Architecture has always been a profound influence on me, particularly the ability to design spaces that evoke emotion and establish a distinct atmosphere. I view architecture much like film, where composition, perspective, and spatial dynamics can communicate powerful messages. The interplay of form, light, and materiality shapes experiences, creating environments that resonate both functionally and emotionally. The freedom to express creativity and develop thoughtprovoking designs is a fundamental aspect of architecture that continues to inspire me.
EDUCATION
Noe Simon Escobedo III 11-07-2000 nse1879@mavs.uta.edu (817)-675-4491
Skills
Mansfield Timberview High School
University of Texas at Arlington (UTA)
Bachelors of Architecture in Science (B.S.)
Overall GPA 3.212
Architecture GPA 3.125
Languages
3-D Modeling
Revit
SketchUp Rhino 7
English | Fluent
Spanish|Fluent
Rendering Lumion Enscape
After Effects
Photoshop Illustrator LightRoom
2017-2020
2021-2025
Personal
• Architecture Construction and Engineering Program (ACE) 2019-2020
• University of Texas at Arlington Design Build (DB) 2024
• Design Fabrication Ben Barber 2019-2020
• Freedom By Design Volunteer 2024
• AIAS 2023-2025
Work Experience
• EXPERIENCE in Culinary
• EXPERIENCE in Fabrication (metal and wood)
• 1 year of welding EXPERIENCE (MIG welding)
• 6.5 years of Karate and Muay Thai
• EXPERIENCE in landscaping
• 3 years Pro Sales member [Home Depot]
• 5+ years Construction and Roofing
• 1 year Warhouse [Mouser]
Manchester Verona
Venice Arlington Arlington
01 The Cubic Research Haven
Project Brief
Housing | 800 sqft
Professor Donna Firouzbakht
Greater Manchester, England
Programs Used
Revit, Photoshop,Illustrator, Lumion
Description
The project aims to revitalize the area surrounding the river by integrating a thoughtfully designed residence tailored for a zoologist. This house is specifically crafted to support the daily activities and specialized requirements of the profession, providing a functional and efficient living and working environment. The concept revolves around optimizing a compact 20x20x20 space, challenging the designer to maximize usability while maintaining a seamless blend of research, living, and practical applications. Through innovative spatial planning, the house ensures that every aspect serves the zoologist’s needs, fostering both professional productivity and environmental harmony.
West Elevation North Elevation
Second Floor
North West Axon
South East Axon
Bedroom Render
Stairway Render
Living Room Render
02
Project Brief
Academic Center
Professor Heath MacDonald
Location: Verona, Italy
Teatro Romano Verona
Programs Used
Auto CAD, Photoshop,Illustrator
Description
The Academy project encompassed various aspects of urban planning and historical preservation. Its primary focus was to develop an urban sequence that harmonized with the proposed academy, which would be situated above the ruins near the Teatro Romano. The academy’s program addressed multiple facets of housing and education while adhering to the constraint of preserving existing buildings without demolition.
Ground Plan Sketch
Concept Sketch
Context Mapping
Verona Italy
1. Basilica di San Zeno 2. Museo di Castelvecchio 3. Teatro Filarmonico
Gran Gaurdia Vecchia
Verona Arena
Palazzo Palio
Banca Popolare
8. Porta Leoni 9. Porta Palio 10. Piazza Indepedencia
Chiesa di Sant’Eufemia
Basilica di Sant Anastasia
Duomo
Plazzetta San Giogio
15. Church San Giorgio
16. Scuola Media Valeria
17. Piazza Vittorio
18. Ponte Pietra
19. Palazzo Fontana 20. Roman Theatre
21. St. Jerome Monastery
Valeria Catullo
22. Castel San Pietro
23. San Bernardino
24 Church of San Fermo
25. Piazza Bra
26.Piazza Pradaval
27.Arsenale Franz Josef
28. Castello Visconteo
29. Parco Cesare Lmbroso
30. Giardini Plinio Codognato
31. Giardini Guisti
32. Giardini Dei Passi Perduti
33. Giardini Alessandro Canestrari
34. Monumental Cemetery
03 Loading Dock Re-imagined
Project Brief
University Dock Revitalization|
6500 sqft
Professor Brad McCorkle
Location: Arlington, Texas
University of Texas at Arlington
Programs Used
Revit, Auto CAD,
Photoshop,Illustrator, Lumion
Description
The revitalization of an outdated loading dock, which had undergone modifications over time, served as the foundation for a dynamic gathering space. This initiative aimed to improve circulation between the restaurant and the university design studio while fostering a sense of community. As a key component of a larger studio project, the dock was strategically re-imagined to enhance connectivity and engagement. The design was structured into distinct sections, with a primary focus on the gate as a central element of the project.
Proposed Dock
04 Venetian Guggenheim Conservancy
Project Brief
Historical Preservation of thePeggy Guggenheim
Professor Steven K. Quevedo
Location:Venice, Italy
Programs Used
Auto CAD, Photoshop,Illustrator
Description
The expansion of the Peggy Guggenheim Collection encompassed multiple layers, integrating historical preservation with an academic dimension. This project not only safeguarded the artistic and architectural heritage of the collection but also introduced an educational component, enriching its scholarly significance. The curation of artworks was informed by a thorough study of historical precedents, ensuring a cohesive narrative within the collection. Additionally, a key objective of the project was to establish a strong connection with the surrounding urban fabric, creating a dynamic and engaging urban space that harmonized with its context.
Exhibition Collage
Floor Plan Collage
West Elevation
Northeast Axon
North Facade
05 Dust Collection Tower
Project Brief
Fabrication
Professor Brad McCorkle
Location: Arlington, Texas
Programs Used
Fabrication Illustrator, Photoshop
Description
The Dust Collection Tower project involved the design and fabrication of a protective cover to shield the structure from environmental factors such as wind, rain, hail, and heat. The project required careful material selection to ensure durability and weather resistance while also considering ventilation, maintenance accessibility. Additionally, the fabrication process was a key focus, emphasizing efficient construction techniques, modularity to create a practical and costeffective solution. By balancing functionality, resilience, and ease of installation, the project aimed to enhance the tower’s longevity and operational efficiency.
