Turning on a string of electric lights is the anchoring phenomenon in this storyline. Students ask questions about electricity sources, production, and uses.

TAKEAWAYS:
1. The system of producers and consumers of electricity we call the power grid is changing, and users are becoming more active participants; 2. Generators use magnetism and mechanical turning to create electricity, and burning carbon-based resources provides much of the energy that powers these generators; and 3. Energy efficiency and renewable and clean energy sources are important to the energy system of the future.

SPEAKERS:
Jana Sebestik (University of Illinois at Urbana-Champaign: Champaign, IL), Christina Tran (University of Illinois at Urbana-Champaign: Urbana, IL)

Practice hands-on strategies for engaging students with scientific notebooks, letters, photos, and drawings, highlighting scientific practices, nature of science, and connections between science and society.

TAKEAWAYS:
1. Access to millions of free digitized primary sources the Library of Congress has for K–12 science educators, including Thomas Jefferson’s weather journal, Robert Hooke’s first drawings of cells, photographs from the Dust Bowl, historic newspaper accounts about lead paint and electric cars, and much more!; 2. Multiple hands-on strategies for integrating science-related primary sources in the K–12 classroom to facilitate student engagement, critical thinking, and student-centered construction of knowledge; and 3. An understanding of how primary source analysis can lead to unique insights related to the Nature of Science, such as how scientists and engineers think, practice, and apply scientific principles and discoveries in the real world; how scientific ideas evolve over time; and how science and engineering are related to society.

SPEAKERS:
Michael Apfeldorf (Library of Congress: Washington, DC), Lesley Anderson (Albert Einstein Distinguished Educator Fellow: Washington, CA)

Increase multilingual learners’ success in STEM by taking a language-based approach. Assist multilingual learners to deconstruct and unpack dense scientific sentences as “STEM Sentence Detectives.”

TAKEAWAYS:
Participants will learn: 1. to select juicy sentences in scientific texts that will be challenging for multilingual learners; 2. to “unpack” the meaning of each sentence chunk to point out which elements of each chunk in the sentence are helpful in illuminating the meaning; and 3. several reading strategies that support multilinguals’ understanding of scientistic text.

SPEAKERS:
Maria Cieslak (Center for Applied Linguistics: Washington, DC)

In this hands-on workshop, participants learn how a culminating student performance task provided evidence of student learning while having a lasting impact locally.

TAKEAWAYS:
Attendees will learn: 1. building knowledge across units ensures success on culminating performance tasks; 2. a diversity of assessments allows access to a variety of learners to effectively assess student learning; and 3. building engaging performance tasks provides evidence of student learning while impacting the larger community.

SPEAKERS:
Vanessa Robertson (Envirolution: Reno, NV), Kristina Hadley (Swope Middle School: Reno, NV), Sylvia Scoggin (Retired Science Program Coordinator: Reno, NV)

My NASA Data will present the wealth of NGSS-focused NASA resources that promote learning in flexible Earth science classroom spaces such as hybrid, in-person, and virtual environments.

TAKEAWAYS:
1. Test out the newly updated Data Literacy Cubes to scaffold Earth science data exploration for a variety of learners; 2. Explore a wealth of three-dimensional resources that support teaching and learning with NASA Earth data; and 3. Navigate through the My NASA Data offerings to locate resources that support your teaching and learning goals.

SPEAKERS:
Desiray Wilson (Science Systems and Applications, Inc.: Hampton, VA), Janet Struble (: Toledo, OH), Jessica Taylor (NASA Langley Research Center: Hampton, VA)

Learn how to develop holistic and equitable coding programs through positive social-emotional development, the inclusion of diverse role model representation, and connecting coding to activism!

TAKEAWAYS:
Attendees will: 1. better understand the computer science landscape and how holistic programming can be a tool for addressing the gender gap in tech; 2. learn how to incorporate the three essential components every equitable coding program should have: a. holistic program activities that teach coding and social-emotional development, b. a culture of bravery where students join a supportive community of peers and role models from diverse career pathways, and c. connections to activism by using coding for positive impact; and 3. learn best practices for student recruitment and engagement of historically underrepresented groups in tech.

