Stander Symposium Projects

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  Combining bioinformatic and transgenic approaches to better understand the regulatory control of genes for a Drosophila pigmentation trait

  Logan Brubaker, Hayley Long, Allison Pavlus

  Spatially- and temporally-regulated patterns of gene expression are an essential feature of animal development. Moreover, changes in expression patterns are known to underlie cases of evolution and disease. These expression patterns are sculpted by the activity of sequences often referred to as cis-regulatory elements or CREs. The collective number of CREs in a typical metazoan genome greatly exceed the number of genes. However, even in the most thoroughly studied animals, like Drosophila (D.) melanogaster, most CREs remain to be found and/or characterized. We previously used a small set of known CREs that function in a gene regulatory network (GRN) for the sexually dimorphic pigmentation of D. melanogaster to predict additional CREs genome-wide. Using the transcription factor motif-blind SCRM-shaw bioinformatic tool, more than 500 potential pigmentation GRN CREs were predicted. Here, we share our findings that are part of a follow-up study that focused on CRE predictions residing in or near to regulatory genes, including those populated by multiple predicted CREs. This includes the ten CRE predictions distributed across the Eip74EF locus. In addition to furthering an understanding of the evolution and development of a fruit fly trait, the results and future studies may shed light on the expression control of regulatory genes and its evolution.

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  Commuting Connections: Assessing Belonging Among Commuter Students

  Amaya Johnson

  This study explores the experiences of commuter students at the University of Dayton, focusing on their level of campus involvement, perceptions of the designated commuter spaces, and their overall sense of belonging. A total of 60 commuter students participated in an anonymous survey in Fall 2025. The findings reveal that commuter students feel disconnected from the campus community across a variety of dimensions, and that utilization of campus resources for commuter students is low. These insights highlight the need for improved institutional support and resources to foster a stronger sense of inclusion and engagement for commuter students at the University of Dayton.

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  Comparative Analysis of Graft Strength and Longevity in ACL Reconstruction: Evaluating Allografts and Autografts

  Evan Cianci, Merrick Hirt, Allison Johnson, Kathryn Piech, Brendan Ware

  Introduction: Our research topic is about the evolution of different grafts in the sports medicine world and which is more beneficial for an individual with an ACL injury. According to the Orthopaedic Journal of Sports Medicine, the ACL reconstruction re-revision rate was 2.2 times greater for allograft compared to autograft procedures (Nissen et. al, 2018). This shows that those who undergo an allograft surgery are more likely to need follow-up work which could be important when deciding which graft to pursue. We looked at different surgical techniques, different types of grafts, recovery time and most effective recovery, chances of reinjury/failure of grafts, investigated the movement patterns that predispose athletes to ACL injuries, how physical or mental fatigue alters biomechanics and increases susceptibility, and genetic predispositions to ligament laxity and ACL injury to determine this. Purpose: The purpose of this research is to determine which graft will have the most strength and longevity following ACL reconstruction surgery. The research will focus on the use of autografts and allografts during ACL reconstruction in college-aged males and females. ACL reconstruction recovery is a long process and more research can ultimately lead to better outcomes for the individual.Methods: Most of our data came from empirical articles. We will also interview several University of Dayton students on campus who have had their ACLs repaired and compare their experiences with ones from the empirical articles we studied. Questions will be asked about which graft they had done and how long their recovery was. Discussions/conclusions: While this study is still under investigation, it aims to show the relationship between recovery and the type of graft used during ACL reconstruction surgery. The research will help teach individuals about the advantages and disadvantages of both graft options, which allows for more informed decisions.

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  Conduct, Discipline, and Punishment: Representations of Early Modern Women in Shakespeare's The Taming of the Shrew and Much Ado About Nothing

