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The Effect Of Finasteride On Parity Rates In Drosophila Melanogaster, Erica Shelton, Dominic Sandell May 2026

The Effect Of Finasteride On Parity Rates In Drosophila Melanogaster, Erica Shelton, Dominic Sandell

Discovery Day - Daytona Beach

Finasteride, a 5-alpha reductase medication, has been used to treat male pattern baldness and benign prostate hyperplasia and could potentially treat female pattern baldness and polycystic ovary syndrome. However, the drug has the unintentional side effects of erectile dysfunction and infertility. The impact on reproduction in female patients who are taking or have taken finasteride is unknown. Using Drosophila melanogaster as a model, this study was designed to investigate the impact of finasteride on female fly reproduction and their offspring. The female flies in this study will be fed dosage equivalents to human dosages of 0.5 mg, 1 mg, and …

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A Search For Pulsation Among Stars In Wide Binaries, Jacob Becker May 2026

A Search For Pulsation Among Stars In Wide Binaries, Jacob Becker

Discovery Day - Daytona Beach

We present preliminary results of our study of periodic pulsations among suspected pulsating stars identified during a search for rotation modulation using NASA’s Transiting Exoplanet Survey Satellite (TESS) data. A Lomb-Scargle periodogram analysis was used to identify pulsation modes and distinguish targets between Delta Scudi, Cepheids, and other types of stellar variability. Where possible, cross-validation with prior published classifications was used to confirm our findings. The goal of this work is to further refine stellar age determinations by comparing the rotation rates and ages determined by asteroseismology (pulsations) to gyrochronology (rotational modulation of light curves). Support from NSF grants AST-1910396, …

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Comparative Analysis And Integration Of Sustainable Fire-Resistant Building Materials For Homes, Aubrey Fixen, Zachary Santiso, Toriahna Thomas May 2026

Comparative Analysis And Integration Of Sustainable Fire-Resistant Building Materials For Homes, Aubrey Fixen, Zachary Santiso, Toriahna Thomas

Discovery Day - Daytona Beach

The intensity of wildfires in California has increased and led to deterioration of the environment, loss of life and property, and economic concerns due to reconstruction costs and disaster relief efforts. Hence, further study into sustainable fire-resistant building materials for homes is becoming necessary. This research aims to develop a strategy for incorporating sustainable fire resistant materials into building practices in wildfire-prone areas in Los Angeles County, California, as this community has been greatly impacted by the wildfire. To explore this issue, the “Courthouse" sustainability model is used as a framework to analyze and understand the problem, providing insight into …

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Modeling Stellar Interferometry For Hess (High Energy Stereoscopic System) Stars, Gwynlyn Hannah, Debra Bradfield May 2026

Modeling Stellar Interferometry For Hess (High Energy Stereoscopic System) Stars, Gwynlyn Hannah, Debra Bradfield

Discovery Day - Daytona Beach

The radius of a single star is constrained by a combination of stellar interferometry, which measures the angular size of the star, and the star’s distance, determined from the measured stellar parallax. Many stars hotter than the Sun rapidly rotate and should appear non-circular in the sky. The angular diameters of four stars ( Centauri, Crucis, Sagittarii, and Scorpii) have recently been measured by intensity interferometry using the High Energy Stereoscopic System (H.E.S.S.) at two wavelength bands, 375 nm and 470 nm (Vogel et al. 2025). Two of the stars, Centauri and Crucis, have the same measured angular size in …

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Addressing Light Pollution On The Embry-Riddle Campus, Ahnika Gee, Maya Curtis, Marcus Flesher, Axon Deadrick, Conner Callahan, Desiree Robinson, Jarrett Usui, Josef Kaelin, Douglas Griswold, Raiden Keefer, Harrison A. Zimmermann, Cole Gresham May 2026

