Architecture Commons^™

Field Calibration Of Flow Over Tilting Weirs In Canals, Joseph E. Pugh, Timothy K. Gates, S. Karan Venayagamoorthy, Caner Kutlu

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

Tilting weirs are widely used to regulate water levels in open channel irrigation systems and can also provide flow measurement capability that helps optimize irrigation efficiency and ensure equitable water distribution. This case study demonstrates adaptation of lab-based tilting weir ratings to field settings, where flow behavior is more complex. We compile and analyze an extensive data set derived from independent studies of five structures within three canal systems, featuring both lined and unlined channels with discharge ranging from 0.35 to 15 m3/s (12 to 530 ft3/s). Results indicate that lab-based rating equations can be calibrated to account for site-specific …

Developing A Resilient Park For Palisade State Park: A Model For Intermountain West State Parks, Hirone T. Warner

All Graduate Reports and Creative Projects, Fall 2023 to Present

Palisade State Park in central Utah is a cherished natural resource, offering diverse recreational opportunities and serving as an important ecological habitat. However, the park faces increasing challenges due to increasing visitation and the impacts of climate change. This thesis presents a strategic master plan for Palisade State Park, designed to guide its development over the next 20 years.

Recognizing the need for a sustainable approach, this project adopts a participatory method, involving park users, residents, and environmental experts in the planning process. The goal is to create a master plan that not only addresses the park’s immediate needs but …

The Development Of A Plant Database For Waterwise Plants Along The Intermountain West, Tyler G. Peterson

All Graduate Reports and Creative Projects, Fall 2023 to Present

This thesis presents the rationale behind the importance of accurate 3D plant models. The research conducted provides logical explanations for why we should accurately represent plants in our 3D models, not only as landscape architects but as designers in general. In addition to this research, a database of waterwise plants was produced to provide designers with a resource to better represent landscapes. During the creation of this database, detailed process records were maintained to enable others to continue to add to and build on the work done within this thesis. It is hoped that this database, begun in this thesis, …

Reintegrating Contaminated Sites Into The Urban Fabric: Redevelopment In Pocatello, Idaho, Hadley Ocheltree

All Graduate Reports and Creative Projects, Fall 2023 to Present

Brownfield sites represent some of the most environmentally compromised landscapes in the United States and are frequently concentrated within economically disadvantaged communities, raising important environmental justice concerns. Redeveloping these sites requires integrated approaches that address contamination, urban form, ecological restoration, and long term community needs. This thesis examines the 143 acre former Union Pacific Railroad site in Pocatello, Idaho and proposes a comprehensive redevelopment framework that reconnects a historically significant industrial landscape to the surrounding city.

The project draws from an analysis of eight precedent brownfield redevelopment projects and applies key planning and landscape architecture principles, including New Urbanism, pedestrian …

Retrofitting Chapel Lawns: Shifting The Landscaping Paradigm In Utah, Jessica Snider

All Graduate Reports and Creative Projects, Fall 2023 to Present

Utah is facing a water crisis. The state’s aggressive rate of population growth combined with its dry climate makes it difficult to meet water demands and has pushed the Great Salt Lake to the verge of collapse. Utah residents can save water by installing waterwise landscapes instead of lawns. As one of Utah's most prominent organizations and a strong advocate for earth stewardship, The Church of Jesus Christ of Latter-day Saints is well positioned to lead a cultural shift toward more sustainable landscaping practices by showcasing well-designed, well-maintained waterwise landscapes at its chapels. The purpose of this project is to …

Designing By Chance: Controlled Randomness As A Generative And Constructible Strategy For Architectural Façade Composition—A Case Study, Maruan Halabi

All Works

Façade design has long oscillated between repetitive order and visual disorder, and computational tools now make controlled irregularity easy to generate but hard to build; comparatively few studies follow a stochastic envelope from algorithm to a completed building. This paper examines controlled randomness as a deliberate, constructible strategy for façade composition. A parametric Grasshopper workflow erodes a square grid of wall modules through a seeded random-reduction rule—a deterministic, rule-based procedure that uses no machine learning or artificial intelligence—whose intensity increases up the building, producing a depth-modulated, quarry-like relief realized with one ordinary product—40 × 20 cm concrete blocks in four …

Adaptive Reuse Of Old Brainerd Junior High: Community Driven Creative Spaces, Jenna Pumpelly

