MASTER OF INTERIOR ARCHITECTURE
Building Entrance View
01.
Project : Food Desert Research + Community Center
Year : 2024-2025
Program : Revit |Photoshop | Indesign | Procreate | Lumion | Enscape
This project addresses the urgent issue of food deserts, which affect over 300,000 residents in Philadelphia alone. Located in an underserved area, the facility integrates urban agriculture, education, and research to provide fresh produce through methods like hydroponics and vertical farming.
The design promotes healthier lifestyles by partnering with schools, local farms, and community organizations, offering educational programs in nutrition, cooking, and sustainable food systems. With a focus on youth and vulnerable
populations, the space empowers residents with tools for self-sufficiency, improved diets, and long-term wellness.
Beyond health, the facility stimulates economic activity and job creation, serving as a scalable model for addressing food insecurity in cities nationwide. By merging research with design, the project fosters food sovereignty and environmental responsibility. It reimagines the role of architecture in cultivating equitable, resilient communities.
Concept Statement
The Community Food Hub and Education Center addresses food insecurity by creating a transparent, sustainable space that provides fresh, locally grown produce while educating residents on nutrition and urban farming. Located in a brick-built neighborhood lacking vegetation, the design introduces greenery and accessibility from all sides to engage the community.
The three-level structure reflects natural ecosystems and supports learning and collaboration:
Ground Level: A neutral, soil-inspired marketplace designed to foster farm-to-table connections. This space provides direct access to fresh food and serves as a community gathering point, promoting education on nutrition and sustainable food practices.
Second Level: A workspace with two distinct zones. The bright, green-accented open collaboration area symbolizes growth and engagement, while the darker research lab represents water, essential for sustaining life and supporting agricultural study.
Third Level: A vibrant rooftop garden that optimizes natural light for urban agriculture. This space doubles as an educational hub where visitors can learn hands-on farming techniques and experience the benefits of sustainable food systems firsthand.
Sustainability is central, utilizing locally sourced materials and a vertical garden to reduce carbon emissions. Transparency in food production fosters community connection, while the material palette mirrors nature’s cycles, reinforcing the center’s mission of nourishment and environmental well-being.
Guiding Principles
Integration – Foster interactive and transparent spaces that encourage connection, learning, and engagement between community members, researchers, and educators.
Sustainability – Prioritize environmentally responsible design, local food systems, and long-term resource efficiency to support a healthier future.
Community – Cultivate a sense of belonging by creating spaces that promote shared experiences, knowledge exchange, and collective growth.
Equitable Access – Ensure inclusive design that provides equal opportunities for all, regardless of background, ability, or location, making healthy food and education accessible to everyone.
Property Information
Location: 4500 N 3rd St, Philadelphia PA 19140
Location Type: Urban
Neighborhood: North Philadelphia
Property Type: Industrial
Property Sub-Type: Warehouse
Building Class: C
No. Stories: 2
Sq. Ft.: 42680 SF
Ceiling Height: Approximately 16 Ft. Year Built: 1946
Loading: - Two (2) 10’ x 12’ drive-in door, - One (1) interior loading dock 22’6”w x 13’9”h x 27’d.
Existing Floor Plan Site Photos
Proximity Analysis
Minute walk to Hunting Park.
15 km radius of no fresh food. 5
1/16"
SECTION
980,000
Philadelphians live in areas with an overabundance of unhealthy foods.
Minute walk to bus stops. 5 Miles from I-76 and I-95.
LEVEL 1 - MAIN ENTRANCE
LEVEL 1 - FRESH FOOD MARKET
31' 7"
DETAILS - VERTICAL GARDEN SYSTEM
Stacked for Success
With 32 plants per column and 34 systems total, we grow over 13,000 plants at once—turning vertical space into abundant produce.
ALTERNATING PLANT POD SYSTEMS
6' 0"
CLOSED-LOOP HYDROPONIC WATER SYSTEM FEEDS NUTRIENT-RICH SOLUTION FROM CENTRAL RESERVOIR TO TOP OF EACH GROW TOWER VIA PRESSURIZED LINES; GRAVITY-FED DRAINAGE RETURNS UNUSED SOLUTION TO FILTRATION AND RECIRCULATION UNIT. COORDINATE WITH CONTROL SYSTEM AND GROW POD SPACING.