Addressing Light Pollution On The Embry-Riddle Campus, Ahnika Gee, Maya Curtis, Marcus Flesher, Axon Deadrick, Conner Callahan, Desiree Robinson, Jarrett Usui, Josef Kaelin, Douglas Griswold, Raiden Keefer, Harrison A. Zimmermann, Cole Gresham

Discovery Day - Daytona Beach

Embry-Riddle Aeronautical University is home to the largest university telescope in Florida. The 1-meter telescope on top of the College of Arts and Sciences (COAS) has the ability to observe more faint and distant objects than any other university in the state. However, these abilities are greatly hindered by light pollution created by the lighting conditions on campus. For several semesters our team has worked to identify the greatest contributors to this light pollution to develop solutions for reduction so that the 1-meter telescope and the data it collects may be best utilized. We use a Unihedron sky quality meter …

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Feasibility Of Mylar As A Replacement For A Primary Mirror In A Reflecting Telescope, Ahnika Gee, Robert Thibodeau, Mario Gutierrez, Emma Show, Quinisha Huggins, Desiree Robinson May 2026

Feasibility Of Mylar As A Replacement For A Primary Mirror In A Reflecting Telescope, Ahnika Gee, Robert Thibodeau, Mario Gutierrez, Emma Show, Quinisha Huggins, Desiree Robinson

Discovery Day - Daytona Beach

High-quality parabolic mirrors, essential for reflecting telescopes, are traditionally bulky, expensive, and extremely fragile. This experiment investigates the feasibility of using unconventional mirrors, specifically specular Class B Mylar, as a lightweight and cost-effective alternative. This approach could lead to new methods for telescope design by significantly reducing weight and manufacturing costs while maintaining optical performance. The Mylar sheet is shaped to the necessary curvature by applying a negative pressure, allowing for an adjustable focal length, which is unachievable with conventional glass-aluminum mirrors. This adaptability could enable real-time adjustments directly from the primary mirror, potentially improving telescope versatility. To evaluate the …

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Effects Of Asymmetry On Flow Separation In Overexpanded Nozzles, Grayson Hayes May 2026

Effects Of Asymmetry On Flow Separation In Overexpanded Nozzles, Grayson Hayes

Discovery Day - Daytona Beach

This project aims to gauge the effects which asymmetry plays on the aerodynamics of an overexpanded nozzle following separation. Individual nozzles are designed for their ideal conditions, under which a uniform supersonic flow will be produced. One of the main conditions for a nozzle is its design Nozzle Pressure Ratio (NPR). As nozzles stray from their ideal NPR, either above or below, the nozzle flow will become either under- or overexpanded, respectively. Each of these conditions behaves differently. An overexpanded nozzle flow will compress itself to reach equilibrium, resulting in a series of shocks and expansions. An underexpanded nozzle will …

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Application Of 3d Printing For Rapid Prototyping In Composite Material Manufacturing, Giovanni Taurozzi, Grace Barnes, David Smith, John Meyer, Allayne Mckenzie, Taylor Varr May 2026

Application Of 3d Printing For Rapid Prototyping In Composite Material Manufacturing, Giovanni Taurozzi, Grace Barnes, David Smith, John Meyer, Allayne Mckenzie, Taylor Varr

Discovery Day - Daytona Beach

Rapid prototyping is used by various industries to create a part that is used as a basis from which further models and the final product will be derived. 3D printing has become a popular method to create prototypes due to the simplicity of additive manufacturing and can significantly shorten development time and costs. Past research has analyzed the use of rapid prototyping for metal parts; however, few have investigated the use for composite materials. The purpose of this research is to explore the effectiveness of using 3D printing for manufacturing complex geometries with composite materials. This research utilized a FDM …

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Tardigrade Bio-Exploration Reproduction Research Satellite (Tbearr), Joshua Lozano May 2026

Tardigrade Bio-Exploration Reproduction Research Satellite (Tbearr), Joshua Lozano