  Madeleine Onderak

  In early modern England (the sixteenth and seventeenth centuries), women’s nature and preferred conduct were frequently discussed in pamphlets, essays, ballads, and conduct manuals. This research project examines how early modern women are represented in William Shakespeare’s The Taming of the Shrew and Much Ado About Nothing and the implications of such characterizations. Early modern literature defines virtuous women as good housewives, obedient, patient, chaste, wise, and pious; they should avoid vanity and submit to men. Early modern depictions of the ideal woman were influenced by the virtues emphasized in Christianity and Classical history and mythology. Women were encouraged to model themselves after well-known female exemplars from Christian and Classical stories. The Taming of the Shrew and Much Ado About Nothing, both comedies written in the early modern period, feature female main characters who either conform with these social expectations or defy them. An analysis of these plays reveals how early modern conceptions of women’s conduct were reflected and reinforced on stage, as well as how the women who did not conform could be disciplined or punished. In particular, these plays justify public humiliation as a response to unchaste women and domestic abuse as a response to disobedient wives. Plays have the ability to influence their audience’s perception of the world. As The Taming of the Shrew and Much Ado About Nothing are regularly performed today, it is important to understand and critique the lessons they teach contemporary audiences about women’s behavior.

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  Connecting the trans-regulators of an evo-devo trait to their direct target genes through genetic, genomic, and biochemical approaches

  Connor Brandt, Joseph Kash, Devon Seibert, Ashley Williams

  Gene Regulatory Networks (GRNs) control the orchestrated spatial and temporal patterns of gene expression that are responsible for trait development. The gain, modification, and deconstruction of GRNs logically must be major causes of trait evolution. In spite of this perceived importance, the evolution of few if any traits are thoroughly understood at the scale of a GRN. This shortcoming has several causes. One is the difficulty of finding the breadth of GRN transcription factors and mapping these to their binding sites in cis-regulatory sequences of their downstream realizator genes. Another is the need for GRN studies to occur in experimentally tractable species for which closely-related species exist that possess ancestral, modified, and secondarily lost phenotypes. One suitable model trait is the gain, modification, and loss of sexually dimorphic abdomen pigmentation in the lineage of Drosophila melanogaster and its close relatives. We will share updates from our genetic, genomic, and biochemical studies that are mapping the regulatory connections between the key transcription factors of a pigmentation GRN and their realizator genes that comprise a pigment metabolic pathway.

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  Corrupt Power in Governance: An Analysis of Moloch Tropical

  Julie Pugh

  This presentation examines Raoul Peck’s film Moloch Tropical and its ability to critique political power, within the broader context of Francophone cinema. Although it focuses on a fictional regime in Haiti, the film’s portrayal of President Jean de Dieu’s unraveling governance is not merely a reflection of one nation’s struggles but a universal commentary on the cycle of corrupt power. The film illustrates how leaders consolidate authority through fear, suppress dissent within their inner circles, and rely on foreign influence—mechanisms that ultimately render their power unstable. Peck’s work reveals how corruption can emerge subtly, even from supposedly good intentions, and serves as a cautionary tale for all governments, including democracies. By analyzing how Francophone cinema, particularly from Haiti, delivers urgent political messages, this presentation explores the film’s significance as both a critique of authoritarian tendencies and a warning of the fragility of democratic institutions as they are susceptible to authoritarian decay.

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  Creating and characterizing the transgenic tools to explore the function of genes in non-model organism species

  Ava Kelly, Madeline Ranly

  Loss Of Function (LOF) and Gain Of Function (GOF) experiments are among the most successful approaches for uncovering the role of genes in animal development, physiology, behavior, and evolution. The former approach removes a gene’s function to reveal its necessity, while the latter adds a gene’s function to reveal its sufficiency. These experiments have been utilized for hundreds to thousands of genes in limited model organism species, such as the fruit fly species Drosophila melanogaster. However, model organisms do not possess the complete diversity of traits and phenotypes that are compelling to study. Thus, the full potential of genetic inquiry requires the ability to perform LOF and GOF experiments in what can be considered non-model organisms. Here, we will present our progress in creating and characterizing genetic tools for LOF and GOF experiments in non-model fruit fly species. Success here will create opportunities to investigate how evolutionarily conserved genes have shaped the gain, loss, and modification of traits among fruit flies. These tools may be useful to scientists studying gene function in other animal genres, classes, and perhaps even phyla.

