Barrett, The Honors College Thesis/Creative Project Collection
Barrett, The Honors College at Arizona State University proudly showcases the work of undergraduate honors students by sharing this collection exclusively with the ASU community.
Barrett accepts high performing, academically engaged undergraduate students and works with them in collaboration with all of the other academic units at Arizona State University. All Barrett students complete a thesis or creative project which is an opportunity to explore an intellectual interest and produce an original piece of scholarly research. The thesis or creative project is supervised and defended in front of a faculty committee. Students are able to engage with professors who are nationally recognized in their fields and committed to working with honors students. Completing a Barrett thesis or creative project is an opportunity for undergraduate honors students to contribute to the ASU academic community in a meaningful way.
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Description
This thesis explores the introduction of Virgil Ortiz’s traditional Cochiti pueblo ceramic techniques and iconic imagery into the world of contemporary atmospheric high fired ceramics. Virgil is a multidimensional artist who has been working in ceramics since the age of 12, practicing the traditional hand building and decoration methods of his ancestral pueblo (1 traditional work) . In recent years, Virgil has begun to explore the use of modern materials and firing techniques in order to further his work and break into the contemporary ceramics community (2 modern materials). Virgil’s style is very figurative, sculpting human and human-like figures, and illustrating large vessels in the Cochiti traditional style, while incorporating his own characters, story lines and social commentaries.
Virgil and I met in 2019 while Virgil was performing a ceramics demo at the ASU Ceramics facilities. We collaborated on Virgil’s first line of completely handmade functional wares for his collaborative show at the ReVOlt gallery for Indian Market, Santa Fe 2019. In 2020, Virgil came to ASU as a visiting artist faculty and began work on larger pieces using more sculptural clays and exploring internal support structures under the guidance of myself and artist Ben Jackel. Seeing this large work and the opportunity to build on this, renowned art critic and appraiser Peter Held brought myself and Virgil to Reitz Ranch Center for Ceramic Arts, the former studio and home of Don Reitz. Don was an American master, building huge vessels and sculptures and firing them in salt, soda and wood kilns built on his property. He built a particularly larger Anagama style kiln, deemed the Reitz-agama, which measures 60in tall and 30 feet deep, specifically to be able to wood fire his massive wares. Don’s work is visceral and emotional, made with a heavy hand and minimally glazed, allowing for the buildup of wood ash and salt from the atmospheric firings to complete their surfaces. The ranch still holds all of his kilns, and hundreds of his pieces from years of success and failures. The owner of the ranch Sheryl Leigh-Devault, and Don’s former assistant Ben Roti, invited Virgil and I up to work at the ranch any time we wanted during this visit, and due to the closures of ASU studios and a desire to push our work together further than we ever had before, we orchestrated a week visit. This week visit developed into two weeks, and had since developed further into a one and a half month short term quarantine residency.
Virgil and I met in 2019 while Virgil was performing a ceramics demo at the ASU Ceramics facilities. We collaborated on Virgil’s first line of completely handmade functional wares for his collaborative show at the ReVOlt gallery for Indian Market, Santa Fe 2019. In 2020, Virgil came to ASU as a visiting artist faculty and began work on larger pieces using more sculptural clays and exploring internal support structures under the guidance of myself and artist Ben Jackel. Seeing this large work and the opportunity to build on this, renowned art critic and appraiser Peter Held brought myself and Virgil to Reitz Ranch Center for Ceramic Arts, the former studio and home of Don Reitz. Don was an American master, building huge vessels and sculptures and firing them in salt, soda and wood kilns built on his property. He built a particularly larger Anagama style kiln, deemed the Reitz-agama, which measures 60in tall and 30 feet deep, specifically to be able to wood fire his massive wares. Don’s work is visceral and emotional, made with a heavy hand and minimally glazed, allowing for the buildup of wood ash and salt from the atmospheric firings to complete their surfaces. The ranch still holds all of his kilns, and hundreds of his pieces from years of success and failures. The owner of the ranch Sheryl Leigh-Devault, and Don’s former assistant Ben Roti, invited Virgil and I up to work at the ranch any time we wanted during this visit, and due to the closures of ASU studios and a desire to push our work together further than we ever had before, we orchestrated a week visit. This week visit developed into two weeks, and had since developed further into a one and a half month short term quarantine residency.