Discovery Day - Daytona Beach

The Tardigrade Bio-ExplorAtion Reproduction Research Satellite (tBEARR) is a 3U CubeSat mission under development by the Embry-Riddle Orbital Research Association (ERORA), an undergraduate research club at Embry-Riddle Aeronautical University (ERAU) in Daytona Beach, FL. The mission aims to launch four separate cultures of tardigrades aboard a 3U CubeSat to Low-Earth Orbit (LEO) to study the effects of UV and cosmic radiation on their genetics and cell composition, which may, in turn, affect their reproduction cycle. Tardigrades are microorganisms renowned for their remarkable resilience to extreme conditions, including extreme temperatures, pressures, low-oxygen environments, and extended periods without food or water. Research …

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Bio-Inspired Cybersecurity: Adapting Immune System Strategies For Threat Detection In Autonomous Aerospace Navigation, Leia Spaniak May 2026

Bio-Inspired Cybersecurity: Adapting Immune System Strategies For Threat Detection In Autonomous Aerospace Navigation, Leia Spaniak

Discovery Day - Daytona Beach

The purpose of this research is to investigate how a biological immune-based response can be employed to create a self-evolving cybersecurity framework for aerospace navigation systems. Specifically, as part of Project SENTINEL, this research identifies key members of dendritic cells (DCs) to understand their mechanisms for detecting diverse varieties of foreign invaders, from malignant bacteria to viral infections. The multi-layered approach of Pathogen Recognition Receptors (PRRs) in threat detection contributes to the innate immune system by employing a diverse array of generalized and specialized receptors, such as varieties of Toll-Like Receptors (TLRs) and Nod-Like Receptors (NLRs), which can trigger inflammatory …

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Cooperative Aerial And Ground Vehicles Experimental Testbed, Javier Robinson, Harrison A. Zimmermann May 2026

Cooperative Aerial And Ground Vehicles Experimental Testbed, Javier Robinson, Harrison A. Zimmermann

Discovery Day - Daytona Beach

Heterogeneous multi-agent systems is an emerging area of research in autonomous vehicles due to the unique potential of vehicles with distinct roles to improve efficiency and adaptability. While significant theoretical work exists, most experimental research focuses on cooperation among identical vehicles. The Cooperative Aerial and Ground Vehicle Experimental Testbed (CAGE) seeks to address this gap by developing a platform for testing cooperation between two distinct vehicle models: Bitcraze’s Crazyflie 2.1 quadcopters and K-Team’s Khepera IV ground robots. CAGE includes an enclosed physical environment for safe experimentation with the vehicles, and will grow to include a software library for managing coordination …

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Advanced Manufacturing And Materials Of A Bio-Mimetic Hoof For Space Robotics Applications, Benjamin Heckel May 2026

Advanced Manufacturing And Materials Of A Bio-Mimetic Hoof For Space Robotics Applications, Benjamin Heckel

Discovery Day - Daytona Beach

Exploring planetary surfaces presents a major challenge for robotic systems, as traditional wheels and legs often struggle with uneven, unpredictable, and steep terrain. Nature offers a potential solution: mountain goats navigate rough landscapes with ease due to the unique structure and materials of their hooves. This project seeks to develop a robotic hoof that mimics these natural advantages, improving traction, durability, and adaptability for extraterrestrial exploration. To achieve this, the project will focus on selecting materials that closely replicate the composition of an organic hoof. The early prototypes will be printed in 3-D using cost-effective materials, while the final design …

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Robotic Pushing Solutions Based On Surface Type And Object Characteristics, Deanna Paladino May 2026

Robotic Pushing Solutions Based On Surface Type And Object Characteristics, Deanna Paladino

Discovery Day - Daytona Beach

The pushability of a robot is useful for manipulating and maneuvering objects that are too large or heavy to grasp. This research presents an analytical and conceptual based study comparing different robotic pushing mechanisms for varying environments and object types. We focus on non-prehensile pushing on an inclined surface, assuming that the robot's base remains stable (no slipping) and the object experiences purely translational motion (no tipping). This research examines the robots ability to effectively move an object through non-prehensile pushing. Many factors are considered when determining which robotic pushing solution works best for a given environment, such as efficiency, …

