2025 Utah Rural Schools Conference

The landscape of secondary assessment in Utah is entering a phase of significant change. Following the passage of SB 39 (2025), the state is transitioning from the fixed-form Utah Aspire Plus (UA+) to a course-based, computer-adaptive High School RISE model for English Language Arts, Mathematics, and Science. For rural LEAs—where teachers often operate as "departments of one"—this shift introduces unique technical hurdles alongside powerful new data opportunities.This session provides a comprehensive roadmap for these upcoming changes, specifically addressing how the move from predictive, grade-based scores to adaptive, course-based reporting directly affects instructional planning. Unlike the previous model, the High School RISE model ensures that data is a precise reflection of the specific course being taught, offering rural educators a clearer picture of student mastery within their specific disciplines.We will dive deep into three primary challenges unique to the rural experience:Overcoming Professional Isolation: We provide "pre-packaged" formative tools and USBE resources, such as the Performance Task Writing Template, to reduce the burden of designing assessments from scratch.Managing Instructional Breadth: We demonstrate how course-based data empowers teachers who lead multiple subjects to refine instruction with subject-specific accuracy.Mitigating Data Volatility: We explain how the Computer Adaptive (CAT) model provides more statistically reliable measures in small cohorts, ensuring that individual outliers do not skew school-wide results.Attendees will leave equipped with a clear understanding of USETS and UTIPs, ready to leverage these state resources to support local needs and foster resilient, data-informed rural classrooms.

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: None

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: None

General idea- we will be providing simple and easy ideas of how you can increase engagement through organization, reading, technology and going old school with paper and pencil (we will provide more details). 

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: None

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: Any of these

It's been 250 years since the pivotal events of 1776. The student activities, lesson plans, and resources from America250 Utah will help you connect to the our nation's founding and our state's rich history no matter what content you teach! This session will introduce key resources for elementary, middle, and high school, with a focus on events that connect to Utah in 1776, and the individuals, groups, ideas, and actions that shaped the Revolutionary Era.America250 Utah offers hands-on opportunities to explore history, create shared experiences, and engage with this milestone celebration. You can create powerful opportunities for your students and school community to reflect on our nation’s past, honor the contributions of all Americans, and look together toward the future. Presenters: Wendy Rex Atzet, PhD, and Rebecca Kirkman, Curriculum Specialist, Utah Historical Society

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: None

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: Any of these

🛝 Format Alert: This is a fluid, 2-hour "drop-in" playground where you can stop by anytime to explore small-group activities at your own pace.

TBD

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: Not Applicable

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: Not Applicable

🧠 Format Alert: This is an immersive, 2-hour deep-dive workshop designed for intensive, uninterrupted coverage of this topic.

In our hands-on session, we will practice how to implement kinesthetic activities aligned with fourth-grade SEEd standards, specifically Strand 4.4. We will develop models for day/night cycles, changing constellations throughout the year, and for why our Sun is the brightest star. By using our bodies to model the Earth, participants will demonstrate how rotation and revolution cause the cycles of day and night and changing constellations throughout the year. Participants will also become individual stars by holding an LED light as they investigate how distance relates to perceived brightness and will work together to form the constellation of Orion. This session will emphasize the use of models and how they provide evidence for constructing explanations of astronomical phenomena. Clark Planetarium is pleased to offer a kit of free, take-away materials for teachers to apply the activities in their classroom. More information can be found at https://www.saltlakecounty.gov/clark-planetarium/education/ (scroll down to “Fourth Grade Astronomy Kit Activities”).

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: None

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: None

🧠 Format Alert: This is an immersive, 2-hour deep-dive workshop designed for intensive, uninterrupted coverage of this topic.

Come engage with hands-on, phenomenon-based, 3D investigations and lesson plans that explore Utah’s mountain ecosystems. Covering all Sixth Grade life science SEEd standards 6.4.1-6.4.5, this bin includes customizable curriculum, over 100 specimens, drone footage, scientific tools, and more! The bins are reusable resources located at districts and service centers statewide and are available at no cost to Utah public schools (district and charter).

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: None

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: None

🕒 Format Alert: This is a fast-paced, 20-minute showcase that is grouped together with two other quick sessions in this time block.

Check out elementary leveled websites that provide project-based learning ideas that engage students to connect Science, Technology, Engineering, Arts, and Math. Teachers are often overwhelmed by the numerous responsibilities they face these days. These websites provide access to platforms and resources, such as SORA, MissionIO, USBE, PhET, PBS, and other resources. Connecting these resources with the curriculum to ignite STEAM and cross-curricular activities.

