Architecture Design & Sustainability Program | BUE
July 2023
Recognized for excellence in Sustainable Aspects
ACTIVITIES
• Laser Cutting & 3D Printing modeling
• Events Management & Booth Designs
• Website Design & development
• Excels at Identifying Clients' Needs and delivering impactful Project Presentations
• Extensive background in Interior Design
SKILLS
• Autodesk AutoCAD
• Autodesk Revit
• Rhino
Twinmotion
• V-Ray
• Adobe Photoshop
• Adobe Illstrutor Lumion
• Adobe InDesign
• Microsoft Office Applications
LANGUAGES
ARABIC
ENGLISH
REFERENCES
AVAILABLE UPON REQUEST
1.STEEL CONSTRUCTED LIBRARY DESIGN
2.NET-ZERO & SOLAR-PANEL ENERGY DEVELOPMENT DESIGN
3.SUSTAINABLE COMMUNITY CENTER DESIGN
4.SUSTAINABLE URBAN RESIDENTIAL DESIGN
5.MOSQUE DESIGN
6.BUS STATION DESGIN
7.MIDDLE SCHOOL DESIGN
STEEL CONSTRUCTED
LIBRARY DESIGN
Tools : AutoCAD-Rhino-Photoshop-InDesign
Covering an area of 4,000-square-meter, this library design employs steel as the primary structural system, creating geometrically distributed floating masses.
The design fosters an appealing dynamic atmosphere, enhancing the visitor experience while prioritizing functionality and aesthetics.
Project Site
Location
Sun Path Wind Direction Project
Ground Floor Plan
South Elevation
Perspective View
First Floor Plan
First Floor Plan Key
East Elevation
Perspective View
1-Entrance/Seating Area
8-Loading-Dock
24-Collection (Music, Films, Media)
27-Terrace/Outdoor Activities
3-Esclators/Stairs 10-Prayer Room 25-Storage/Archive Room 28-Digital and Internet Area
4-Elevators 11-W/C 26-Class Room
Second Floor Plan
Section A-A
Perspective View
Third Floor Plan
East Elevation (Structure System)
Perspective View (Structure System)
North Elevation
West Elevation
NET-ZERO & SOLAR-PANEL ENERGY DEVELOPMENT DESIGN
Tools : AutoCAD-Rhino-Lumion-Photoshop-InDesign
Saudi Arabia’s First Net-Zero Project
This 500-sq-km project in Jeddah dedicates over half its area to solar energy production, aiming to advance solar panel use in Saudi Arabia.
Shaped by the infinity symbol to represent continuity, randomized facade to reflects the nature.
The project includes educational and entertainment zones to raise public awareness of solar energy, along with a hotel for researchers and laboratories for innovation and development.
Project Site
Sun Path & Wind Direction
Site Plan
Project Site & Holy Mosque
South Elevation
Ground Floor Plan
Isometric View
North Elevation
First Floor Plan
Perspective View
Section A-A
Hotel Basement Floor Plan
Hotel Typical Floor Plan
SUSTAINABLE COMMUNITY CENTER DESIGN
Tools : AutoCAD-Rhino-Lumion-Photoshop-InDesign
Covering 14,400-square-meter area in Makkah, Saudi Arabia, this project fosters an eco-friendly community by promoting sustainability through innovative design and renewable energy.
It serves 300-500 daily visitors and generates 32% of its energy consumption from renewable sources.
Project Site Sun Path & Wind Direction
North Elevation
Ground Floor Plan
Isometric View
South Elevation
Mezzanine Floor Plan
Isometric View
Section A-A
Exploded View
SUSTAINABLE URBAN RESIDENTIAL DESIGN
Tools : AutoCAD-Rhino-Photoshop-InDesign
Spanning a one-million-square-meter area in Makkah, Saudi Arabia, near the Holy Mosque, the project establishes a sustainable urban community, serving both visitors and local residents with essential facilities and services.
This Mosque Project is located in Makkah, Saudi Arabia, covering an area of 780 square meters. It aims to provide a suitable environment for visitors through a simple design that harmonizes with the surrounding environment while avoiding unnecessary excessive costs.
Construction Process will commence once the necaessary permits are obtained.
Project Site & Holy Mosque
Sun Path & Wind Direction
Ground Floor Plan
Project Site
Section A-A
North Elevation
Basement Floor Plan
Mezzanine Floor Plan
West Elevation
South Elevation
First Floor Plan
Second Floor Plan
BUS STATION
DESGIN
Tools : Revit-Lumion-Photoshop-AutoCAD
Covering 30,000-square-meter area, this regional project in Makka, Saudi Arabia, facilitates transportation for Umrah pilgrims by connecting them to and from the Airport and The Holy Mosque.
Inspired by the region's iconic sand dunes, the design incorporates geometric triangular patterns to symbolize the essence of the desert.
West Elevation
Ground Floor Plan
Perspective View
East Elevation
First Floor Plan
Perspective View
Section A-A
Second Floor Plan
Perspective View
MIDDLE SCHOOL
DESIGN
Tools : AutoCAD-Revit-Lumion-Photoshop-InDesign
Covering 12,000-square-meter area, The Middle School Project, located in Taif, Makkah Region, Saudi Arabia, features a functional and dynamic design that fosters learning and creativity.
