: ASEELBAARIMAH

Architecture is a life language that cannot be separated from the people life and need a person who is passionate about understanding the details around him to utilize it in a deferent way, and this person is me; THE ARCHITECT. ASEEL O. BAARIMAH

FOLIO CONT 01

DETROIT CULTURAL CENTER [DCC]

CIVIC DESERT CANYON VISTA

COOL TOWER / DESIGN + BUILD

P06-15

P16-29

P30-35

THE MASTER’S PROJECT IS A VEHICLE FOR STUDENTS TO REFLECT ON CONTEMPORARY, EMERGING AND FUTURE CONDITIONS AS THEY EMPLOY THEIR VALUES AND OPTIMIZE THEIR SKILLS AND KNOWLEDGE. THE PROJECTS STRIVE TO SERVE AS SPRINGBOARDS TO THE PROFESSION WITH THE OBJECTIVE OF PREPARING STUDENTS TO MAXIMIZE THEIR IMPACT ON THE WORLD THROUGH THE DISCIPLINE OF ARCHITECTURE.

AN ADVANCED INTEGRATIVE ENVIRONMENTAL DESIGN AND RESEARCH STUDIO WHICH FOCUSES ON REGIONAL SUSTAINABLE ENERGY EFFICIENT HIGH PERFORMANCE BUILDINGS BY, USING THE LATEST ENVIRONMENTAL TECHNOLOGIES FOR INDOOR AND OUTDOOR SPACES.

USING COMPUTATIONAL FLUID AND THERMODYNAMICS TECHNOLOGY TO DESIGN “COOL TOWERS” THEN BUILD ½ SCALE MODELS AND TEST THEIR PERFORMANCE USING HAND-HELD INSTRUMENTS.

ABHA BREEZEWAY

EPISODES CAFÉ

ALRAWDA PROJECT

P68-69

P70-71

P72-77

RESIDENTIAL: A PRIVATE HOUSE DESIGNED IN ABHA CITY, SAUDI ARABIA, TO MEET THE SPACE AND GROWTH NEEDS OF A FAMILY OF 6 PEOPLE.

COMMERCIAL: A COFFEE SHOP DESIGN IN AL KHARJ, SAUDI ARABIA.

COMMERCIAL, MIXED-USE, AND RESIDENTIAL: A LARGE SCALE PROJECT DESIGNED IN SAUDI ARABIA INCLUDING, COMMERCIAL ZONE HAS SOME STORES, MIXED- USED BUILDINGS, AND HOUSES.

TENTS 04

RECREATION CENTER

THE INSTITUTE OF BORDERS AND BOUNDARIES

DESIGN COMMUNICATION: PHARE TOWER

P36-51

P52-61

P62-65

COMPREHENSIVE DESIGN OF BUILDINGS WITH EMPHASIS ON SYSTEMS LOGIC, EFFICIENT UTILIZATION OF RESOURCES, AND RIGOROUS DEFINITION OF APPROPRIATE INTERFACE BETWEEN SITE, PROGRAM AND TECHNICAL SYSTEMS.

DESIGN OF MEDIUM SCALE PUBLIC BUILDINGS ACCOMMODATING VARYING SPATIAL, STRUCTURAL AND ENVIRONMENTAL CHARACTERISTICS, WITH EMPHASIS ON SITE ~ BUILDING INTERFACE, ACCESSIBILITY AND SUSTAINABILITY.

THIS COURSE PROVIDES A COMPREHENSIVE INTRODUCTION TO ADVANCED DIGITAL TECHNOLOGIES IN ARCHITECTURE WITH A SPECIFIC FOCUS ON PARAMETRIC MODELING FOR DESIGN APPLICATIONS. GRADUATE STUDENTS ARE REQUIRED TO INCLUDE A MORE EXTENSIVE RESEARCH COMPONENT WITH THEIR PROJECT AND COMPLETE MORE IN-DEPTH EXERCISES.

ALASALA UNIVERSITY

HAIL HOUSE

P78-81

P82-83

EDUCATION: A UNIVERSITY DESIGNED IN SAUDI ARABIA INCLUDING A MAIN ADMINISTRATION BUILDING, 3 COLLEGES, AND 4 SUPPORTING BUILDINGS.

RESIDENTIAL: A ONE STORY PRIVATE HOUSE IN A FARM IN SAUDI ARABIA.

ACADEMIC WORK 7

2019|ACADEMIC PROJECT|DETROIT CULTURAL CENTER [DCC]

Detroit Cultural Center [DCC] the canyon journey Group work. My responsibilities were 50% of the design, 50% of the research 50% of the 3D modeling, all the render, all the diagrams, all the sketches, and all the sections and elevations.