Honors Theses

Community spaces are becoming increasingly important and they are not just a fun space that someone can visit every now and then. They are actually a way of promoting health, welfare, and connection throughout a community (Francis et al., 2012). Creating what is called a “third space” is increasingly important in a world that is becoming more solitary. I propose that the Old Brainerd Junior High is a great candidate for a space like this. The arts are proven to be an increasingly popular way to bring people together. Creative spaces are an effective tool to foster community development. It …

Brainerd Junior High Adaptive Reuse: Transitional Living For Foster Care Graduates, Gavin J. Watson

Honors Theses

Brainerd Junior High is being reused as a transitional living and working facility for foster care age-outs in need of assistance as they learn skills of independence and confidence. The first floor serves the community of Brainerd with a variety of commercial spaces, offering the graduates onsite places for employment. The upper levels serve as studio and 1 bedroom apartments for 24 residents, with shared laundry and community building spaces.

Adaptive Reuse Of Brainerd Junior High: Creating Third Spaces, Nathan S. Shevick

Honors Theses

This thesis project explores how the transformation of a local building in the community can bring people together through adaptive reuse. The Brainerd Junior High School was built in 1930 and designed by Chattanoogan architect R.H. Hunt, who has designed many significant buildings in the area such as the Medical Arts Building, 2nd Presbyterian Church, Lookout Mountain Hotel (Carter Hall, Covenant College), Soldiers’ and Sailors’ Memorial Auditorium, the Chattanooga Bank Building, and many other beloved buildings in the area. The Brainerd Junior High School building was expanded in 1956 and 1959 and changed ownership and became the magnet school, 21st …

Adaptive Reuse Of Old Brainerd Junior High School: Fostering Community Through Art Education, Brooklyn T. Phillips

Honors Theses

The adaptive reuse project for Old Brainerd Junior High School aims to transform the historically significant building into a space that better serves the community, as it once did. The goal of this project is to create a space that meets the community's current needs while preserving the building's historical significance. ​ Research methods, such as interviews and surveys, showed that preserving and reusing the building is important to the community because the space holds many memories. When asked, the community mentioned the lack of arts and crafts centers available to Brainerd. With this information, the proposed use of the …

Environmental Psychology In Historic Preservation, Eva Kindall

Honors Theses

This thesis explores the adaptive reuse of the historic Brainerd Junior High School in Chattanooga, TN, as a catalyst for community revitalization. Initially built in 1930, the building served generations of students for 75 years. Currently, the main building is closed, while the additional buildings serve as the Midtown Community Center. Its architectural character, accessible location, and nostalgia present an opportunity to reimagine its role in the current economy. Adaptive reuse offers more than architectural preservation, but is a strategy to address urban challenges such as housing affordability, lack of amenity access, and cultural erasure. Through this project, the aim …

Effect Of Rheology Modification On Fiber Orientation And Dispersion In 3d-Printed Ultra-High-Performance Concrete, Haodao Li, Alfred Addai-Nimoh, Seongho Han, Kamal H. Khayat

Civil, Architectural and Environmental Engineering Faculty Research & Creative Works

The extrusion process in 3D concrete printing (3DCP) facilitates horizontal alignment of steel fibers along the printing direction, thus enhancing the load-bearing capacity of printed elements. However, such shear-induced fiber alignment is highly sensitive to rheological properties. This study investigates how variations in dynamic yield stress (τd) and plastic viscosity (μ), influence the extrudability, fiber orientation and dispersion, and anisotropic mechanical behavior of ultra-high-performance concrete (UHPC). Five viscosity-modifying agent (VMA) types were incorporated at two content levels to modify the rheology of printable UHPC. Results showed that moderate VMA additions improved printability, whereas excessive contents markedly increased τd and μ; …

A Design Guide For Extreme Heat In Play Environments: Exploring Landscape Architecture Strategies, Amy Elise Guenther

All Graduate Reports and Creative Projects, Fall 2023 to Present

Urban heat is a rising concern and is affecting vulnerable populations such as our youth. A particular concern is exposure to extremely high temperatures on playgrounds – an environment that is meant to be safe for children even in extreme weather conditions. There has been an increase in many impervious surfaces such as concrete and asphalt in urban areas. These surfaces absorb solar radiation, which contributes to the heat island effect. These same surfaces are in and around playground areas, which are contributing to the extreme heat felt within these play environments. Therefore, requiring intervention to help mitigate the effects …

