Learn how to help students create stop-motion animated movies to model the atomic rearrangement that occurs during simple chemical reactions!

TAKEAWAYS:
Attendees will learn: 1. basic techniques for planning and creating stop-motion animated films; 2. how to use this tool to model the atomic rearrangement that occurs during chemical reactions; and 3. how best to teach students how to use stop-motion to create their own animated movie models.

SPEAKERS:
Steven Gaskill (K.O. Knudson Middle School: Las Vegas, NV), Heather Rampton (K.O. Knudson Middle School: Las Vegas, NV)

Experiment with the “sugar-blocking” tea Gymnema sylvestre and model cellular communication pathways in the tongue and the gut before evaluating possible mechanisms of action.

TAKEAWAYS:
Participants will learn: 1. how to model the physiology of sweet taste perception; 2. how the systems that detect sugar can be disrupted; and 3. how to evaluate three proposed mechanisms of action.

SPEAKERS:
Joan Griswold (University of Washington: Seattle, WA)

Make student thinking come to life with notebooks! Increase the rigor of student work—learn new strategies for organizing content and how to use templates for any science class. Take home current NGSS classroom examples to get you started.

TAKEAWAYS:
1. The how and why of science notebooks; 2. Engaging ALL students in science; and 3. Templates scaffold student learning for success.

SPEAKERS:
Jennifer Weibert (Fresno County Office of Education: Fresno, CA)

Solar system objects are grouped by characteristics. We model how scientists classify solar system objects. What’s a planet, dwarf planet, etc.? Is Pluto a planet?

TAKEAWAYS:
1. We, including scientists, group objects to help us understand and describe the world around us; 2. The way we, including scientists, group things may depend on the manner in which we are studying them, i.e., there may be more than one “correct” answer; and 3. Objects in the Solar System (planets, dwarf planets, asteroids, comets, moons) can be grouped by their properties: rocky surfaces, gaseous atmospheres, orbit around the Sun or a planet, where they are in the Solar System, etc.

SPEAKERS:
Larry Lebofsky (Senior Education Specialist: Tucson, AZ)

Learn about the chemical properties of copper using appropriate technology in this hands-on activity.

TAKEAWAYS:
Participants will; 1. learn to research and design an inquiry experiment; 2. use technology to gather and analyze data from the inquiry; and 3. visualize what occurs on the submicroscopic level by employing particulate drawings.

SPEAKERS:
Gregory Dodd (Retired Chemistry Teacher: Pennsboro, WV)

Discussion centers on tools to properly analyze Black students’ scientific work to determine if the misconceptions and misunderstandings are a learning issue or language issue. This workshop focuses on the use of language to reduce the ethnic achievement gap in science.

TAKEAWAYS:
1. Analyzing students’ work from a linguistic lens; 2. Recognizing biases when it comes to student language; and 3. Pushing Black students academically forward without making them feel torn between two language worlds.

SPEAKERS:
Jonte' Lee (Whittier Elementary: Kansas City, KS)

You’ve used blood glucose regulation to teach homeostasis. Extend those lessons with classroom-ready strategies that address how policy and place contribute to type 2 diabetes.

TAKEAWAYS:
Participants will; 1. become familiar with a research-based storyline that disassociates genetics from health outcomes; 2. l Learn that type 2 diabetes is a complex condition that is heavily influenced by environmental factors such as access to resources, personal choice, product marketing, public policy, socioeconomic status, and stress; and 3. learn that environmental factors can both increase and decrease a person’s risk for type 2 diabetes.

SPEAKERS:
Joan Griswold (University of Washington: Seattle, WA)

Explore caloric and nutritional values of NASA's space food. Discover a menu of inquiry activities/resources to integrate into the classroom to satisfy your STEM appetite.

TAKEAWAYS:
1. Explore NASA STEM activities that investigate space food and nutrition for astronauts living on the Space Station; 2. Construct sample space food menus to develop a better understanding of nutrition for human space exploration; and 3. Make connections between math, science, nutrition, and exercise while exploring the impact of living in space and in our gravity-filled environment here on Earth.

SPEAKERS:
Barbie Buckner (NASA Goddard Space Flight Center: Greenbelt, MD)

Choose which of these free resources for equitable science instruction are most relevant to your work. Then read, discuss, and plan!

