Digital Commons Network^™

Dynamic Thrust Testbed For Uav Electric Motors, Colin M. Flowers, Robert C. Johnson Jr., Carson P. Holt

Williams Honors College, Honors Research Projects

This project seeks to bring new testing capability to the Zips Aero Design Team through the design, manufacture, integration, and testing of a dynamic thrust testbed for UAV electric motors. The project centers upon the revival and modification of a past prototype aircraft for use as a testbed for in-flight thrust measuring and recording. The team currently lacks the ability to test dynamic thrust under the operating conditions and flight speeds that are encountered in competition. Project technical areas include component and product design, electrical and electronics, and fluid mechanics, including the use of SolidWorks, MATLAB, and ArduPilot. Aside from …

Parking Information And Supervision System, Joshua A. Thum, Alex J. Kinch, Jacob A. Dye

Williams Honors College, Honors Research Projects

In densely populated areas, finding parking can be an arduous and time-consuming struggle, especially in large and tall parking decks. Drivers would benefit from a convenient way to find an open parking spot without having to scour the entire lot first. The goal of this project is to sense available parking spots in a parking garage or parking lot using physical object detection and visual detection with computer vision verification, and display the open spots to drivers entering the lot. This information will be displayed locally at the lot and in an app, with the latter allowing someone to see …

Using A Record Player Inspired Probe System To Investigate Adhesion And Friction Of Tire Rubber At Micrometer Length Scales, Kyle J. Galigher, Brendan Schmitt

Williams Honors College, Honors Research Projects

We will be using the principles behind how a record player turns physical grooves into electrical signals to develop a device that can be used to measure the surface of tires. The device will be capable of measuring the surface roughness of rubber samples from both new and worn tires, in order to compare the differences between them. It will be operable at varying speeds, and will produce electrical signals that correspond to the bumps along the surface of the rubber. The design will be carried out and optimized with the use of SolidWorks modeling, finite element analysis, motion analysis, …

High-Speed Non-Pneumatic Tire (Npt) Design For Speeds Above 60 Mph, Jacob Grams, Brady Maurer, Jake Groewa

Williams Honors College, Honors Research Projects

This project focuses on developing a high-speed non-pneumatic tire (NPT) capable of safely operating at speeds greater than 60 mph, a performance range where most existing airless tire designs fail due to structural instability and performance limitations. The objective of this work is to design, analyze, and prototype a structurally optimized honeycomb-based tire structure with improved load distribution, deformation control, and durability. Multiple geometries were evaluated using finite element analysis (FEA) to assess stress and maximum resultant (total) displacement behavior under loading conditions, and a material selection study was performed to identify a suitable material for the design. The final …

The Tilt Continuum: Investigating The Relationship Between Emotions And Peformance In Esports., Rowan D. Steyn

Williams Honors College, Honors Research Projects

Despite widespread agreement in esports communities that tilt leads to poorer performance, this belief remains largely anecdotal. Most existing research relies on self-reported experiences of tilt and perceived decreases in performance, with very little to no empirical evidence supporting this consensus. This project seeks to provide the first systematic, within-person investigation of how varying levels of tilt relate to performance across competitive matches over time. By using post-match surveys and tracking objective performance indicators ( Match win/loss), the study will assess whether tilt consistently predicts poorer outcomes or if the relationship is more complex and nuanced, for example, a possible …

Dashboard And Racing Telemetry, Cole Barach, Jacob Koshel, Ethan Zifzal, Matthew Sullivan

Williams Honors College, Honors Research Projects

The main goal of the project is to design and manufacture a combined dashboard and data logger for the vehicles produced by the Zips Racing design team. The dashboard will intuitively display real-time information to the driver and record all received information while driving. This information may be pulled off the device later for performing data analysis. This project will incorporate custom PCB design, surface mount soldering, embedded software development, and the CAN communication protocol.

Computer-Aided Molecular Design To Identify More Environmentally Friendly Pfas, Melvin M. Keita

Williams Honors College, Honors Research Projects

The goal of this project is to inversely design alternatives to per- and polyfluoroalkyl substances (PFAS) using Computer-Aided Molecular Design (CAMD). PFAS, also described as “forever chemicals”, have been used in industry and consumer products since the 1940s. PFAS can be found in drinking water, food, food packaging, waste sites, and other sources. Exposure to different PFAS can lead to increased risks of some cancers, immune effects, and reproductive effects. Pulling from existing data, this project will use quantitative structure-property relationships (QSPRs) to design PFAS alternatives that possess optimal properties to prevent adsorption into drinking water and other potential sources …

Robotic Air Hockey Table, William Forcey, Andrew Piunno, Kaden Carpenter, Xander Zavatchen