SPEAKERS:
Emily Ong (Girls Who Code: New York, NY)

This session focuses on the core messages of the book Crosscutting Concepts: Strengthening Science and Engineering Learning, published by NSTA Press in 2021.

TAKEAWAYS:
1. The power of crosscutting concepts is most fully realized when they are used in conjunction with science and engineering practices and disciplinary core ideas; 2. Crosscutting concepts serve as lenses on phenomena, supporting all students in question-asking and sensemaking; and 3. Teacher leadership is critical to realizing the power of crosscutting concepts in practice.

SPEAKERS:
Jeff Nordine (The University of Iowa: Iowa City, IA), Okhee Lee (New York University: New York, NY)

Connect your school with local colleges and STEM employers using relevant, standards-based, hands-on activities that spark interest in science and STEM careers. Sample activity included.

TAKEAWAYS:
1. How to identify and reach out to potential community and industry partners; 2. How to build a program or event that meets the needs of all stakeholders; and 3. How to develop authentic learning experiences to impact student perspectives of locally available STEM careers.

SPEAKERS:
Bethany Kenyon (BioNetwork: Greenville, NC)

This session introduces a way to create in-person and remote learning experiences that give all students a chance to learn how to use the DCIs, CCS, and SEPs to make sense of the world around them.

TAKEAWAYS:
1. How to make in-person and remote learnings experience more meaningful, relevant, and equitable for students; 2. How to give students an opportunity to use their own ideas along with the DCIs, CCs, and SEPs in the service of sensemaking; and 3. How embedded formative assessment during an investigation can be used to examine student sensemaking.

SPEAKERS:
Victor Sampson (The University of Texas at Austin: Austin, TX)

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 your assessment data; and 3. Identify next steps to better utilize and leverage your assessment data to help you measure students’ learning and know what steps to consider next.

SPEAKERS:
Kristin Hunter-Thomson (Dataspire Education & Evaluation, LLC)

Learn how to apply for NMLSTA’s Classroom Teacher Awards and Hurd Award. This interactive workshop will provide information and an opportunity to begin an application.

TAKEAWAYS:
1. NMLSTA Classroom Teachers awards provide up to $200 to support science in your classroom and has a quick and easy application. 2. The Hurd Award is for exemplary science teaching performance including leadership in sharing these ideas and a great way to showcase what you are doing in science education. 3. This workshop will cover eligibility, requirements, and timelines along with how to write a successful application, an opportunity to brainstorm ideas and start an application.

SPEAKERS:
Alison Seymour (Science Teacher: Winchester, 0)

Build a working solar oven and your students’ empathy for global issues in this inquiry-based lesson on convection, conduction, and radiation with an authentic audience!

TAKEAWAYS:
1. Having an authentic, global audience for a STEM inquiry project can be engaging and inclusive for your students and can promote empathy in your classroom; 2. The UN Sustainable Development Goals (https://sdgs.un.org/goals) can pair wonderfully with STEM lessons to enhance project-based lessons and make them meaningful to students; and 3. Organizations like iEARN (https://www.iearn.org/) partner with teachers to help provide platforms and opportunities for global learning.

SPEAKERS:
Kate York (The University of Texas at Dallas: Richardson, TX), Katherine Donaldson (The University of Texas at Dallas: Richardson, TX)

This session will introduce participants to the three dimensions of “3-D thinking”—from the origin of the dimension to how integrating the three dimensions supports all students in learning science. Gain experience using resources that guide decision-making in the selection, revision, and/or development of lessons designed for “3-D thinking."

TAKEAWAYS:
1. Identify the three dimensions of “3-D thinking”; 2. Increase understanding of the three dimensions, including how the three dimensions increase in complexity from K to 12; and 3. Gain experience in how integrating the three dimensions supports all students in learning science.