SMART ZONE MEP AIR SYSTEM SUPPLIES TEMPERATURE-CONTROLLED, LOWVELOCITY AIR TO EACH GROW ZONE; MICROCLIMATE MAINTAINED VIA OVERHEAD
DIFFUSERS AND RETURN AIR AT BASE. COORDINATE WITH LIGHTING AND IRRIGATION SYSTEMS.
LEVEL 3 -ROOFTOP GARDEN
DETAILS - AEROPONIC SYSTEM
Aeroponics is also soil-free,
Hydroponicsis a way to grow plants without using soil. Instead, the plants grow in water that’s full of nutrients. Their roots are either directly in the water or in a material that holds moisture, like clay pellets. This method uses much less water than traditional farming and takes up less space, making it ideal for indoor or urban environments.
RB lighting refers to using red and blue LED lights to help plants grow, especially in indoor farming systems like hydroponics and aeroponics. Plants need light for photosynthesis, and red and blue wavelengths are the most effective for that process.
Spinach, Kale, Collard
Arugala
Cilantro, Dill, Oregano, Sage, Rosemary, Chives
Strawberries, Blueberries, Cherries, Oranges, Watermelon, Tomatos
Cucumber, Onion, Peppers, Peas, Broccoli, Eggplant, Cauliflower
Project : Fushion Chair
Year : 2024
Programs: AutoCAD | SketchUp |
Wood shop | Hand-sketching
The “Fusion Chair” embodies a harmonious fusion of innovation and functionality, drawing inspiration from the fluid movements and intricate joints of athletes. Its sleek design reflects the seamless connectivity, agility, and transparency found within successful teams. This chair represents more than just furniture—it’s a symbol of synergy and collaboration, enhancing both the physical and metaphorical space where teams come together to excel.
The chair comprises two primary pieces that are intentionally designed to work together. These pieces are not self-sufficient; they rely on one another for structural integrity and balance. This approach challenges the idea of a singular, standalone object by prioritizing a partnership between components, much like teammates relying on one another to succeed.
During assembly, the two parts are slotted and secured into place, forming a unified structure. The connection points are deliberately placed to highlight the dynamic interaction between the two components. Once assembled, the chair demonstrates its stability and elegance as a collaborative form, with each piece actively supporting the other.
03.
Project : Shell Design: Evolution of Form into Function
Year : 2023
Programs : Rhino | Grasshopper | Sketchup | Enscape
This project investigates the concept of biomimicry through an in-depth analysis of natural shell structures, such as the nautilus, to inspire architectural design. Shells exemplify nature’s ability to achieve structural efficiency, protection, and adaptability through their intricate forms. By studying their spiral growth patterns, material layering, and mathematical precision, I identified strategies to inform sustainable and functional architectural solutions. The objective was to translate the organic principles of shells—strength through curvature, efficiency through minimal material usage, and harmony through geometric precision—into designs that merge form and function. Beyond aesthetics, this exploration allowed me to create spaces that embody the protective and nurturing qualities inherent in these natural forms, while also addressing contemporary design challenges such as material efficiency and adaptability.
Building on this concept, we designed a light fixture inspired by the spiral form of a shell. This fixture captures the organic elegance of the nautilus by incorporating a coiled structure that mimics its natural curvature. When illuminated, the light fixture casts intricate spiral shadows, transforming surrounding spaces into dynamic compositions of light and form. This design not only highlights the beauty of biomimetic principles but also emphasizes the functional interplay of light and shadow, creating an ambiance that evokes the natural interplay of light filtering through organic patterns.
The dome structure consists of two concentric spherical networks connected by a set of lines called diagonals. The result is a double-layered spherical network with a threedimensional carrying behavior.
The nodual point of the internal grid are derived from the external line midpoints which have been projected concentrically onto the theoretical sphere carrying that internal grid.