Williams Honors College, Honors Research Projects

Air hockey, a popular arcade game, is traditionally designed for two players. This limits the game’s accessibility for individuals who wish to practice or enjoy it as a single player. To solve this problem, a robotic system was implemented to play air hockey against a human player. The speed and acceleration of the puck and mallet were measured from a game played between humans to inform the required movement capabilities of the robot. The robotic opponent implemented observes the location of the puck on the table using a camera and predicts where it will be in the future. A Cartesian …

Crashheart, Ellie Riekert, Kennady Skidmore, Madison Furino

Williams Honors College, Honors Research Projects

This project aims to develop an XR (extended reality) iPad training system to improve pediatric crash cart preparedness among nurses and clinical staff at Akron Children’s Hospital. In emergencies such as respiratory failure or shock, quick and accurate access to crash cart supplies is vital, yet opportunities for hands-on practice are limited. Current nurse training relies on PowerPoint instruction or costly physical simulations, reducing engagement and skill retention. Our interactive XR solution replicates the crash cart’s layout and contents, allowing users to practice identifying and retrieving critical items in a realistic environment without using physical supplies. The system will be …

Stentrx, Emma Barna, Minuthi Cooray, Bruce Newlands, Joseph A. Sabetta

Williams Honors College, Honors Research Projects

This project aims to develop a biodegradable, drug-eluting biliary stent for the treatment of biliary cancers. Current metal stents that restore bile flow bit are non-degradable, prone to migration, and unable to deliver drugs locally. The proposed stent will be biocompatible, biodegradable, and capable of controlled drug release to both maintain bile flow and treat tumors. The end goal is to produce a functional prototype that can be deployed via a minimally invasive catheter and maintain bile duct patency for at least three months. The project is expected to be involved in the NEOMED Bench-to-Bedside competition and provisionally patented.

Nissan Leaf Disassembly Tool And Test Stand Design, Mariah Z. Hodge

Williams Honors College, Honors Research Projects

The Akron Engineering Tribology Laboratory has developed a water-based lubricant and aims to test and observe if the water-based lubricant could work in an electric vehicle environment. As parameters for creating a test stand to mimic an electric motor environment are not readily available online, the goal of this senior design project is to take apart a used Nissan Leaf engine to define the parameters a test stand must meet to accurately recreate an electric motor environment. Knowing these parameters, a test stand will then be designed for testing the water-based lubricants. The purpose of building a test stand to …

Seat Belt Data Collection Methods: A Comparison Between States And National Guidelines, Madison R A Richards

Williams Honors College, Honors Research Projects

Thousands of fatalities related to vehicle crashes occur every year. One method to reduce fatalities is to encourage seat belt use compliance. To promote statistics regarding seat belt use, there first must be reliable data on seat belt compliance and this comes from good survey design.

This report is a comparative analysis of seat belt data collection methodologies for Ohio, Michigan, and Indiana, in addition to an evaluation of how each state aligns with standards set by the National Highway Traffic Safety Administration (NHTSA). The framework for this analysis focuses on NHTSA’s five core survey design requirements: selection of observation …

Development And Integration Of A Liquid Rocket Propulsion System For A High-Power Rocket, Matthew A. Dipofi, Christina Griggy, Jonathan Armbrust, Jackson Frame

Williams Honors College, Honors Research Projects

The goal of this project is to integrate the Stinger liquid rocket engine, a regeneratively cooled LOX/ethanol engine developed by the Akronauts Rocket Design Team, into the Copperhead launch vehicle. The objective is to design, build, and test a complete propulsion system including electronics, software, pressurization, tanks, and instrumentation capable of flight. A key innovation is the electronic pressure regulation system, which replaces mechanical regulators with servo-actuated valves running PID loops for precision and an extra degree of control.

The Stinger engine, under development since Fall 2023, has undergone nine hot-fire tests, with further testing planned to qualify the new …

Physiological Development Of Hypertension As A Result Of High-Fat Diet Induced Obesity, Michael Nguyen

Williams Honors College, Honors Research Projects

This literature review focuses on the physiological development of obesity due to the consumption of diets rich in fats and the resulting pathophysiological development of hypertension. This review aims to identify causes of obesity and hypertension as well as current treatments to propose future areas of study. The literature review analyzed a wide variety of literature sources on obesity and hypertension published between the years 1995 and 2025. The review identifies high-fat diets as a cause of obesity and the resulting health effects of elevated leptin, insulin, and nervous system activity as contributors to the development of hypertension. Future areas …

Secure Peer-To-Peer Messaging Using Distributed Servers, Jack Stoller

Williams Honors College, Honors Research Projects

Traditional messaging systems that rely on centralized infrastructure often introduce three security vulnerabilities: single points of failure susceptible to availability attacks, metadata leakage, and man-in-the-middle attacks.