SPEAKERS:
Kate Soriano (NSTA: Arlington, VA), Jennifer Meyer (Summitk12)

This session will give participants the opportunity to interactively and collaboratively engage in a sampling of simple activities to promote explicit instruction in the nature of science.

TAKEAWAYS:
1. It is important to explicitly teach the nature of science to students; 2. The nature of science should be presented in an accessible way to all students; and 3. Attendees will walk away with activities they can use in their class immediately to teach the NOS.

SPEAKERS:
Kelly Moore (Tennessee Tech: Cookeville, TN)

Come find out how to involve your students in learning how AI and ML can be taught to your students, how it can be used to promote equity in the classroom, and how it can make YOUR teaching job easier! If you can, bring a data set and computer.

TAKEAWAYS:
1. AI and ML can help equitize the science classroom by allowing students to participate in learning; 2. AI and ML can be taught to students in the classroom and is an excellent 21st-century skill for all students; and 3. AI and ML hold the possibility to make the science teacher's job easier.

SPEAKERS:
Holly Amerman (University of Georgia: Athens, GA), Anna Herdliska (Gwinnett County Public Schools: Suwanee, GA)

The James Webb Space Telescope will be the most advanced astronomical space observatory ever launched. Learn how to bring the JWST into your classroom.

TAKEAWAYS:
1. What infrared makes visible—cool stars and warm planets; 2. Galaxies and Star Life Cycles; and 3. Spectroscopy to study celestial bodies.

SPEAKERS:
Melissa Sleeper (Holy Trinity Episcopal Academy, Upper School: Melbourne, FL)

Join us as we explore a continuum of engagement strategies to formatively assess your students’ ability to demonstrate mastery of 3-D science standards.

TAKEAWAYS:
Attendees will: 1. gain new ideas to formatively assess 3-D learning; 2. participate actively in academic games; and 3. leave our session with accessible tools to use in the classroom next week!

SPEAKERS:
Mary Headrick (AMSTI-University of Alabama, Huntsville: Huntsville, AL), Shundra Morris (AMSTI-University of Alabama, Huntsville: Huntsville, AL), Ann Iott (AMSTI-University of Alabama, Huntsville: Huntsville, AL), Cayce Perry (AMSTI-University of Alabama, Huntsville: Huntsville, AL)

Learn how using NextGen TIME can help you get the best possible science instructional materials into the hands of teachers prepared to use them.

TAKEAWAYS:
1. NextGen TIME is a suite of tools and processes that support district leaders in: a. preparing to evaluate instructional materials; b. evaluating instructional materials for their quality and design for next generation science; and c. planning for next steps including customization to improve student outcomes and effective implementation in classrooms throughout the district; 2. NextGen TIME is a collaborative, evidence based suite of tools and processes for professional learning that helps teachers and others operationalize the characteristics of high-quality instructional materials designed for next generation science; and 3. Using NextGen TIME represents an investment in curriculum-based professional learning to increase the likelihood that all students and teachers have access to the best possible materials for the local context.

SPEAKERS:
Jody Bintz (BSCS Science Learning: Colorado Springs, CO), Jenine Cotton-Proby (BSCS Science Learning: Colorado Springs, CO)

In this workshop, participants will experience how NGSS-focused instructional materials can create an equitable classroom that supports all students to design solutions to real-world problems.

TAKEAWAYS:
1. In the Next Generation Science Standards, problems are defined as “situations somebody wants to change,” which is different from construction or design projects, where the ultimate goal is achieving a design or tinkering; 2. Problems that describe real-world situations grounded in compelling contexts that students care about can create intrinsic motivation for all students to learn science and engineering ideas; and 3. The presence of an authentic and compelling problem in instructional materials is not enough; it also needs to be used in instruction in a way that will effectively support students’ learning and motivation.

