ARC463_MOHAMMED_ABDU_PROJECT

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MOHAMMED ABDU ARCHITECTURAL PORTFOLIO 1

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MOHAMMED ABDU Email: moeabdu2001@gmail.com

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TEL.: +971 54 336 6646

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Issuu: issuu.com/mohammedabdu21

PROFILE

EXPERIENCE

SKILLS

I am a 4th year undergradute atchitect at the American University of Sharjah (AUS). Throughout my studying program, I worked on diverse projects across my studying program designing of a museum, a library, a retreat and a train station, each project presented distinct challenges and learning opportunities.

Internship at Dar Al-Handasa, Dubai (Summer 2023), worked on multiple projects

RHINO 7 GRASSHOPPER SKETCHUP

- Hatta Police Station

Autodesk AutoCad

- Museum in Ethiopia

LUMION

- Equestrian Center Project in Dubai

D5 RENDER

- Residential Building in Dubai

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ADOBE PHOTOSHOP

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ADOBE INDESIGN ADOBE ILLUSTRATOR MICROSOFT SUITE

EDUCATION

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SKETCHING HAND DRAFTING

Undergraduate Student of American University of Sharjah, Sharjah, UAE (2019-Present)

LASER CUTTING

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PHYSICAL MODELING

Graduate student of Al Faris International School, Riyadh, KSA (2007-2019)

MEMBERSHIP Media Coordinator of American Institute of Architecture (AIAS) (2023-2024)

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LANGUAGES

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Arabic (Fluent) English (Fluent)

INTERESTS Drawing/Sketching Photographing Rendering

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Laser Cutting/Assembly

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LETTER

Mohammed Abdu Sharjah,UAE moeabdu2001@gmail.com +971 54 336 6646 6/04/2024

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Ibrahim Dar Al-Handasa 20th Street, Dubai Dubai, UAE

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Dear Ibrahim, I’m reaching out to express my interest in the Architect position at Dar Al Handasa, as advertised. With a background in Bachelor’s Degree in Architecture from American University of Sharjah, I’m thrilled about the chance to join your team, share my skills and experiences, and help the design sector.

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Over the course of my academic career, I’ve studied various styles and design compostions throughout the 4 years that created a solid foundation. I have an understanding of design concepts, project management, and experience with many programs. Thanks to my studies at American University of Sharjah. Furthermore, I have been able to refine my skills and accomplishments of my learning also thanks to my practical experience in designing different project through each semester.

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My NAAB-accredited architecture degree provides me with a solid foundation in design principles and project management. This accreditation not only signifies my eligibility for licensure but also assuress of the quality and rigor of my education. With this background, I am well-equipped to contribute effectively to your team and deliver high-quality design solutions that meet the needs of your clients.

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I’m excited to talk about how my experience, abilities, and passion for design may help the company to succeed going forward. I appreciate your consideration of my application. I’m excited for the chance to talk with you and find out how I can support your team.

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Regards, Mohammed Abdu

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About Me

I am Mohammed Abdu, an architect with a background in architectural studies. Throughout my education, I focused on refining skills such as laser cutting, model making, and sketching techniques. My passion for architecture started at a young age by observing my father’s work on various projects. Inspired by his self-taught methods, I embarked on a similar journey of self-learning, which has guided my path into this field.

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Additionally, my self-teaching method started by picking up observational drawing books and practicing sketching in my free time and improve that skill gradually. Later on, I started using programs like SketchUp for 3D modeling, starting with simple exterior designs on small buildings to also gradually get the hang of it. While my early attempts weren’t very detailed, they helped me get familiar with the software and understand spatial representation better. As I advanced to my first year in the univeristy, I started getting into a more detailed study of the projects over the successive semesters, I gradually accomulated knowledge that allowed me gain more conscious about the details of the project.

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Driven by a desire to blend creativity with functionality, my goal is to create designs that not only inspire but also enhance the living conditions. Whether it’s crafting spaces that evoke the senses, developing visuals that connect to the site, or conceptualizing solutions that address challenges, I’m motivated by the opportunity to make a positive difference through my designs.

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In order to contribute my design proposals, I am looking to join a team in an architectural firm. Starting the work process will allow me to view projects from different perspectives which will give me a new insight on how to communicate and connect through with my proposals. Reaching levels of achievments will be accomplished by engaging with the client’s demands and collaborating with my co-workers.