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  Creating Equitable, Ethical, and Sustainable Computing Solutions: The Theory and Feasibility of Building A Globally Scaled Community Cloud

  Nicholas Lloyd

  As technological infrastructure becomes more advanced and expensive, companies have started to turn to “the cloud”, a term that has been used by many companies for at least a decade. It was designed to make things easier and cheaper for businesses. However, it has become more cumbersome and generally more expensive than a traditional on premises solution. To provide a good experience for everyone, the hardware requirements need to be current, but not unobtainable. There also needs to be a standard for how these compute resources are virtually stored, meaning that a distributed, hyperconverged, or parallel filesystem is required. The providers must also have a good method for giving secure network access to the user’s compute resources, whether it is bare metal or virtual. There may also need to be downtime for providers, so there must be a way to communicate with customers when those downtimes are, and how long of a notice is required. With all these requirements and considerations, how are we going to ensure that providers are being honest and abiding by the rules? My research will thoroughly describe the inquisitions, research, and a proof-of-concept deployment of this idea that compute resources can be created, run, and governed by a community for the betterment of everyone.

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  Creating Inclusive Community: Lessons Learned for Belonging at UD

  Sama Ahmed, Tyler Allen, Jose Chavez, Glory Emmanuel, Emmanuela Francique, Giselle Franco, Nancy Garcia, Khaliah Gorham, Crystal Kissi, Zachary Lewis, Angie McGee, Aja McMichel, Jhoan Perez Gutierrez, Jaden Rhynehardt, Ayesha Sheikh

  A brave group of students, staff, and faculty embarked on a journey of introspection, cross-cultural engagement, and dialogue with the goal of developing strategies to foster positive change on our campus and in our community. Participants engaged weekly in the mini-course UDI 380 “Understanding, Respecting, and Connecting: Examining Privilege and Taking Action” which is one of the few spaces on campus where students, staff, and faculty learn together as peers and collaborators. Together, they attended the Imagining Community symposium as well as a diversity conference in Hartford, CT where the focus was to examine the challenging concepts of privilege and oppression and to develop strategies to create a more equitable world. Come hear the participants reflect on their experiential learning and discuss the skills and knowledge they gained to enhance the campus climate for inclusivity and diversity at the University of Dayton. Please join us for a lively discussion!

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  Creative Writing: Strategies for Implementation and Curriculum Design

  Mary Tarkany

  Creative writing, also identified as narrative writing and story-telling, is a strategy to approaching curriculum that is applicable from kindergarten to undergraduate education. It is also utilized in schools and non-school educational environments. Implementing creative writing can engage students in dialogues that enrich perspective, grow communication and collaboration. Conversation among students and educators acknowledges cultural learning for social justice embodied in this interdisciplinary practice.

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  Cultural Differences and the Problems They Present to Employees of American Multinational Corporations in China

  Kaimee Knisley

  China and the U.S. have many cultural differences, which often present challenges to American multinational corporations (MNCs) that attempt to operate in China. Furthermore, those cultural differences often present different challenges to different levels of employees, including the executive level, management level, and the workers. Therefore, this paper seeks to answer the question “How have the differences between U.S. and Chinese cultures presented problems for the different levels of employees of American multinational corporations in China as those corporations attempt to adapt to China?” Within the past twenty years, there has been much research done on specific aspects of Chinese culture, American companies’ adaption to China, and U.S. management in China. However, there has been little to no research that seeks to analyze the main problems faced by all levels of employees of American MNCs. Furthermore, the main goal of this paper’s research is to aid in explaining why some American MNCs have been successful in adapting to China and Chinese culture while others have struggled (including Google’s struggle to gain a firm foothold in mainland China). In achieving that goal, this paper could help inform American MNCs of what they should and should not do in order to successfully transition their business, and their employees, into China and Chinese culture. The main research method of this paper is analyzing and cross-referencing studies done on Chinese culture and business with studies done on U.S. businesses’ operations in China, including studies that focus on specific MNCs, such as Walmart and McDonald’s, in order to find major problems presented by U.S.-China cultural differences to employees of American MNCs.