TAKEAWAYS:
1. Science learning is culturally rooted, and strong instruction should take an asset-based approach to young peoples’ ways of thinking and knowing; 2. Developing more inclusive classrooms is a constant process. There are always steps educators can take to support equity, no matter where they are in their journey; and 3. These resources offer tangible next steps educators can take toward equity in their classroom, from identifying meaningful anchor phenomena (stemteachingtools.org/brief/42) to teaching biology in more gender-inclusive ways (stemteachingtools.org/brief/76) to fostering more student talk (stemteachingtools.org/brief/35).

SPEAKERS:
Deb Morrison (Educator and Learning Scientist: Seattle, WA), Abby Rhinehart (University of Washington: Seattle, WA)

Learn what representations and data your students can use to bridge phenomena and mathematics, and how to assess kinematics understanding, as opposed to rote algebra skills.

TAKEAWAYS:
1. Using authentic data from real, open-access journal articles to model motion; 2. Students using multiple representations to shift back and forth from pictures, graphs, and math; and 3. Assessing students' understanding through their performance using real data.

SPEAKERS:
Christopher Moore (University of Nebraska Omaha: Omaha, NE)

Make the conceptual leap from 2D to 3D and make teaching topography, topographic maps, and topographic profiles a concrete, engaging hands-on learning experience.

TAKEAWAYS:
1. Modeling is a key process within the NGSS, participants will walk away with multiple engaging hands-on activities that will allow their students to model and visualize 2D topographic maps and profiles as 3D representations; 2. Using topography that is unique to the community (Mt. Saint Helens for example), participants will be able to understand the environmental and topographic impacts of geological processes; and 3. Making the abstract concrete using simple and inexpensive materials makes the learning accessible and impactful to more diverse learners.

SPEAKERS:
Richard Jones (University of Hawaii-West Oahu: Kaploei, HI)

Participants will combine engineering and biology as they work through a free activity from a no-cost introductory curriculum on the emerging field of Synthetic Biology.

TAKEAWAYS:
Looking for free resources and innovative ways to introduce engineering into K–12 classrooms? American Society for Engineering Education’s (ASEE) pre-college division will share them!

SPEAKERS:
Leonardo Morsut (University of Southern California: Los Angeles, CA), Wendy Wooten (Reseda Charter High School: Reseda, CA)

Multiple lessons were learned with remote instruction that can be transitioned into the face-to-face classroom and that support blended science instruction. Examples, tools, and strategies provided.

TAKEAWAYS:
1. Discuss the lessons learned during remote instruction that have the staying power and should be part of blended instruction; 2. Identify positive instructional strategies that maximize technology and digital tools and determine the best way to transition those tools into the blended classroom; and 3. Engage in example activities where connections between digital tools and strategies for use in student engagement are made.

SPEAKERS:
Christine Anne Royce (Shippensburg University: Shippensburg, PA)

This workshop provides participants with materials to construct a probe that can safely stimulate muscle movements in the arms and hands to build understanding of the nervous system’s interactions with the muscular skeletal systems.

TAKEAWAYS:
1. How the nerves utilize electrochemical energy to create muscle movements; 2. How muscles when stimulated can move limbs; and 3. How to repurpose and utilize a TENS unit to demonstrate interactions of the neural and muscular skeletal systems.

SPEAKERS:
Mark Malone (University of Colorado at Colorado Springs: Colorado Springs, CO)

Problem solving? Creativity? Collaboration? Design Challenge? Join in a mini design challenge and develop your own challenge tailored for your class before you leave.

TAKEAWAYS:
Design sprints: 1. support innovation by solving a problem in a quick and creative manner; 2. engage students in 21st-century skills; and 3. incorporate many of the Next Generation Science Standards Science and Engineering Practices.

SPEAKERS:
Liz Martinez (Curriculum/Professional Development: Escondido, CA)

Students bring amazing intellectual resources to make sense of natural phenomena. Come learn how to notice and leverage these resources in your teaching.

TAKEAWAYS:
1. Identify equity dimensions of sensemaking through the science and engineering practices; 2. Learn to see different ways students contribute to making sense of phenomena—and connect to science; and 3. Better appreciate that navigating multiple ways of knowing is the basic human condition, not the exception.