SPEAKERS:
Jennifer Childress Self (NextGenScience: San Francisco, CA)

Participants will explore how to use phenomena to elicit student questions that can drive a 3-D unit of instruction. In such a unit, students see how the disciplinary core ideas they construct using practices and crosscutting concepts address questions and problems they care about. We will explore how to anchor units in phenomena and how to introduce additional phenomena to help students investigate and make progress on their questions. Examples will range across grade bands (elementary, middle, high school) and disciplinary core ideas (physical science, life science, and Earth and space science).

TAKEAWAYS:
1. Explaining phenomena and/or designing solutions is the goal of all 3-D instruction; 2. Identifying differences between productive anchoring and investigative phenomena is key to designing coherent instruction; and 3. An anchoring phenomenon routine can help students explore the phenomena, attempt to explain it, and connect to their related experiences in ways that will help raise student questions that can drive an entire unit of instruction.

SPEAKERS:
Brian Reiser (Learning Sciences, SESP, Northwestern University), Nicole Vick (Northwestern University), Dan Voss (Northwestern University: Evanston, IL)

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 lesson plan, explore the four critical attributes of sensemaking: Phenomena; Science and Engineering Practices; Student Ideas; and, Science Ideas; and 3. Leave with a tool that you can use to move your lessons more toward sensemaking.

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

Empower students through real experiences, engage them in learning about natural phenomena occurring locally, and teach them how to make the world a better place.

TAKEAWAYS:
Participants will: 1. explore current research findings from educators in the field who utilize place-based learning and review various ways educators can strengthen environmental literacy by addressing content standards related to interdependent relations between ecosystems, human impact, and conservation; 2. evaluate various ways to integrate inquiry-based learning activities related to their local environment into their existing curricula by engaging students in place-based learning; and 3. generate ideas for ways they can empower students to explore their sense of self in relation to their sense of space, through stewardship in person on a local level and realize a collective impact on a global scale through interdisciplinary literacy applications.

SPEAKERS:
Alvera McMillan (Louisiana Sea Grant)

The vision of the Framework calls for engaging students in sensemaking about phenomena and problems that connect to their interests and identities and that make use of disciplinary core ideas, science and engineering practices, and crosscutting concepts. Assessment can support this vision when embedded in high-quality materials and when tasks invite student sensemaking and help build a caring academic community in the classroom. In this session, participants will engage with principles, tools, and examples of curriculum-embedded assessments that support student learning.

TAKEAWAYS:
1. Framework-aligned assessments require a system of tasks and activities that address five dimensions of science learning: the use of disciplinary core ideas, science and engineering practices, and crosscutting concepts and connections to students’ interests and identities; 2. For assessments to be fair, they need to be accessible and connected to what students have opportunities to learn (curriculum); and 3. There are principles and freely available tools for designing and adapting assessments that support equitable science learning.

SPEAKERS:
William Penuel (University of Colorado Boulder: Boulder, CO), Sara Cooper (Contextus)

Carnegie Corporation of New York released a challenge paper calling on the education field to transform teaching and learning through the elements and essentials of curriculum-based professional learning. Learn how schools and systems are helping teachers experience the instruction their students experience to help change instructional practices, leading to better student outcomes.

TAKEAWAYS:
1. Explore the rationale for a challenge paper dedicated solely to the issue of curriculum-based professional learning; 2. Discover the 10 elements and three essentials of professional learning critical to effective implementation of high-quality science instructional materials; and 3. Consider implications of the roles and responsibilities for putting into action the elements of curriculum-based professional learning.

SPEAKERS:
Jim Short (Carnegie Corporation of New York: New York, NY)

Explore inexpensive hands-on demonstrations and interactive models to build conceptual understanding of Earth’s elasticity, structure, plate motions, and more.

TAKEAWAYS:
Participants will be able to: 1. describe a suite of hands-on models, evaluating their merits and limitations; 2. differentiate between mental models and expressed models, linking multiple types of models to phenomena (to express the unviewable); and 3. support explanations by analyzing and interpreting data generated by physical models.