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  Cultural Negotiations and Trips of Rearrival in Hala Alyan’s The Arsonists’ City

  Merna Fahmy

  Displacement, voluntarily or exilic in nature, strikes such a deep chord within the immigrant that it permanently changes the global landscape to them, even if they remain abroad, and especially if they return home. The Arsonists’ City by Hala Alyan, published in 2021, takes the Nasrs from California, Austin, and New York and delivers them back to Beirut. At the head of the family are Idris and Mazna, first-generation immigrants, fleeing from Lebanon and Syria, respectively; their children, Ava, Mimi, and Naj are born in the US. The trip to Lebanon is made every summer until the Nasrs grow wary of this return due to various traumas. The propelling event for their ‘reverse immigration’ years later is when Idris, a cardiovascular surgeon, hears a heart he’s operating on telling him to return to Lebanon to sell his childhood home.This paper contextualizes and tracks the effects of transmobility of first and second generation immigrants and the different coping or defense mechanisms of processing diaspora. For the Nasrs, who long for Beirut with as much devotion as they resent it, the rearrival journey serves to demythologize their ‘home.’ However, instead of reiterating the Arab-American conundrum of being Arab in the US and American in the Arab World, Alyan creates a new space where both the Arab and US identities are inherently changed due to the characters’ transnational acts of mobility. The rearrival breaks through the hegemony and the veils nostalgia places on memory.

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  Dayton Civic Scholars Senior Capstone: Addressing Homelessness and Housing in the Dayton Region

  Luke Cerminaro, Caralina Crouch, Andie Lang, Katherine Larger, Julia Parra, Jenna Reinhart, Kendall Visco, Leonard Zaleski

  The 2025 cohort of Dayton Civic Scholars capstone focused on housing and homelessness in Dayton. This presentation will highlight the process and work done in partnership with community partners. The cohort divided into two groups in order to highlight the work of our partners, Miami Valley Housing Opportunities (MVHO) and Montgomery County Homeless Solution System Performance and Evaluation (SPEC) team. Our work with MVHO aimed to assist the organization in building their social media as well as researching the impacts of their several housing programs throughout Dayton. We conducted several interviews and a focus group with MVHO residents, as well as toured their facilities. At the end of our capstone, we provided a document with further direction on how to market MVHO and its mission. This included social media templates and topics for increasing engagement. The SPEC team assisted with building a new interactive data dashboard surrounding homelessness data. We conducted interviews with local housing providers in order to include qualitative data and add context to the numbers. We also worked with design to incorporate the interviews and broader story of homelessness in the Dayton area and make it visually appealing. The MVHO and SPEC teams were able to learn more about the context surrounding both nationwide and local homelessness, as well as provide support to our partners in spreading awareness to larger audiences about housing issues.

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  Decapentaplegic and Defective Proventriculus: A Tug-of-War in Determining Eye and Head Fate

  Anjali Sangeeth

  During organogenesis, the establishment of the Antero-Posterior (AP), Dorso-Ventral (DV), and Proximo-Distal (PD) axes is crucial for the transition from a two-dimensional organ primordium to a three-dimensional organ. These complex developmental processes rely on the coordinated actions of transcription factors, morphogens, and signaling pathways along spatio-temporal axes. Recently, we identified defective proventriculus (dve), a K-50 transcription factor, the ortholog of human SATB1, as a dorsal fate selector gene in eye development, which induces wingless (wg) to promote head-specific fate. In Drosophila eye, Decapentaplegic (Dpp), a member of the evolutionarily conserved Dpp/Bone Morphogenetic Protein (BMP) pathway, is crucial for initiating morphogenetic furrow progression at the posterior margin, regulating proliferation and retinal differentiation. Dpp interacts antagonistically with Wingless (Wg) to modulate retinal differentiation. In this study, we explore the interaction between the dve and the Dpp signaling pathway, highlighting how this interplay determines the fate of the Drosophila eye versus the head cuticle. Our findings indicate that Dpp and dve are mutually antagonistic in defining eye versus head identity. Misexpression of dpp in the head vertex region shifted the fate from head to eye, overriding the wg influence. This alteration was accompanied by negative regulation of Homothorax (hth) and ectopic expression of retinal differentiation factors. Moreover, we demonstrate that this interaction is conserved in mammals through SATB1, which has been implicated in hypertelorism, a craniofacial defect characterized by an abnormal increase in the distance between the eyes, resulting from disruptions in axial patterning processes.