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Advancing Ferroelectric Self-Healing Composites For Enhanced Energy Storage Efficiency, Cameron Winkel, Cole Walker May 2026

Advancing Ferroelectric Self-Healing Composites For Enhanced Energy Storage Efficiency, Cameron Winkel, Cole Walker

Discovery Day - Daytona Beach

As the demand for high-performance materials in energy storage and electronic applications continues to grow, the need for durable, self-healing systems with enhanced energy storage capabilities becomes increasingly important. This project investigates the development of a self healing polymer matrix, reinforced with ferroelectric fillers such as BNT, to create a composite material that combines efficient energy storage with self-repairing functionality. The polymer matrix enables recovery from mechanical damage, while the fillers enhance its ferroelectric properties. By optimizing the interaction between these components, this research aims to develop a material that offers high energy density, long-term reliability, and reduced maintenance needs. …

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Dual-Layer Dielectric Self-Healing Pressure Sensor For Monitoring Bone Health In Microgravity, Rutveek Ingawale May 2026

Dual-Layer Dielectric Self-Healing Pressure Sensor For Monitoring Bone Health In Microgravity, Rutveek Ingawale

Discovery Day - Daytona Beach

In recent years, pressure sensing technologies have improved a lot in the aerospace industry, leading to many new applications. Accurate pressure sensing is crucial in space, where even subtle changes in force distribution can provide valuable insights into astronaut health and equipment performance. Prolonged exposure to microgravity during space missions significantly impacts astronauts' musculoskeletal health, particularly bone density, leading to spaceflight osteopenia. Prolonged space travel weakens bones, increasing the risk of fractures. Thus, it is necessitating innovative solutions for monitoring and mitigating bone density loss. This study explores a novel approach to astronaut health monitoring by integrating self-healing polymer (SHP) …

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Multi-Modal Atmospheric Data Collection Using Low-Cost Particulate Matter Sensors, Kaleb Nails May 2026

Multi-Modal Atmospheric Data Collection Using Low-Cost Particulate Matter Sensors, Kaleb Nails

Discovery Day - Daytona Beach

This paper presents design and test results from a multi-modal research effort to understand airborne Particulate Matter (PM) distribution. The multi-modal nature includes (a) 1D stationary ground-based measurements, (b) 2D mobile ground-based measurements, and (c) 3D airborne measurements using small Uncrewed Aircraft (sUA). The goal is to improve understanding of particulate matter distribution by extending PM measurements to all three spatial dimensions. Reference Monitors with high accuracy PM measurements are typically heavier and larger than small uncrewed aircraft can carry for extended sampling periods. This drives the use of small, lightweight, low cost, and low power PM sensors. The results …

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A Benchtop Study Of Fontan Circulation, Anthony Damon May 2026

A Benchtop Study Of Fontan Circulation, Anthony Damon

Discovery Day - Daytona Beach

The Centers for Disease Control and Prevention (CDC) estimates that each year in the United States, approximately 1/3800 babies are born with only one functioning ventricle. The Fontan circulation is a result of the third stage procedure to correct single ventricle anatomy in children whose implementation has only led to a survival rate of ∼50% into adulthood. One of the failure points recognized is increased inferior vena cava (IVC) pressure within the total cavopulmonary connection. The research team proposes to enhance flow into the pulmonary system by adding an injection jet shunt (IJS) to induce flow entrainment by drawing flow …

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Remora Ads-B Receiver, Noah Evans, Mia Vrchota May 2026

