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Curriculum Subcommittee Minutes February 5, 2026, Utah State University

Educational Policies Committee

• Approval of Minutes - January 8, 2026
• Program Proposals
• Semester Course Approval Reviews
• Other Business
• Adjourn: 3:00 pm

General Education Subcommittee Agenda February 5, 2026, Utah State University

Educational Policies Committee

• Call to Order
• Approval of Minutes - January 8, 2026
• Course Approvals/Removals/Syllabi Approvals
• New Business
• Additional Items
• Adjourn: 9:30 am

General Education Subcommittee Minutes February 5, 2026, Utah State University

Educational Policies Committee

• Call to Order
• Approval of Minutes - January 8, 2025
• Course Approvals/Removals/Syllabi Approvals
• New Business
• Catalog Language Changes
• Utah's Public Lands
• Adjourn: 9:30 am

Educational Policies Committee Minutes February 5, 2026, Utah State University

Educational Policies Committee

• Approval of Minutes - January 8, 2026
• Subcommittee Reports
• Curriculum Subcommittee
• Program Proposals
• Academic Standards Subcommittee
• General Education Subcommittee
• Center for Civic Excellence
• Other Business
• Adjourn: 3:47 pm

Faculty Senate Agenda February 2, 2026, Utah State University

Faculty Senate & Faculty Senate Executive Committee

• 3:00 Call to Order
• Approval of Minutes January 5, 2026
• 3:05 University Business
• 3:20 Faculty Senate Business
• 3:35 Report
• School of Graduate Studies
• Professional Responsibilities and Procedures Committee
• Office of Research
• 4:00 Old Business
• 4:05 New Business
• 4:10 Information
• EPC Report - January 8, 2026
• Adjourn: 4:30 pm

Critical Student Agency In An Integrated Social Studies Unit, Bolaji Bamidele, Kristin A. Searle

Instructional Technology and Learning Sciences Student Research

Background: Research has highlighted the value of centering student voices and agency in classroom contexts, yet few curricula explicitly foreground critical agency in their design. This qualitative case study examines how students enact agency within an integrated curriculum that combines computer science, social studies, and Indian Education for All (IEFA) standards. The unit focused on tribal sovereignty and why treaties still matter for indigenous people today, enabling students to connect their lived experiences to broader sociopolitical contexts. Data were collected through classroom observations, student and teacher interviews, and student artifacts. Results: Analysis revealed that students performed agency in three interrelated …

A Closer Look At Shielding Gas In Laser Powder Bed Fusion: A Review, Tasrif Ul Anwar, Nadia Kouraytem

Mechanical and Aerospace Engineering Student Publications and Presentations

The ongoing advancement of additive manufacturing (AM) techniques, particularly in laser powder bed fusion (LPBF), is effectively bridging the knowledge gap between AM and conventional manufacturing methods. At present, most of the research is focused on optimizing key process parameters such as laser power, laser speed, hatch spacing, layer thickness, scan pattern, powder size distribution, and so on. These studies help improve the part density and refine the microstructure of LPBF components, thereby enhancing the mechanical properties. Despite these advancements, an area in LPBF that is receiving comparatively less attention is the shielding gas: its flow during the printing process, …

Fact Sheet: Kratom, Cadence Johnnie, Ashley Yaugher, Aaron Hunt, Cara Murray, Timothy Keady

All Current Publications

There are many common myths and misunderstandings associated with kratom. Kratom (Mitragyna speciosa) is a tropical tree native to Southeast Asia. In recent years, kratom use has grown in the United States. It is sold in various forms, including capsules, powders, and most commonly as liquid extracts or “shots." These kratom products are promoted as health supplements, advertised for benefits such as boosting energy, enhancing mood, or producing opioid-like effects. However, most users may not fully understand what they are consuming or the potential risks it carries. Commercial kratom products vary widely in their chemical composition. Synthetic (human-made) or …

Compilation Of A Nationwide River Image Dataset For Identifying River Channels And River Rapids Via Deep Learning, Nicholas Brimhall, Kelvyn K. Bladen, Thomas Kerby, Carl J. Legleiter, Cameron Swapp, Hannah Fluckiger, Julie Bahr, Makenna Roberts, Kaden Hart, Christina L. Stegman, Brennan L. Bean, Kevin R. Moon

