Digital Commons Network^™

Book Review Of Rosenberg, B. (2023). “Whatever It Is, I’M Against It”: Resistance To Change In Higher Education. Harvard Education Press., Chris Babits

Journal on Empowering Teaching Excellence

Access the online Pressbooks version of this introduction here.

Book review of Rosenberg, B. (2023). “Whatever It Is, I’m Against It”: Resistance to Change in Higher Education. Harvard Education Press. In “Whatever It Is, I’m Against It,” Brian Rosenberg challenges entrenched traditions in higher education. Combining candid insight and wry humor with bold proposals, Rosenberg critiques static institutional structures, advocates flexible teaching models, and questions the sacrosanct nature of majors. This review highlights Rosenberg’s efforts to foster innovation, inclusivity, and meaningful student engagement in college-level teaching.

Guidance And Lessons Learned For Instructors Seeking To Add Video Creation To Their Skill Set, Wendy A. Swenson Roth

Journal on Empowering Teaching Excellence

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Videos have entered the classroom, whether for online asynchronous courses or as supplementary information in synchronous classes. COVID-19 accelerated the pace of online and video learning but left instructors with little time to explore the optimal use of this technology. Nonetheless, videos are here to stay, raising questions about what unique choices faculty must make when implementing them and what new skills are required as videos become additional content delivery sources. The following article provides implementation guidance and lessons learned for instructors seeking to add video creation to their skill set.

Design, Implementation, And Reflection From An Interdisciplinary Course In Museum Studies, Brenna L. Decker

Journal on Empowering Teaching Excellence

Access the online Pressbooks version of this introduction here.

In Spring of 2023, I developed a special topics course titled Collection Material Handling to introduce students to museum management using Utah State University collections on the Logan, UT campus. The cross-listed upper-level course brought 16 USU students together from two disciplines: anthropology and natural sciences. The publication details how I used various learning theories to guide the creation of course content and how I structured and implemented activities in the classroom and in the collections. Examples of worksheets, activities, student feedback, and recommended improvements to assignments are provided. I encourage …

Learning A Little Bit Harder: The Intersecting Experiences Of First-Generation And Single-Mother College Students, Natalie Lecy, Elizabeth Hendrix, Brian A. Droubay

Journal on Empowering Teaching Excellence

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This study examines the experiences of nine first-generation, single-mother college students, focusing on these intersecting, double-jeopardy identities. Participants’ difficulty navigating college varied; contributing factors included family background, social capital, the type of college attended, and whether they established a mentor. The following themes were established: 1) realizing college is an option, 2) caught between two worlds, 3) college wasn’t designed for us, 4) economic barriers, and 5) disparities in social capital. Our findings indicate colleges were unprepared to meet the unique challenges faced by this group. We present recommendations for the …

The Role And Influence Of Faculty As Predictors For Retention And Satisfaction Among Generation Z, Katelyn Romsa, Stephani Jarecke, Jessie H. Hendricks, Bryan Romsa

Journal on Empowering Teaching Excellence

Access the online Pressbooks version of this introduction here.

While previous research has established that faculty and their interactions with students have had the greatest impact on student retention and satisfaction for centuries, limited studies have been done to understand how faculty are influencing Generation Z, our newest generation of students in higher education. This study examined how the quantity of faculty interactions is impacting student retention and satisfaction among 342 Generation Z first-year college students at a public land-grant institution in the Midwest using the National Survey of Student Engagement instrument. In a Mann-Whitney U test, significant difference was …

Spring 2025 Introduction, Nichelle Frank

Journal on Empowering Teaching Excellence

Access the online Pressbooks version of this introduction here.

An introduction to the Spring 2025 issue of the Journal on Empowering Teaching Excellence.

Full Issue: Journal On Empowering Teaching Excellence, Volume 9, Issue 1, Spring 2025

Journal on Empowering Teaching Excellence

The full-length Spring 2025 issue (Volume 9, Issue 1) of the Journal on Empowering Teaching Excellence

Access the online Pressbooks version (with downloadable EPUB format) here.