Blueprints For Resilience: A Delphi Study Of Architects' Competencies In Gulf Coast States, Richard J. Cantu

Dissertations

This study identifies and defines core competencies for licensed architects practicing in Gulf Coast states, emphasizing their critical role in protecting health, safety, and welfare (HSW) amid the region’s unique environmental challenges. Hurricanes, flooding, climate-induced risks, and other coastal hazards demand specialized expertise that existing architectural competency models do not adequately address. Leveraging Delphi’s research design, this study engaged Gulf Coast experts to develop and refine a region-specific competency framework across four iterative rounds. The findings highlighted the essential knowledge, skills, and abilities required for resilient and sustainable architectural practice. The study advances architecture’s human capital development (HCD) by addressing …

Building Services Engineering July/August 2026

Building Services Engineering

This issue of Building Services Engineering features heat pumps, propane usage, solar power, and ventilation for indoor air quality. Features include district heating, HVACR optimisation, lift retrofitting, EU water policy, and an interview with WiBSE Ireland Chair Heather Holt.

The Role Of Public Spaces In Facilitating Social Interactions On Summer Weekends, Sierra R. Murray

All Graduate Theses and Dissertations, Fall 2023 to Present

Public spaces such as parks, plazas, and pedestrian areas are important places where people meet, relax, and interact with others. While these spaces are intended to bring communities together, their design does not always support social interaction. This study explored how everyday design features influence how people use public spaces and engage with one another. Features such as seating, trees and plants, shade, water elements, and the way spaces are shaped were examined. The goal was to better understand how design choices affect social life in shared outdoor environments. 

The research involved observing how people naturally behaved in different public …

Visibility Assessment In Urban Areas: Exploring Measures And Approaches For Viewing Green Space, Doo Hong Lee

All Graduate Theses and Dissertations, Fall 2023 to Present

Urban greenery is often used to understand the quality of living conditions in cities. However, measuring greenery is not always simple. Some methods show how much vegetation exists from above, while others try to show what people actually see while walking or moving through streets. These are different ways of understanding green space. This dissertation focuses on visible greenness, or the greenery that people can see from eye level in everyday urban environments.

This research addresses a practical problem. Many existing methods for measuring visible greenness require large image datasets, advanced computing, or commercial street-view images. These requirements can make …

Understanding Agricultural Irrigation Practices Along Utah's Wasatch Front Through Farmer-Reported Data, Garland Ledbetter

All Graduate Theses and Dissertations, Fall 2023 to Present

Water is a growing concern in Utah, especially along the Wasatch Front, where cities, farms, and communities all rely on the same limited water supply. Agriculture uses a large portion of the state’s water, so understanding how farms manage irrigation is important for statewide water planning. Utah currently uses a dataset called Water-Related Land Use (WRLU) to estimate agricultural water use across the state. This dataset provides useful information about irrigated land and crop types. However, it does not capture many of the day-to-day decisions farmers make when managing irrigation.

To better understand irrigation practices, this study surveyed 61 farmers …

The Impact Of Ai On The Landscape Design Process, Jacob Owen Huff

All Graduate Theses and Dissertations, Fall 2023 to Present

Artificial intelligence (AI) is becoming more common in design fields, including landscape architecture. For example, AI has been used to visually analyze park aesthetics and generate landscape design concepts (Jahani et al., 2022; Senem et al., 2023; Ploennigs & Berger, 2023). This study explores how AI, specifically an image-generation tool called Midjourney, affects the design process for landscape architecture students.

Students completed two design projects—one using AI-generated images and one using traditional, non-AI precedent images. Their final designs were evaluated by professional landscape architects who did not know which designs had been influenced by AI. Students also completed surveys about …

Community Efforts To Fulfill The Availability Of Green Open Space (Rth) Through Activities Urban Farming (Case Study: Rw 01, Rawasari Village, Johar Baru District, Central Jakarta Administrative City), Fajri Ananda Hade

Cities and Urban Development Journal

Background: The Special Capital Region (DKI) of Jakarta's achievements in the Global City indicators for environmental and sustainability aspects include meeting the availability of micro and macro scale green open spaces (RTH) to optimize space utilization. The need for RTH refers to Law No. 26 of 2007 concerning the availability of RTH with a percentage of 30%.

Aims: This study reviews community efforts to fulfill the availability of green open space through urban farming activities in the Central Jakarta Administrative City with a case study of the RW 01 area, Rawasari Village, Johar Baru District.

Methods: This research method …