Mathematics and Statistics Student Research and Class Projects

Remote sensing enables large-scale, image-based assessments of river dynamics, offering new opportunities for hydrological monitoring. We present a publicly available dataset consisting of 281,024 satellite and aerial images of U.S. rivers, constructed using an Application Programming Interface (API) and the U.S. Geological Survey’s National Hydrography Dataset. The dataset includes images, primary keys, and ancillary geospatial information. We use a manually labeled subset of the images to train models for detecting rapids, defined as areas where high velocity and turbulence lead to a wavy, rough, or even broken water surface visible in the imagery. To demonstrate the utility of this dataset, …

Faculty Senate Executive Committee Minutes January 20, 2026, Utah State University

Faculty Senate & Faculty Senate Executive Committee

• Call to Order
• University Business
• Faculty Senate Business
• Reports
• School of Graduate Studies
• Professional Responsibilities and Procedures Committee
• Office of Research
• Old Business
• New Business
• Information
• Adjourn: 4:30 PM

Raw Data Files Contributing To "Changes In Apoe And Timp-1 Expression Correlate With Outer Blood-Retinal Barrier Disruption In An In Vitro Model Of Retinal Aging", Elizabeth Vargis

Browse all Datasets

Age-related macular degeneration (AMD) is a leading cause of blindness worldwide. Unfortunately, the early stages of this disease are poorly understood, which has led to limited treatment options. Investigating normal changes in tissues eventually affected by AMD can further elucidate the mechanisms of disease progression and lead to novel therapeutic targets. The primary cell layer affected in AMD is the retinal pigment epithelium (RPE), which forms the outer blood-retinal barrier (oBRB). Beneath the RPE lies Bruch’s membrane, a proteinaceous layer that naturally thickens and stiffens with age. These changes to Bruch’s membrane are also implicated in RPE dysfunction and AMD …

Faculty Senate Executive Committee Agenda January 20, 2026, Utah State University

Faculty Senate & Faculty Senate Executive Committee

• 3:00 Call to Order
• Approval of Minutes December 15, 2025
• 3:05 University Business
• 3:20 Faculty Senate Business
• 3:25 Report
• School of Graduate Studies
• Professional Responsibilities and Procedures Committee
• 3:45 Old Business
• 3:50 New Business
• 4:00 Information
• EPC Report - January 8, 2026
• Adjourn: 4:30 pm

Simulation Study On Nh3 Combustion And NoX Emissions Under Gas Turbine-Relevant Conditions, Kumeesha Arumawadu, Braxton Wiggins, Ziyu Wang

Mechanical and Aerospace Engineering Student Publications and Presentations

Ammonia (NH₃) is a zero-carbon fuel and an attractive hydrogen (H₂) carrier for gas turbine power generation due to its high energy density, ease of storage, and transportation. This study numerically investigates NH₃/air combustion using a hybrid Well-Stirred Reactor (WSR) and Plug Flow Reactor (PFR) model in Cantera at pressures of 1–20 atm, temperatures of 1850–2150 K, and equivalence ratios (ϕ) of 0.7–1.2. The effects of pressure, equivalence ratio, and temperature on NH₃ conversion and NO formation are examined. Results show that NH₃ exhibits a non-monotonic conversion curve with pressure after the …

Exploring Runtime Sparsification Of Yolo Model Weights During Inference, Tanzeel-Ur-Rehman Khan, Sanghamitra Roy, Koushik Chakraborty

Electrical and Computer Engineering Student Research

In the pursuit of real-time object detection with constrained computational resources, the optimization of neural network architectures is paramount. We introduce novel sparsity induction methods within the YOLOv4-Tiny framework to significantly improve computational efficiency while maintaining high accuracy in pedestrian detection. We present three sparsification approaches: Homogeneous, Progressive, and Layer-Adaptive, each methodically reducing the model’s complexity without compromising its detection capability. Additionally, we refine the model’s output with a memory-efficient sliding window approach and a Bounding Box Sorting Algorithm, ensuring precise Intersection over Union (IoU) calculations. Our results demonstrate a substantial reduction in computational load by zeroing out over 50% …

Atmospheric Waves Experiment (Awe) Thermal Control System: Review Of On-Orbit Performance, Matthew I. Ralphs, Mike Holt