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CONTENT MUZEEM 01

Hassan Sharif Museum & Preservation Archive - Dubai, UAE El MERKEZİ 02 Istabul Cultural Center - Istanbul, Turkey

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TERMINUS 03

Etihad Terminal Station - Sharjah, UAE

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LINK

Pedestrian Bridge - Utopian Land

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NOOK

Public Library and Cultural Center - Khor Fakkan, UAE

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FOUNDATION WORK

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MUZEEM

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Project Description 5

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This project will illustrate a complete set of architectural drawings worthy of moving into the construction documentation phase of a project. It should be the culmination of your abilities as an

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architectural designer to synergize your

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concept for the Hassan Sharif Museum & Preservation Archive with technical drawing and design communication. Your approach to this architectural proposition in the form of detailed drawings and

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documents are expected as a final

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outcome.

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Architecture Studio IV - 402 Fourth Year Architecture, Spring 2024 Instructor: Prof. Igor Peraza

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Location: Dubai, UAE

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Collaboration with: Wed Al Ani

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Interior Renders

Plan + Structural Detail

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FLAT TRUSS

STRUCTURAL CORE

STRUCTURAL STEEL I-BEAM COLUMNS

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GIRDERS

HEADER JOIST

CONCRETE PEREMETER FOOTING

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6.4

8

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12

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m

m 8

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Structural Axonometric

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EL MERKEZ

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Project Description 5

5 This project focus on a passenger rail terminal that creates a landmark building that facilitates the multiple activities in an efficient and organized way. The terminal creates distinctive spaces and promotes

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an inspiring passenger experience. In the design, it is considered that there are specific needs of the required areas based on the careful examination of the program, and the precedents analyzed in the previousassignments. The design proposal

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goes beyond providing a generic functional environment by reflecting on how the building enhances the experience of the rail passenger and users.

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2 Architecture Studio IV - 401 Third Year Architecture, Spring 2023 Instructor: Prof. Gregory Spaw Location: Sharjah, UAE

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Collaboration with: Yara Maksoud & Yomna

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Orouk

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Plan

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Section

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Interior Renders

Interior Renders

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1 Interior Renders

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TERMINUS

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Project Description 5

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This project focus on a passenger rail terminal that creates a landmark building that facilitates the multiple activities in an efficient and organized way. The terminal creates distinctive spaces and promotes

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an inspiring passenger experience. In

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the design, it is considered that there are specific needs of the required areas based on the careful examination of the program, and the precedents analyzed in the previousassignments. The design proposal

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goes beyond providing a generic functional

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environment by reflecting on how the building enhances the experience of the rail passenger and users.

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Architecture Studio III Third Year Architecture, Spring 2023

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Instructor: Prof. Gregory Spaw

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Location: Sharjah, UAE

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Section 6

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LOUNGE/SEATING

CAFE/DINING

CAFE/DINING

CAFE/DINING

CAFE/DINING

STORAGE

Bathrooms Bathrooms

DESTINATION DINING

STAFF BUILDING

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KIOSK

UP

DOWN

SEATING

TICKET VENDING MACHINE

LUGGAGE

FIRST AID ROOM

LOUNGE

SEATING

DOWN

Kiosk

Kiosk

Kiosk

UP

UP

SUPERMARKET

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UP

Kiosk

Kiosk

Kiosk

Plan

DOWN

MASS MODEL

SITE CONTEXT

Wall Section 0 MOHAMMED ABDU

B00084493 | 1:250

OR PLAN

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20 m

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WALL SECTION WALL | ENLARGED SECTION | ENLARGED SECTION SECTION

N MOHAMMED ABDU

TRANSVERSE SECTION

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TOP OF ROOF

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20 m

10

3 GLASS

Exterior Render

REINFORCED CONCRETE REINFORCED CONCRETE WATER MEMBRANEWATER MEMBRANE RIGID INSULATION RIGID INSULATION

Interior Renders

TOP OF SLAB

ELEV. 14000.0 mm ELEV. 14000.0 mm STEEL REBAR

STEEL REBAR

STEEL REBAR

STEEL REBAR

2

0

TOP OF ROOF

ELEV. 23000.0 mm ELEV. 23000.0 mm GLASS

TOP OF SLAB

B00084493 | SECTION 1 | 1:250

Interior Renders

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REINFORCED CONCRETE REINFORCED CONCRETE SLIDING GLASS DOOR SLIDING GLASS DOOR