This project designs, implements, and validates a distributed peer-to-peer messaging system that addresses each of these concerns through architectural design. A consistent hash ring is used with virtual nodes to distribute user data across a mesh of connected nodes, eliminating centralized dependency on any single server. Message contents travel directly between browser clients over a WebRTC data channel secured with end-to-end DTLS encryption, bypassing the server infrastructure. Inter-node communication is protected by mutual TLS …

Automated Pill Dispenser, Ryan Oderkirk, Connor Beaven, Rachelle Labrie, Josue Panchana

Williams Honors College, Honors Research Projects

The project we propose is an automated system for dispensing dosages of medication throughout the day. It will be able to alert a user when their pills need to be taken and give them the correct dosages of up to four different medications. These dosages are configurable as well as the scheduled time they are to be taken. In addition, the pill dispenser will alert users when they are low on medications and need to refill the machine.

The Effect Of Minimum Wage On Household Debts And Delinquencies, Payton G. Rader

Williams Honors College, Honors Research Projects

This paper examines how increases in binding minimum wages affect various types of household debts and delinquency rates. Within this paper, household debt is defined as the combined sum of auto loans, credit card debt, mortgage debt, and student loan debt. The goal of the analysis is to conclude whether minimum wage increases are contributing to America’s growing debt crisis. The answer to this question likely relies on whether or not minimum wage increases cause unemployment. This is because unemployment can contribute significantly to debt levels when unemployed people rely on credit for day-to-day transactions or payments. Traditional economic theory …

A Decade Of Programming Languages: Trends In Popularity And Influence, Jonathan C. Erb

Williams Honors College, Honors Research Projects

Programming languages play a central role in open-source software ecosystems, yet their adoption, visibility, and influence shift over time as technologies, developer communities, and industry practices evolve. The study aims to investigate long-term trends in programming-language usage on GitHub from 2014 through 2024, focusing on ten major languages that represent diverse domains and ecosystems. Using repository metadata, engagement metrics such as stars and forks, and language-level code statistics measured with cloc, the analysis will examine changes in repository creation, code contribution volume, and popularity. Since popularity remains an unsettled and multidimensional concept, part of this research involves determining how it …

A Digitized History Of Undergraduate Student Government At The University Of Akron, Samuel Stillion

Williams Honors College, Honors Research Projects

The digitization process of a representative sample of the physical records of the University of Akron's Undergraduate Student Government held in the University Archives and Special Collections, including notes for future archive projects with the larger records of Undergraduate Student Government

Eletric Charging Arm Mechanism - E-Charm, Jacob A. Lewis, Gabriel A. Greer

Williams Honors College, Honors Research Projects

As demand for electric and hybrid vehicles continues to rise, many EV owners rely on home charging in their garages. Gabriel Greer and I’s Senior Design Project, the Electric Charging Arm Mechanism (ECHARM), addresses this by creating a robotic system that autonomously detects a vehicle’s charging port, connects to it, and returns to a rest position when charging is complete. ECHARM is designed as a six-axis robotic arm with wrist and shoulder joints driven by stepper motors through custom cycloidal drive gearboxes. A closed-loop control system using rotary potentiometers ensures precise motion control. At the end of the arm is …

Fear, Memory, And Deterrence: Reassessing Nuclear Peace In The 21st Century, Nathan H. Schroeder

Williams Honors College, Honors Research Projects

This research investigates the paradox of nuclear peace theory: the idea that nuclear weapons, despite their destructive capacity, have contributed to a more stable global order. By tracing the historical development of nuclear arsenals and the strategic logic of deterrence, the project examines whether the post-1945 decline in large-scale wars between superpowers and wartime deaths can be attributed to the threat of mutual annihilation. It also explores the psychological and cultural consequences of this deterrence-based peace, including the normalization of fear and its potential link to desensitization toward violence in younger generations. From Cold War-era school drills to modern apocalyptic …

The Discord Revolutions: A Study Of Media Influence And Regime Changes, Justin C. Eason

Williams Honors College, Honors Research Projects

This project will be a paper analyzing the influence of Media on regime changes, specifically as it pertains to the two recent revolutions in Nepal and Madagascar. I will show how past regime changes and historical events have been shaped by media influence, and how the revolutions in Nepal and Madagascar are different, and could set a different pattern when compared to previous rebellions.