ContributorsSmith, Andrew Walton Lee (Author) / Chung, Samuel (Thesis director) / Ortiz, Virgil (Committee member) / Harrington Bioengineering Program (Contributor) / School of Art (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
The ASU Compact X-ray Free Electron Laser (CXFEL) is a first of its kind instrument that will illuminate the processes of life and allow scientists to create more effective treatments for disease. The dimensions of the linear accelerator (LINAC) cavities must remain stable during operation, for a change in the geometry alters the standing wave microwave energy resonance within the cavities and leads to reflected rather than coupled and useful microwave energy to electric field coupling. This disturbs the electron bunch acceleration dynamics critical to the ultimate generation of x-ray pulses. Cooling water must be supplied to the electron generating RF-GUN, and linear accelerator (LINAC) structures at unique flowrate and temperature setpoints that are specific to the operating mode of the CXFEL. Design specifications for the water supply to the RF-GUN and three LINACs and were made for the nominal operating mode, which adds a 3 kW heat load to the water. To maintain steady cavity dimensions, water must be supplied to each device under test at 30.0 ºC ± 0.06 ºC. The flowrate of water must be 3.5 GPM to the RF-GUN and 2.5 GPM to each of the three LINACs with ± 0.01 GPM flowrate resolution. The primary function of the Dedicated-Precision Thermal Trim Unit (D-PTTU) is to control the flowrate and temperature of water supply to each device under test. A simplified model of the system was developed to select valves that would meet our design specifications for flowrate and temperature control. After using this model for valve selection, a detailed system model was created to simulate relevant coupled-domain physics of the integrated system. The detailed system model was used to determine the critical sensitivities of the system and will be used to optimize the performance of the system in the future. Before the detailed system model can be verified and tuned with experiments, the sensors were calibrated in an ice-bath to ensure the sensors measure accurate and precise values. During initial testing, the D-PTTU was able to achieve ± 0.02 ºC temperature resolution, which exceeds the design specification by a factor of three.
ContributorsGardeck, Alex John (Author) / Holl, Mark (Thesis director) / Smith, Dean (Committee member) / Department of Physics (Contributor) / Mechanical and Aerospace Engineering Program (Contributor, Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
As digital cameras have become more popular over the las two decades film cameras have started to fade into obscurity. Film cameras are now common items at thrift stores as people are getting rid of them to buy more modern cameras. Some of these cameras have undeveloped canisters of film in them that their owners forgot about. For my Honors Thesis I plan to make a photo book comprised of photographs from these undeveloped rolls of film I find.
So far, I have found three rolls of film that were able to be developed. Some of the rolls I have found were blank or too damaged to be developed. I will continue to search for more as I do this project. My goal is to have eight to ten complete rolls by the time I begin making my book.
Developing the pictures is always a surprise. They had remained undeveloped for years until I found them. I never know what will be on the roll. I always have so many questions when I see the pictures for the first time after they are developed. I wonder who took the pictures, where/when they were taken, how they ended up in a thrift store and how subjects would feel about the pictures today. I would like to be able to answer all of these questions, but I know it would be difficult to track down the people in the photos.
Even though the photos are of strangers they seem to still have a sense of nostalgia for me. They remind me of my memories from the era they were taken in. This connection is one of the bases I want to use for my presentation of the photos. One idea I have is to sequence these pictures from least clear to most clear, starting with pictures that can barely be comprehended. I think this would accurately represent memories in my own life. Many of my early memories are more blurred and less coherent but the more recent memories are much clearer. Sequencing will be an important tool for conveying my intended message. There are also many other tools I can use in post processing; however, I want to try to keep the photos as original as possible. There are some ways I could explore manipulating the photos without changing their original unedited look. Some ways I could do this are cropping, resizing and narrative. I will continue to explore these tools as I progress through this project.
So far, I have found three rolls of film that were able to be developed. Some of the rolls I have found were blank or too damaged to be developed. I will continue to search for more as I do this project. My goal is to have eight to ten complete rolls by the time I begin making my book.
