Conducted research on architecture software, focusing on 3D modeling, rendering, and BIM tools. Evaluated software strengths, limitations, and applications to understand their role in enhancing design processes. Gained proficiency in assessing usability, precision, and integration, building expertise in essential digital tools for modern architectural practice.
Intenship 2: Zerarga Hocine Architects, ZH.a 2024
Mission :
Researched AI and computational design in architecture, focusing on algorithmic design and AI-driven tools for workflow optimization. Explored applications in automated floor plan generation, structural analysis, and sustainable design. Evaluated algorithms for adaptability, integration, and their impact on precision, efficiency, and innovation in architectural processes.
Languages
English C1
French Intermediate
Shona Mother tongue
Computer Skills
Microsoft Suite
Adobe Creative Cloud
3D Modelling
Rendering
BIM,CAD
Interests and Hobbies
Architectural Tours
Technologies (AI)
Photography
Animation
Music
Word | Powerpont | Excel
Photoshop | illustrator | Indesign
Revit | Blender | Rhino | Sketchup
Lumion | Enscape | Twin Motion | Vray
Autocad, Revit
History
Digital Modeling
Videography
Digital art
Football
Thesis Project: Reghaia Wetland Museum
In collabiration with: Messaoud Bougerra
Typology: Educational, cultural, and recreational
Proffessor: Aroua Najet
Location: Reghaia, Algiers, Algeria
Year: 2024
The Réghaïa wetland, a Ramsar site since 2002 and the last wetland of the Mitidja plain, is critically degraded due to urban expansion, untreated wastewater, resource exploitation, and unsustainable agricultural practices. These activities have caused severe biodiversity loss and weakened the wetland’s resilience to climate change.
Collaborating with Messaoud Bougerra and under the guidance of Mrs. A. Lachemi, Mr. M. Aoussar, Mr. M. Bouzoualegh, and Mr. Bensefia, we conducted an in-depth study to address these issues. Through site visits and global case study analysis, we used a problem tree diagram to identify root causes and actionable solutions. One key recommendation was pursuing the Ramsar Wetcity designation as a vital step in safeguarding the wetland’s future.
The project culminated in a comprehensive architectural proposal. The central feature is a wetland museum, repurposing deteriorated buildings to raise awareness and educate the public on conservation efforts. Sustainable practices, such as integrating solar energy, natural water filtration, and the use of locally sourced materials, minimize environmental impact. Public engagement spaces are designed to foster community involvement in preservation initiatives, while rewilding zones and natural barriers aim to restore biodiversity and protect the ecosystem.
This work demonstrates that achieving the Ramsar Wetcity designation could significantly mitigate the wetland’s degradation and secure its long-term sustainability. By combining rigorous research with functional design, the project showcases the potential of architecture to support ecological preservation and promote sustainable development.
Our mission is to design a transformative space along the stretch of Lake Réghaïa’s lakefront, blending sustainability, education, and economic viability as part of a new development. The Wetland Museum serves as a hub for conservation and community engagement, promoting awareness through a long, immersive gallery offering unique views of the aviaries, lake, and forest. It includes revenue-generating features like a souvenir shop to sustain the museum and wetland, as well as accommodations on the northern edge for researchers conducting overnight studies.
By harmonizing leisure, learning, and environmental stewardship, the museum and its surrounding development aspire to be a beacon for sustainable growth and cultural enrichment in the Mitidja plain
Reghaia Wetland Museum|
1. Gallery 700m²
2. Exposition 70m²
3. Administration 120m²
4. Multi-purpose
5. Technical space
6. Wc 20m² PLAN
7. Reading spaces 50m²
8. Aviary 300m²
SECTION B-B
FRONT
SECTION
The rhythmic façade draws inspiration from a microscopic view of butterfly wings, characterized by alternating colors and intricate patterns. This concept was adapted to create a dynamic effect that regulates light, air movement, and visual permeability in the gallery. The roof echoes this rhythmic design with its undulating form, following the contours of the building and extending the interplay of patterns vertically. This fluidity continues in the elevation, harmoniously anchoring the gallery to the nearby hill and creating visual unity with the natural landscape.
The entire gallery is elevated on a metallic framework, minimizing its footprint and reducing disruption to the soil and underground ecosystems. This thoughtful design approach seamlessly integrates sustainability with innovation, ensuring the gallery is both functional and aesthetically attuned to its environment.
SECTION A-A
02 Bouwen Haus
Typology: Individual house
Proffessor: Cheriti
Location: Hatcliffe, Zimbabwe
Year: 2021-2022
When my parents purchased a plot in Hatcliffe, an underdeveloped area north of Harare, Zimbabwe, I saw an opportunity to design a sustainable home that addresses environmental challenges while serving as a model for the community. Inspired by Hatcliffe’s rugged terrain and limited infrastructure, I aimed to create a functional, affordable, and sustainable home that embodies resilience and harmony with the environment.
Collaborating closely with my parents, I designed a home inspired by Frank Lloyd Wright’s Prairie style, characterized by low horizontal lines that blend seamlessly into the Hatcliffe landscape. The design incorporates Venustas (beauty), Firmitas (strength), and Utilitas (utility), with sustainability as its cornerstone. Solar energy, rainwater harvesting, and insulation were integrated to ensure energy efficiency and year-round comfort.