Remora Ads-B Receiver, Noah Evans, Mia Vrchota

Discovery Day - Daytona Beach

Remora ADS-B: A Modular, Externally Mounted Solution for Homebuilt Aircraft Automatic Dependent Surveillance–Broadcast (ADS-B) technology has become a cornerstone of modern air traffic surveillance, providing real-time aircraft position data to pilots and controllers. However, many homebuilt and experimental aircraft lack integrated ADS-B solutions due to cost, complexity, or airframe limitations. The Remora ADS-B project aims to address this gap by developing a lightweight, externally mounted ADS-B receiver that offers reliable traffic awareness without requiring significant avionics modifications or expensive aftermarket solutions. The Remora receiver is designed as a homebuilt-friendly product, utilizing simple circuitry and materials familiar to homebuilders. Its construction …

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Continuing Development Of Rosisat: The Radiation Orbital Shielding Investigation Satellite, Steven L. Insignares, Jacob Blanton, Cole Walker, Kylie Nager, Cameron Winkel May 2026

Continuing Development Of Rosisat: The Radiation Orbital Shielding Investigation Satellite, Steven L. Insignares, Jacob Blanton, Cole Walker, Kylie Nager, Cameron Winkel

Discovery Day - Daytona Beach

Over the last 20 years, CubeSats have become a popular and cost-effective way for universities to conduct research in low-earth orbit. The Radiation Orbital Shielding Investigation Satellite (ROSISat) is a 1U CubeSat project studying the effectiveness of various shielding materials against single-event upsets (SEUs) in computer memory modules in Earth orbit. Developed by the Embry-Riddle Orbital Research Association (ERORA), a student organization at Embry-Riddle Aeronautical University, ROSISat provides hands-on experience in CubeSat development. The mission will test various shielding materials—including aluminum, tungsten, Kevlar, polyethylene, and aerogel—against SEUs caused by high-energy solar particles and cosmic rays. EEPROM memory modules will be …

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Development Of A Portable, Low-Cost Sensor For The Detection Of Inflammation, Rahela A. Dolha May 2026

Development Of A Portable, Low-Cost Sensor For The Detection Of Inflammation, Rahela A. Dolha

Discovery Day - Daytona Beach

IL-6 is a cell-signaling protein pair (antibody-antigen) scientifically validated and recognized as a biomarker of inflammation. During the onset of inflammation, IL-6 antigens are released into the bloodstream to signal the production of other pro-inflammatory proteins. As IL-6 antigens circulate in the bloodstream, ~10% of the concentration is filtered and released through perspiration. This presents IL-6 as a very useful resource for the monitoring of inflammation, a very persistent and painful symptom of chronic illnesses. This project highlights the development and optimization of a point-of-care (POC) impedance biosensor. An interleukin-6 (IL-6) sensing two-electrode system is used as a tool for …

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Steam Distillation: Extraction Of (R)-(-)-Carvone From Spearmint Leaves, Zachary Readdick, Allen Qiu May 2026

Steam Distillation: Extraction Of (R)-(-)-Carvone From Spearmint Leaves, Zachary Readdick, Allen Qiu

Discovery Day - Daytona Beach

Carvone (C10H14O) is the major component found in spearmint leaves (Mentha spicata). Spearmint is native to Europe and southern temperate Asia but is now grown everywhere due to commercial production of essential oils. Spearmint is rich in antioxidants and is said to have many health benefits to include minor pain relief, cognitive improvements, and hormone regulation. Limonene, eucalyptol, and carveol are some of the other components within spearmint but less abundant. Carvone forms two enantiomers: R-(-) and S-(+). R-(-) produces a semisweet minty aroma like in spearmint and S-(+) produces a spicy aroma with hints of rye like in caraway …

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Extraction Of The Essential Oils Of Roses Using Steam Distillation, Stefani Capasso Villanueva May 2026

Extraction Of The Essential Oils Of Roses Using Steam Distillation, Stefani Capasso Villanueva