SPEAKERS:
Michael Hubenthal (IRIS | Earthscope Consortium: Washington, DC)

See the resulting activities and Universal Design pedagogies when STEM educators and doctoral students in Occupational Therapy combine forces.

TAKEAWAYS:
1. Universal design can also be applied to inquiry-based learning; 2. Many STEM careers are task-based and anyone can learn the task given the proper learning environment; and 3. The STEM pipeline currently “leaks” those with disadvantages, especially the learning impaired.

SPEAKERS:
Courtney Behrle (BioNetwork: Greenville, NC)

Have fun creating a faculty-centered lab-based mystery plus virtual CSI escape room for your young scientists to enjoy next week! Hands-on fun!

TAKEAWAYS:
1. How to use your own school community to create an engaging crime for students to solve while encouraging socialization, collaboration, and critical thinking; 2. How to use Google Forms to create a virtual escape room to set up a mystery that students can work to solve either in class or remote; and 3. Forensics concepts, including blood typing, fingerprints, genetics, hair and fiber analysis, handwriting analysis, chromatography, and ways to adapt these concepts to all levels and budgets.

SPEAKERS:
Elizabeth Guzzetta (Our Lady of Mercy School for Young Women: Rochester, NY)

Can you land on Mars? Join us for a hands-on engineering design challenge that explores shock absorption and air resistance while making connections to careers and real-world experiences.

TAKEAWAYS:
1. Understand NGSS engineering practices about design, testing, and developing models and solutions for elementary and middle school students; 2. Learn effective teaching strategies to engage students in engineering practices that promote critical thinking, problem solving, and creativity; and 3. Learn how to motivate students with space exploration, including exciting current events and careers.

SPEAKERS:
Natasha Wilkerson (Texas A&M University: College Station, TX)

Explore free hands-on, inquiry-based learning activities using real national and local data and models to explore how to clean, conserve, and manage local water resources.

TAKEAWAYS:
Attendees will: 1. explore geographic, social, political, and environmental concepts and problems related to their watersheds; 2. use maps, models, and simulations of their environment to learn the factors involved in interacting with and protecting water in their surroundings; and 3. investigate a systems approach to problem solving through hands-on, inquiry-based watershed-related activities while incorporating national and local data and geospatial analysis.

SPEAKERS:
Carolyn Staudt (The Concord Consortium: Concord, MA), Jerry Valadez (Fresno State and SAM Academy CSW)

This session focuses on taking a deep dive into how crosscutting concepts can be more explicitly leveraged to strengthen science instruction. Presenters will illustrate how two instructional units—one elementary and one secondary—have developed CCCs as lenses on phenomena in order to better connect with students’ everyday experiences and to enhance students’ ability to meaningfully integrate SEPs, DCIs, and CCCs to make sense of authentic phenomena and problems.

TAKEAWAYS:
CCCs are: 1. lenses on phenomena and problems; 2. critical to sensemaking about phenomena and problems; and 3. most useful when meaningfully integrated with SEPs and DCIs.

SPEAKERS:
Okhee Lee (New York University: New York, NY), Jeff Nordine (The University of Iowa: Iowa City, IA)

Engage in a variety of activities, collect information and resources, and network with middle level leaders from NSTA and NMLSTA. Discover new ideas and materials that you can use next week.

TAKEAWAYS:
Attendees will: 1. have networking opportunities with other middle level science educators; 2. discover resources to help them in all aspects of their teaching; and 3. engage in a variety of new activities to use with their students.