2019 / Academic Project Master’s Report: thesis for certain master’s degrees Supervisor: Chris Trumble Location: 650 Atwater St, Detroit, MI 48226 Awards: Nominated for Design Excellence Award (2019) by The American Institute of Architects (AIA)

CONCEPT: Automotive industry (with its ups and downs), Motown music (mixed by different people and genre), and the story of life death and rebirth (that physically and culturally defines the Detroit of today) are the phenomena and unique characteristics that inspire this project. ORGANIZATION: principal circulation space is a linear canyon/gorge space, facil-

itating movement and connectivity between programmatic components: theaters, auditoriums, exhibit halls, classrooms, library, café, social and secondary support spaces PROGRESS: As a result of a series of experiments AND forming different shapes of steel, we decisively come to the conclusion that this design is PRESENTING Detroit and its history BY USING ONE

OF THE MOST VALUABLE MATERIAL IN HTE BUILDING ITSELF. in view of the fact that the steelworks as main circulation (canyon) while the program is located around it. Through the canyon, visitors will have an experience that goes at the hand of the human senses.

DETROIT CULTURAL CENTER [DCC]|ACADEMIC PROJECT|2019

THE DETROIT CULTURAL CENTER (DCC) ASPIRES TO EMBODY THE DIVERSITY, DYNAMISM AND FORMATIVE FORCES OF THE CITY WHILE PROMOTING ITS IDENTITY, PERSEVERANCE AND VIBRANCY. THE DCC WILL HOST LOCAL, REGIONAL AND INTERNATIONAL CULTURAL EVENTS AND EXHIBITS ON A PLATFORM THAT IS UNIQUELY DETROIT. IT IS A LANDMARK ON A REGIONAL, NATIONAL, AND GLOBAL HORIZON.

10 0

100 300

1 - Automobile Exhibit 2- History of Detroit Exhibit 3- Classroom, Reading Rooms, Storage 4- Bookshelves, Reading Area 5- Reading Steps

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Sc ize l. rP

10 0

100 300

1 - Automobile Exhibit 2- Music Exhibit 3- History of Detroit Exhibit 4- Storage 5- Administration 6- Auditorium 7- Classrooms, Workshop, Computer lab 8- Magazine Seating Area 9 - Outdoor Balcony 10- Reading steps

St.

ate Atw

An s ne toi

100

t. 0

300

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1 - Lobby 2- Gallaries 3- Automobile Exhibit 4- Music Exhibit 5- Special Events Rooms 6- Auditoriums 7- Administration 8- Storages 9-Classrooms, Workshop, Computer lab 10- Restaurant 11- Amphitheatre 12 Outdoor Plaza

bie t.

Detroit River

2019|ACADEMIC PROJECT|DETROIT CULTURAL CENTER [DCC]

ARCHITECTURAL EXPERIENCE THROUGH SENSES

DETROIT CULTURAL CENTER [DCC]|ACADEMIC PROJECT|2019

C IEN

H SIG

G RIN

C OU

OUR INTENTION IS TO OPTIMIZE THE EXPERIENCE OF USERS THROUGH THE HUMAN SENSES. ARCHITECTURE IS NOT JUST A VISUAL JOURNEY. PEOPLE SMELL THROUGH THE BUILDING AND THAT COULD EXTEND THE JOY IN THE EXPERIENCE OR MAKE IT WORSE. THE TOUCHING, THE HEARING, AND OTHER SENSES MAY CHANGE OUR PERCEPTIONS OF A SPACE.

SOUND

SILENCE

SOUND

WIND SOUND

SOUND

SILENCE

SOUND

SIGHT IS AN OBVIOUS ONE AND DEFINITELY THE MOST USED SENSE RELATING TO ARCHITECTURE. TO VIEW A SPACE IS TO SEE NOT ONLY THE SOLID FORMS BUT ALSO THE OPENNESS AND SPACE OF AN AREA. USING BOTH LIGHT AND STRUCTURE IN COMBINATION CAN MAKE ITS OCCUPANTS FEEL COMFORTABLE. THE MERGER OF THESE COMPONENTS CAN ALSO TAKE THE SPACE FROM JUST ORDINARY TO SOMETHING SPECIAL AND A PLACE YOU WANT TO HANG OUT IN!

ACOUSTICS OF A BUILDING, THOUGH NOT INITIALLY OBVIOUS TO US, CAN RETURN A SPACE’S MOVEMENTS AND CREATE AN ATMOSPHERE THAT WE CAN CONNECT WITH. INCREASING SOUND CAN BOOST THE INTENSITY OF A SPACE JUST LIKE A SOUND TRACK FROM A MOVIE. TO ADJUST THE IMPACT OF SOUND, WE CAN USE SOUND ABSORBERS OR SOUND OPTIMIZERS. ALSO, THE FORMS OF THE BUILDING CAN AFFECT SOUND. THE CEILING HEIGHT OR SHAPE OF THE ROOM CAN AFFECT THE ACOUSTICS. WITH A HIGH CEILING, SOUND HAS FURTHER TO TRAVEL THAN WITH A SHORTENED HEIGHT. ALSO, DIFFERENT SHAPES OF SURFACES CAN BOUNCE SOUND IN SPECIFIC DIRECTIONS TO CREATE AN INTERESTING EFFECT.