Discovery Day - Daytona Beach

The complex aroma of roses is perceived through neural receptors that translate the rose's constituent chemical compounds into interpretable odors. These scents arise from metabolic processes within the rose, producing volatile oils which are then released into the environment. While the specific chemical composition varies across rose species, key constituents include geraniol, phenyl ethanol, citronellol, rose oxide, phenyl acetate, farnesyl acetate, linalool, among other compounds. This experiment aimed to extract these oils via steam distillation. Rose petals were boiled in water; though the oils are immiscible with water, the resulting vapor carried the oils into a condenser and simultaneously lowered …

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Biosensors For Spaceflight Neuro-Ocular Syndrome, Natalie Brattain, Ashley Lunt May 2026

Biosensors For Spaceflight Neuro-Ocular Syndrome, Natalie Brattain, Ashley Lunt

Discovery Day - Daytona Beach

This project aims to develop miniaturized devices using nanotechnology and advanced materials like graphene and carbon nanotubes to continuously monitor physiological pressures, particularly intraocular pressure (IOP). Elevated IOP is a key marker in the diagnosis and treatment of Spaceflight Associated Neuro-ocular Syndrome, which is recognized as a health risk for NASA astronauts. Our approach involves designing a contact lens tonometer embedded with graphene carbon nanotube nanocomposite films, which offer heightened sensitivity and real-time, non invasive monitoring of IOP. Methods include the synthesis and fabrication of nanocomposite films, characterization of their mechanical and electrical properties, and integration into flexible contact lenses. …

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Lemongrass Organic Compounds, Wesley Flewelling, Cooper Davis May 2026

Lemongrass Organic Compounds, Wesley Flewelling, Cooper Davis

Discovery Day - Daytona Beach

Lemongrass is known for its distinctive fragrance, which arises from a combination of four key compounds: limonene, geranial, geraniol, and beta-myrcene. While aromatic compounds were historically classified by their scent, modern classification is based on the presence of a benzene ring, meaning not all fragrant compounds are technically aromatic. Among the four compounds in lemongrass, only limonene meets this structural definition. This study explores the chemical composition of lemongrass oil and its extraction process. To extract the organic compounds the creation of a hydrosol from the lemongrass plant is needed. This process involves steam distillation followed by separation of organic …

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Simulated Microgravity Effects On Escherichia Coli Mg1566 Ability To Form Biofilms And Its Potential Implications On Virulence, Tyler Jenkins May 2026

Simulated Microgravity Effects On Escherichia Coli Mg1566 Ability To Form Biofilms And Its Potential Implications On Virulence, Tyler Jenkins

Discovery Day - Daytona Beach

Microorganisms are an integral part of any biological system’s performance, and researching the different tendencies of bacterial strains give scientists a more structured idea of how to work with them in specific applications. Bacterial research consists of studying antibiotic resistance, virulence, differential gene expression in extreme environments. Studies using microgravity analogs have shown that different strains have implications for astronaut performance and life support systems, and further research must be devoted to understanding the different mechanisms facilitating these adaptations and mitigating the risks these bacteria pose to the success of space missions. This experiment focuses on studying the phenotypes of …

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Isolation Of Linalool And Linalyl Acetate From Lavender Via Steam Distillation, Leah Robinson, Grant Erlinder May 2026

Isolation Of Linalool And Linalyl Acetate From Lavender Via Steam Distillation, Leah Robinson, Grant Erlinder

Discovery Day - Daytona Beach

Linalool and linalyl acetate are naturally occurring monoterpenes found in lavender, they are known for their distinct aroma and biological properties. Linalool has the chemical formula of C₁₀H₁₈O and is a monoterpene alcohol, while linalyl acetate has the chemical formula of C₁₂H₂₀O₂ and is linalool’s acetate ester. These compounds have been widely studied for their anti-inflammatory properties, studies have indicated that these compounds influence inflammatory pathways, decrease inflammatory-associated molecules, and enhance the production of protective proteins. Linalool exhibits anti-inflammatory properties by regulating cytokine production and reducing oxidative stress, whereas linalyl acetate acts as a precursor to linalool, providing continuous anti-inflammatory …