SPEAKERS:
Deb Morrison (Educator and Learning Scientist: Seattle, WA), Tana Luther (Louisiana Dept. of Education: Baton Rouge, LA)

Experience how the discussion diamond protocol can help support students’ argumentation skills and Claim-Evidence-Reasoning writing through peer discourse.

TAKEAWAYS:
1. Student discourse can be used to support the development of students’ argumentation skills; 2. The discussion diamond protocol provides students with a structure to build scientific arguments based on evidence and reasoning in collaboration with their peers; and 3. The discussion diamond protocol is a versatile tool that can be adapted for students at different skill levels and in various subjects.

SPEAKERS:
Nicole Ciccarello (Beverly Hills High School: Beverly Hills, CA)

We are awash in assessment data, but often it’s overwhelming to make sense of it. Join us to learn tips and strategies for wrangling data.

TAKEAWAYS:
1. Explore new ways to organize data collection and raw data to aid in exploring the data for stories after it is collected; 2. Acquire skills in tying questions, data types, and data visualizations to enhance your ability to make sense of the assessment data; and 3. Identify next steps to better utilize and leverage your assessment data to help you measure students’ success and know what steps to consider next.

SPEAKERS:
Kristin Hunter-Thomson (Dataspire Education & Evaluation, LLC: No City, No State)

Use each stage of the Engineering Design Process to complete a team challenge of building and launching a satellite while making connections to NASA missions.

TAKEAWAYS:
Participants will: 1. learn about and use the engineering design process to build and perform a drop test of a satellite using NASA’s BEST activities; 2. learn how to integrate the process skills of measuring, calculating, designing, and evaluating while teaching the engineering design process; and 3. make real-life connections to how NASA engineers use the engineering design process and work as teams to accomplish their mission goals.

SPEAKERS:
Barbie Buckner (NASA Goddard Space Flight Center: Greenbelt, MD)

Connect to nature, explore biodiversity data, and build science practices with eBird citizen science. Bring your own device and use free apps to discover birds and beyond, wherever you are.

TAKEAWAYS:
Participants will be able to: 1. use the Merlin bird ID app to identify birds and create a list of the most 10 common birds in their area, and to use the eBird citizen science app to submit a checklist of birds; 2. define citizen science and describe how it can help students develop data literacy, deepen understanding of biodiversity, uncover real-world patterns and trends, and support conservation efforts; and 3. name and access at least three freely available resources (such as apps, online interactives, videos, lesson plans, data visualizations, and projects) that are suitable to use in their classroom to diverse learners in citizen science.

SPEAKERS:
Jennifer Fee (The Cornell Lab of Ornithology: Ithaca, NY)

Reading should not be limited to English courses. Leave with strategies on how to motivate students to explore science through scientific novels. Review three years of qualitative data on how novels increased  literacy, scientific fluency, scientific connectivity, and college preparation in a marine biology course.

TAKEAWAYS:
Teahers will: 1. learn how to use articles to make their content more applicable to the lives of the students; 2. receive strategies on how to get students to read more scientific articles; and 3. receive resources on selecting grade-appropriate scientific articles.

SPEAKERS:
Jonte' Lee (Whittier Elementary: Kansas City, KS)

Argument-Driven Inquiry is an instructional model that gives students an opportunity to learn how to use DCIs, CCs, and SEPs to explain natural phenomena and creates a learning environment where students are able to talk, read, and write in the service of sensemaking.

TAKEAWAYS:
1. How to use this instructional model, or way of teaching, to give students an opportunity to learn how to use the DCIs, CCs, and SEPs to make sense of natural phenomena; 2. How to give students an opportunity to use their own ideas and ways of communicating to talk, read, and write in the service of sensemaking; and 3. How to give students more opportunities to decide what counts as valid and acceptable and develop new criteria for what counts evidence in science.

SPEAKERS:
Todd Hutner (The University of Alabama: Austin, TX)

We will discuss a model for merging art and science instruction to attract and engage diverse students, develop science communication skills, and increase environmental stewardship.

TAKEAWAYS:
1. Strategies for, and benefits of, implementing interdisciplinary science research into a middle or high school science course; 2. Developing environmental stewardship in students; and 3. How to develop reflection skills, communication skills, and science research skills in students.