SOUND

WIND

SOUND

SILENCE

SOUND

SOUND WIND

THE SENSE OF TOUCH WITHIN A BUILDING CAN CREATE A FEELING OF EITHER RELATING OR DISLIKE. THE TOUCH OF BUILDING MATERIALS ITSELF CAN CREATE THIS FEELING BUT IT‘S ALSO POSSIBLE TO FEEL A SPACE WITHOUT TOUCHING ITS COMPONENTS. YOU CAN FEEL IF A SPACE IS DIM OR BRIGHT JUST BY BEING IN IT. THE EASIEST EXAMPLE IS THE FEELING OF SUNLIGHT ON YOUR SKIN AS YOU INHABIT THE SPACE.

WIND

SMELL IS OUR SENSE THAT IS MOST CLOSELY CONNECTED TO OUR MEMORIES. THE SMELL OF DIFFERENT MATERIALS OR FRAGRANCES WE USE WITHIN A SPACE CAN BE RECORDED IN OUR MEMORY FOR A LATER TIME. CONNECTIONS TO THESE DISTINCT SMELLS CAN BE RECALLED LATER AND CAN STIMULATE VARIOUS EMOTIONS THAT WE MIGHT HAVE HAD WHILE BEING IN THE SPACE.

L ME

GFRC CLADDING

STAINLESS STEEL CLADDING

STEEL STRUCTURE

VERTICAL CIRCULATION HORIZONTAL CIRCULATION

2019|ACADEMIC PROJECT|DETROIT CULTURAL CENTER [DCC]

DETROIT CULTURAL CENTER [DCC]|ACADEMIC PROJECT|2019

2019|ACADEMIC PROJECT|DETROIT CULTURAL CENTER [DCC]

In the building, there are several connections between the indoor and outdoor activities to maximize the journey and expand the visitorsâ&#x20AC;&#x2122; feelings.

DETROIT CULTURAL CENTER [DCC]|ACADEMIC PROJECT|2019

2018|ACADEMIC PROJECT|CIVIC DESERT CANYON VISTA

Civic Desert Canyon Vista canyon Group work. My responsibilities were 50% of the design, 40% of the research 60% of the 3D modeling, all the render, all the diagrams, all the sketches, and all the sections and elevations.

2018 / Academic Project Architectural Design Research Studio Supervisor: Nader Chalfoun Client: MRT Design LLC State of Arizona Location: 1700 W Washington, Phoenix, AZ 85007 | Downtown Phoenix Arizona Awards: Design Excellence Award (2019) by The American Institute of Architects (AIA)

Phoenix is both the capital and the largest city in Arizona. Symbolically, the Capitol Mall represents the State and its aspirations; functionally, it accommodates the executive, legislative, and judicial branches of government. Because of its proximity to downtown, the Capitol Mall is poised for an inclusive revitalization and redevelopment that will establish Phoenix as a national exemplar of the 21st â&#x20AC;&#x201C;century Capitol City. The Capitol Mall Centennial Plan has been developed to achieve the significant goal. Unlike many historical capitol districts, which are isolated and uninviting, the Capitol Mall, as envisioned in the Capitol

Mall Centennial Plan, features a series of sustainable connective infrastructures that make public spaces and services more accessible; enhance the efficiency

of the complex and facilitate more effective governance; and promote an identity for a world-class capitol community.

CIVIC DESERT CANYON VISTA|ACADEMIC PROJECT|2018

2018|ACADEMIC PROJECT|CIVIC DESERT CANYON VISTA

Historic Significance

11,406.25 FT2

1900

1901 Arizona Capitol Building

1912 Arizona Becomes 48th State

14,861.94 FT2

25,876.38

1918 First Addition to Capitol Building

1938 Second Addi to Capitol Building

Observations

Building Identity

Building Connection

Occupancy Capacity

Parking Capacity

Public Amenities

State Capitol Building lacks identity with no government functions

The Senate, House, and Capitol buildings are functionally and physically disconnected

Senate and House have outgrown their current buildings

Parking is not adequate to current government function

Needs of Museum visitors, recreation, entertainment

Civic/Public Separation

Senate to House Connection Building Flexibility

Plaza Connection

Historic View

Separation of government and public spaces

Senate and House connection is limited

Lack of emphasis on connection between State Capitol plaza and Wesley Bolin Memorial Plaza