Space Dynamics Laboratory Publications

This paper reviews the Atmospheric Waves Experiment (AWE) detector thermal control system’s (TCS) performance for over two years of operation on the Internation Space Station (ISS). The TCS employs active thermal control for the InGaAs detectors with thermoelectric coolers (TEC). Each of the four detectors are controlled by a dedicated TEC at a nominal setpoint of -30°C, with heat transported away via low-mass, high-conductance pyrolytic graphite sheet (PGS) thermal straps into a nickel-plated copper conductor bar. A bi-directional radiator with Silver Teflon ensures an unobstructed view that can radiate the heat away to space. Titanium isolators decouple the detectors from …

A Suite Of Thermal Switches For Surviving Extreme Thermal Environments In Space, Matthew I. Ralphs, Matt Jensen, Alexis Eames, Matt Sinfield

Space Dynamics Laboratory Publications

Thermal switches are a key enabling technology for spacecraft operating in extreme thermal environments. Whether surviving the lunar night, managing intermittent high-power loads from deep space communication systems, or dealing with other extreme thermal environments, high-performance thermal switches allow critical missions to operate beyond conventional thermal design limits. This paper presents the development, testing, and performance of a suite of passive thermal switches designed for both spacecraft- and subsystem-level thermal control. The suite includes: (1) traditional in-line switch placed between sensitive components and radiators; (2) compact designs suitable for integration into standard bolted joint interfaces to modulate the conductance between …

Hypersonic Non-Equilibrium Cfd And Dsmc Model Comparisons With The Varda Reentry Capsule, Jack D. Crespo, Paolo Valentini, Ashwin P. Rao, Zach S. Davis

Space Dynamics Laboratory Publications

Nonequilibrium aerothermodynamic modeling of the Varda hypersonic testbed capsule is conducted with direct simulation Monte Carlo (DSMC) and computational fluid dynamics (CFD) solvers. Flowfield properties at the 78 km reentry trajectory point are extracted to compute line of sight spectral radiance using two radiative emission codes, namely HARA and NEQAIR. Computed spectra are compared to spectral radiance measured by an in situ optical emission spectroscopy payload flown on Varda’s W-2 capsule in 2025. Model comparisons to the experimental data reveal discrepancies between the HARA and NEQAIR radiative emission predictions in both overall magnitude and qualitative behavior. NEQAIR was found to …

An Investigation Of A Mach 15 Flow Over A Blunt Wedge Using First-Principles Potential Energy Surfaces: Influence Of Wall Temperature, Paolo Valentini, Zach Davis, Maninder S. Grover, Nicholas J. Bisek

Space Dynamics Laboratory Publications

The simulation of a Mach 15 air flow over a blunt wedge is conducted using the direct molecular simulation (DMS) method. Due to partial dissociation of the air mixture at the imposed free stream conditions, the shock layer contains N₂, O₂, NO, N, and O. All potential energy surfaces (PESs) used to model the various molecular interactions only describe electronic ground states energetics. Thus, no electronic excitation is modeled. An isothermal wall boundary condition is imposed, with full momentum and energy accommodation. Two wall temperatures are considered in this work, namely 1,000 K and 2,000 K. …

Curriculum Subcommittee Minutes January 8, 2026, Utah State University

Educational Policies Committee

• Approval of Minutes - December 4, 2025
• Program Proposals
• Semester Course Approval Review
• Other Business
• Adjourn: 3:00 pm

Educational Policies Committee Agenda January 8, 2026, Utah State University

Educational Policies Committee

• Approval of Minutes - December 4, 2025
• Subcommittee Reports
• Curriculum Subcommittee
• Academic Standards Subcommittee
• General Education Subcommittee
• Other Business
• Adjourn: 4:00 pm

General Education Subcommittee Minutes January 8, 2026, Utah State University

Educational Policies Committee

• Call to Order
• Approval of Minutes - December 4, 2025
• Course Approvals/Removals/Syllabi Approvals
• New Business
• Adjourn: 9:30 am

Educational Policies Committee Minutes January 8, 2026, Utah State University

Educational Policies Committee

• Approval of Minutes - December 4, 2025
• Subcommittee Reports
• Curriculum Subcommittee
• Program Proposals
• Academic Standards Subcommittee
• General Education Subcommittee
• Center for Civic Excellence
• Other Business
• Adjourn: 3:25 pm