SPEAKERS:
Mary Lou Lipscomb (National Middle Level Science Teachers Association: Naperville, IL), Rebecca Kurson (Collegiate School: New York, NY), Wendy Abshire (American Meteorological Society: Washington, DC), Alison Seymour (Science Teacher: Winchester, 0), Bruce Boehne (Zion Lutheran School: Dallas, TX), Marissa Nalley (The Algae Foundation: Midland, TX), Abigail Stimach (American Meteorological Society: Washington, DC), Kylie Wynaker (The Algae Foundation: Midland, TX), Amanda Clapp (The Catamount School: Sylva, NC), Covey Denton (Greenfield School: No City, No State), Katy Garvey (The Source for Learning, Inc.: Reston, VA), Edralin Pagarigan (Golden Ring Middle School: Rosedale, MD), Emily Ong (Girls Who Code: New York, NY)

Use everyday materials to construct models demonstrating the size and scale of atoms, planets, the solar system, number of stars in our universe, and more.

TAKEAWAYS:
1. The universe at various scales can only be truly appreciated with an understanding and utilization of scientific notation; 2. “Scale” is important to grasping the bigness and smallness of various objects, events, and concepts in the universe; and 3. “Modeling” allows humans to literally “grasp” the various scales inherent of and in the universe.

SPEAKERS:
Elizabeth Strong (SMARTCenter: Wheeling, WV), Robert Strong (SMARTCenter: Wheeling, WV)

How can teachers in bilingual, dual-immersion, and mainstream classrooms support student language use? How can we move beyond a focus on language as vocabulary to engage students in using all of their diverse linguistic and semiotic resources to engage in science? This workshop will focus on how teachers can use different tools and strategies to support ELLs in developing their language while meeting the NGSS. Participants will engage as learners in activities that involve the practices of modeling and argumentation and include embedded support for language development and collaboration. Based on their engagement, participants will identify the language opportunities afforded by the NGSS practices and concrete strategies to support student-to-student discourse and collective sensemaking.

TAKEAWAYS:
1. How to apply language development frameworks to support science learning; 2. How to plan lessons that integrate science and language goals; and 3. Strategies and tools to support multilingual learners to engage in science practices.

SPEAKERS:
Emily Reigh (Stanford University: Stanford, CA), Emily Adah Miller (University of Georgia: Athens, GA)

Focusing on wetlands and the connection to flooding puts STEM in a real-world context that is relatable to students, and virtual reality makes it fun.

TAKEAWAYS:
Participants will: 1. gain experience in developing virtual field trips using free software and a 360-degree camera; 2. experience a virtual field trip focused on ecosystems, participate in activities covering standards related to ecosystems components, and identify ways to incorporate their local context to the virtual environments; and 3. learn about relevant local connections and partnerships that they can leverage to design a more varied student experience unique for their classroom.

SPEAKERS:
Nastassia Jones (Southern University and A&M College: Baton Rouge, LA), Nikita LaCour (Scotlandville Pre-Engineering Magnet Academy: Baton Rouge, LA)

Join us as we explore how NSTA’s three-dimensional resources can be utilized to enhance your teaching. Walk away with effective strategies for science teaching and learning and hear from educators as they provide tips for using these resources.

TAKEAWAYS:
1. Learn how to use NSTA resources to shift your practice; 2. Leave with strategies to use in your classroom to promote student engagement in science learning; and 3. Hear from classroom teachers about how they are using NSTA Press publications.

SPEAKERS:
Wendy Binder (Program Director, STEM Professional Learning: Arlington, VA), Christine Anne Royce (Shippensburg University: Shippensburg, PA)

Inspiring the next generation of space explorers is our mission. Creating the next generation of space leaders, entrepreneurs, and explorers takes time. It is nurtured over many years. We believe in igniting a passion for STEM within the hearts and minds of the youngest of students all the way through college—giving them tools and access to knowledge and opportunities at each stage of their lives. PCG is proud to partner with the Aldrin Family Foundation to bring exciting virtual and hands-on STEM-based Space Programs to you.

TAKEAWAYS:
Attendees will take away: 1. knowledge of Project Artemis and the first AA Female Astronaut to walk on Mars; 2. understanding of how Space, Moon, and Mars education can inspire students of all race and ethnicity; and 3. knowledge of a complete educational robotics system that teaches coding, STEM, rover construction, and operations on GIANT Aldrin Family Foundation Mars Maps.