Developing the pictures is always a surprise. They had remained undeveloped for years until I found them. I never know what will be on the roll. I always have so many questions when I see the pictures for the first time after they are developed. I wonder who took the pictures, where/when they were taken, how they ended up in a thrift store and how subjects would feel about the pictures today. I would like to be able to answer all of these questions, but I know it would be difficult to track down the people in the photos.
Even though the photos are of strangers they seem to still have a sense of nostalgia for me. They remind me of my memories from the era they were taken in. This connection is one of the bases I want to use for my presentation of the photos. One idea I have is to sequence these pictures from least clear to most clear, starting with pictures that can barely be comprehended. I think this would accurately represent memories in my own life. Many of my early memories are more blurred and less coherent but the more recent memories are much clearer. Sequencing will be an important tool for conveying my intended message. There are also many other tools I can use in post processing; however, I want to try to keep the photos as original as possible. There are some ways I could explore manipulating the photos without changing their original unedited look. Some ways I could do this are cropping, resizing and narrative. I will continue to explore these tools as I progress through this project.
ContributorsBeauchamp, Aaron F (Author) / Anand, Julie (Thesis director) / Bonfiglio, Thomas (Committee member) / Department of Supply Chain Management (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
The goal of this thesis was to create a theory of change for an annual Multicultural Arts Camp (MAC) that offers youth with trauma histories opportunities to cultivate protective factors associated with resilience. MAC is designed to promote four primary protective outcomes among its participants: (1) safety, (2) self-expression, (3) skill-building and (4) self-efficacy through exploration of various multicultural art forms and connecting with caring adults. The theory of change was informed by my observations during my experience as a MAC volunteer and my review of academic literature to better define and understand how various factors involved in the MAC program are linked to resilience processes. Arts programming can provide opportunities for youth who have experienced trauma to feel safe enough to engage in self-expression and build corresponding skills that promote feelings of self-efficacy. Building these protective factors thereby strengthens children’s capacity for resilience. Accordingly, the theory of change articulates program activities and processes that promote these outcomes among participating youth. Program directors may draw on the theory of change for strategic planning and evaluation efforts assessing the program’s processes and corresponding impact.
ContributorsJanss, Alena Lilia (Author) / Sechler, Casey (Thesis director) / Foster, Stacie (Committee member) / Department of Psychology (Contributor) / Sanford School of Social and Family Dynamics (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
Introduction: The Eye to Eye mentorship program is a national program in which college or high school students with learning differences mentor middle school students with learning differences. There are 68 Eye to Eye programs around the country, but little research has been done on their effectiveness and how to improve it. We conducted and evaluated one program site at Arizona State University and implemented this mentorship program for the first time during 2019. We hypothesized the Eye to Eye mentorship program that paired college students who have learning differences with middle school students who have similar learning differences would improve the outcomes and socio-behavior skills of both mentors and mentees.
Methods: The Eye to Eye mentorship program assessed involved mentors and mentees who completed 12 in-person art sessions out of the normal 20 in-person sessions. The first main assessment was the BLD (Breger Learning Difference) Feedback Survey addressing one’s experience in the Eye to Eye program and which were completed at the end of the mentorship program and filled out by mentors, mentees, and mentees parents (one parent for each mentee). A total of 12 mentors, 6 mentees, and 6 mentee parents were included in the feedback survey final analysis. The second main assessments were the pre and post Behavior Assessment System for Child, Third Edition (BASC-3) provided to mentors, mentees, and mentees parents (one parent for each mentee). A total of 10 mentors, 5 mentees, and 5 mentee parents were included in pre and post BASC-3 final analysis. Fall 2019 (pre) and Spring 2020 (post) optional interviews involved 5 mentors and 3 mentees who showed interest and were comfortable participating with additional release forms.
Results: The program was generally positively rated in the feedback survey by mentors, mentees, and mentee parents. The highest responses for mentors, mentees, and mentee parents all incorporated average ratings of 4.0 or higher (out of 5.0) for perceived understanding of socio-emotional skills after Eye to Eye, experience in Eye to Eye, how having a mentor or mentee made them feel, and perceived change in self-awareness. All three groups reported fairly high ratings of improved self-awareness of 4.0/5.0 or above. No negative ratings were provided by any participants and the lowest response was no change. The BASC-3 evaluation found statistically significant improvement in mentors’ anxiety and atypicality and mentees’ sense of inadequacy.
