Toka AlaaEldin Portfolio February 2025 +201129204301
Im Toka AlaaEldin,Hello a Junior Architect who focuses on creating people-centered spaces by connecting human needs with the built environment. I enjoy the complete design journey—from initial sketches and planning to execution—and I’m particularly interested in urban planning, landscape, and interior design. P h o t o g r a p h e r F o u n d e r o f s m a l l I n v i t a t i o n D e s i g n O n l i n e P a g e About Me, tokaalaaeldin68@gmail.com Al Shorouk City, Cairo, Egypt +201129204301
Education Degree obtained February 2025 , Grade: B • Ras El Hekma Museum Graduation Project Grade: B+ Bachelor of Architectural Engineering Future University in Egypt (In cooperation with University of Cincinnati, USA) 2019-2025 Software Skills AutoCAD Revit 3ds Max TwinMotion PowerPoint
Table Of Content 1.Graduation Project : ( The Gateway Of Time) 2. Futuristic University. 3. Al-Nahda Civic Center. Architectural Desgin Projects: Urban Design Project: Freelance (Apartment ) Project Exeution Projects: 1.Villa Project. 2.Bank Project. 3.Another Project. Urban Planing Project: 1.South Sinai Regional Planning. BIM Project. 1.Mixed-Use Buildings
Architectural Desgin Project:
The Gateway Of Time S I T E A n a l y s i s : T i m e l i n e : Egypt's Ras El Hekma plans to become a top luxury tourist destination, featuring resorts, residential developments, enhancing the region's tourism industry and cultural heritage. so we can establish a historical museum, showcasing its cultural development & evolution across eras , fostering awareness & encouraging future development. & increase economic of the region. V i s i o n : C o n c e p t : The museum's design, inspired by the infinity symbol (∞), reflects the continuous evolution of Ras El-Hekma’s history, connecting past, present, and future. Based on the idea that time is interconnected, the museum preserves history while the research center explores and educates. Located in the heart of the old city, it enhances the cultural identity and historical significance of the area. The design fosters a dynamic dialogue between heritage preservation and knowledge advancement, emphasizing the seamless flow of time. E g y p t R a s - A L h e k m a
Zoning & Circulation Museum Building Research Center F.P Admission Building F.P
Form GenerationPhase 1: Concept & Extraction Drawing the base symbol to define aechitectural bounds (Infinity Symbol). Simplicity in form as a point of departure .Phase 2: Independent Separation Dividing infinity in half to create separate building volumes. Defining funtional Zones (Exhibition , Research) within the main masses. Allocating shared public functions (Recption , cafe) central to the composition. Phase 3 : Unseen Connection & Circulation Design of the hidden structural connection btween buildings. implementing ‘unseen’ infinity cirucaltion patterns for seamless flow. Creating interstitial public spaces with skylight and corridors. Phase 4 : Final Generative Form Unifying all elements into a single cohesive architectural body. Refining materials and textures for a finished aesthetic. Integrating enviromental considerations for sustainable design.
Basment Plan Research Center Mezzanine PlanResearch Center F.P Museum Building F.P Admission Building F.P Plans & Section
Layout 3D Shoots & Layout
Alexandria Al Mamourah Futuristic University. S I T E A n a l y s i s : V i s i o n : In order to provide a complete educational environment that unites the two colleges, a university including a College of Engineering and a College of Fine Arts was established. Faculty combinations can offer students chances for cross- disciplinary communication & cooperation. Pupils might be able to share ideas & combine skills from many subjects in this way. Students' creativity & innovation can be stimulated by combining engineering with the arts. In engineering domains, the arts might have a beneficial effect on problem-solving processes by cultivating creativity and imagination. S t r u c t u r e S y s t e m Materials: use materials with low density and buoyant properties. Modular Design: designed as modular units that can be assembled and connected to form larger structures. allows for flexibility in construction. Buoyancy Control: can be controlled by adjusting the amount of air or buoyant material within the structure. Stabilizing Elements: such as fins or similar structures,These features help counteract the effects of waves, wind, or other external forces that could impact the stability of the floating structure. Dynamic Positioning Systems: using thrusters. These systems actively control the position and orientation of the structure, compensating for external forces such as wind or currents.
3D ZoningAmdinstratin Building Food Court BuildingLibrary & Theatre Building Faculty Of Engineering
Form GenerationPhase 1: Zoning & Contextual Adaptation Site Analysis: Defining the irregular boundaries within Alexandria. Flood Mitigation Modeling: Sea level rise modeling and identification of hazard zones. Zone Allocation: Dividing the site into Green Areas (Harmony), Water Zones (Aquatic), and Building Zones. Phase 2: Flexible Form & Raised Platform Strategy Floating/Elevated Platforms: Designing raised, flood-resistant/floating foundations. Program Organization: Allocating spaces for Engineering and Fine Arts faculties. Module Connectivity: Creating elevated circulation paths for continuous access. Phase 3: Final Form Formulation & Program Integration Adaptive Massing: Large mass designs utilizing site-inspired geometric forms. Admission & Library Complex: An integrated, multi-level form with open library spaces and theater. Phase 4: Environmental Enhancement & Sustainable Performance Ventilation & Daylighting: Optimizing passive cooling through courtyards and elevated paths. Complex Integration: Merging theater and open library spaces within the admission building (Top level: Library / Bottom level: Theater). Renewable Energy: Integrated solar and wind power as part of the sustainable design system.