Maintain unobstructed visual access to preserve historical views

Need for flexible/transforming spaces

CIVIC DESERT CANYON VISTA|ACADEMIC PROJECT|2018

65,552.6 FT2

8 FT2

107,442.5 FT2

1960 Sanate and House Buildings

ition l

1974 Executive and Supreme Court Buildings on National Register of Historic Places

1980

Site Integration

Sustainable Strategies

Daylight

Hardscape

Lack of integration between indoor/outdoor spaces

Limited on site passive and active sustainable strategies

Limited use of daylight in buildings

Hardscape to green area is unbalanced

Outdoor Human Thermal Comfort

Haboob

Thermal Regulation

Climatic Response

Site Materials

Walkability

No strategy addressing the environmental impact of Haboob

Lack of thermal integration between indoor/ outdoor spaces outdoor spaces

Current facades do not adequately reflect the climate conditions

Materials and how they respond to the surrounding environment

Lack of shading around walkways

Lack of emphasis on outdoor human thermal comfort

2018|ACADEMIC PROJECT|CIVIC DESERT CANYON VISTA

before

In this project our goal is using an environmental technologies to physically connect and unify the House of Representatives and the Senate with the historic Capitol Building with green connectors and plazas that provide additional indoor functional spaces and outdoor civic spaces to enhance the functionality, the microclimate, human thermal comfort, energy efficiency, use of renewable energy sources, and achieving a net-zero design.

CIVIC DESERT CANYON VISTA|ACADEMIC PROJECT|2018

after

Program • • • • • • • •

Expand the House and Senate by 50% Expand the parking capacity Connect the House and Senate with the Historic Capitol Building Migrate some functions from the House and Senate to the Historic Capitol building Demonstrate Sustainability in all iterations Achieve Net Zero Status Intervene in the Civic Plaza and Westley Bolin Memorial Plaza Heritage Conservation

2018|ACADEMIC PROJECT|CIVIC DESERT CANYON VISTA

Project Studies

Providing filtered light into the chamber in order to connect building occupants with outdoors and reduce the use of electrical lighting.

Cool towers are natural down draft evaporative cooling devices topped with a hydro unit typically equipped with wetted pads, sprays and other cooling devices which provide cool air by gravity flow.

The hot air drafted from the surrounding areas, cooled by evapotranspiration process. In addition, the cool tower increases the evaporation process which make the air cooler and that create a cold breezeway to the Wesly Bolian Memorial Plaza.

At the daytime, the center canopy collects the solar radiation, Warm air is less dense and as such rises upward. It also provides shading to the W under the canopy to the Wesly Bolian Memorial Plaza where the warmer air flows up through the opening in the middle. 22

CIVIC DESERT CANYON VISTA|ACADEMIC PROJECT|2018

The geometry of the central canopy design to collect rainwater. It has cones that collect rainwater into downspouts where people can see the rainwater through it and then into some sort of underground storage vessel. This water is used for the surrounding landscape as well as for certain indoor amenities in the additional space and the cool tower. In the whole project, we collect 2.5 m gallons per year and we have 6 tanks in the underground.

We studied the profile angle of the site at noon solar time and we design the canopy to provide shading for the people who are around the memorial and create a microclimate that improves the outdoor human thermal comfort. Our canopy has adaptive solar panels which follow the sun to get the most efficient renewable energy.

• Capitol mall complex consumes: 3,850,000 kwh/year, and new extension consumes: 17,210,000 kwh/year • solar energy produced by PV panels: 22,640,000 kwh/year • Total production - concussion: 1,580,000 kwh/year to the city

Wesly Bolian Memorial Plaza. In contrast, at night time, the heat absorbed by a canopy shading released to the sky. Cold air is denser so it falls

2018|ACADEMIC PROJECT|COOL TOWER

Cool Tower / Design + Build evaporative cooling Group work. My responsibilities were Designing the cool tower, Drawing the assamply steps, 50% of the research, and 65% of assampling the tower.

2018 / Academic Project Environmental Science Lab Supervisor: Nader Chalfoun Omar Youssef Location: Capla, Underwood Garden 1040 N Olive Rd, Tucson, AZ 85719

Evaporative cooling is a physical phenomenon in which evaporation of a liquid, typically into surrounding air, cools an object or a liquid in contact with it. Latent heat describes the amount of heat that is needed to evaporate the liquid; this heat comes from the liquid itself and the surrounding gas and surfaces. When considering water evaporating into air, the wet bulb temperature, as compared to the air’s dry bulb

temperature is a measure of the potential for evaporative cooling. The greater the difference between the two temperatures, also called the “wet bulb depression”, the greater the evaporative cooling effect. When the temperatures are the same, no net evaporation of water in air occurs, thus there is no cooling effect. Therefore evaporative cooling technology is more efficient in dry climates than in humid regions.