Discussion: The Eye to Eye program was popular and well-rated despite only involving 12 in- person one-hour art sessions. The mentors, mentees, and mentee parents felt positive about the Eye to Eye program when answering the feedback survey. Some suggestions are made on how to improve this program to better enhance someone with learning differences future ability to succeed. Future research is needed to assess the true impact due to the COVID-19 epidemic and other limitations.
Methods: The Eye to Eye mentorship program assessed involved mentors and mentees who completed 12 in-person art sessions out of the normal 20 in-person sessions. The first main assessment was the BLD (Breger Learning Difference) Feedback Survey addressing one’s experience in the Eye to Eye program and which were completed at the end of the mentorship program and filled out by mentors, mentees, and mentees parents (one parent for each mentee). A total of 12 mentors, 6 mentees, and 6 mentee parents were included in the feedback survey final analysis. The second main assessments were the pre and post Behavior Assessment System for Child, Third Edition (BASC-3) provided to mentors, mentees, and mentees parents (one parent for each mentee). A total of 10 mentors, 5 mentees, and 5 mentee parents were included in pre and post BASC-3 final analysis. Fall 2019 (pre) and Spring 2020 (post) optional interviews involved 5 mentors and 3 mentees who showed interest and were comfortable participating with additional release forms.
Results: The program was generally positively rated in the feedback survey by mentors, mentees, and mentee parents. The highest responses for mentors, mentees, and mentee parents all incorporated average ratings of 4.0 or higher (out of 5.0) for perceived understanding of socio-emotional skills after Eye to Eye, experience in Eye to Eye, how having a mentor or mentee made them feel, and perceived change in self-awareness. All three groups reported fairly high ratings of improved self-awareness of 4.0/5.0 or above. No negative ratings were provided by any participants and the lowest response was no change. The BASC-3 evaluation found statistically significant improvement in mentors’ anxiety and atypicality and mentees’ sense of inadequacy.
Discussion: The Eye to Eye program was popular and well-rated despite only involving 12 in- person one-hour art sessions. The mentors, mentees, and mentee parents felt positive about the Eye to Eye program when answering the feedback survey. Some suggestions are made on how to improve this program to better enhance someone with learning differences future ability to succeed. Future research is needed to assess the true impact due to the COVID-19 epidemic and other limitations.
ContributorsBreger, Chloe Levana (Author) / Adams, James (Thesis director) / Harris, Pamela (Committee member) / School of Criminology and Criminal Justice (Contributor) / School of Life Sciences (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
A significant issue in the medical field is a lack of affordable, rehabilitation practices for patients with drop foot. Drop foot is a condition where a person is unable to lift the front part of the foot. People with this condition usually swing their legs in a wide arc to avoid dragging the toes, or lift their leg higher than normal. This can cause an abnormal walking gait and force them to expend more energy than usual for mobility. This condition is usually the result of a nerve injury, brain or spinal injuries, and muscle disorders. One of the most common causes of drop foot is stroke. While there are ways for stroke survivors to live with drop foot, they do not provide free range of motion. Drop foot braces keep the foot in a stationary position with the foot lifted. They do not allow plantarflexion movement of any sort to mimic foot push off. The purpose of this experiment is to allow stroke survivors with drop foot to adjust to a normal walking gait. This experiment is also meant to allow movement while minimizing metabolic cost for the subject.
ContributorsBurca, Brian (Author) / Thomas, Sugar (Thesis director) / Sangram, Redkar (Committee member) / Engineering Programs (Contributor, Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
Our audio-visual installation explores human development through internal conflicts as theorized by psychologist Erik Erikson. Erikson’s theory breaks down development into eight stages, each one with a unique internal conflict as its cornerstone. These stages will be expressed in our installation through different animation styles and accompanying songs. Originally these were planned to be projected on all four walls of an enclosed room; however, due to the COVID-19 situation, the installation was moved to a VR video that can be experienced virtually instead. These different styles and songs will uniquely represent each of the stages essential to psychosocial development, while the dynamic use of space through the projection of varied visuals in all directions will immerse audience members in the diverse experience of dealing with internal conflict. This unique installation will invite audience members to understand the internal nature of conflicts, and the similar conflicts we will all experience as we mature, inspiring them to participate in self-reflection, looking within themselves rather than on external factors as they develop throughout their lifetimes.
