ºÚÁϲ»´òìÈ Odyssey Program 
Project Funding 
February 2024
    The Committee on Engaged Learning is pleased to announce $84,428.06 in Odyssey funding to 14 projects. These
    projects involve a range of academic, professional, and personal explorations from tying fishing flies and joining
    archeological digs to researching PFAS interactions with microplastics and establishing a sustainability garden on
    campus, and more. Since 2005, the Committee on Engaged Learning has awarded more than five million dollars - $
    5,172,335.57 to be exact – in competitive Odyssey grants to support 1,561 projects by ºÚÁϲ»´òìÈ students, faculty, and
    staff.
    
        
            Artistic Creativity Projects
        
        
            
                Oliver Naumann 2026
            
            
                The Art of Fly Tying
            
            
                Andrew Morgan
            
            
                Oliver will study, design, and create multiple fly patterns appropriate to three methods of fly fishing
                and will share his designs, along with a fly-tying demonstration, in a final presentation or
                instructional video. 
         
        
            Professional and Leadership Development
        
        
            
                Kirsten Brewer 2026
            
            
                Official ºÚÁϲ»´òìÈ Internship: Dental Assisting for Pre-Dentistry
            
            
                Andrew Schurko
            
            
                Through the Central Arkansas School of Dental Assisting, Kirsten will participate in a 10-week summer
                program to become a certified and registered dental assistant, which will provide practical experience
                to support her plans to attend dental school and become a dentist after graduation from ºÚÁϲ»´òìÈ.
            
         
        
            
                Kanyn Utley 2025
            
            
                Official ºÚÁϲ»´òìÈ Internship: Strength and Conditioning at Mayflower High School
            
            
                Andrew Schurko
            
            
                Over the summer, Kanyn will serve as a strength and conditioning coach for the Mayflower (AR) High
                School athletic teams developing and implementing workout programs for multiple sports, working with
                individuals in sport-specific movement, daily monitoring of athletes, testing and measurement of
                athletic performance, teaching athletic technique, assisting with summer competitions, and more.
            
         
     
 
    Special Projects
    
        
            Madeline Caldwell 2026, Jessie Doyle 2026, Annalee Wesson 2026
        
        
            Sustainability Garden
        
        
            Candice Thomas
        
        
            Madeline, Jessie, and Annalee will spend the first part of the summer planning and establishing an on-campus
            garden, including developing composting and watering systems, with the intention of supporting faculty
            research interests, connecting the campus community to nature, and providing additional food sourcing.
        
     
    
        
            Vincenzo Redditt 2025, Annie West 2026
        
        
            Roman Archaeology in Portugal
        
        
            Chris Campolo
        
        
            Vincenzo and Annie will participate in a 2-week field school experience where they will learn proper
            excavation techniques, artifact processing, archaeological drawing, and site surveying.
        
     
    
        
            Natalie Chidester 2026, Kathryn Tucker 2025
        
        
            American Sociological Association Presentation: Mashrou' Leila's Musical Affective Politics: Queer
            Resistance in the Egyptian Social and Political Uprising
        
        
            Izat El Amoor
        
        
            Natalie and Kathryn will co-present research they did with Dr. El Amoor regarding the death by suicide of a
            Queer Egyptian following an incident at a Mashrou’ Leila concert as contextualization of increasing
            state-sponsored homophobic violence.
        
     
 
    Undergraduate Research 
    
        
            Ted Bjurlin 2025 Colin Phillips 2026, Katherine Reid 2025
        
        
            ​Research and Development of the Disco Language for Teaching Discrete Mathematics​ 
        
            Brent Yorgey
        
        
            Ted, Colin, and Katherine will grow their understanding of functional programming, combinatorics, and type
            theory by each addressing a different research question coming out of Dr. Yorgey’s development of a
            programming language called Disco.
        
     
    
        
            Andres Caro
        
        
            ​Effect of cytochrome P450 on ferroptosis in cancer cells
        
        
            A student will support Dr. Caro’s research to better understand the role of the enzyme cytochrome P450 in
            promoting a particular type of cell death.
        
     
    
        
            Tanvi Kiran 2027
        
        
            Controlling Chaos in a Piecewise Linear Map
        
        
            Lars Seme
        
        
            Tanvi will investigate a complicated mathematical model, write a computer program to help with analyses of
            that model, and design a simple control mechanism for the model.
        
     
    
        
            Matthew Mabry 2025, Katie McClure 2026*
        
        
            Costa Rica Conservation
        
        
            Maureen McClung
        
        
            Matthew and Katie will spend the summer working with the Children’s Eternal Rainforest with a particular
            focus on amphibian populations. In addition, Katie will immerse herself in Spanish language learning through
            a homestay with a local family and by taking Spanish classes at the Centro Panamericano de Idioma (CPI)
            Spanish Immersion School in Monteverde.
            *co-funded by the ºÚÁϲ»´òìÈ-Murphy Foundation
        
     
    
        
            Matthew Reid
        
        
            Plant and soil responses to the extended drawdown of Lake Conway
        
        
            Dr. Reid and students Braeden Hurley and Ty Tillman will partner with the Arkansas Game and Fish Commission
            on research related to changes in the soil, plant, and fungi communities resulting from the draining of Lake
            Conway.
            *co-funded by the ºÚÁϲ»´òìÈ-Murphy Foundation
        
     
    
        
            Matthew Reid
        
        
            Plant and soil responses to the extended drawdown of Lake Conway
        
        
            Dr. Reid and students Braeden Hurley and Ty Tillman will partner with the Arkansas Game and Fish Commission
            on research related to changes in the soil, plant, and fungi communities resulting from the draining of Lake
            Conway.
            *co-funded by the ºÚÁϲ»´òìÈ-Murphy Foundation
        
     
    
        
            Elise Remerscheid 2027
        
        
            Characterizing the Spectroscopic Impact of Perfluorinated Alkanes Systems (PFAS) with Microplastics from
            All-Atom Molecular Dynamics Simulations
        
        
            Jakob Anderson
        
        
            In collaboration with Dr. Anderson, Elise will research PFAS interactions with microplastics with a
            particular focus on communicating findings in easily understandable ways to broad audiences.
        
     
    
        
            Avery Cagle 2026, Lathan Smalley 2026
        
        
            Fractal Dimension in Boundaries of Newton’s Method
        
        
            Lars Seme
        
        
            Avery and Lathan will spend the summer exploring numeric fractal dimensions, constructing an algorithm to
            approximate the fractal dimension and testing it on well-known fractals, and then applying it to fractals
            generated by Newton’s Method.