Architectural Engineering Commons^™

Flexural Behavior And Failure Mode Assessment Of Concrete-Encased Steel Beams Constructed With Experimental Cardboard Formwork, Luke Robert Jones, Drew Takeshi Kawaguchi

Architectural Engineering

This project investigated the flexural behavior of a concrete-encased W8×13 steel beam detailed without conventional longitudinal reinforcement and constructed using an experimental cardboard/Masonite formwork system. A bare steel control specimen and an encased composite specimen were tested under identical loading conditions to evaluate the effects of concrete confinement and welded transverse reinforcement on lateral-torsional buckling behavior. Results showed that the encased specimen remained laterally stable and developed flexural cracking and concrete crushing rather than the lateral-torsional buckling observed in the control beam. The study also demonstrated that the modified cardboard formwork successfully contained the concrete without the seepage failures observed …

Stem Workshops For Pre-K Students, Sofia Berg, Ashlyn Swoboda

Architectural Engineering

This project involved the development and implementation of a four-part structural engineering workshop series for preschool-aged children at the Orfalea Children’s Center at California Polytechnic State University, San Luis Obispo. The workshops were designed to introduce fundamental structural engineering concepts through age-appropriate discussions, demonstrations, and hands-on activities focused on engineering careers, structural shapes, skyscrapers, and bridges. The lessons emphasized concepts such as stability, bracing, structural loading, seismic behavior, and iterative design while encouraging collaboration, creativity, and problem solving.

Throughout the workshop series, students actively participated in discussions, demonstrated enthusiasm for engineering activities, and were able to recall concepts introduced in …

Xenaforms: Reinforcing Kinematic Stability Through Rigid Connections, Katherine G. Thies

Architectural Engineering

XenaForms combine rigid planes and straight lines with the fluidity of structural origami to create beautiful, organic folded plate structures. Unlike many conventional structures, folded plate systems derive their stability from the interaction between connected panels, creating the appearance of a single continuous sheet of material. The XenaForm uses structural origami and triangulation to create stable points at the apex of two non-colinear triangles. While it is mathematically true that no moment needs to be transferred across the seam between panels in order to have a stable structure, allowing some moment capacity greatly helps during construction. Specifically, these stiff connections …

Thousand Hills Pet Resort Deck Design, Kenzie Brown

Architectural Engineering

On-site residential units at Thousand Hills Pet Resort currently lack ADA-compliant access, as entry is limited to small, elevated doorways that are only reachable by stairs. A deck connecting the units and providing accessible ingress and egress was designed for this senior project.

In addition to the ADA requirements, the property is expected to undergo significant redevelopment in the coming years. As a result, the deck design must not only meet accessibility needs but also be adaptable and reusable. The final design is a modular deck structure utilizing a hybrid foundation system that facilitates future relocation of the deck. The …

Modular House Design Study, Jordan J. P. Smith

Architectural Engineering

The Modular House is a student designed and constructed structure in Poly Canyon. For decades it served as a home for the Canyon’s caretakers who maintained the structures, looked over the Canyon, and helped construct student projects. After being abandoned for a variety of reasons, the structure now currently stands as an open-air pavilion.

This project studies The Modular House as a unique and storied site and proposes a theoretical retrofit to make the structure habitable again. Historical documents, past senior projects, images, and firsthand accounts were reviewed to understand the site’s history and how it changed over time. In …

Design And Implementation Of A Honeycomb Damping System For The 2026 Eeri Seismic Design Competition, Vera Nguyen, Lauryn Wojcik

Architectural Engineering

The authors of this report were a part of the 2026 Earthquake Engineering Research Institute (EERI) chapter at California Polytechnic State University, San Luis Obispo. In July 2026, they will travel to Portland, Oregon with 12 students to compete in the Undergraduate Seismic Design Competition hosted by EERI. The competition required teams to develop a comprehensive structural design proposal that included computer-based modeling and analysis, construction of three physical models, and the preparation of both a technical poster and oral presentation for a proposed high-rise building located in Portland, Oregon. Cal Poly’s “Illahee Tower” was designed with an emphasis on …

Caed Shop Entrance Wall Construction, Mason Neil Mitchell, Benjamin Joseph Rohrer

Architectural Engineering

This project involves the demolition and reconstruction of the CAED Support Shop Wall at Cal Poly, San Luis Obispo. The project was designed as a multidisciplinary project, combining architectural engineering and construction management students who collaborated on the rehabilitation of an existing structure. This project aimed to use “replication” as a means of historical preservation and restoration, specifically in the fabrication of custom CMU members.

Concrete And Masonry Code (Beams), Michael Alexander Simas Rocha

Architectural Engineering

This report only covers the beam design of the code that was written. The end goal of this project is to write code for concrete and masonry following what was taught in the lecture classes. This project is acting as a foundation for the end goal of a program that can compete with SAP2000, ETABS, RISA, and others. One final goal is to have the print out have the look and feel of having been done by hand. While coding; several factors were recorded including time spent coding, debugging, and then to do three problems by hand vs how long …

The Xenaform: Structure Through Geometry, Justin Tobias Mendoza Ocampo, Emily Marie Labrador, Banyan Walker, Paul Minchev, Brayden Sean Kelleher, Ethan Mario Ceccarelli

Architectural Engineering

The XenaForm is a geometry-driven structural system that incorporates complex forms generated from simple rules of stability, inspired by the work of Iannis Xenakis and reworked by Professor Edmond Saliklis. This project investigates how structural stability can be achieved through geometric configurations rather than a reliance upon material strength alone. By utilizing the design principles of trilateration and the interconnection of triangular panels, the XenaForm was constructed in accordance with the rules of the International Association for Shell and Spatial Structures Pavilion Competition. The team generated several design iterations and selected a final design to fabricate and construct, considering affordability, …

Hidden Systems, Samuel Choi

Masters Theses

Across buildings and cities, moisture is managed, concealed, and discharged through convoluted systems of containment. Still, water ultimately resists this framework. It reveals itself as leaks, puddles, condensation—moments typically understood as technical failure. Hidden Systems reframes these conditions as architectural knowledge, one that becomes evidence of water’s material capacity, limits of infrastructure, and a record of time.