The issue includes five articles addressing challenges in higher education: faculty-student interactions with Generation Z students, experiences of first-generation single-mother college students, implementation of an interdisciplinary museum studies course, guidance for creating educational videos, and a book review on resistance to change in higher education. The journal emphasizes practical strategies for effective teaching, inclusivity, and innovative approaches to pedagogy across various educational contexts.

Making Visible Leadership Characteristics And Actions In Fostering Collective Teacher Efficacy: A Cross-Case Study, Donald R. Mendenhall, Suzanne H. Jones, Leann G. Putney

Teacher Education and Leadership Faculty Publications

Poverty can contribute to students' struggles with academic success, yet these struggles may be mitigated in schools with high levels of collective teacher efficacy (CTE). The purpose of this study was to identify effective Title I-eligible schools, serving a high percentage of financially disadvantaged students, while also maintaining high levels of CTE. Two schools were selected for cross-case analysis to explore how leadership characteristics and actions nurtured and sustained schoolwide CTE. The methodology used in this study was a qualitative cross-case analysis. The researchers purposefully selected the schools as cases based on the level of CTE existing in the schools. …

Evaluating A Proprietary Tannin-Blend Product As An Alternative To Monensin And Tylosin Phosphate In Feedlot Cattle Diets, Luana D. Felizari, Luke K. Fuerniss, Jonathon L. Beckett, David S. Secrist, Guy D. Hufstedler, Bradley J. Johnson

Animal, Dairy, and Veterinary Science Faculty Publications

This study evaluates the effects of a proprietary tannin blend (BX), supplemented with or without sodium monensin (MON), on beef cattle performance, carcass traits, and health. Steers (n = 2986; initial shrunk body weight (SBW) 254 ± 9.2 kg) were allocated into 48 pens (61–62 steers/pen; 12 pens/treatment) fed for 230 d. Treatments included (1) no feed additives (CTL); (2) BX (7.95 g/animal daily); (3) MON + Tylosin phosphate (TYL; 437.52 mg MON/animal daily + 80 mg TYL/animal daily); or (4) MON+BX (437.52 mg MON/animal daily + 7.95 g BX/animal daily). Data were analyzed in R 4.2.1 using a …

Precision Hinges For Origami Space Arrays, Jake Sutton, Trevor Carter, Davis Wing, Brooklyn Clark, Fisk Lundgreen, Spencer Magleby, Mark Stephen, Nathan Usevitch, Larry L. Howell

Utah Space Grant Consortium

Optical satellite performance improves with increased surface area, which enhances light capture and sensor input. Deployable array mechanisms allow satellites to remain compact during launch and expand in orbit. This study focuses on designing passive hinges in rigid-panel origami-based deployable satellites for optical applications. A novel kinematic coupling method is developed, incorporating magnets, compact Lamina Emergent Torsional (LET) joints, and principles from Maxwell couplings. This system autonomously achieves precise alignment without motorized actuation reducing complexity. The design process involved iterative testing of ten two-panel hinge prototypes to identify the most effective designs. These were integrated into a degree-four vertex pattern …

Mapping And Examining Recreation In Indian Creek, Bears Ears National Monument, Elisabeth Currit, Neil Hansen, Brigham Daniels, Alex Long, Katy Merritt, Mary Proteau, Sam Spackman

Utah Space Grant Consortium

Recreation is growing in desert areas of the western United States, and mapping the expansion of these activities is vital to management and conservation efforts. Desert ecosystems provide many critical ecosystem services, including carbon storage, and the growing popularity of outdoor recreation in Western US desert regions poses a threat to these ecosystems. Unregulated recreational activities can harm desert plant and soil health, including the functioning of biological soil crusts. This research project focuses on mapping several types of popular recreational activities in order to monitor and evaluate the impact of these activities within the Indian Creek areas of Bears …

Multi-Point Fabrication Of Terahertz Metal Mesh Filters, Jared E. Payne, Brad Ferguson, Christian Chinh, Gregory N. Nielson, Stephen M. Schultz

Utah Space Grant Consortium

A metal mesh filter is fabricated by creating metallic squares on a dielectric substrate. This capacitive metallic filter is fabricated using direct write laser ablation consisting of a femtosecond laser in combination with a high numerical aperture objective. A multipoint fabrication approach is employed by using a holographic beam splitter element to split the beams into several identical gaussian beams. The transmission and reflection characteristics are discussed.