SPEAKERS:
Susannah Sandrin (Arizona State University West Campus: Phoenix, AZ)

Participants will learn about the key pedagogical model of computational thinking (CT) and see how it can be incorporated into lessons by teachers at all grade levels.

TAKEAWAYS:
1. Conceptual thinking; 2. Coastal erosion phenomenon; and 3. Take a complex problem, deconstruct it, and use data to reason a testable answer.

SPEAKERS:
Jamie Mixon (Louisiana Dept. of Education: Baton Rouge, LA), Tana Luther (Louisiana Dept. of Education: Baton Rouge, LA), Molly Talbot (Louisiana Dept. of Education: Baton Rouge, LA), Michelle Lewis (Louisiana Dept. of Education: Baton Rouge, LA)

Different strategies will be shared and discussed that have been used to make science accessible for all high school students.

TAKEAWAYS:
1. Relationship building ideas to help get to know your students; 2. See different formative assessments that work for all; and 3. Learn classroom activities that support learning.

SPEAKERS:
Brenda Walsh (Eden Prairie High School: Eden Prairie, MN)

The Dust Bowl and oil spills and disasters. What do they have in common? Engage in hands-on activities that investigate the interaction of Earth’s four spheres.

TAKEAWAYS:
1. Scientists from various disciplines work together to solve problems; 2. Earth’s atmosphere, biosphere, geosphere, and hydrosphere are constantly interacting with one another; and 3. Human interaction with Earth’s systems may be detrimental with long-term effects.

SPEAKERS:
Liz Martinez (Curriculum/Professional Development: Escondido, CA)

Learn how the structure of your inquiry activities can produce roadblocks for emergent bilinguals, and how shifts based on student strengths increase engagement and success.

TAKEAWAYS:
1. Good science modeling uses words and picture to make meaning. Working through multiple representations of phenomena shares similarities to translanguaging among bilinguals, resulting in a resource as opposed to a deficit approach to learning; 2. Student collaborations centered around representations, as opposed to language, are more inclusive and improve understanding for all students; and 3. Generative frameworks through chunking steps and heuristics allow for organization of understanding and context transfer.

SPEAKERS:
Christopher Moore (University of Nebraska Omaha: Omaha, NE)

Discover best practices for incorporating ELA and technology—they're easy to implement in your classroom! Grab your device and let's talk all things science…it's LIT fam!

TAKEAWAYS:
1. Examples of activities and assignments will be shared that can be incorporated in a variety of classroom science activities; 2. Attendees will create a foldable that can be used for a variety of topics and see how it was used in the classroom; and 3. Attendees will participate in a digital activity that can be manipulated to fit their content.

SPEAKERS:
Andrea Starks (Houston Middle School: Germantown, TN)

Join us to learn what sensemaking is and how to use research-based resources to engage students in making sense of the world around them.

TAKEAWAYS:
1. Develop an understanding of what sensemaking is and how it can help build classrooms where students are able to make sense of the world around them; 2. Using a Daily Do, explore the four critical attributes of sensemaking: Phenomena; Science and Engineering Practices; Student Ideas; and Science Ideas; and 3. See what Professional Learning Units are and how they can help bring sensemaking to your classroom.

SPEAKERS:
Tricia Shelton (NSTA: Arlington, VA), Elizabeth Allan (University of Central Oklahoma: Edmond, OK)

As an extension of our Type 2 Diabetes curriculum, we developed an online game to learn about blood glucose metabolism and the impact of disease.

TAKEAWAYS:
1. How to use the web-based game Blood Glucose Balance to engage learners in the complex phenomenon of glucose metabolism and diabetes; 2. Blood glucose levels are regulated to stay within a healthy range. Type 2 diabetes is the result of chronic high blood glucose levels over time, as mechanisms for regulation fails; and 3. Type 2 diabetes is a complex condition that is heavily influenced by environmental factors such as access to resources, personal choice, product marketing, public policy, socio-economic status, and stress.

SPEAKERS:
Joan Griswold (University of Washington: Seattle, WA)

Students love sketchnoting in science! Come learn how visual notetaking leads to deep processing and retention of content. Editable templates will be provided.

TAKEAWAYS:
1. What are sketchnotes; 2. How to use sketchnotes in science; and 3. How to greatly increase student processing.