TOP OF SLAB ELEV. 700.0 mm

ALUMINUM MULLION ALUMINUM MULLION TOP OF SLAB ELEV. 700.0 mm

TOP OF GRADE ELEV. 0.0 mm

TOP OF GRADE ELEV. 0.0 mm

Exterior Render

HANGAR SPACING WIRE HANGAR SPACING WIRE DRY WALL | GYPSOMBOARD DRY WALL | GYPSOMBOARD

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TOP OF GRADE

TOP OF GRADE

ELEV. -500.0 mm

ELEV. STONE -500.0 BALLAST mm | GRAVEL STONE BALLAST | GRAVEL CONCRETE FOOTING CONCRETE FOOTING EARTH

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EARTH

SCALE 1:50

SCALE 1:50

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100

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100300

Interior Renders

Exterior Render

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300

500 mm

500 mm

Interior Renders E

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Interior Renders Physical Model

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LINK

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Project Description 5

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For the final project of the semester, we will continue working digitally with Rhino and Grasshopper but with physical, dimensional, and material realities in forefront of our minds.

The project has charged with the design of

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a tectonic pedestrian bridge that harnesses

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the new found parametric skills and as such could be deployed at several sites with different conditions. The proposal/definition should have the capacity to accommodate a range of spans between 50-100 meters. Through the

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designs, we will have the opportunity to weigh

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in on the critical drivers of your concept, form, atmosphere, finish, and construction logics. In addition to the standard Grasshopper components, we had the opportunity to use any additional GH plug-ins as long as the final design

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conforms to the physical realities of tectonic construction.

Advanced Computer-Aided Design Third Year Architecture, Spring 2023

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Instructor: Prof. Gregory Spaw

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Location: Utopian Land

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Interior | Exterior Renders

Proposal Description 6

6 The pedestrian bridge spans a considerable distance of 100 meters, accommodating a designated cycling lane alongside pedestrian walkways. Its functionality is complemented by thoughtful amenities such as strategically placed benches, offering rest and relaxation to users traversing its length.

Distinctive in its design, the bridge showcases an intricate parametric architecture, characterized by dynamic forms. This aesthetic feature not only enhances the visual appeal of the structure but also serves as a testament to modern design sensibilities. Overall, the bridge seamlessly combines practicality with artistic expression, providing a safe passage for pedestrians and cyclists while offering a visually stimulating experience for all who encounter it.

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20 m

SHADING

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1. Steel

15 m

2. White

BRIDGE SLAB

6m

5m

5m

90 m

3. Grey

10 m

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4. Light

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RAILING + STRUCTURE

5. Green Asphalt

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6 6. Glass Fiber Reinforced Concrete

100 m

Bike Lane

MODULAR UNIT

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Seating Area

Platforms

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NOOK

LONGITUDINAL PERSPECTIVE SECTION

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Architecture Studio III Third Year Architecture, Fall 2023

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Instructor: Prof. Igor Peraza

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Location: Khor Fakkan, UAE

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INTERNAL RENDER SPACE 2

GROUND FLOOR

3m

5m

1m

5m

2m

1m

KHOR FAKKAN, SHARJAH, UAE

PROFESSOR IGOR PERAZA

HOUSE OF WISDOM BRANCH

STRUCTURAL AXONOMETRIC AND ANALYSIS DIAGRAM

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ARC 301 F22

5m

5m

3m

7m

2.6 m

6

3m

EXISTING SITE

MOHAMMED ABDU | 84493

EXISTING SITE GIFT SHOP

STUDY PODS

AXONOMETRIC AXONOMETRIC AXONOMETRIC STRUCTURAL STRUCTURAL STRUCTURAL DIAGRAM DIAGRAM DIAGRAM AXONOMETRIC STRUCTURAL DIAGRAM

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B STUDY ROOM

STUDY ROOM

PRECEDENTS PRECEDENTS PRECEDENTS PRECEDENTS

DETAILS DETAILS DETAILS DETAILS

AXONOMETRIC STRUCTURAL DIAGRAM

PRECEDENTS

DETAILS

EXHIBITION

RECEPTION

STUDY ROOM

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KIDS AREA

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SLAB TO COLUMN CONNECTION

PLAZA

Interior Render CONCRETE CONCRETE CONCRETE COLUMNS COLUMNS COLUMNS CONCRETE COLUMNS

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PREFABRICATED PREFABRICATED PREFABRICATED PREFABRICATED CONCRETE CONCRETE CONCRETE SLABS SLABS SLABS CONCRETE CANOPY CONCRETE SLABS