COOL TOWER |ACADEMIC PROJECT|2018

EVAPORATIVE COOLERS GENERALLY PROVIDE WARMER AIR THAN REFRIGERATION AIR CONDITIONING AND THEREFORE MUST DELIVER MORE AIR TO DO THE SAME JOB.

WATER

WARM DRY AIR

COOL HUMIDIFIED AIR

CELDEK PAD

2018|ACADEMIC PROJECT|COOL TOWER

COOL TOWER LAB ASSEMBLY

Cutting the columns using horizontal bandsaw

Using a Drill to punch holes in the Assembling all of the steel columns, so we can bolt them together columns together

Sealing all holes by silicone adhesive Cutting the Celdek pad using bandsaw Assembling the baffles and Celdek pad inside the structure

Cutting, folding, and bolting aluminum sheets to assemble the cap

Punching holes in the PVC pipe and add them to the cap

Cutting the metal sheets for collecting the spitting guard around the gutter

Creating the gutter by cutting, folding, and bolting aluminum sheets

Cutting the tarp and tighten it around the structure

Adding the water catchment at the end of the discharge area of the cool tower

IDEA DETAILS Water Circulation

Water is fed into a feed pipe that runs into the hydro unit. The punctured PVC sprays water onto the top of the gutter splashing it back down towards the pads. Once the water has run down the pads, it will drain through the runoff pipe into the water catheter. There it will gather and eventually escape into the landscape through another runoff pipe.

The water catcher below the discharge area helped improve the evaporative cooling of the system which aided in the decrease of temperature in the area which was felt by every- one in the vicinity.

The cool tower helped to enhance the outdoor human thermal comfort in the underwood garden.

COOL TOWER |ACADEMIC PROJECT|2018

• • • • •

Temperature air-in = 75.8F Temperature air-out = 60F Relative Humidity-in = 13.7% Relative Humidity-out = 33.5% Air speed at outlet 60fpm

The Cool Tower was effective in decreasing the temperature by 17.8 degrees while the relative humidity increased by 19.8%. The tower reached our expectations for performance and structural stability. 27

2018|ACADEMIC PROJECT|RECREATION CENTER

Recreation Center / Tucson, AZ vertical and horizontal Individual work.

2018 / Academic Project Architectural Design Masterâ&#x20AC;&#x2122;s Studio Supervisor: Laura Carr Location: 446 N Stone Ave Tucson, AZ 85705

The design is rooted giving the users the opportunity to see the project through varying vertical and horizontal perspectives. A dynamic movement between the spaces; plazas in layered at different levels, each with a different use. The building addresses the harsh desert climate of Tucson by locating most of the building underground, while also naturally ventilating the spaces and providing daylight in

every level. Contextually, the design respects the Tucson Transfer and Warehouse Building by lowering the profile and maintaining the visual connection through the site. The dynamic shape of the building translates the idea of the active movement, related to the program uses, and responds to the environmental by optimizing passive cooling strategies. The shape direct prevailing winds to flow inside the

plaza and self shade. Rainwater is collected from the sloping roofs and harvesting from the site and re-distributed it trees via a waterfall that moves through the plazas. Additionally, the geometry and orientation of the roof makes it possible use solar panels on the roof. Furthermore, the different levels place the spaces inside so they can be optimally suited to program.

RECREATION CENTER|ACADEMIC PROJECT|2018

GIVING THE USERS THE OPPORTUNITY TO SEE THE PROJECT THROUGH VARYING VERTICAL AND HORIZONTAL PERSPECTIVES

2018|ACADEMIC PROJECT|RECREATION CENTER

08 30

RECREATION CENTER|ACADEMIC PROJECT|2018

15 31

2018|ACADEMIC PROJECT|RECREATION CENTER

SITE PHOTOMONTAGE A graphical photomontage expresses the components, influences, organization, relationships, and qualities as they relate to the site. It expresses the components, influences, organization, relationships, and qualities as they relate to the site. Also, it describes the old materials in Tucson “Adobe and Terracotta” and the new materials “Copper and Rusted metal” which gives Tucson its own new identity

Shading Devices for Better Experience

The Materials in the Site

The View

The Native Landscape

People Interaction Railway

SUN STUDY

SYSTEMS

WATER HARVESTING

WIND AND FORM

RECREATION CENTER|ACADEMIC PROJECT|2018

STUDY MODELS

CONCEPT PHOTOMONTAGE

Concept models show quick repetitive thinking for the project to test them and find the best solution IMAGINATION

NATIVE LANDSCAPE

AMBIGUOUS TO CREATE A CURIOSITY

VIEW

LEVELS

PLAZA

2018|ACADEMIC PROJECT|RECREATION CENTER

MODELS

Framing model to study the folded plates idea and test the loads

Fram Also and ect.

ming model to study the structure. o, it describes the levels in the site how the user can move in the proj-

RECREATION CENTER|ACADEMIC PROJECT|2018

Making the 3d model to create a section model to understand the structure and systems in the project

2018|ACADEMIC PROJECT|RECREATION CENTER

RECREATION CENTER|ACADEMIC PROJECT|2018

The section prepective illustrates the integration btween the program and systems. windows around the plazas create a visual connection between the inside and outside spaces through the transparent material. The building adresses the harsh desert climate of Tucson by locating most of the building underground.