Surface Impact Dissociation Of Neutralized Ions: Studying Unimolecular Gas-Phase Reactions In The Context Of Cassini Inms Data, Dallin Tyger, Brandon Judd, Elijah Pehrson, Noah Durst, Daniel E. Austin

Utah Space Grant Consortium

Analysis of spaceborne analytes using mass spectrometers is complicated by hypervelocity impacts (v > 6 km s^-1), which induce dissociative scattering of analyte molecules and obscure compositional signatures. However, neutral dissociative scattering remains poorly understood due to the lack of controlled experimental data. To address this gap, we are developing the Surface Impact Neutralization Dissociation Instrument (SINDI), a laboratory platform that reproduced and analyzes these processes under controlled conditions. SINDI implements a two-stage experiment. First, mass-selected ions are accelerated onto a gold-plated surface to induce neutralization and dissociation. Second, following dissociation, the resulting neutral fragments are adsorbed onto …

Ultra-Low Power Adcs For Charge Detection Mass Spectrometry Of Martian Dust, Eric Christie, Wood Chiang

Utah Space Grant Consortium

This paper presents a complete system integration strategy for a proven Charge Detection Mass Spectrometry (CDMS) instrument designed to analyze charged dust particles on Mars. To enable deployment in a power-constrained rover environment, an ultra-low supply voltage (ULV) analog-to-digital converter (ADC) is required. ADC architectures operating below 0.21 V are compared to identify candidates that meet the system's stringent power and performance demands. A voltage-controlled oscillator (VCO)-based ADC is proposed and for ULV operation. Circuit-level implementations of VCO topologies are designed and evaluated in the TSMC 28 nm CMOS process using Cadence simulations. Based on simulation results, a VCO-CDAC topology …

A Pressure-Based Estimate Of Multi-Orifice Synthetic Jet Performance, Rhett T. Parry, Tim Berk

Utah Space Grant Consortium

Multiphase turbulence is a ubiquitous mechanism that drives the motion of fluid and particulate. In order to understand the behavior of this complex mechanism, it is critical to build facilities where driving parameters can be studies. Various flow actuators are used to drive turbulence, but we use synthetic jets for their geometric customizability and wide range operating parameters. Many studies based on synthetic jets focus on characterizing velocity while omitting the connection to turbulence. Additionally, most work in the existing literature is tied to the non-dimensional numbers but can obscure the limitations regarding both size and allowable driving conditions of …

A Methodology To Quantify The Shielding Efficiency Of Novel Radiation Shielding Materials, Jenny R. Whiteley, Tyler Heggenes, J.R. Dennison

Utah Space Grant Consortium

Radiation shielding is a common method used to protect spacecraft from the radiation prevalent in the space environment. A current research area of interest is Z-graded shielding, which is radiation shielding composed of various materials layered together based off of the properties associated with the material's atomic number, Z. This approach has the potential to produce new shielding materials that would be lighter and more compact than traditional shielding materials. Utah State University's Material Physics Group developed an experimental setup and analysis methodology to quantify how effectively novel shielding materials blocked beta and gamma radiation. The materials' effectiveness, termed shielding …

The Trgb–Sbf Project: Creating A New Distance Ladder With Surface Brightness Fluctuations, Mikaela Cowles, Joseph B. Jensen, Sydney Holt

Utah Space Grant Consortium

Many current observational methods to measure the expansion rate of the universe (H₀) rely on the same zero-point calibrations. Values of the Hubble constant derived from those local calibrations are in conflict with the predicted value of H₀ from the successful ΛCDM cosmological model, resulting in the "Hubble tension." In order to decrease systematic uncertainties, and to address this tension, we have created a new and independent sequence of distance measurement techniques. We have used James Webb Space Telescope (JWST) tip of the red giant branch (TRGB) distances to 14 giant elliptical galaxies that we used …

