P O R T F O L I O
LINDSAY POE
4th Year Architecture Student
(214)790-4735
Lkpoe05@Gmail.com
NCARB #874048
Education Experience
2021 - 2025
Bachelor of Science in Architecture
Texas A&M University
GPA: 3.9
2024 - 2024
Study Abroad
Universita Degli Studi di Firenze
GPA: 4.0
2018 - 2020
Associate of Art Multidisciplanary Studies
El Paso Community College, Early College Program
GPA: 4.0
Design Skills
SoftwareFabrication
Rhino 3D AutoCAD
Revit
Adobe Creative Suite TwinMotion
Keyshot Lumion Enscape Microsoft Office Suite
Leadership Interests
2024 - Present President, 2024
Tau Sigma Delta
2021 - Present
3D Printing Lasercutting Woodworking
Lectures & Workshops Director, 2024 Mentorship Chair, 2023
American Institute of Architecture Students
2021 - Present
Student Mentor, 2022 - 2023
Merchandise Committee, 2022
The Terry Scholarship Foundation
2023 - Present
Personal Business Startup
Marketing and Design for Digital Products
The Urbane Studio Urban Design Development
3D Modeling Rendering
Travel Photography Faith Dance
Summer 2024
Collegiate Intern
www.linkedin.com/in/lindsay-poe https://lindsaypoe.myportfolio.com/ Dallas, Tx College Station, Tx El Paso, Tx
Actively contributed to the creation and delivery of design documentation for multiple datacenters. Developed precise technical renders for client presentations and participated in team meetings. Developed and delivered Twinmotion training for BIM department.
Page
Summer 2023
Collegiate Intern
Created 3D representation, led the design and execution of our CANstruction philanthropy project, and contributed to the documentation of several project using Revit.
Heights Venture Architects
Summer 2022
Collegiate Construction Management Intern
Participated in project development meetings/ proposals, curated 3D representation, and engaged in site visits for a high-end real estate development company.
Franklin Mountain Management
2020 - 2021
High School Intern
Updated and organized online data, conducted site visits, and aided in documentation.
McCormick Architecture
Awards & Competitions
Terry Scholar - Current 1 of the 38 students from across Texas chosen to receive a 4-year full-ride scholarship based on leadership, character, and scholastic record.
Terry Scholarship Foundation
Fourth Place - 2023
Developed a real estate proposal in Austin based on economic potential, 4th of 30 competitiors. Commercial Real Estate Women Austin Chapter
Second Place, 2023 - First Place, 2022
Interdisciplinary competition among construction science, architecture, landscape/urban planning, and visualization collaboration in 36 hours. Harold Adams Interdisciplanary Charette
James D. Tittle ’49 Endowed Scholarship in Architecture
Kate and Harwood K. Smiith ’35 Endowed Scholarship
Professor Daniel F. MacGilvray Endowed Memorial Scholarship
Arthur W. Licht Memorial Scholarship
John Only Greer ’55, FAIA and Wanda Greer Endowment.
Helping Hands Department Of Architecture Scholarship Department of Architecture Book Award
TABLE OF CONTENTS
INTERVENTIONS
LA CORRIENTE
San Antonio, Tx
4th Year Integrated Studio Fall 2024
Professor Michael O’Brien
ALLINEARE
Firenze, Italy
3rd Year Studio Abroad Spring 2024
Professor Andrea Volpe
THE PERMEABLE FRAMEWORK
Houston, Tx
3rd Year Studio Fall 2023
Professor Marcelo Lopez-Dinardi
THE GYRE
Austin, Tx
2nd Year Studio Spring 2023
Professor Richie Gelles
THE TRANSFIGURE
Dallas, Tx
2nd Year Studio Fall 2022
Professor Benjamin Ennemoser
OTHER WORKS
Sketching Photography
Business Marketing Logo Design
ALLINEARE
A Historical Architectural Museum
Piazza Poggi, Firenze, Italia
COLLABORATORS
3rd Year Studio Abroad
Partner Jonathan Horstman
Professor Andrea Volpe
STUDIO PROMPT
Asked to design an architectural museum in Piazza Poggi, an incomplete historical plan at the foot of the Piazzale Michelangelo, that evokes the feeling of the rich history around it without ingenuinely replicating it.
INTERPRETATION
We responded to the prompt by deciding to echo the strongest concepts we had found in the classical teachings around florence: Brunelleschi’s mathematical approach of repetition, and alignment with the most important contextual figure: the San Niccolo Tower.
In the UNESCO protected city of Florence, Italy we were asked to design an architectural museum. Drawing our source of inspiration from the city itself while learning how to work in the contemporary setting was the challenge in this project, but respecting the context and understanding how we could bring in the history of the city was crucial to the development of our design. Our experiences in various places across Florence guided our vision.
By Brunelleschi
Basilica di San Miniato
Ospedale Degli Innocenti
The area directly south of the platform overlooking the river is called Piazza Poggi , a historical area that was designed by Giuseppe Poggi but was never completed. Our alignment towards the San Niccolo tower in that plaza guided our orientation on the site as it is the most important contextual figure.
Taking inspiration from Brunelleschi’s mathematical approach all around the city of Florence, we decided to implement a grid system for our structure within the design.
Piazza Poggi
Right Figure, Exhibition spaces
View of San Niccolo Tower
View of The River Arno
Left Figure, Service Spaces
Facing South in this section, the figure on the left shows the lobby of our exhibition space while the figure on the right shows the service spaces with a permanent exhibition dedicated to Giuseppe Poggi centered on the San Niccolo tower itself, using transparency to describe the orientation of the area.
