SUWEYDA PORTFOLIO

portfolio

SUWEYDA MOHAMED

ABOUT ME Suweyda Moahmed suweyda2222@gmail.com undergrad Bachelors The Collage of Architecture, Planning and Public Affairs (CAPPA) at University of Texas at Arlington I am a dedicated architecture student with a passion for exploring diverse architectural styles through travel. My relentless pursuit of knowledge is complemented by a deep love for sketching, which I use both as a creative outlet and a tool to refine my design skills. I highly prioritize sustainability, designing with nature, not against it, and always keeping people at the heart of my work. Committed to continual learning and innovation, I strive to create thoughtful, sustainable, and people-centered architectural solutions with meticulous attention to detail.

Software skills

RESUME

Revit Auto cad Illustrater InDesign Lumion Rhino, etc..

Languages English Arabic Somali

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CONTENTS .01

Streamline

This project utilizes water as a driver for generating a new urban typology that mitigates harsh environmental impacts and harvests rainwater at the edge of water and land.

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Pause and Play

Sketches of a blend of hand-drawn art that explores the use of with ink, charcoal, and watercolor.

The Pause and Play project focuses on kinetic movement transitioning from theater mode to the Japanese tea house.

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Bookscape

A visionary space where learning and productivity converge, featuring an iconic wall of books that invites community engagement, collaboration, and discovery in the heart of the city.

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Drawings

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Urban Harmony

emboding three key aspects of New Orleans’ urban texture: alignment to the grid, connection to people, and promoting a more walkable city by reducing vehicle reliance. Music and performance serve as the unifying elements, shaping a design that enhances urban engagement.

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STREMALINE

STREMALINE ARCH 4556 - DESIGN STUDIO III PROFESSOR OSWALD JENEWEIN

2024 FALL FLOATING HUB

A floating wetland as a protective habitat This project utilizes water as a driver for generating a new urban typology that mitigates harsh environmental impacts and harvests rainwater at the edge of water and land.

The use of the water tanks is acting as the rain harvesting system that gives back to the floating community.

Water is essential for sustaining life, but its availability and quality are increasingly threatened by urbanization, industrial water consumption, pollution, climate change, and water scarcity. Rapid population growth intensifies the demand for water, while industrial activities contribute to pollution and overuse, straining natural resources and ecosystems.

Climate change worsens the situation by disrupting weather patterns and exacerbating droughts and flooding. Additionally, uneven distribution of freshwater creates inequalities, leaving some communities with limited access while others overconsume. Addressing these challenges requires a comprehensive approach, incorporating water conservation, technological innovation, and equitable management to ensure that clean, safe water is accessible for all.

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STREMALINE

SITE CONTEXT Texas faces growing water challenges due to rapid urbanization, droughts, and climate change. Heavy reliance on reservoirs and rivers in Corpus Christi is becoming unsustainable. The expansion of the Texas Triangle, linking Houston, San Antonio, and Corpus Christi, highlights the need for innovative urban solutions.

The location we’ve based our design in is Port Aransas due to its proximity to the water and existing water canals that would help facilitate the system designed by our base and how it functions with the shoreline. The coast suffers from many different natural disasters and climate change effects such as flooding, hurricanes, erosion. Through the use of a living shoreline, a dynamic rainwater harvesting system, and restoration of wildlife and habitats, the ultimate goal of the belt is that it becomes a method of rebuilding and restoration for the shorelines and existing communities.

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STREMALINE

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URBAN TO ARCHITECTURAL SCALE

THE CIRCLE OF WATER USE

WATER TREATMENT PLANT

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STREMALINE

STUDY CASE Water scarcity is a growing concern across many regions. The impacts of Climate change has significantly altered the availability and distribution of water, making it a critical issue for communities worldwide.

Heavy reliance on reservoirs and rivers is proving unsustainable, with projections showing that water demand will soon outpace supply in many areas. The expansion of the Texas Triangle, linking Houston, San Antonio, and Corpus Christi, highlights the need for innovative urban solutions.

To address these pressing challenges, we must focus on innovative, sustainable solutions that prioritize water conservation and advanced infrastructure.

4221 Gulfbreeze Blvd, Corpus Christi, TX

CONCEPT DRAWING After analyzing the typical homes near the site, the design takes these influences into consideration. Since the project is located near water, a round shape was chosen to take advantage of its benefits. During the design process, I explored an asymmetrical geometric approach, creating a strong sense of figure and ground to enhance the overall composition.