Hex-Net: contains a network of hexagon Bowl
contains a network of a hexagon
Hex-Tri-Net:
node
Joints
Form to Function of a Light
Final Outcome
04. STAHMANGUITARS
Project : Stahman Guitars
Year : 2024
Program : Revit
SHEETROCK/GYPSUM WALL BOARD (GWB) SHALL BE 5/8 UNLESS OTHERWISE NOTED. UNLESS OTHERWISE NOTED, DIMENSIONS FOR WINDOWS AND DOORS ARE TO ROUGH OPENING (R.O.), AND DIMENSIONS TO CABINETRY/MILLWORK ARE TO THE FINISHED FACE OF CABINETRY OR TO COUNTERTOP. REFER TO ASSOCIATED DETAILS FOR MORE INFORMATION.
The Lutheran Guitar Workshop for Repairs project focuses on creating a highly functional and efficient environment designed around the specific needs of the client's workshop. This design primarily addresses the client's requirement for tool accommodation, workstation ergonomics, and ample storage, all while maintaining a clean, professional space.
8. MATERIAL CHOICES, FIXTURES, AND FINISHES NOT SPECIFIED SHALL BE PRE-APPROVED BY OWNER AND DESIGNER/ARCHITECT. ALL MATERIALS/FIXTURES TO BE NEW UNLESS SPECIFIED OTHERWISE, AND SHALL NOTE BE SUBSTITUTED UNLESS APPROVED BY ARCHITECT/DESIGNER PRIOR TO PURCHASE AND INSTALLATION.
9. ALL CONSTRUCTION MATERIALS SHALL BE PROPERLY STORED AND PROTECTED FROM DAMAGE, THEFT, AND EXCESSIVE HEAT/COLD/MOISTURE. 10. WOOD IN CONTACT WITH CEMENT OR MASONRY SHALL BE PRESSURE TREATED. 11. PROVIDE ACCESS TO CONCEALED VALVES, DAMPERS, CONTROLS, JUNCTION BOXES, ETC.
12. CONTRACTOR SHALL PROVIDE & INSTALL STIFFENERS, BRACING, BLOCKING, BACK-UP PLATES, & SUPPORTING BRACKETS REQUIRED FOR THE INSTALLATION OF CASEWORK, SHELVING, AND FLOOR-MOUNTED OR SUSPENDED MECHANICAL & ELECTRICAL EQUIPMENT.
Key to the design was understanding the specialized tools used in guitar repair and ensuring that workstations were arranged for ease of use and comfort. Considerations for optimal tool heights, workstation depths, and spacing were incorporated to facilitate efficient workflows. Each workstation was tailored to support the diverse tasks involved in guitar repair, promoting an ergonomically sound and productive environment for the workers.
1/16" = 1'-0"
VICINITY MAP -COVER AND CODE
3/4" PLYWOOD ADJUSTABLE SHELVING
PLYWOOD DRAWERS 3/4" FLUSH MOUNT PLYWOOD FACE; PAINTED
3/4" PLYWOOD ADJUSTABLE SHELVING
05.
Client Project : University of Oregon Baker Downtown Center
Year : 2022-2023
Program : Revit |Photoshop
Collaboration : Rowan Bullock, Tristan Nethercott, Hannah Petkau
This project creates a dynamic, visually transparent, and active environment to support two University of Oregon units: the Disability Studies major and Continuing & Professional Education. Our design emphasizes accessibility, community connection, and flexibility, fostering a space where students, employees, and participants can thrive in a setting that promotes both independence and collaboration.
While visual transparency and openness are key design elements to facilitate wayfinding and encourage interaction, the project carefully balances this with the need for each department to maintain its own independent operations. Both Disability Studies and Continuing Education have distinct workflows, objectives, and user groups, and the
design ensures that each can function autonomously without compromising privacy or efficiency. Each department retains its unique identity, with dedicated classrooms and administrative space to support their specific programming, while still benefiting from the overall synergy of the shared environment, with flexible event spaces, reservable conference rooms, study nooks, and outdoor terraces. FF&E choices differentiate these programmatic spaces, giving them distinct identities and helping all users navigate the building with ease.
This balance of independent functionality and collaborative opportunity allows for flexibility in how the spaces are used, ensuring that each program can thrive while also fostering cross-departmental interactions when beneficial.
Design Considerations
Inclusive Design begins with empathy—recognizing that every group includes diverse needs. We don’t need to know every individual's story, but we must acknowledge their needs as real and valid. Designing for diverse users must be a starting point, not an afterthought.