Facing East, the communication between the tower, our design, and the Arno River is clear. It is an addition to the cascade down from the Piazzale Michelangelo to the river without disrupting the continuity of the original landscape. The 10 meter cantilever is also clearly visible from this vantage point.
Truss System Post and Beam
THE PERMEABLE FRAMEWORK
A Restorative Master Plan
Houston, Tx
COLLABORATORS
3rd Year Studio
Partner Adisan Navaira
Professor Marcelo Lopez-Dinardi
STUDIO PROMPT
Asked to design an urban infrastructure at a site of our choosing in Houston, Tx that solves or mitigates one of the major environmental issues found within the city.
INTERPRETATION
We researched areas facing high heat and respiratory diseases, focusing on the role of impervious surfaces and their embodied energy. Our intervention at an asphalt plant transformed the site into a permeable, walkable community that promotes sustainability, enhances the well-being of the affected neighborhood, and catalyzed the continuation of a greenbelt along Houston’s most polluted areas.
Houston Heat Index
Industrial Regions
Greenhouse Gas EmmisionsMajority along the Bayou in East Houston
Impervious Surface CoverageCause of Houston Heat Dome
Site - Extractive Asphalt Plant
East Houston Map of Greenbelts and
Context MapGreenbelt interrupted by industrial plants
INDUSTRIAL REGIONS
HEALTH ANALYSIS
This asphalt plant puts out over 120 tons of pollution every year , and the surrounding neighborhoods possess elevated levels of asthma, copd, and coronary heart disease compared to the county average.
SITE STRATEGY
The extension of an existing bike lane invites all to access a shared infrastructure enabling a more environmentally efficient transportation system .
SITE
The architectural arrangement of the site as a whole serves the inhabitants, living and nonliving, but also invites the broader commons into the shared activities each building offers. The integration of permeable surfaces, car-free development , as well as the use of shade and rainwater collection as infrastructure throughout the site mitigates the excessive heat in houston.
PASSIVE DESIGN APARTMENTS FLOOR PLAN
The project integrates passive design in the most consumptive places, our homes, to reduce the usage of extractive practices. Ultimately, this framework is a form of engaging with the wellbeing of a society, introducing new cultural paradigms and ways of living that work symbiotically with our atmosphere, rather than against it.
North Section
Shade Interventions
Rainwater Collection
THE GYRE
A Mixed-Use Development
Rainey St, Austin, Tx
COLLABORATORS
2nd Year Design Studio
Partner Isabelle Wolfe
Professor Richie Gelles
STUDIO PROMPT
Students were given the prompt to design a mixed-use building in the growing Rainey St. district in Austin, Tx that anticipated needs of the future residents as the lively bar district transitioned into a high-end condominium district.
INTERPRETATION
The Gyre is a mixed-use equitable development whose purpose is to serve the needs of the Rainey St. district by facilitating community interaction with the purpose of creating a self-sufficient, walkable neighborhood.
Our structural system consists of a center core and surrounding columns that support the changing facades of each floor plate. Primarily constructed of concrete and glass, The Gyre has a monolithic-brutalist inspired exterior contrasting with its deconstructivist sun shading skin wrapping around the exterior. That skin utilizes a metal framework to stabilize and connect the “mesh” to the building. The gyre sports a spiral circulation throughout the interior of the building because the circulation is carved out of the whole using staircases.
Rooftop Garden
Fine Dining & Banquet Room
Boutique Hotel
Spa
Mall Shop
Exhibition Courtyard
Local Vendor Marketplace
Underground Concert Hall
The Rainey St. district is centered around the street connection and the nightlife, catering to the 25 year old demographic, but is also located right next to the mexican american cultural center and walking trails around lady bird lake. So, we designed a place that could embrace both the visitors and the residents that will soon be occupying the numerous residential towers monopolizing the area.
Underground Concert Hall
Local Vendor Market
Rooftop Garden
Fine Dining
Exhibition Courtyard
Boutique Shopping Mall
Spa
Boutique Hotel
Hotel Room
TRANSFIGURE
Ai4ALL Community Center
Dallas, Tx
COLLABORATORS
2nd Year Design Studio
Partner Adisan Navaira
Professor Benajmin Ennemoser
STUDIO PROMPT
Prompted with designing an Ai4ALL mixed-use center through the process of identifying persistencies in precedent studies, programming those into GANs research, and using the produced 3D GANS to inform your massing.
INTERPRETATION
Transfigure takes the movement and fluidity of Zaha Hadid’s Maxxi Museum and the symmetry and central datum of Andrea Palladio’s Villa Rotunda to define its form. Focusing on the interaction between and AI and the average person, Transfigure creates a community space where people can come together and experience the effects of AI integration firsthand.
The design reflects prominent directional persistencies found in Maxxi Museum as well as displaying symmetrical and axial conditions from Villa Rotunda.
3D Gan Process
Axiality
Noting the fluidity and movement in this project is key to understanding the dynamicism of an everchanging field like artificial intelligence.
Symmetry
Ground Conditions
Using generative adversarial networks (gans) and precedent analysis studies of zaha hadid’s maxxi museum and andrea palladio’s villa rotunda informed the creation of this ai4all community center located in downtown dallas.
This is where the community can come together and experience the integration of ai for themselves. The tower’s program is comprehensive, categorized by either “learning” or “living”. There are apartments, lab spaces, classrooms, a mediatique, library, office spaces, garden areas, and an incubator.
The overall purpose of the tower is articulated by the curvilinear figures revolving around the central datum, a street level, digitally activated community gathering space.
MOUNTAIN INVESTMENTS
Rebranding Logo Design In Collaboration With Fmi
2nd option
(Thinner Version)
3rd option
4th option
6th option
Thick & Thin
Thickness