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: Not Applicable

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: Not Applicable

This one-hour session highlights how the BYU 3D Rural Science Teachers (3D-RST) project supports rural educators in implementing three-dimensional science instruction aligned with Utah SEEd Standards and NGSS. Participants will explore a classroom-tested Grade 8 chemistry lesson focused on oxidation that integrates Science and Engineering Practices (SEPs), Disciplinary Core Ideas (DCIs), and Crosscutting Concepts (CCCs) through meaningful, place-based phenomena.Using the 2019 Zion National Park rockfall and a hands-on fruit oxidation investigation, the lesson engages students in planning and carrying out investigations to determine whether a chemical reaction has occurred. Participants will see how students analyze patterns in observable properties—such as color change—to develop evidence-based explanations for chemical change, directly addressing Utah SEEd Standard 8.1.3.The session emphasizes how 3D-RST lessons are intentionally designed for rural contexts, using low-cost, easily accessible materials and flexible structures that support small class sizes, limited lab resources, and multi-prep teaching assignments. Presenters will walk through how the lesson scaffolds student sensemaking, supports discourse, and makes three-dimensional learning explicit and visible.Participants will leave with access to all lesson materials developed through the 3D-RST project, along with practical strategies for adapting phenomenon-based, three-dimensional instruction to their own rural classrooms and local contexts.

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: None

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: None

The Holocaust Learning Experience is a free resource offered to any school district, charter school, private school or home school network.During this session participants will experience one of our over 40 lessons from the Holocaust and discover how these lessons are imperative to teaching resiliency and empathy. Data will be shared, teachers will hear about the thousands of survey outcomes we have received and how the program is impacting students and teachers, how they are learning and understanding the importance of standing up for others. Character building is at the heart of our program, we are transforming generations to understand the importance of mitigating the language of hate, bigotry, bias and antisemitism, through the lens of lessons from the Holocaust.

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: Windows Laptop

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: None

💻 Format Alert: This is an extended, 2-hour hands-on session—please bring your own laptop or tablet to fully participate!

Have you seen or heard that the RISE assessments have clusters?  We will learn what assessment “clusters” are, how to write them, and then write them for use in our classrooms as part of our formative assessment process.  Participants will be able to focus on ELA, Mathematics, or Science with support from the USBE Assessment Specialists.The RISE assessments in grades 3-10 include clusters, so utilizing this assessment format in classrooms can help prepare students for the RISE assessments.

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: None

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: Any of these

🕒 Format Alert: This is a fast-paced, 20-minute showcase that is grouped together with two other quick sessions in this time block.

Teach your students a simple, hands-on method for modeling Moon phases by using their own hand to represent the Moon’s position relative to the Earth and Sun; this interactive strategy helps them visualize and understand how phases change over time and serves as a memorable tool to support their success on the RISE test.

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: None

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: None

The presentation is on 3 dimensional science lessons.In Why the Moon Doesn’t Yeet into Space, students explore how gravity and inertia work together to keep the Moon in orbit around Earth. Using the Earth–Moon system as an anchor phenomenon, students investigate the driving question: What keeps the Moon from falling into Earth or flying off into space?Students begin by observing a simulation of the Moon orbiting Earth and sharing initial ideas. They then build background knowledge by reading about gravity and inertia and connecting these concepts to familiar experiences, such as a passenger continuing to move forward when a car suddenly stops. Through discussion and guided questioning, students deepen their understanding of inertia as forward motion and gravity as an attractive force.To model orbital motion, students use marbles and paper plates with gaps to represent gravity and inertia. As marbles roll around the plate and then exit through the opening, students observe how the marble continues in a straight line when the “gravitational pull” is removed. By testing marbles of different masses, students evaluate how well the model represents real orbital motion and identify its limitations.Students synthesize their learning by drawing and explaining a model that shows how gravity and inertia interact to keep the Moon in orbit. The lesson emphasizes developing and using models, identifying system interactions, and explaining unobservable mechanisms, aligning with Utah SEEd Standard 6.1.2 and NGSS expectations.

Participants MUST HAVE one of the following platforms/devices in order to participate in this session: None

Participants MAY FIND IT USEFUL to have one or more of the following platforms/devices during this session: None