Curriculum Subcommittee Agenda January 8, 2026, Utah State University

Educational Policies Committee

• Approval of Minutes - December 4, 2025
• R401 - Program Proposals
• Semester Course Approval Reviews
• Other Business
• UCC and EPC Handbook updates
• Adjourn: 3:00 pm

General Education Subcommittee Agenda, January 8, 2026, Utah State University

Educational Policies Committee

• Call to Order
• Approval of Minutes - December 4, 2025
• Course Approvals/Removals/Syllabi Approvals
• New Business
• Depth Courses and Engineering Discussion
• Additional Items
• Adjourn: 9:30 am

Civc Curriculum Committee Minutes January 7, 2026, Utah State University

Educational Policies Committee

• Call to Order
• New Business 
• Adjourn: 10:02 am 

Preliminary Evaluation Of Remote Sensing Evapotranspiration Models For Field-Scale Agricultural Water Management In Arid Central Iran, Somayeh Sima, Iman Raissi Dehkordi, Mohammadhosein Taghikhani, Neamat Karimi

Civil and Environmental Engineering Faculty Publications

Accurate estimation of actual evapotranspiration (ET_a) is crucial for effective water resource management and optimizing agricultural yields. While satellite-based surface energy balance ET_a models are widely adopted, their field-scale accuracy in under-researched regions, such as Iran, remains a critical knowledge gap. This study assesses five prominent models—PySEBAL, PyMETRIC, SSEBop, PyTSEB, and ETLook (from FAO’s WaPOR v.2, L1 product)—for daily ET_a estimation over an alfalfa field in the arid central part of Iran. Models were adjusted for the field using in situ weather data and Landsat-8 images, and validated against the scintillometer data. Results showed SSEBop provided …

Faculty Senate Agenda January 5, 2026, Utah State University

Faculty Senate & Faculty Senate Executive Committee

• 3:00 Call To Order
• Approval of Minutes December 1, 2025
• Approval of Amended Minutes November 3, 2025
• 3:05 University Business
• 3:20 Faculty Senate Business
• 3:35 Reports
• Council on Teacher Education
• Scholarship Annual Report
• University Studies Report
• 3:50 Old Business
• 3:55 New Business
• Commencement
• 4:00 Information
• EPC Report - December 4, 2025
• Adjourn: 4:30 pm

Faculty Senate Minutes January 5, 2026, Utah State University

Faculty Senate & Faculty Senate Executive Committee

• Call to Order
• University Business
• Faculty Senate Business
• Report
• Council on Teacher Education
• Scholarship Annual Report
• University Studies Report
• Old Business
• New Business
• Information
• Adjourn - 4:06 pm

Methods Of Harvest And Compositional Characterization Of Hemp Fibers From Medical Cannabis Biomass Using Detergent Fiber Analysis, Abigail Lazier, Srishti Banerji, Jennifer Macadam, Bruce Bugbee

Publications

Medical cannabis production generates large quantities of stem biomass that is typically discarded despite its potential as a source of natural hemp fibers. This study developed and evaluated two methods for recovering fibers from greenhouse-grown medical cannabis using water retting and compared their composition with commercially produced industrial hemp fibers. Fiber quality was assessed using detergent fiber analyses to quantify cellulose, hemicellulose, and lignin fractions. Both harvest methods produced usable fibers, although one approach (method A) yielded cleaner fibers after shorter retting durations, while the second approach (method B) offered greater potential for large-scale processing. Increasing retting duration improved fiber …

The Utah Reusable Root Module: Evapotranspiration Dynamics And Moisture Sensor Performance In Five-Month Reused Peat-Based Media, Claudia Garrido-Ruiz, Bruce Bugbee, Juan D. González-Teruel, Scott B. Jones

Controlled Environments

Efficient water management is essential for closed-loop food production in space applications. The Utah Reusable Root Module (URRM) is designed to support repeated cropping in the same peat-based growth media. Here, we report moisture sensor performance, nighttime-to-daytime evapotranspiration (ET) rate, yield, and water-use efficiency (WUE) in the Engineering Development Unit (EDU) using Outredgeous lettuce. Five previous crops had been planted in the same media, and this study reports growth and ET from the final crop cycle. Volumetric water content (θ_ᵥ) was monitored using two electromagnetic moisture sensors (CS650 and TEROS ONE) across five root modules (RMs) with multiple …