PlansFaculty of Engineering Plan Scale 1:500 Faculty of Fine Art Scale 1:500
Plans FoodCourt Plan Scale 1:500 Theatre Plan Scale 1:500 Social Building Scale 1:500 Administrative Plan Scale 1:500
Section A-A Section B-B
Elevation 3D Shots Elevation
Al-Nahda Civic Center S I T E :EgyptCairoOld Cairo , Ain Alsira C o n c e p t : A civic center in Ain El Sira, Egypt, designed with Islamic patterns and geometry, integrates modern glass and steel with traditional stone. The square and pure forms create order and symmetry, while large windows ensure natural light. The orientation respects the urban context, enhancing community interaction with landscaped public spaces.s w o t a n a l y s i ss w o t a n a l y s i sS w o t A n a l y s i sS w o t A n a l y s i sS w o t A n a l y s i s Z o n i n g
Plans Main Public Services Plan Scale 1:400 1st Floor Plan Scale 1:400 Adminstration Building Plan Scale 1:400 Mezzanine Floor Plan Scale 1:400 Multi Purpose Hall Plan Scale 1:400 1 Administration Building Plan Scale 1:400 s t
Section A-A Section B-B Section C-C
West Elevation Scale 1:200 North Elevation Scale 1:200
Execution Projects
Villa Project Ground Floor Plan 1st Floor Plan Project detail: Residential execution , multi-level planning, structural detailing, sanitary, electrical Area: 678 m2 Year: Spring 2023
Section A-ARoof Floor Plan
Reflected Ceiling Lightening Ground Floor Plan Reflected Ceiling Lightening 1st Floor Plan
Reflected Ceiling Lightening Roof Floor Plan West Elevation East Elevation
East Elevation
Bank Project Project detail: Area: 273 m2 Year: Spring 2024
Execution Project Project detail: Architectural Detailing , Execution Planning Technical Accuracy , HVAC System, Fire Safety Area: 900 m2 Year: 2024 Bassment Floor Plan1st Floor Plan
Sanitary Mezzanine Floor Plan
Section A-ARoof Foor Plan
Fire System Lightening
Urban Planning Project
S o u t h S i n a i R e g i o n a l P l a n n i n g Basemap Population map (Total) Recources Agricultural Activities & Tourism Map
P h a s e 2 : D a t a A n l a y s i s Problems Map Potentials MapConstraints Map S 1. Natural Resources: Presence of mineral resources, Potential for energy-related projects. 2. Geographical Features: Attractive points such as mountains and the Red Sea. 3. .Tourism Potential: Opportunities for safari and historical places, Religious sites can attract visitors. 4. Water Wells: Access to water wells can support agriculture and human needs. W 1. Infrastructure: Deterioration of existing infrastructure with lack of utilities & maintenance. 2. Environmental Impact: Sand dunes negatively affecting agriculture and marine environments, plus pollution from factories. 3. Random Construction: Unplanned construction causing congestion, safety risks, and land encroachments. 4. Water Shortages: Limited water resources impacting agriculture and industry. O T 1. Environmental Challenges: Impact of sand dunes on agriculture and marine life, and floods leading to soil erosion and closure of facilities. 2. Infrastructure Risks: Random construction causing safety issues and land encroachments. 3. Health & Environmental Risks: Health risks from environmental pollution and contamination of groundwater and surface water due to incorrect sanitation practices. 4. Resource Depletion: Depletion of natural resources without sustainable practices. 1. Economic Opportunities: Utilizing mineral resources for economic development and developing energy projects for sustainable growth. 2. Tourism Development: Developing tourist attractions such as nature reserves and historical sites while exploiting the potential of the Red Sea and attractive landscapes. 3. Infrastructure Improvement: Upgrading and maintaining existing infrastructure and establishing proper sanitation and waste disposal systems. 4. Water Management: Implementing water management strategies to address shortages and environmental concerns.
P h a s e 3 : S t r a t e g i c A l t e r n a t i v e s Vision Statment To create a sustainable and thriving community that leverages its natural resources, embraces responsible development, and fosters a harmonious balance between economic growth, environmental conservation, and cultural richness. Our vision is to build a resilient and inclusive locality that attracts visitors through its unique landscapes, historical treasures, and modern amenities, while ensuring the well-being of our residents through improved infrastructure, access to essential services, and a commitment to environmental stewardship
P h a s e 3 : S t r a t e g i c A l t e r n a t i v e sSite Selection (New City) : Located in front of the sea, with a good view and many tourists visit this Place. It has natural reserves to attract tourists and serval portsSite Analysis:Calculations:Target Populations: 250,000 populations Density: 10 P/fd Total Area: 10,000,000 m2 Total Services Area: 20% = 476.19 feddan Main Center Services: 50% = 238.10 feddan Secondary Center Services: 25% = 297.62 feddanMain City Center District Center Local center
Urban Design Project
Mixed- Used Buildings S I T E A n a l y s i s :EgyptCairoOld CairoEasily accessible location near major attractions such as the National Museum of Egyptian Civilization. Mixed-use building including commercial, residential, and administrative functions. Air and noise pollution with crowded roads that are inconvenient for the volume of activity. Project location on a public road in a crowded area may face future congestion and noise issues. STRENGTH Opportunities Weaknesses ThreatsSolid & Void: Conceptual Zoning
Commercial Building Master Plan Scale 1:500Craft Building Master Plan Scale 1:500Residential Buildings Master Plan Scale 1:500
BIM
B I M ( V i l l a P r o j e c t ) G.F Working Plan 1st Floor Working Plan
B I M ( V i l l a P r o j e c t ) Section 1 Section 2
B I M ( V i l l a P r o j e c t ) North Elevation East Elevation
B I M ( V i l l a P r o j e c t ) South Elevation West Elevation
Detailed wall sectionRoom, Doors, Window Shcedule
FreeLance Project (Apartment)