Far-Field Uav-Enabled Antenna Radiation Pattern Mapping, Jack Fernald

Utah Space Grant Consortium

This paper presents an overview of an research project at Weber State University (WSU) focused on developing a UAV-based system for measuring far-field radiation patterns of physically large antennas operating in the High-Frequency (HF, 3–30 MHz) and Very-High-Frequency (VHF, 30–300 MHz) ranges. Leveraging commercially available unmanned aerial systems (sUAS) components, software-defined radios (SDRs), open-source software tools, and advanced simulation environments, this project aims to create a cost-effective, scalable measurement solution that addresses the logistical challenges of traditional methods. By enabling autonomous three-dimensional radiation mapping of operational antennas in open-field environments, the proposed system refines industry practices and expands our understanding …

High-Frequency Satellite Imagery Reveals Spatial And Temporal Dynamics Of Algal Blooms On Utah Lake, Kaylee B. Tanner

Utah Space Grant Consortium

Utah Lake is a large, shallow freshwater lake in Utah Valley, Utah, USA. It faces a number of water quality issues, with one of the most significant being the occurrence of harmful algal blooms (HABS) that impair its ecological health and economic value. We use data from the Sentinel 2 mission to investigate spatial and temporal bloom dynamics in four different regions of the lake. We leverage the frequent, spatially comprehensive satellite data to analyze the frequency, intensity, and duration of algal blooms on Utah Lake, and find that the southern end of the lake typically experiences the most intense …

Reconstruction Of Cad Models Into Analysis-Ready Single Trimmed Surfaces With Aerospace Applications, Rebecca Rasmussen, Royce Pablo Harline, Kendrick Shepherd

Utah Space Grant Consortium

Classical methods by which computer-aided design (CAD) geometries are represented for both design and analysis involve meshing. However, the current process of converting a CAD model into an analysis-suitable surface mesh takes a significant amount of time and labor [23, 4, 18], results in a faceted representation of the original smooth geometry, and generates representations that are prohibitively expensive for use in high-order explicit dynamics computations [35, 9].

This research focuses on accurately and efficiently rebuilding given CAD surfaces or meshes, such as shell-like components of aeronautical structures or automotive vehicles, into smooth, single trimmed spline surface approximations (rather than …

Production Of Iron Powder From Lunar Regolith By Carbonyl Iron Refining, Jason Sheets

Utah Space Grant Consortium

Carbonyl Iron Refining (CIR) is a promising method of iron production to be used in a lunar environment. Commercially, CIR operates at pressures > 200 bar, which is a challenge in a lunar landscape due to vessel weight constraints. Here we explore the feasibility of CIR operations at pressures < 60 bar in order to optimize the process for largescale lunar iron production. Many different forms of tests were conducted, and it was concluded that it is possible for CIR to perform at a lower pressure maximum. However, further experimentation and development needs to be perused in order to optimize the parameters to justify the processes usage.

Scalable Compliant Louvres Manufactured Via Sheet Lamination, Tyler R. Stevens, Benjamin Allen, Garrett Graham, Nathan B. Crane

Utah Space Grant Consortium

As space missions increase, relying on Earth-based supply chains for spacecraft components becomes increasingly unsustainable. In-Space Manufacturing (ISM) offers an alternative, yet many fabrication methods depend on gravity, utilize hazardous materials, require large amounts of energy, or introduce thermal challenges in spacecraft environments. Sheet materials show strong potential for ISM because they store and transport efficiently, offer functionalization options, and provide robust in-plane properties. However, most sheet-based manufacturing techniques require bulky equipment ill-suited for on-orbit deployment. Sheet Lamination (ShL), an underutilized additive manufacturing process that bonds and cuts thin sheets to create near-net-shape parts, presents a compact and scalable alternative, …