NYC is constructed on, powered by, and profiting from water. Although it hosts a robust network, seepages disrupt control, allowing systems to be traced across scales. As pipes expand, contract, and freeze, the project unfolds seasonally, moving through water’s three states: solid, liquid, …

Deployable Shelter Systems For Emergency Response Using Scissor Mechanism, Farzad Saeidi

Hospitality Design Graduate Student Capstones

This thesis investigates the architectural potential of deployable scissor-based structures as rapid-response shelter systems for emergency, post-disaster, and transitional recovery contexts. While deployable systems are often valued for speed and compactness, this research frames deployability as a broader architectural capacity that integrates structural performance, transportability, constructability, habitability, and adaptability to uncertain environmental and social conditions.

Climate Responsive Design For Airport Terminals In Hot Arid Climates, Zahra Salmizadeh

Hospitality Design Graduate Student Capstones

This thesis argues that the roof of an airport terminal can be transformed from a neutral cover into an operational design tool that actively shapes passenger experience in hot arid environments. Drawing from observed challenges in contemporary airport concourses, including those identified through the D Gates concourse at Harry Reid International Airport in Las Vegas as an example, the study examines roof structure, envelope, and form as distinct but interrelated design fields. It investigates how these components influence wayfinding clarity, thermal and visual comfort, acoustic performance, and spatial identity in large scale airport interiors.

Domain-Specific Design On Fpga And Npu For Scientific Computing And On-Device Llm Inference, Miaoxiang Yu

All Dissertations

High-performance computing (HPC) is changing rapidly as scientific simulations and large language model (LLM) workloads push the need for higher performance under tight power and memory constraints. Conventional platforms such as CPUs and GPUs accelerate computation through instruction-driven parallelism, relying on multithreading, SIMD, and SIMT execution, but increasingly encounter scalability limits imposed by the power and memory walls. In contrast, Field-Programmable Gate Arrays (FPGAs) and Neural Processing Units (NPUs) offer a high-efficiency alternative through dataflow-oriented architectures that exploit deep pipelining and customized memory hierarchies to reduce data movement. However, the performance potential of these spatial accelerators remains largely unrealized when …

Mineral King Cabin Roof Rennovation, Leilani G. Lau

Architectural Engineering

This project explored performance-based design by analyzing and redesigning the roof for a cabin built in the 1950s and located in Mineral King Valley in the Sierra Nevada Mountains, California. The Sierra Nevada Mountains experience heavy amounts of snow during the winter season. In the winter, the cabin is unoccupied, so the performance objective was collapse prevention, rather than life safety. Since the performance objective focused on collapse prevention at a time when the building was unoccupied, the probability of failure did not need to be low, so safety factors were omitted. This approach required deeper understanding of the code …

Innovative Approach To Enhance The Efficiency Of Building Integrated Photovoltaic Panels Through Automated Cooling And Cleaning Using Condensate Water In Extreme Climates, Ali Hasan Shah

Thesis/ Dissertation Defenses

Photovoltaic (PV) systems in hot and arid climates experience significant performance degradation due to elevated operating temperatures and rapid dust accumulation. Temperature increase alone reduces power output by about 0.4% to 0.5% per degree Celsius above rated conditions. In desert regions, module temperature commonly exceeds standard conditions, which results in power loss above 10%. Dust accumulation adds further degradation, and field measurements report soiling losses above 1% per day without cleaning, with cumulative losses exceeding 20% within short exposure periods. When high temperatures and dust occur together, the combined effect leads to a severe reduction in energy yield. Current mitigation …

Rethinking Housing Evolution In The Uae: An Investigation Of Sha’Abiat, Socio-Spatial Integration, And Sustainable Urban Development In Al Ain City, Boshra Hassan

Thesis/ Dissertation Defenses

Housing is both a fundamental human need and a core driver of urban form, social life, and cultural continuity. In the United Arab Emirates (UAE), the rapid transformations of the post-oil era were marked by the establishment of the first national housing model, the Sha’abiat, compact, community-oriented neighborhoods that shaped the early urban form of Emirati cities and reinforced social cohesion. Over time, however, housing policies shifted the housing-scape toward private villas, leaving Sha’abiat increasingly challenged by demographic change, maintenance deficiencies, displacement, and demolition under modernization pressures. Despite these challenges, Sha'abiat remains integral to the UAE’s urban identity and provides …

Restoration Of Rogers Hall, Patsy Glenn

Documents

History and information on much needed repairs of Rogers Hall at UNA, 2006

College Building Transformed Into Museum, Dolly Dalrymple

Documents

An article from The Birmingham News-Age Herald about Wesleyan Hall, its impact on the university and students/faculty, and the addition of a museum to the building, 1940

Una's Predecessor Dates To Feb. 14, 1855, Lorene Frederick

Documents

History of Wesleyan Hall and important dates on the history of UNA

The New Building, The Florence Times

Documents

Information on the new annex for Wesleyan Hall, 1909