2018|ACADEMIC PROJECT|THE INSTITUTE OF BORDERS AND BOUNDARIES

The Institute of Borders and Boundaries / Tucson, AZ Kinetic skin Individual work.

2018 / Academic Project Architectural Design Master’s Studio Supervisor: Bill Mackey Location: 139 E Toole Ave Tucson, AZ 85701

13’ Height

In this project, I tried to raise the building to give the people the opportunity to see the train and the mountain. also, they can see the basement through the frameless glass than open to below. 38

I rose my building to create an infinitive view, which means that there are no view borders or boundaries. Besides that, there are some tunnels around the site that inspired me to think about an attractive environmen-

tal space underneath the site. my building skin can be interpreted either as intelligent environmental screens or as public communication interfaces which related to the art. My design interact be-

tween environment and interior, the architectural facade, in search of a latent aesthetic enabled by kinetics.

THE INSTITUTE OF BORDERS AND BOUNDARIES|ACADEMIC PROJECT|2018

I ROSE MY BUILDING TO CREATE AN INFINITIVE VIEW, WHICH MEANS THAT THERE ARE NO VIEW BORDERS OR BOUNDARIES.

2018|ACADEMIC PROJECT|THE INSTITUTE OF BORDERS AND BOUNDARIES

THE INSTITUTE OF BORDERS AND BOUNDARIES|ACADEMIC PROJECT|2018

The building skin can change adaptively depends on the situation. Sometimes it is based on the climate to create a human thermal comfort for the building users and sometimes adjusting itself to create art forms to be part of the art district.

2018|ACADEMIC PROJECT|THE INSTITUTE OF BORDERS AND BOUNDARIES

The library in the project is an educational space. The exposed structure and the kinetic facade give the users the opportunity to learn about the architecture and enjoy thier time. The library users can unjoy thier experince through many levels and see the space in many perspectives. The building skin increases the human thermal comfort in the space.

Rising the building gave the visitors the opportunity to enjoy the view of the mountain and the train. you can also see the activities in the basement through the frameless glass than open to below.

THE INSTITUTE OF BORDERS AND BOUNDARIES|ACADEMIC PROJECT|2018

DETAILS

ELEVATION

WALL SECTION DETAIL

PRIMARY ELEVATION

LINES COMES FROM THE TUNNELS AROUND THE SITE

FINAL RESULT

PLAN DETAIL

2018|ACADEMIC PROJECT|THE INSTITUTE OF BORDERS AND BOUNDARIES

MODELS

Using a detailed model to understand and study the light filtering and how the light can create an artistic geometry of light effects inside the building. Also, to understand the structure of the building.

THE INSTITUTE OF BORDERS AND BOUNDARIES|ACADEMIC PROJECT|2018

A framing model to test the stabilty of the structure

A small site model to see the relationship between the model and the surrounding buildings in the site

2019|ACADEMIC PROJECT|PHARE TOWER

Phare Tower / Paris, France parametric Individual work.

2018 / Academic Project Design Communications Supervisor: Susannah Dickinson Softwares: • Rhino • Grasshopper • Adobe Illustrator

This course provides a comprehensive introduction to advanced digital technologies in architecture with a specific focus on parametric modeling for design applications. My case study was the Phare Tower in Paris. This tower has designed to be oriented respond to the path of the sun. You can clearly see that when in the skin of the tower that covers some specific façades. In Phare Tower, the skin covered the west, south, and east façades which makes me study the sun as an attraction point which the skin panels follow. By using Grasshopper, I tried to study the orientation of the skin panels in the morning, at noon, and in the evening which gives me the different result of the orientations. In Digital Fabrication part, I tried to make an abstract

idea about my case study, the Phare Tower. I used a shelter which reflects the concept of the tower, and the concrete reflects the environment around. You can see clearly that the shelter I used designed in a parametric way, and the levelling in the shelter describe the highest of the tower. What makes me use the parametric design is the fact that the skin of the tower was designed to be related to the sun in a complicated way which is the same idea that the shelter provides.

PHARE TOWER|ACADEMIC PROJECT|2019

HIS TOWER HAS DESIGNED TO BE ORIENTED RESPOND TO THE PATH OF THE SUN. YOU CAN CLEARLY SEE THAT WHEN IN THE SKIN OF THE TOWER THAT COVERS SOME SPECIFIC FAÃ&#x2021;ADES.