Fact Vs. Fiction: Understanding The Influence Of Crime Procedural Television On College Student Choice Of Major, Mia J. Moore

Williams Honors College, Honors Research Projects

As it continues to gain popularity, crime-based media (i.e., crime procedural television shows, true crime podcasts) contributes to the public’s perception of the criminal justice field. Little research exists on the “CSI Effect,” the phenomenon in which criminal justice majors are drawn to the field based on the glorified depictions of the profession portrayed in the media. Previous research on influences behind choice of major suggest a variety of other influential factors, such as personal interest in the subject, friends or family members, or personality characteristics (Beggs et al., 2008; Hoag et al., 2017; Porter & Umbach, 2006). The current …

Toadally Not A Frog: A Neuromuscular Physiology Study, Iris Renna

Williams Honors College, Honors Research Projects

Upper-level physiology labs in undergraduate education use freshly isolated bullfrog and/or leopard frog tissue to teach core concepts in nerve and muscle physiology. Sourcing live animals for routine educational use raises ethical and conservation concerns. Cane toads (Rhinella marina) are an invasive species that are routinely culled, can provide a potential source of laboratory animals which would remove pressure to native amphibian populations. This study tested the hypothesis that cane toads can serve as a functional substitute for bullfrogs and/or leopard frogs in the muscle and nerve physiology lab. Isolated sciatic nerve and gastrocnemius muscle preparations from cane …

Honors Project In Business Admin Group 2, Matt R. Howell, Richard W. Black, Kale R. Kochman, Anthony J. Mast

Williams Honors College, Honors Research Projects

Our team is performing a strategic analysis on Project Learn, Summit County's non-profit that provides resources to adult learners to complete their GED. Our goal is to provide recommendations for them to expand their market and improve the product that they currently offer. This includes exploring new partnerships, adding additional services, and various other initiatives that we hope will improve the organization's wellbeing.

Methods Of Euthanasia In Laboratory Animals, Jaiden L. Corley

Williams Honors College, Honors Research Projects

The current honors research project will focus on the current use of carbon dioxide (CO2) as a means of euthanizing laboratory mice. CO2 is commonly used as a means of euthanizing laboratory animals and has been a standard of practice for mamy years. it is regarded as fast, painless, and efficient in overwhelming the respiratory control centers of the brainstem and resulting in respiratory depression and death. However, there continues to be debate and ongoing research regarding the 'humaneness' of this approach to euthanasia, and the American Veterinary Medicine Association (AVMA) suggests the inclusion of isoflurane (a volatile anesthetic) as …

Analyzing The Effect Of Network Properties On Self-Assembly Of Polymer Grafted Nanoparticles In Vitrimer Nanocomposites, Tyler Eakin

Williams Honors College, Honors Research Projects

This project aims to show the how polymer grafted nanoparticles behave in a vitrimer composite network. The effect of varying the network parameters such as the grafting density, the volume fraction of nanoparticles, and the ratio of polymer chain length : graft chain length will be studied. The assemblies formed by the polymer grafted nanoparticles will be visually analyzed and assigned one of 5 possible conformations. A phase diagram of grafting density vs network chain length / graft length will be constructed. The phase diagram will provide valuable insight into how nanoparticle self-assembly can be manipulated through changing network parameters

Ideology And Judicial Behavior: How United States Supreme Court Justices’ Beliefs Influence Landmark Decisions, Marina Nichols

Williams Honors College, Honors Research Projects

The United States Supreme Court plays a central role in shaping constitutional meaning and national policy through its landmark decisions. While justices are expected to decide cases based on legal reasoning and precedent, extensive scholarship suggests that ideological beliefs influence judicial behavior. This honors project examines how United States Supreme Court justices’ ideological beliefs influence landmark constitutional decisions through a critical review of existing scholarship. This project synthesizes political science and legal research on judicial ideology to assess how ideological orientations shape decision making across the Warren, Burger, Rehnquist, and Roberts Courts. By integrating qualitative analyses of landmark cases with …

The Quantifiable Effects Of Constitutional Interpretation, Carter Ridgway

Williams Honors College, Honors Research Projects

The Constitution of the United States is a document that has been for centuries the focus of academic inquiry and scrutiny from a range of differing methodological approaches. Among these factions vying for supremacy in the realm of constitutional interpretation have risen to predominant methodologies. On one side lies the originalist method which is formed around the core principle that the best way to protect the constitution and the rights granted therein is to interpret from the perspectives and values of those who constructed it. Alternatively, those who prefer the doctrine of living constitutionalism, sometimes referred to as constitutional realism, …

Coexistence Between Ci And Feminization Inducing Symbionts: A Theoretical Perspective, Dylan Thorp

University of Kentucky Master's Theses

Endosymbiotic bacteria that manipulate the reproduction of their host are abundant in arthropods. Theoretical efforts to model these bacteria have seldom included symbionts that feminize their hosts, and those that do have assumed an environmental sex determination system. Here, I expand upon other theoretical works to model the dynamics of a host population with an XX/X0 sex determination system that contains separate CI and feminization inducing symbionts. I found that coexistence cannot occur without double infection, consistent with previous models. However, I also found that without double infection, the presence of the feminizing symbiont can facilitate the spread of the …