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  Defective proventriculus interacts with Yorkie to regulate growth in the developing eye

  Rohith Nanjundaiah

  The developing eye of Drosophila is a well-established model for studying developmental genetic processes and growth regulation. Our long-term goal is to understand the molecular basis of Dorsal-Ventral patterning and growth in the eye by interactions of the dorsal selector genes and growth regulatory genes. We recently identified defective proventriculus (dve) as a candidate for dorsal-ventral eye patterning that acts as a transcriptional regulator. Gain of function of Dve, results in eye suppression, while loss of function of dve, exhibits dramatic eye enlargement phenotypes. This raised an interesting question, whether the dorsal patterning gene dve, apart from its main function of specifying cells fate, plays a dual role in regulating growth during eye development in Drosophila? We hypothesized that Dve may interact with the Hippo growth regulatory pathway to control patterning and growth of the eye. We tested the interactions between Hippo pathway and dorsal-ventral patterning using the GAL4-UAS system and MARCM. To investigate whether yki is involved in dve domain growth, we used GAL4 drivers in the eye like Dve Gal4 to drive the spatiotemporal expression of transgenes in the dorsal eye, and Ey-Gal4 and GMR-Gal4 to test the epistasis of Dve and Yki before and after MF formation in the larval eye antennal disc for yki target genes ( ex, diap1 and hth) and dve target genes mirr, wingless (wg) (a known and conserved Hippo downstream target) for Dve and Yki mediated effects using reporter assays, clonal analysis and qRT-PCR- based approaches; and our results will be discussed.

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  Delay Differential Equations: Methods and Practical Applications

  Amanda Maylath

  Differential equations are essential in modeling systems in areas such as physics, biology, and engineering. This project explores delay differential equations (DDEs), a type of functional differential equation that builds on ordinary differential equations (ODEs) by including time delays. Incorporating delays allows for the rate of change or derivative to depend on the current state of the system and on its past states, making DDEs useful in modeling real-world systems where past states influence future outcomes. This project looks at several types of DDEs, including linear delay models, Hutchinson’s equation, and second-order delay equations. Solution methods include Laplace transforms and the method of steps in which traditional ODE techniques are applied, such as separation of variables, integrating factors, and variation of parameters. DDE solutions are compared with those of corresponding non-delayed models. Practical applications of DDEs include modeling population dynamics and analyzing engineering systems. These examples show the effectiveness of DDEs in providing a more accurate representation of real-world dynamical systems.

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  De Novo Déjà Vu: The Inequitable Consequences of the Remand Process Under New Jersey Municipal Land Use Law

  Tim Jinks

  In New Jersey, property owners who seek to develop or alter their property submit applications to either their local planning or zoning board. These land use boards review the applications and vote on their approval. The final decision of a land use board may be appealed to New Jersey Superior Court through a process governed by the New Jersey Municipal Land Use Law. In accordance with this process, if the court determines that the approval or disapproval of the application was flawed in some capacity, the court will remand the application to be heard de novo by original board. While the intention of this process was to ensure fairness in the application procedure, it markedly fails to eliminate bias or provide a true de novo hearing. Board members are expected to perform “mental gymnastics” and participate in a “legal fiction” by disregarding previous hearings in which they have personally participated. This Comment critiques the inherent flaws in the de novo remand process and explores two potential remedies: (1) a change of venue mechanism to transfer cases to a neutral municipality; and (2) a statutory amendment empowering courts to establish temporary supplementary boards. Through a comparative analysis of judicial procedures, land use jurisprudence, and cognitive theory, this Comment demonstrates that remanding cases to the original land use board undermines procedural fairness and due process.

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  Design and Application of a 3D-Printed Measuring Device to Study Impacts of Environmental Factors on Listeria monocytogenes Catalase Activity

  John Rosch

  Catalase is an enzyme found in the foodborne pathogen Listeria monocytogenes to help combat reactive oxygen species, particularly hydrogen peroxide. Appropriate production of catalase can help protect Listeria monocytogenes both outside the host against various environmental stresses and inside the host against immune defenses. In this study, I designed a 3D-printed device to measure catalase activity (patent to be filed) and investigated how different environmental signals regulate catalase activity in Listeria monocytogenes. I found that anaerobically grown L. monocytogenes had no catalase activity even after transitioning to aerobic conditions for long periods of time. Propionate, a common food additive, and an intestinal metabolite, exhibited an inhibitory effect on catalase activity. Moreover, catalase activity was also observed in biofilms formed in the presence but not in the absence of benzalkonium chloride (1%), a common disinfectant. These results introduced a new tool for catalase activity measurement as well as highlighting the various factors that can influence L. monocytogenes catalase activity.