2019|ACADEMIC PROJECT|PHARE TOWER

PHARE TOWER MORPHOSIS ARCHITECTS

“The complex structure and skin adapt to the tower’s nonstandard form while simultaneously responding to a range of complex, and often competing, physical and environmental considerations. Technologies integrated into the Phare Tower capture the wind for the production of energy and selectively minimize solar gain while maximizing glare-free daylight. Its high-performance skin transforms with changes in light, becoming opaque, translucent, or transparent from diﬀerent angles and vantage points.” MORPHOSIS ARCHITECTS This tower has designed to be oriented respond to the path of the sun. You can clearly see that when in the skin of the tower that covers some specic façades. In Phare Tower, the skin covered the west, south, and east façades which makes me study the sun as an attraction point which the skin panels follow. By using Grasshopper, I tried to study the orientation of the skin panels in the morning, at noon, and in the evening which gives me the diﬀerent result of the orientations.

FORM DEVELOPMENT

FO FOLLOWING OLL LOWIN NG A AN N ATTR ATTRACTOR RACT TOR POINT WHICH IS THE SUN

CURVES

IN THE MORNING

LOFT

IN THE EVINING

AT NOON

GLAZING

DIAGRID

SKIN

PHARE TOWER|ACADEMIC PROJECT|2019

DIGITAL FABRICATION LASER CUTTING & CNC

In this exercise, I tried to make an abstract idea about my case study, the Phare Tower. I used a shelter which reects the concept of the tower, and the concrete reects the environment around. You can see clearly that the shelter I used designed in a parametric way, and the levelling in the shelter describe the highest of the tower. What makes me use the parametric design is the fact that the skin of the tower was designed to be related to the sun in a complicated way which is the same idea that the shelter provides.

FORM ORM DEVELOPMENT

LASER ASER PREPARING

THE PROCESS

NC PREPARING CNC

LASER CUTTING

PUTTING THE PIECES TOGETHER

PAINTING

THE TEMPLATE BY CNC

CONCRETE MIXING

CONCRETE IN THE TEMPLATE

DRYING

USING ACETONE

SANDING THE CONCRETE

READY TO USE

PROFESSIONAL WORK 51

2020|PROFESSIONAL PROJECT|ABHA BREEZEWAY

Abha Breezeway / Saudi Arabia Breezeway Group Work, My responsibilities were 50% of the design ideas, and 70% of the 3D modeling, CDâ&#x20AC;&#x2122;s drawing, and rendering .

2020 / Professional Project Service: Architecture Design Interior Design Clinet: DR. Saleh Albeshri Location: Abha, Saudi Arabi

The enjoyment of the interior spaces of this house was the central motive around which the project revolves, based on this idea proposed to the owners, the house was designed in such a way that the exterior gesture was powerful and that the subtlety of the environments interiors will help to have particular experiences for each space of use. The project was designed to meet the space and growth needs of a family of 6 people, where the future requirements for the children in the following years would have to be considered. Through a composition of very forceful elements that dialogue with each

other with their respective materials, the house develops on two levels, the lower level being partially closed in front of the lot and translucent to the rear

garden; while the upper floor has some inconspicuous visual escapes, for the most part they enjoy the interior.

ABHA BREEZEWAY|APROFESSIONAL PROJECT|2020

THE BREEZEWAY HELPS TO THERMALLY REGULATE THE HOUSE AND PROVIDES CROSS VENTILATION WITHOUT COMPROMISING PRIVACY.

2018|PROFESSIONAL PROJECT|EPISODES CAFÉ

Episodes Café / Saudi Arabia industrial Individual work.

2018 / Professional Project Service: Interior Design Clinet: Abdullah AlAnzi Location: King Abdullah Branch Rd, Al Khuzama, Al-Kharj Saudi Arabia

The project needs to be a unique in the city where you can drink your cofee or study in a special built environment. Episodes Café has an Iconic collection features a clean and contemporary style available in 7 different looks, making any space modern and elegant. This approach represents a fusion between the energy, history, authenticity and art culture of the location and the dynamic, progressive brand principles of the coffee, demon-

strating the brand’s passion for contemporary art, design-led furniture and forward-looking Modern. The design clearly references elements of the area’s history, including its once-bustling industrial heritage, while still achieving a strong industrial feel. This has resulted in a welcoming cafe, designed to encourage guests to enjoy the ground floor spaces, morning, noon and night.

EPISODES CAFÉ|PROFESSIONAL PROJECT|2018

EPISODES CAFÉ HAS AN ICONIC COLLECTION FEATURES A CLEAN AND CONTEMPORARY STYLE AVAILABLE IN 7 DIFFERENT LOOKS, MAKING ANY SPACE MODERN AND ELEGANT.