SPEAKERS:
Jennifer Weibert (Fresno County Office of Education: Fresno, CA)

Join the UCLA Science Project as we explore structures and formats for science leaders looking to engage teachers around social justice in STEM classrooms.

TAKEAWAYS:
1. Co-construct a learning experience centered around inclusion and belonging within school site meetings; 2. Recognize how our identities and lived experiences impact our approaches to science education and leadership; and 3. Establish space and culture that sustains conversations around equity issues.

SPEAKERS:
Leticia Perez (WestEd: Alameda, 0), Zachary Cue (UCLA STEM+C3 and Science Project)

We will explore how students can use modeling and linked practices to engage with phenomena. Participants will take home a goody bag and lesson plans.

TAKEAWAYS:
1. We will demonstrate how students can use modeling, argumentative writing, and data analysis to explain different scientific phenomena throughout Earth and space sciences, life science, and physical sciences; 2. Participants will have the opportunity to build and revise three different kinds of models during the session as learners, and then reflect on how to use the same strategies with their students; and 3. Everyone will engage with different modeling scaffolds that increase inclusion and link the practice of modeling to others such as arguing from evidence, analyzing and interpreting data, and obtaining, evaluating and communicating information.

SPEAKERS:
James Clark (Director: Pleasanton, CA), Samantha Johnson (Arroyo High School: San Lorenzo, CA)

Explore free NGSS-focused activities from the U. S. Geological Survey and partners on earthquakes, shake intensity, and how the ShakeAlert® system works.

TAKEAWAYS:
After this session, participants will be able to 1) Find and use free activities and animations available at the ShakeAlert Education and Training Materials Website 2) Describe how P- and S-waves are critical to how the ShakeAlert® Earthquake Early Warning system works and how ShakeAlert improves earthquake preparedness. 3) Use USGS ShakeMaps to describe the factors that affect the intensity of earthquake shaking (Magnitude vs Shake Intensity activity).

SPEAKERS:
Jenny Crayne (Oregon Museum of Science and Industry (OMSI): Portland, OR), Robert DeGroot (U.S. Geological Survey: Pasadena, CA)

What can we learn from examining the CA ELPAC science-related test items? Join us for a hands-on exploration into how three-dimensional NGSS teaching and learning can increase students’ English language proficiency.

TAKEAWAYS:
1. Language proficiency is not a prerequisite for content instruction but an outcome of effective content instruction. Science learning and language development are mutually supportive; 2. As Emerging Multilingual Learners engage in science practices, they use disciplinary language and language functions (describe, sequence, evaluate, synthesize, etc.) to make sense of phenomena and to communicate their ideas; and 3. The functional use of language in social contexts improves language learners' communication abilities. Using language for meaningful purposes in an engaging science context improves students' ability to communicate in all areas and increases their language proficiency levels as measured by the ELPAC.

SPEAKERS:
Claudio Vargas (Sci-Lingual Education: Oakland, CA), Peter A'Hearn (California Association of Science Educators: Folsom, CA), Diana Velez (The Lawrence Hall of Science: Berkeley, CA)

Learn how to integrate the cultural resources your students bring to class with your science teaching and learning. Come explore equity-based cultural formative assessments.

TAKEAWAYS:
1. Resources for instructional leaders and educators to support and create meaningful connections between classroom science concepts and the application of those ideas in everyday situations; 2. Discussion of the implementation of these tools and resources in dynamic school environments; and 3. The strategies presented in this workshop can be used with any curricula, at any grade level, and in all subjects of science and engineering.

SPEAKERS:
Deb Morrison (Educator and Learning Scientist: Seattle, WA)

Complete a distracted driving simulation and discover free award-winning videos, STEM activities, and real-world applications exploring science, engineering, and vehicle crashworthiness. Free lesson plans included.

TAKEAWAYS:
Participants will: 1. complete a distracted driving simulation; 2. explore how scientific and engineering principles can be modeled in classrooms using crash test–related videos and activities; and 3. apply this crash science and vehicle safety knowledge and engage in safer behaviors when riding in or driving a vehicle.

SPEAKERS:
Griff Jones (University of Florida: No City, No State)

Discover how students may use their mobile devices to document “science in action,” anytime, anywhere, in this unique intersection between socratic questioning and place-based learning.