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  Design and Testing of a CubeSat Radiator Prototype

  Abigail Boyer

  As part of the NASA CubeSat Launch Initiative, this research consists of designing and testing a CubeSat satellite prototype. Primarily used for research purposes, a CubeSat is a cuboidal nanosatellite with side dimensions of 10 centimeters. Due to the harsh space environment, the CubeSat experiences rapid temperature fluctuations, leaving it susceptible to damage. As a result, only about 50% of current CubeSats complete their mission. Unfortunately, the current technology used to modulate temperature on typical spacecraft is too sizeable to be applied to a CubeSat. Therefore, the objective of this research within the NASA CubeSat Launch Initiative is to design an effective system to maintain the operating temperature of the CubeSat radiator. As part of the current CubeSat design, a system of fins, coated with phase change material (PCM), has been created to actuate outwards when heat disperses from inside the radio. The fins are coated with phase change material (PCM). Phase change materials are exceptionally effective for their ability to store thermal energy and will remove heat from the CubeSat when its fins are exposed to the environment. We were able to achieve at least 45 degrees of actuation through the use of nickel-titanium wires. Nickel-titanium is a shape memory alloy, meaning it can be manipulated into any desired shape or form and can revert to its original form when heated. Within the CubeSat application, the heat applied to the nitinol wire drives the PCM-coated fin outward. We developed our plaster molds in the lab and used kilns to train the wires reaching temperatures over 800 degrees Celsius. We were able to test our prototype within a vacuum chamber using electrical feed-throughs, thermocouples, and polyamide heaters to see if our fin would actuate under conditions most similar to those of an actual CubeSat. As verified through laboratory testing, the nitinol wire can be geometrically manipulated and then returned to its original configuration following exposure to heat. Additionally, the nitinol was strong enough to actuate the fins when excessive heat was applied. To conclude, the phase change material opens up endless opportunities for innovation within satellites and spacecraft innovations, supporting the actuation and movement of complex technology without the traditional equipment.

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  Design for Discordant Chronic Comorbidities (DCCs) Health Management Application

  Jonathan Hooper, Zoe Sadowski

  Patients with discordant chronic comorbidities (DCCs) have multiple conditions that have unrelated and/or conflicting treatment plans. These patients are often required to consult multiple different specialists across health networks. Because of this, DCCs patients have great difficulty in managing their conditions. Advances in Artificial Intelligence (AI) have created opportunities to enhance DCCs patient care. This ongoing study explores the usability, user-centered design, and functionality of a patient-facing health application to help DCCs patients manage their conditions. We are using an iterative design process with 6 phases: (i) Create a storyboard, (ii) Create physical and digital prototypes, (iii) interview 3 (N = 3) doctors to get feedback on the prototype. (iv) revise prototype, (v) interview 5 (N = 5) patients to get feedback on the revised prototype, and (vi) finalize prototype for development. Our application implements 5 features: (i) Daily Check-In, (ii) Goal-Setting, (iii) Health Trends, (iv) AI-Generated Medication Suggestion, and (v) Calendar. We found that the application needs to provide consistent engagement to motivate the user to continue documenting their health. Feedback also informed us that the application should work with pre-existing resources such as electronic health records to improve documentation further and encourage ease of use. The future of this study should incorporate functions specific to DCCs such as detecting complications in a patient's treatment plan. Future design iterations plan to use gathered feedback while implementing new features to further motivate patients to use the application. Our research advances patient care outside of a clinical setting by encouraging patients to be more proactive about their health.