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STREMALINE

1st Prototype

Precedent As Design Framework

Green Roofs and Solar Panels Sustainable Features These communities are eco-friendly and self-sustaining, using renewable energy (solar power), adding greenery to cool the climate, and collecting rainwater for daily use.

Moving tilted roofs + Water Tanks Rainwater Harvesting Water collection is designed to be sustainable and efficent. The system primarily relies on rainwater harvesting. The floating structures have designed roofs that collect rainwater when it falls. This water is then funneled into storage tanks for later use.

Central Hub wiith Enclosed Communities Residential Communities Each home is apart of a large community and is designed to provide a safe living space for people living in climate crisis area.

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physical model

Takeaway

STREMALINE

DESIGN TAKEAWAY The project is densely populated by multiple small communities with double volume units that all rely on the rain harvesting roof to collect and distribute water to the residents. The main roof tilts and moves to adapt to different weather conditions, optimizing the collection of rainwater. The umbrella-like structure expands depending on the weather conditions. The floatation aspect is supported by the large collection tank and added structural measures underneath it.

A key takeaway from our design is implementing rainwater harvesting systems in average homes. This eco-friendly solution provides water for everyday uses like flushing toilets, watering plants, and washing cars.

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STREMALINE

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Perspective Section

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STREMALINE

DRIVER FOR DESIGN Solar panels

Moveable slopes for water collection Top mesh

Water tank influenced the overall shape

Water filtiration

Water tank is placed underneath

Water tank

By collecting, managing, and utilizing the rain water in various ways to support the needs of the city while also benefiting the ecosystem.

Structure of a umbrella system

The umbrella structure features a multi-layer coating to prevent rust and withstand winds up to 150 km/h. It is equipped with filtration and cleaning sensors that provide timely alerts for filter cleaning or replacement. The staging tank comes in various sizes and can be easily connected to existing underground tanks on site.

Rainwater Harvesting

Collecting and storing rainwater, this system ensures that water, which would otherwise run off and potentially lead to flooding or be wasted, is put to productive use.

CLIMATE CONDITIONS

Rain When it rains, the center of the roof tilts at an angle to direct water runoff efficiently, preventing pooling and ensuring proper drainage. This feature helps protect the structure and can also channels the water for collection as well as for irrigation purposes.

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Sunny When the sun is shining, the roof elevates, allowing natural light to reach the green rooftop, promoting plant growth and enhancing energy efficiency through natural solar exposure. This design not only maximizes sunlight for the vegetation but also contributes to the overall sustainability of the building.

Strong wind In the event of a storm or hurricane, the center roof flattens against the structure for added protection. The house’s circular design helps to redirect wind flow, minimizing pressure on any single point, making it more resilient to strong winds. This combination of design features makes the house highly resistant to hurricanes, enhancing its durability and safety.

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STREMALINE

Floorplans

Green Roofs The connecting green roof serves as a shared space for residents, covered in plants that help absorb rainwater, improve air quality, and reduce heat. It’s necessary because it promotes sustainability by reducing stormwater runoff, lowering energy costs through insulation, and creating a communal area for relaxation and gardening. The green roof connects different units, fostering a sense of community while contributing to the floating city’s overall climate resilience by improving water management and biodiversity.

Solar Roofs The solar panels on the rain-harvesting roof capture sunlight to generate clean energy for the units. As the roof tilts for rain collection, the panels stay positioned to get sunlight and maximize power. They reduce reliance on outside energy and support the floating city’s sustainability by producing renewable energy and lowering its carbon footprint.

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STREMALINE

perspective

This top view of the base shows how the different layers in the field interact and overlap with each other and ultimately how the housing and other functions/structures are organized in the space. The use of circular elements and curvilinear forms are central to the design of the base.

HOUSING Each one of the housing pods contains 10 units. Other features include a rainwater harvesting system, solar energy panels, and a green roof.

PLATFORMS These platforms follow the lines of topography on the base seperating the housing pathways from them.

BASE This is the main structure that elevates all these elements separating it from the artificial landscape and water.

BASE (ARTIFICIAL LANDSCAPE) The artifical landscape serves as an environmenally friendly method of perserving the coastline and providing a stable ecosystem for wildlife.

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BOOKSCAPE

BOOKSCAPE ARCH 3553 - DESIGN STUDIO I

2023 FALL

PROFESSOR DANIEL DAY

URBAN INFILL

Great wall of books Public Library / Start up office This project combines a public library and a startup office, featuring a striking “great wall of books” as the main attraction. Placed along the street-facing side, it grabs attention and showcases the collection. Using glass with open shelving, the books remain visible and inviting. The wall also acts as a continuum between the library and office, creating a shared space for reading and collaboration. With cozy reading nooks and work areas, the design encourages both learning and creativity in a dynamic environment.