2017|PROFESSIONAL PROJECT|ALRAWDA PROJECT

AlRawda Project / Saudi Arabia modern Group Work, My responsibilities were designing the commercial zone, houses, and apartments, 50% of the plans, and 100% of the renders and the architecture exterior facades.

2017 / Professional Project Service: Architecture Design Interior Design Clinet: Saudi Innovation Real Estate Development Company Location: Al Bukayriyah, Saudi Arabi

It is one of the biggest projects in the area of it is kind, the owner wanted something make difference in AlBukairiah city. It should offer several options for the customer. We try to make some new treatments and add some items to the elevations in this project. We made two concepts for the villas with 500m2, each design had different program. On design stage these climates should be carefully considered in the design to avoid the excess thermal load and bad ventilation and to accommodate the most adequate indoor work environment for the occupants and most important is to reduce the power consumption. The natural appeal, versatility and strength of

wood makes it the superior choice for external cladding. Through specification, planning, design and finishing processes, wood cladding not only

creates a building of superior strength, acoustic and thermal performance but also creates a place of beauty, style and natural appeal.

ALRAWDA PROJECT|APROFESSIONAL PROJECT|2017

THROUGH SPECIFICATION, PLANNING, DESIGN AND FINISHING PROCESSES, WOOD CLADDING NOT ONLY CREATES A BUILDING OF SUPERIOR STRENGTH, ACOUSTIC AND THERMAL PERFORMANCE BUT ALSO CREATES A PLACE OF BEAUTY, STYLE AND NATURAL APPEAL.

2017|PROFESSIONAL PROJECT|ALRAWDA PROJECT

House - Alternative A

A modern style house where the you can see light colors and material finish used widely in interior design theory where it can instill feelings of youthfulness, faith and innocence. White can help smaller spaces appear large. It can also make rooms look livelier, fresher and crisper. In this house, we tried to design it as an open space plan which is somthing not common in Saudi Arabia. Also, we tried to encorage the connection between the indoor and out door spaces. 58

ALRAWDA PROJECT|APROFESSIONAL PROJECT|2017

House - Alternative B

A modern style house where the you can see luxury colors and material finish used. Luxury interior designe mix style with pleasure and ease for every aspect of daily life by choosing materials and room designs that are on-trend while also maintaining inviting softness and utility. In this house, we tried to design it as an pen space plan which is somthing not common in Saudi Arabia. Also, we tried to encorage the connection between the indoor and out door spaces. 59

2014|PROFESSIONAL PROJECT|ALASALA UNIVERSITY

Al Asala University / Saudi Arabia hexagon Working with an architecture firm. my responsibilities were designing the site plan of this project, 40% solving the plans and coordinates with draftsmen, 40% improving the exterior forms and faรงades.

2014 / Professional Project Service: Architecture Design Clinet: Alasala Education and Training Co. Location: Dammam, Saudi Arabi

Al Asala university in Dammam was a huge challenging project. We designed the project with creating unique shapes that relateted the the name meaning, authenticity, where the shape of the building comes from, the Islamic hexagons. The university complex includes a main university building with a built-up area=19,500 m2, 4 buildings for different faculties with a built up area=11,000 m2 / each, Recreational facilities building, clinics & laboratories building with a built-up area=4800 m2 / each, and Other commercial a electro-mechanical facilities.

ALASALA UNIVERSITY|PROFESSIONAL PROJECT|2014

WE DESIGNED THE PROJECT WITH CREATING UNIQUE SHAPES THAT RELATETED THE THE NAME MEANING, AUTHENTICITY, WHERE THE SHAPE OF THE BUILDING COMES FROM, THE ISLAMIC HEXAGONS.

2013|PROFESSIONAL PROJECT|HAIL HOUSE

Hail House / Saudi Arabia Stone Group Work, My responsibilities were 50% of the design ideas, and 100% of the 3D modeling, and rendering .

2013 / Professional Project Service: Architecture Design Clinet: Eng. Saud Al Ajlan Location: Hail, Saudi Arabi

The Hail House is located on a farm in the countryside close to the city Hail, in Saudi Arabia. From the get-go, the slop of the land imposed the challenge of creating private spaces and, to some degree, protected visually and climatically. The solution adopted, from the outset, was a one-level house which, on one side looked out to the waters

features and farm; and, on the other, to an internal patio demarcated by stone walls, which end up defining all of the spaces of the house. Houses do not move. They are made of heavy materials, put together with mortar, concrete and stone must be used. These prejudices are hard to break, as the immobility of constructions.

ABHA HOUSE|APROFESSIONAL PROJECT|2013

AN INCREDIBLY IMPOSING AND WARMLY INHABITABLE STONE MONOLITH, THIS SANCTUARY FOSTERS A PHYSICAL AND MENTAL RETREAT, EVOKING INTROSPECTIVE AND STELLAR WHISPERS FROM A DISTANT TIME AND PLACE.

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