ARCHEOLOGICAL SITE

Plan

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TUDINAL SECTION

ON AA

SCALE 1:150

0

1

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LOADLOAD BEARING LOAD BEARING BEARING WALLWALL WALL LOAD BEARING WALL

SECOND SECOND SECOND FLOOR FLOOR FLOOR SECOND FLOOR

CONCRETE SLABS

LOAD BEARING WALL

CONCRETE COLUMNS

OFFICE

OFFICE

OFFICE

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THIRD FLOOR

PREFABRICATED CONCRETE

SMALL COLUMNS HOLDING THE CONCRETE CANOPY

10 m

MOROCCO PAVILION EXPO 2022 RAMMED EARTH EXTERIOR

Exploded Axonometric

CONCRETE COLUMNS

FIRST FIRST FLOOR FIRST FLOOR FLOOR SECOND FLOOR FIRST FLOOR

EXISTING SITE

OFFICE

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XIX CENTURY FACTORY IN ŁÓDZ BY LUWIG GROHMAN STRUCTURAL GLASS ATRIUM

THIRD THIRD THIRD FLOOR FLOOR FLOOR THIRD FLOOR

PREFABRICATED

GROUND FLOOR

SectionEXISTING SITE

FACADE AND ROOF GLASS CONNECTION

LUNCH SPACE

25 m

3

GROUND GROUND GROUND FLOOR FLOOR FLOOR GROUND FLOOR

FIRST FLOOR

21 m

MEETING ROOM

SEATING

OFFICE

MEETING ROOM

16 m

UNDERGROUND UNDERGROUND UNDERGROUND FLOOR FLOOR FLOOR UNDERGROUND FLOOR

GROUND FLOOR

HEAD OFFICE

READING AREA

MEDIA ROOM

SEATING AREA

11 m

RESTROOMS

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2 MAIN READING AREA

STUDY ROOM

UNDERGROUND FLOOR PLAZA

6m

STUDY PODS

LOAD BEARING PODS LOAD LOAD BEARING LOAD BEARING BEARING PODS PODS PODS

STUDY ROOM

RECEPTION

EXHIBITION

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OLD BOOKS STORAGE

SEATING AREA

-5m SHARED PLAN THROUGH THE FLOORS SHARED PLAN OUT THROUGH OUT THE FLOORS

LOAD BEARING PODS ARCHEOLOGICAL SITE C EXISTING SITE GIFT SHOP

STUDY PODS

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OOM

STUDY ROOM

RECEPTION

STUDY ROOM

KIDS AREA

PLAZA

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SCALE 1:150

SCALE 1:150 0

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10 m

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FOUNDATION WORK

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Descriptive Drawing & Design Foundation Studio First Year Architecture, Spring/Fall 2020/2021

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Instructor: Prof. Brian Dougan, Patrick Rhodes, & William Heintz

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Prototypes: Drawings and Model Making

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Elevations

Plan/Section

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1 Physical Model

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Charcoal Drawing

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MOHAMMED ABDU A

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PROFESSIONAL CONSULTANTS

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DESIGN PROCESS ENTRY:

SD > CD

DD > CD

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DD > CD

SD > CA

CD

CD

CA

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PROFESSIONAL CONSULTANTS:

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Landscape Consultant:

Structual Consultant:

Interior Designer:

Project Manager:

MEP/HVAC Consultants:

Civil Engineer:

Electircal Engineer:

Structural Engineer:

site analysis, land planning, planting design, grading, construction specification, and planing meet the current building codes.

check the structure in the drawings, specifications and computer models if it withstands for building contractors.

make indoor spaces functional , safe, and admirable by determining space requirements and selecting essential and decorative items, such as colors, lighting choice, and materials.

plan resources, handle finances, and organize the business documents related to the project.

rensponsible for the mechanical, electrical and plumbing systems of the building.

responsible for the design, documentation and certification of the proposed rainwater and stormwater drainage system of the project.

responible for the electricity designing electrical systems, power distribution, lighting controls, emergency power and etc..

responsible for the design, documentation and certification of the proposed structural system for the project, including footings, floors, walls and roof framing. The certification of the structural design is usually required for obtaining a building Permit.

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*(These consultants have to mention their company name, key engineers, specialties, and past projects.)