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BOOKSCAPE

SITE CONTEXT This project is located at 2002 Commerce St, Dallas, TX 75201, designed as an urban infill that attracts people to explore. Combining a public library and a startup office.

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BOOKSCAPE

FLOOR PLANS

CONCEPT SKETCHES These sketches are part of my design process to determine the placement and orientation of different program elements. With the large bookshelf as the central idea, I explored various layouts and configurations to build upon this concept and develop a cohesive design.

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BOOKSCAPE

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PAUSE & PLAY

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PAUSE & PLAY

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PAUSE & PLAY

PAUSE & PLAY ARCH 3554 - DESIGN STUDIO II PROFESSOR SANDRA ESPINOZA

2024 spring

The Pause and Play project focuses on kinetic movement, seamlessly transitioning between theater mode and a Japanese tea house. This dynamic design allows the space to adapt to different functions, creating a fluid experience that balances performance and tranquility.

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PAUSE & PLAY

CONCEPT SKETCHES During my design process, I researched and studied how musical instruments function and their tectonic qualities, which inspired a series of sketches. Additionally, exploring origami shapes and their structural principles helped refine my concept, ultimately leading to the final design.

I explored kinetic movements and various approaches to integrating them into design. Ultimately, the tectonic and kinetic mechanics of an umbrella stood out as my favorite, leading me to study its structure and functionality in depth.

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PAUSE & PLAY

SITE CONTEXT This project is located in the UTA courtyard, where site analysis played a key role in shaping the design. By highlighting pathways and observing areas with the highest foot traffic, I was able to determine the best layout and orientation.

This analysis ensured that the transition between theater mode and the Japanese tea house aligned with natural movement patterns, creating a seamless and engaging experience.

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PAUSE & PLAY

PAUSE & PLAY DIAGRAMS

SECTION

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PAUSE & PLAY

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PAUSE & PLAY

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URBAN HARMONY

URBAN HARMONY ARCH 3554 - DESIGN STUDIO II PROFESSOR SANDRA ESPINOZA

2024 spring

NEW ORLEANS EDITION

This project embodies three key aspects of New Orleans’ urban texture: alignment to the grid, connection to people, and promoting a more walkable city by reducing vehicle reliance. Music and performance serve as the unifying elements, shaping a design that enhances urban engagement.

The project features a series of interconnected masses, strategically positioned to optimize views, circulation, and spatial relationships. A bridge acts as both a symbolic and functional link, seamlessly connecting the performance building, residential hall, and garage, fostering continuous movement and interaction throughout the space.

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URBAN HARMONY

SITE CONTEXT Located near Decatur St, New Orleans, LA 70130, this project serves as an extension of the existing site conditions, integrating seamlessly with its surroundings. The design respects and responds to the historic facades across the street, ensuring harmony both internally and externally while creating a form that complements the area’s architectural character.

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URBAN HARMONY

CONCEPT SKETCHES

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COLLAGE

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URBAN HARMONY

SITE ANALYSIS The site analysis followed New Orleans’ historical grid, using overlapping blocks to inform the design. This process led to the creation of a semi-symmetrical layout that aligns with the city’s urban fabric, ensuring both continuity and harmony with its surroundings.

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URBAN HARMONY

RENDERING

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URBAN HARMONY

SECTION PHYSICAL MODEL PERSPECTIVE SECTION This is a perspective section of the main theater performance hall, showcasing the spatial relationships, structural elements, and interaction between different levels. It highlights how the design enhances visibility, acoustics, and circulation within the performance space.

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DRAWINGS

TECHNICAL DRAWINGS

ARCH 1341 - DESIGN COMMUNICATIONS I 2020 Fall

Design Communication introduces freehand drawing through observation and representation, focusing on sketching, composition, contrast, texture, and line quality. Students also explore color, model-making, orthographic drawing, and digital documentation.

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DRAWINGS

NOTATIONAL DRAWINGS ARCH 4341 Notational Drawing

2024 summer

this course explored analytical drawing techniques and how to use the sketchbook as a tool and process for architectural production.

Emphasis will be on cultivating drawing strategies that will heighten the ability to make observations through first- hand experience and record them with the correct conventions in order to enable recovery for future use in architectural design.

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CONTACT Phone:

945-246-3678

Email:

suweyda2222@gmail.com

THANK YOU