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Galactic Cosmic Radiation And Microgravity-Induced Changes Of Murine T Cell [email protected], Astrid Senko, Graema Grainger, Angela Cebula May 2026

Galactic Cosmic Radiation And Microgravity-Induced Changes Of Murine T Cell [email protected], Astrid Senko, Graema Grainger, Angela Cebula

Discovery Day - Daytona Beach

Astronauts on long-duration space missions are exposed to significant environmental stressors, including microgravity and various forms of ionizing radiation. These stressors can cause physiological and cellular adaptations which can lead to significant implications on immune function. Understanding how these spaceflight conditions alter immune response is essential, particularly in the context of immune cell structure and function. This study examines whether spaceflight stressors alter T cell phenotypes in mice which can result in disrupted immune homeostasis, resulting in the potential for increased susceptibility to infections and persistent inflammation. To simulate spaceflight conditions, male and female, 24-week old, C57BL/6J mice were exposed …

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Evaluating Hydrogen Peroxide As A Soil Remediation Strategy For Martian Agriculture, Hannah Lyons, Astrid Senko, Matthew Zito, Ryan Paulson, Ryan F. Rednick, Rubi Vera, Meliah Martin, Parisse Goutier, Annabelle Augustine May 2026

Evaluating Hydrogen Peroxide As A Soil Remediation Strategy For Martian Agriculture, Hannah Lyons, Astrid Senko, Matthew Zito, Ryan Paulson, Ryan F. Rednick, Rubi Vera, Meliah Martin, Parisse Goutier, Annabelle Augustine

Discovery Day - Daytona Beach

The potential for plant growth in Martian soil is a critical consideration for future space exploration and colonization. Martian regolith presents numerous challenges for plant development, including low organic content and high oxidative stress. Similarly, airport soil on Earth is often contaminated due to aircraft exhaust and vehicle compaction. This study investigates the effects of hydrogen peroxide (H₂O₂) on the growth of rye (Secale cereale) in both simulated Martian soil (MGS-1), which contains 10.6% ferrous iron (FeO), and soil collected from the Full Throttle Point from Runway 25R at Daytona Beach International Airport (KDAB). Hydrogen peroxide may enhance plant growth …

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The Road To Effective Leadership: The Role Of Practical Training In Shaping Leadership Skills Of Students For Success In Educational Leadership, Fatima Ali Saeed Salem Alnuaimi May 2026

The Road To Effective Leadership: The Role Of Practical Training In Shaping Leadership Skills Of Students For Success In Educational Leadership, Fatima Ali Saeed Salem Alnuaimi

Thesis/ Dissertation Defenses

Educational leadership programs play an important role in preparing future leaders to deal with the challenges of educational settings. However, relying only on theoretical knowledge may not be enough to develop the skills and mindset required for an effective leadership role. In addition, this study aimed to explore the role of practical training and experiential learning in shaping leadership skills and leadership identity among students enrolled in educational leadership programs. This study utilized a mixed-methods design. First, quantitative data were collected via a questionnaire distributed to 24 participants, including master's and PhD students and educators in leadership roles in schools. …

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Signal-Centric Remote Sensing Via Alternative Preprocessing And Acoustic Processing For Ml-Driven Applications, Sirio Jansen-Sanchez, Logan Lambeth May 2026

Signal-Centric Remote Sensing Via Alternative Preprocessing And Acoustic Processing For Ml-Driven Applications, Sirio Jansen-Sanchez, Logan Lambeth

Discovery Day - Daytona Beach

The dominant method of processing sonar data is using image-based representations, requiring the preprocessing of image data on autonomous systems. We propose an alternative data processing method for remote sensing applications, via the utilization of data in Comma Seperate Value format. Experimentation on our alternative approach shows a reduction of processing time by 91.18%, an improvement in accurate object detection by Machine Learning, and an increase in SNR (Signal-to-noise ratio), PSNR (Peak signal-to-noise ratio), and other evaluation metrics.

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