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PD

SD

DD

CD

CA

PRE DESIGN

SHEMATIC DESIGN

DESIGN DEVELOPMENT

CONSTRUCTION DOCUMENTS

CONSTRUTION ADMINISTRATION

RESEARCH PHASE

DESIGN+DOCUMENTATION PHASE

DESIGN+DOCUMENTATION PHASE

DESIGN+DOCUMENTATION PHASE

CONSTRUCTION PHASE

COMPLETION

- Site visit

- Site plan

- Finalizing approved design

- Preparing for

- Periodic site visits to

- Handing in the project to

- Site analysis

- Floor plans

- Finalizing program and

bidding process

ensure building is built

the client.

- Research and conceptual

- Area analysis

areas

- Contractor selected based

accordingto design

design ideas.

- Key sections and elevations

- Selecting material system

on most

documents

- Initial free hand sketches

- Renders of physical model

- Owner/designer meetings

appropriate bid.

- Clarifications, request for

- Initial cost for scope of

representing overall form

to approve updated design

- Site plan, floor plans

information,

work for the constructor.

- Estimated prelimenary

- Begin detailed

- Exterior, interior building

ispecifications

- Contract B100 series

cost (project budget review)

documentation

elevations

- Review submittals, shop

documents.

- Scope and form of project

- Refined plans, sections,

- Building sections and wall

drawings and Icoordinate

finalized

and elevations

sections

with fabricators

- Prelimenary schedule.

- Reflected ceiling plan

- Interior details (stairs and

- Handle additional request

- Selection of exterior and

- Outline specifications of

lavtories)

for changes

interior systems

material systems.

- Equipment schedules

- Walking through punch

- Full specifications and

- Consultant and

list with contractor

project manual.

engineering drawings

- Construction

- Structure set with

- Construction means and

adminstration begins till

foundation and footing.

methods are idefined

due date

- Estimated cost updated

- Cost is finalized

- Overdue fees and

- Construction documents

Specifictions and project

substantial sums are due

is prepared for bidding

catalog finalized

before closeup phase of the

process

- Initial development of shop

project.

- Selection of exterior and

drawings

- Before the project is

interior systems

- Initial prefabrication may

handed over to the client

- All building systems

commence

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FINISHED PROJECT

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are defined and fully engineered

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- Quality levels are established

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OCT 2024

NOV 2024 1 month

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JAN 2025 2 months

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APR 2025 4 months

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DEC 2025 6-8 months

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OCT 2026 8+ months

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FEE STRUCTURE

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COST CONTROL

PHASE

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MANAGING CONSTRUCTION COST

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PERCENTAGE

1. PRE-DESIGN (CONCEPTUAL DESIGN)

(Range up to 5) 5 %

2. SCHEMATIC DESIGN

(Range 5-10)

10 %

3. DESIGN DEVELOPMENT

(Range 10-25)

25 %

4. CONSTRUCTION DOCUMENTS

(Range 35-50)

40 %

5. CONSTRUCTION ADMINSTRATION

(Range 20-30)

20 %

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- Maintaining control over cost by good communication between the archiect and the client to stay within the budget.

- Determining realistic costs at the earliest stages prevents going over the budget. - Determining the percentage of construction cost relative to its complexity.

- The early biddings are made after each phase of SD and DD to to get an approximate budget.

- More bids will be issued towards the final stages as well.

- Furthermore, measures in order to keep within limits of the four phases and working hours will be implemented by

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use of project managers to monitor.

- Also considering the potential cost increasing factors that can either prevent or inform the client as soon as possible

*(estimated ranges and will fluctuate from project to project)

about any increases in cost.

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TEAM ORGANIZATION HEAD ARCHITECT

TEAMS FEE CHARGES POSITION

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FEE DHS PER HR

SENIOR PRINCIPAL

900 dhs/hr

PROJECT MANAGER

750 dhs/hr

SENIOR ARCHITECT

700 dhs/hr

PROJECT ARCHITECT

500 dhs/hr

INTERIOR DESIGNER

400 dhs/hr

JUNIOR ARCHITECT

350 dhs/hr

INTERN

100 dhs/hr

CONSTRUCTION MANAGER

SENIOR ARCHITECT

SENIOR ARCHITECT

SENIOR ARCHITECT

PROJECT MANAGER

JUNIOR ARCHITECT

JUNIOR ARCHITECT

SENIOR ENGINEER

INTERN

INTERN

INTERN

INTERN

DRAFTSMAN

DRAFTSMAN

DRAFTSMAN

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HEAD ENGINEER

*(estimated fees and will fluctuate from project to project)

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