TAKEAWAYS:
How students may use their mobile devices: 1. to demonstrate their knowledge of scientific concepts in a real-world context; 2. connect this real-world context to crosscutting concepts; and 3. explore how this learning model may be used to support service learning in the science curriculum.

SPEAKERS:
Eric Walters (Marymount School of New York: New York, NY)

Let’s make a pocket solar system scroll. Come learn how to apply ratios to create a scale model of the planets based on your height.

TAKEAWAYS:
1. With a properly scaled solar system scroll, participants will identify inner and outer planets and readily SEE why they are named as such (ESS1, ESS2); 2. Understanding the concept of rations and fractions, part-to-whole, participants will leave being able to create a proportional solar system in their classroom, on a football field, or across their state; and 3. This activity takes unique NASA content, places it in context within the curriculum, and makes applications beyond the solar system that include scientific inquiry and scientific discovery while using mathematics to show proportions and relate to the overall structure of our solar system (ETS2).

SPEAKERS:
Barbie Buckner (NASA Goddard Space Flight Center: Greenbelt, MD)

STEM classrooms should establish a welcoming environment in which all individuals can use their cultural knowledge and practices to make sense of the world.

TAKEAWAYS:
1. A shared understanding of equity and social justice in science classrooms and STEM communities; 2. Approaches to identify and honor student-lived experiences and cultures; and 3. Challenge conventional notions of what counts as science.

SPEAKERS:
Jon Kovach (UCLA Science Project: Los Angeles, CA)

Let me introduce you to a free 3-D unit featuring progressive modeling supported by multimedia tools. It's a realistic and dynamic exploration of cells, cell systems, and disruption by pathogens. To learn more, please visit  https://teach.genetics.utah.edu/content/cells/.

TAKEAWAYS:
1. Where to access a new, free, NGSS-friendly unit on cell structure and function, cell systems, and pathogens; 2. How to integrate realistic multimedia and paper-based modeling exercises to depict the dynamic inner workings of cells and tissues; and 3. Experience with cell models that can be carried through to cell systems and infection by pathogens.

SPEAKERS:
Molly Malone (The University of Utah: Salt Lake City, UT)

Join this workshop and participate in a hands-on activity to help students overcome common chemical equilibrium misconceptions.

TAKEAWAYS:
Participants will: 1. take part in a hands-on inquiry activity with a chemical equilibrium having a large K value; 2. learn ways to overcome student misconceptions about equilibrium; and 3. llearn to use appropriate technology to facilitate data collection and analysis for an inquiry lab.

SPEAKERS:
Gregory Dodd (Retired Chemistry Teacher: Pennsboro, WV)

Identify elements in the spectra of supernova remnants to determine the properties of collapsed and exploded stars using web-based NASA X-ray data and image analysis tools.

TAKEAWAYS:
1. Js9 web-based software can be used to analyze NASA data sets to determine the type of supernova; 2. Js9 provides students with real opportunities to do astronomical research; and 3. Energy spectra from NASA data are used to determine the elements in a supernova remnant.

SPEAKERS:
Donna Young (NASA/NSO/UoL Program Manager: Laughlin, NV)

Empowering students to make science-based decisions requires acknowledgment and dialogue around the injustices marginalized communities have endured within scientific fields.

TAKEAWAYS:
1. Develop empathy through the exploration of historical events that have accumulated generational mistrust of STEM communities; 2. Create opportunities to acknowledge and validate personal experience even when it might contradict our personal experience or larger data sets; and 3. Explore the impact of the objectivity myth perpetuated within STEM educational spaces.

SPEAKERS:
Justin Betzelberger (UCLA Science Project: Los Angeles, CA), Zachary Cue (UCLA STEM+C3 and Science Project)

Start highlighting the practice of mathematics and computational thinking! We’ll utilize resources that allow students to engage in traditional and less traditional ways.

TAKEAWAYS:
1. Participants will engage as learners in different levels of mathematical representations, all of which emphasize how to make the practice more inclusive of all students; 2. Everyone will leave being able to demonstrate at least three different ways to mathematically represent authentic data; and 3. Participants will look critically at how to scaffold different graphical texts for student analysis.

SPEAKERS:
James Clark (Director: Pleasanton, CA), Samantha Johnson (Arroyo High School: San Lorenzo, CA)