Nearly 1 in 4 Americans live with a disability, facing challenges in mobility, hearing, vision, or cognition. These barriers can limit access to healthcare, nature, and community. As designers, we have a responsibility to create spaces that are equitable and accessible for all.
Design Toolkit
Cues
Biophilia
+ Context Acoustics
Northwest Main Entrance and Lobby View Charrette
Setback Exterior walls with overhang shading
Entrance setback with asymmetric modern entrance
Second level social space overview into active lobby entrance
BACHELOR OF FINE ARTS IN INTERIOR ARCHITECTURE
06.
Project: Insight Juvenile Detenion Trauma Recovery Center
Year : 2023
Programs : Revit | Lumion | Indesign
My thesis highlights the urgent need for trauma-informed care and comprehensive mental health services within juvenile detention centers. Through research, I uncovered significant deficiencies in the Juvenile Justice System, including inadequate mental health support, harmful disciplinary practices like solitary confinement, and insufficient education. These issues leave many incarcerated youth unprepared for life beyond detention, creating barriers to successful reentry and employment. My work advocates for systemic changes that prioritize rehabilitation over punishment, emphasizing the importance of collaboration among detention staff, families, and community programs to better support vulnerable young people.
of juveniles and adults in the criminal justice system have experienced school failure or dropout.
2 in 10 youth ages 13-18 in the general population have a mental illness. of juvenile offenders report difficulties in enrolling in school upon release. 70%
The Solution
Assess
Determine the diagnoses of the youth to provide the proper resources.
Apply resources to individual needs. Success Youths leave with resources they can apply to their community and everyday lives. 80%
Rehabilitate
Youth in the juvenile justice system face significant psychological stress, mental health challenges, and academic setbacks due to poor education in detention centers. Group therapy offers a sense of connection, helping participants realize they’re not alone in their experiences. These therapy rooms are designed to foster safety and comfort, with movable furniture to adapt to various interactions and session dynamics.
Group Therapy Rooms
Teaching Kitchen
Children express themselves through color and emotion, but Juvenile Detention Facilities often strip this away, replacing vibrant environments with a grayscale monotony and limited natural light. Since a bedroom reflects personal identity, custom builtins and dormitories with four color and wallpaper options provide a sense of home and comfort, fostering personalization and emotional well-being.
07.
Project : Focus Rehabilitation Center
Year : 2022
Program : Revit | Enscape
FOCUS Sports Rehabilitation Clinic wants a 23hour outpatient facility including an emergency department, urgent care clinic, and rehabilitation center. This center will concentrate on athletes’ perceptions of their recovery, which will influence their attitude toward the injury and approach to rehabilitation. The clinic is a tool for athletes to become aware of their own strengths and weaknesses.
The splash emphasizes the concept model as a driving force throughout the floor plan. It symbolizes the cyclical nature of an athlete's recovery or reinjury. The design captures the dynamic movement within the athlete's body, illustrating its continuous expansion and connection to the recovery journey.
Healing Garden
User Group Sketches
Athletes
Athletes’ recovery journeys are a blend of resilience, support, and environments that foster healing and strength.
Staff
Assists athletes in adapting to an altered lifestyle, while providing a therapeutic environment for patients and their family’s development.
Family/Visitors
Reinforcement to recovery and help them adapt to new physical challenges or limitations.
Diagram Sketches
Journey from Injury to Recovery
An athletic injury is more than a physical setback; it challenges the mind and identity of an athlete. Recovery begins with addressing the physical impact, whether through surgery or physical therapy, in spaces designed to promote healing and focus. Rehabilitation facilities that incorporate natural light, calming colors, and biophilic elements create a sense of tranquility, reducing stress while enhancing physical progress. These environments, coupled with advanced equipment and clear recovery pathways, lay the foundation for rebuilding strength and mobility.
Equally important is supporting the athlete's mental recovery. The psychological toll of an injury, whether it leads to a return to sport or an unexpected career shift, can be immense. Therapy spaces designed with warmth and privacy, along with access to nature— through gardens, trails, or natural views—help athletes process emotions and reconnect with themselves. These holistic spaces enable them to rediscover confidence, find clarity, and prepare for their next chapter, whether it's stepping back onto the field or embracing a new purpose beyond the game.
Athlete Recovery Center
Locker Room