Solvent Variability With Gold And Silver Nanoparticle Production Using Reverse Micelles, Cameron Ashton, Wendy E. Schatzberg, Samuel Tobler

Utah Space Grant Consortium

The synthesis of nanoparticle using reverse micelles is increasing in versatility, popularity, and effectivity. Nanoparticles have unique characteristics including a strong antimicrobial trait that can be effective and sterilizations and decomposition of microbes. Gold and silver have been effective as the ions used in the synthesis of such nanoparticles and have been successful for testing different solvent concentrations and production. Research has shown that different structures and sizes of nanoparticles are efficient at accomplishing different objective, however, trends show that the smaller the nanoparticle, the more efficient a nanoparticle is at fighting microbes.

Predicting Residual Stress Of High Entropy Allow Si-Hf-Cr-Ta-Zr For Directed Energy Deposition 3d Printing, J. Barton, Davin Stevens, Yanqing Su

Utah Space Grant Consortium

• Directed energy deposition (DED) is a developing additive manufacturing branch finding applications in aerospace, nuclear, and automotive industries.

Working On An Incubator To Image Cancer Cells: Development Of A Custom 3d-Printed Imaging Incubator For Refractive Index-Based Cell Classification, Spencer Brown, Vincent M. Rossi

Utah Space Grant Consortium

This project aims to develop a compact, 3D-printed incubation chamber for live-cell imaging using Quantitative Phase Imaging (QPI), a technique that can distinguish cancerous cells from healthy ones based on refractive index. The chamber was designed in OnShape and built using FDM 3D printing, offering rapid prototyping, customizability, and cost efficiency.

While print failures and material limitations present challenges, the current design provides a stable, optically clear environment compatible with digital holography. The system is intended for 24–48 hour imaging experiments, with future work focusing on capturing differences in refractive index between healthy and cancerous cells.

This approach could support …

Astrometric Measurements Of Wds 12281-4448 Stf 1645 Ab, Millie Christensen, Elizabeth Willden

Utah Space Grant Consortium

This project focuses on a binary star system which has been observed for over 200 years, however, inconsistencies in older data make it of interest for further study.

Understanding The Barriers To Hybrid Control, Jared Coen, Stephen Whitmore

Utah Space Grant Consortium

Hybrid rockets combine a solid fuel with a liquid or gaseous oxidizer, offering a balance of safety, simplicity, and throttleability not found in solid or liquid systems. Their modular design and low cost make them attractive for academic, commercial, and small-space applications. However, challenges in dynamic control—such as O/F shift, delayed system response, and variable injector behavior—limit their precision and practical use in responsive missions.

Searching For Something In Nothing: Density Analysis Of Cosmic Void Fn2, Jace Dixon, James Howick, Taylor Tenbrink, Christian Draper

Utah Space Grant Consortium

We have begun a search for emission line galaxies in the center of the void FN2 using new software developed by our group. We are using images taken in three redshifted narrow-band filters. If a galaxy has strong emission lines and is far enough away the Galaxy will be brighter in one or two of the filters. By comparing the galaxies brightness in the three filters we can find galaxies which are possibly in the center of the void. In our preliminary study, we created a catalogue of any interesting objects that appear in the birhgtness comparison images.

Educational And Engaging Scientific Outreach: A Dinosaur Case Study, Auriana Dunn, Holly Gerber, Brandon Bennett, Sharol Gauthier, Greta Geary

Utah Space Grant Consortium

Clear communication of scientific findings is critical in academic settings. However, it is just as important, if not more so, in settings where researchers are trying to educate the public. Through engaging and entertaining methods, science communication can effectively share advancements from the scientific community with the general public.

Low-Cost Ai-Powered Biometric Monitoring For Astronaut Health: A Feasibility Study Using Open-Source Models, Tawananyasha Dzenga

Utah Space Grant Consortium

Context: Human spaceflight presents unique physiological challenges (microgravity, radiation, isolation) requiring careful health monitoring for mission success. Key systems affected include cardiovascular, musculoskeletal, and neurovestibular. Continuous monitoring is vital, especially for long -duration missions.