ContributorsXu, Gina (Co-author) / Chan, Yvonna (Co-author) / Conner, Jennifer (Co-author) / Pinholster, Jacob (Thesis director) / Fette, Donald (Committee member) / Arts, Media and Engineering Sch T (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
This thesis project examines the stability margin for different rotor configurations for a quadcopter and compares them against each other to determine the most stable flight configuration possible. The first configuration develops a “standard” for quadcopters with each motor in a corner of a cube at a 60-degree angle from the Y-Axis. The remaining tests increase the angle five degrees per configuration, allowing the motors to get incrementally closer to each other until no longer viable. Five different tests are outlined below depicting the microscopic changes in the pitch and roll of the device. The on-board controller in the quad-copter tracks both the acceleration and gyroscopic movements of the device to obtain the stability margin of each test. Computational analysis is then used to calculate and compare the values found to determine the most stable configuration.
ContributorsCorino, Tyler Michael (Author) / Kuo, Chen-Yuan (Thesis director) / Lynch, John (Committee member) / Mechanical and Aerospace Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
“The Difference Between Paper Cuts & Exit Wounds” is a multidisciplinary body of work consisting of a manuscript, a short film, and a set of photographs. As digital culture expands, there are increasing possibilities for cross-genre work within the literary canon. The adaptation of visual mediums alongside the written word supports different levels of reader, and viewer, engagement. This visual and written manuscript permits the audience to experience the project at varying levels of intensity. “The Difference Between Paper Cuts & Exit Wounds” explores the self through fragmented lenses. The poems alone work with white space and experimental forms to create new shapes, new considerations, and new wonders. When put in conversation with the visual art, a poem becomes even more layered—providing alternate entrances to the subject matter. This manuscript is invested in the framing of concerns, of questions, and of thematic obsessions. Through the integration of multiple mediums, the poetic self and the agency of the speaker become multifaceted, apart from the written word alone. With the project’s film component, the curation of vignettes encourages a resistance of a linear narrative. Multiple clips are put on top of one another, with varying levels of opacity, creating multi-layered exposures within a second long clip. This represents the same fragmentation and deconstruction of a linear narrative that is prominent in the written manuscript. The work investigates memory as it distorts desire, frequently returning to how the body holds psychological and emotional trauma. With hybrid approaches to the subject matter, the manuscript illustrates the potential for intimacy to be soft and tender while simultaneously abrasive, triggering, and painful. It allows space for uncertainties, for co-existing conditions. By fracturing the expected forms of both standard poetic lexicon, and standard video narratives, “The Difference Between Paper Cuts & Exit Wounds” complicates the tendency for audiences to dissect art in hopes of reaching a single, definite interpretation. Instead, the body of work builds new spaces for engagement and inquiry.
ContributorsGoettl, Maxana Quinn (Author) / Ball, Sally (Thesis director) / Diaz, Natalie (Committee member) / Department of English (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05
Description
This paper investigates Surface Mechanical Attrition Treatment (SMAT) and the influence of treatment temperature and initial sample surface finish on the corrosion resistance of 7075-T651 aluminum alloy. Ambient SMAT was performed on AA7075 samples polished to 80-grit initial surface roughness. Potentiodynamic polarization and electrochemical impedance spectroscopy (EIS) tests were used to characterize the corrosion behavior of samples before and after SMAT. Electrochemical tests indicated an improved corrosion resistance after application of SMAT process. The observed improvements in corrosion properties are potentially due to microstructural changes in the material surface induced by SMAT which encouraged the formation of a passive oxide layer. Further testing and research are required to understand the corrosion related effects of cryogenic SMAT and initial-surface finish as the COVID-19 pandemic inhibited experimentation plans.
ContributorsDeorio, Jordan Anthony (Author) / Solanki, Kiran (Thesis director) / Rajagopalan, Jagannathan (Committee member) / Mechanical and Aerospace Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2020-05