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  Designing and Manufacturing Solar Dryers for Increased Marketability of Agricultural Products

  Daniel O'Connor

  In the rural pueblo of Huyro, Peru, many community members have agriculture productsgrowing on their land, but are unable to profit from them due to the large labor requirement anda local surplus of raw product. With the addition of a solar dryer, these community members caneasily increase the marketability and profit of their products. The solar dryer uses the heat of thesun to dehydrate fruits and dry coffee. Dehydrating the fruit allows the farmers to sell theirproduct to city bars and restaurants that use the dehydrated fruit as ornaments on their food andcocktails. From an engineering perspective, we were responsible for mapping out a circuit diagramthat would allow both the inlet and outlet fans to be powered from the same solar panel. Fromthere, we wired the control box and the power systems in the dryer accordingly and installed thesystem. The creation of joint pieces for Fidel’s dryer required us to fix and test two 3D printers.Lastly, the dryer needed a door. This presented the challenge of putting a rectangular door on atriangular dome. Through much engineering trial and error, we were able to create a functionaldoor that was continuous with the exterior of the dome to ensure proper functionality.

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  Designing a Sustainable and Equitable School Bus for the Future

  Kailey Peppard, Brent Wippel, Trent Wood

  Our Project is focused on an educational Unit Plan that integrates aspects of STEM education into the lesson while also having a focus on the social justice background of having an environmentally friendly school transportation system. School transportation is a problem, especially in urban areas, where many students are not afforded this opportunity. After learning about the effects of air pollution on the environment and the importance of students having access to transportation, students will work in groups to optimize bus routes for their school to save time and energy. Using an integrated STEM approach, students will utilize knowledge and strategies from content-specific areas to produce efficient transportation models to meet the needs of the school community.

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  Design in Motion: Posters, Film, and Interactive UX

  Jacob Owens

  In today’s digital landscape, the power of visual storytelling extends far beyond a single medium. My portfolio showcases a blend of graphic design, motion storytelling, and interactive UX/UI design, highlighting my ability to create meaningful visual experiences.This exhibit features poster designs that explore composition, branding, and visual communication; short films and video projects that bring narratives to life through cinematography, editing, and motion graphics; and Circle, an AI-driven relationship assistant app, which reimagines how technology can foster human connection through interactive design.Through these works, I aim to demonstrate the seamless integration of static, motion, and interactive media—from the clarity of a well-designed poster to the depth of a short film and the engagement of an AI-powered app. Visitors are encouraged to explore the interplay of art, technology, and storytelling, experiencing firsthand how design can shape emotion, conversation, and connection in the digital world.

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  Design of a Centripetal Force Lesson Using Evidence-Based Physics Education Research

  Claire Hogshead

  Extensive research has been conducted in the area of Physics Education Research (PER). PER is defined as focused inquiry into what happens as students struggle to grasp and use physics concepts. This project summarizes some of the key findings of PER and how these findings can be applied to high school classroom instruction. Using PER and pedagogical principles, I designed a lecture and online laboratory exercise on centripetal force for high school physics students. I also developed a pre- and post-test to assess student learning outcomes. Students learning about centripetal forces often struggle with misconceptions such as the apparent “centrifugal” force and the belief that an object moving at a constant speed in a circular path is not accelerating. In this proposed activity, students will gain an understanding of centripetal forces using exercises that involve identifying the centripetal force, performing calculations using the centripetal force equation, and graphing results to identify the relationships among variables in that equation. The intent of this activity is that students will be able to identify the net inward force that provides the centripetal acceleration of an object, recognize that the centripetal force is not a unique force, explain the feeling of an apparent centrifugal (outward) force, and perform calculations using the centripetal force and acceleration equations. The pre- and post-test consists of multiple-choice questions aimed to assess whether these learning objectives were achieved.

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  Design of a Pipe Inspection and Remediation Soft Robot

  Simon Baker, Daniel Gubser, Adomas Mazeika

  Soft robotics is a rapidly evolving field that is advancing the development of surgical devices, prosthetics, and robotic gripper systems. In this work, we explore the design of a soft robot capable of crawling along pipes for inspection and remediation purposes. A common challenge in the rehabilitation of older buildings is the inspection and clearing of existing sewer lines for potential reuse. Frequently, blockages prevent these pipes from being returned to service. When such obstructions are present, the typical solution often involves demolition and reconstruction of floors, walls, and plumbing. A device that could navigate old pipes—capable of turning corners, adjusting to varying diameters, and performing tasks within the pipe—would be extremely valuable. This work presents the modeling, rapid prototyping, assembly, and testing of several key components of the pipe-crawling soft robotic system.