Solar panels meet the home’s energy needs, ensuring independence from the unreliable electricity grid. A rainwater harvesting system collects and stores rainwater, providing a resilient water source during dry seasons. Effective insulation minimizes heating and cooling demands, enhancing energy efficiency. The deep earth-tone exterior, inspired by Hatcliffe’s soil, utilizes locally sourced materials to reduce environmental impact.
Hatcliffe faces significant housing challenges, with many residents living in incomplete or temporary structures that are unsustainable and uncomfortable. This project demonstrates how affordable, durable, and environmentally conscious homes can be achieved. It serves as a model, inspiring the community to adopt sustainable building practices.
Beyond this individual home, I envision a sustainable future for Hatcliffe—integrating green spaces, renewable energy, and urban farming to improve air quality, water management, and food security. By promoting such initiatives, Hatcliffe could become a beacon of sustainable urban development, demonstrating how thoughtful design can transform challenges into opportunities.
1. Master Bedroom 2. Living Room
4. Ensuite
Kitchen
Storage room
Bedroom
AXONOMETRY DIAGRAM
WEST ELEVATION
SOUTH ELEVATION
Acasta Rock
Typology: Hospitality - Restaurant
Proffessor: Ismail
Location:Ain Benian, Algiers,Algeria
Year: 2021 - 2022
Acasta is a design that draws inspiration from a site visit where I encountered a weathered rock, enduring through the passage of time. This natural resilience guided the vision for the restaurant, which embodies permanence, timelessness, and a deep connection to its surroundings.
The architectural style is rooted in classical Islamic design, featuring a geometric dome inspired by the Grand Mosque of Algiers. This iconic dome, along with thoughtfully articulated arches, not only enhances the depth of the structure’s envelope but also frames stunning views of the Mediterranean Sea, creating a seamless connection between the interior and the natural landscape.
Elevated on a plinth platform, the building is grounded within its environment. The plinth features rusticated detailing that adds texture and a sense of strength, anchoring the restaurant firmly to the site.
Inside, the design is further enriched by four central structural supports that act as the backbone of the space. These supports, crafted with precision, create an aesthetic focal point while providing necessary stability. Articulated wooden forms extend from these structures, adding warmth, texture, and a modern twist to the classical design, enriching the interior with a striking visual harmony.
Maximizing the use of both natural and artificial light, the design integrates strategically placed lighting elements to highlight the architectural features, especially the arches, dome, and wooden structures. The lighting shifts throughout the day and into the evening, transforming the atmosphere and accentuating the timeless qualities of the space.
Acasta is more than just a restaurant; it is a space where history, nature, and modern design converge to create a lasting experience for its visitors.
The design of the building revolves around two primary axes: a longitudinal axis and a shorter transverse axis that connects the entrance to the food ordering counter. These axes intersect beneath a central dome, which serves as the heart of the space and a key architectural highlight.
Public areas are thoughtfully positioned on the northern side, offering visitors stunning views of the Mediterranean Sea and the cooling breezes it provides. Functional spaces, including amenities and food preparation zones, are tucked into the southern side. This deliberate north-south orientation optimizes natural light along the building’s length while mitigating heat gain, creating a sustainable and inviting environment.
1. seatingn area
2. counter
kitchen
bar
wc men
wc women
outdoor sitting area
locker room
EXPLODED DIAGRAM
Arcade loop
Ground floor
Roof Dome
Tracing of the arcade
Building bounday
Extrusion
Dome insertion and caving- in of the arcade
BACK FACADE
FRONT FACADE
The dome was modeled in Rhino using the LunchBox paneling tools in Grasshopper. A spherical surface served as the base, onto which a triangular tessellation was applied, creating a dynamic and precise pattern. By adjusting panel sizes and spacing, an intricate design was achieved, showcasing the efficiency and versatility of Rhino and LunchBox for advanced architectural forms.
02 . Application and extrusion of the diamond panels
04 . Crossing of the exposed Ribs
Finished Dome
03 . Addition of exposed Ribs
Interior visualisation
The project was designed using Rhino and Grasshopper, incorporating complex parametric elements that resulted in a large and intricate file. When attempting to render the scenes in Lumion, the file’s complexity caused the software to slow down significantly, making the rendering process unbearably slow and difficult to manage. Additionally, the quality of the renders was compromised, appearing flat and lacking depth.
In search of a solution, I turned to AI-powered rendering tools that could maintain the integrity of my design while delivering high-quality images. This led me to My Architecture AI, which allowed me to generate the detailed and visually rich rendered image above.
Pain Treatment Center
Acasta Project
Mosaic Art
Environments
Contemporary Minaret
Concept Tower
Architectural Tours
One of my greatest joys is exploring Algeria’s historic architecture, where each city reveals a unique chapter of our rich cultural story. I’m particularly captivated by places like the Casbah of Algiers, whose narrow, winding streets and historic houses capture the essence of Islamic and Ottoman design, showcasing intricate tilework, wooden lattice windows, and a vibrant sense of community.
I’ve also had the privilege of visiting ancient Roman sites, such as the ruins of Tipaza with its breathtaking coastal views, and Timgad, often called the ‘Pompeii of Africa,’ with its remarkably preserved grid layout, grand arches, and detailed mosaics. Each site offers layers of inspiration, from the artistry in stone to the ingenious urban planning of ancient civilizations.
These experiences have deepened my appreciation for Algeria’s architectural heritage, fueling my passion to create designs that celebrate and preserve our rich past while embracing the future.