SPEAKERS:
Jim Christensen (The Aldrin Family Foundation: Melbourne, FL)

Participants in this session will learn how to incorporate Project-Based Learning in the science classroom as a means to promote relevancy, engagement, empowerment, and authentic assessment.

TAKEAWAYS:
Attendees will: 1. learn what Project-Based Learning is and is not; 2. learn how to implement Project-Based Learning into a science learning sequence to maximize conceptual flow of the unit; and 3. engage in a Project-Based Unit as a learner, then be provided samples, and given time to collaborate.

SPEAKERS:
Allison Bogart (Stonecreek Junior High: No City, No State)

Democratic STEM Teaching (DST) centers student voice, creating inclusive classrooms where all students can thrive. Explore how human-centered design thinking turns DST principles into practice.

TAKEAWAYS:
Teachers will: 1. understand the DST principles and describe practical examples of student voice, shared authority, and STEM criticality; 2. develop ideas of how to use DST principles in their own classrooms in order to create a more inclusive classroom; and 3. use the design thinking approach and protocols to identify a focus area in the classroom.

SPEAKERS:
Kelly Houston (STEM Ed Innovators: Saratoga, CA)

Discover the power of tiny things to promote equity through real-world problem solving with nano@stanford. Learn the biomimicry connection to water-resistant and other engineered materials being developed in nanotechnology to solve real problems that will promote equity by engaging more students.

TAKEAWAYS:
1. Learn the biomimicry connections to water-resistant and other engineered materials that are being developed in nanotechnology to solve real problems; 2. All STEM disciplines are needed to solve real problems and nanotechnology provides the tools to develop solutions; and 3. Learn the locations of NGSS-focused activities, resources, and virtual experiences for your classroom connected to Nanotechnology Opportunities for free/ paid professional development with the NNCI and nano@stanford.

SPEAKERS:
Daniella Duran (Stanford University: Stanford, CA)

We will investigate the difference between Project-Based Learning, Problem-Based Learning, and Transdisciplinary Learning. Each model incorporates real-world, hands-on experiences aligned to STEAM integration; yet there are distinguishable characteristics that one may be preferred over the other throughout one's teaching philosophy. Join us as we explore the pros and cons of each instructional approach in conjunction to your school's STEAM initiatives!

TAKEAWAYS:
Participants will: 1. take away a greater understanding of the three instructional models and will determine which model (if not all) works best for them; 2. receive supplemental resources (articles/ videos) to assist them in planning for future lessons and/or units using problem-based, project-based, or transdisciplinary learning; and 3. gain understanding of how to build teacher capacity for STEM/STEAM in their schools.

SPEAKERS:
Yolanda White (Clayton County Public Schools: Jonesboro, GA), Rebecca Dorsey (Mundy's Mill Middle School: Jonesboro, GA)

This session will focus on building teacher capacity and understanding of the newly adopted Science TEKS to be implemented during the 2024–2025 school year. Participants will explore science engineering practices, recurring concepts, and content standards…and will investigate the implications for science instructional practices in their classrooms.

TAKEAWAYS:
1. Increased understanding of the SEPs and recurring themes in newly adopted science TEKS; 2. Increased understanding of the content standards that are part of the new science standards; and 3. Understanding the relationship between the new science standards and the K–12 Science Framework.

SPEAKERS:
Denise Haynes (Science Consultant: Austin, TX), Cathy Harter (Katy ISD: Katy, TX), Jennifer Meyer (Summitk12)

Come network with the National STEM Scholars—a group of middle school science teachers—as we share our innovative hands-on projects, materials, results, and curriculum.

TAKEAWAYS:
1. Discover new ideas, lessons, and projects that you can use in your middle school classroom; 2. Network with other middle school teachers from around the country; and 3. Experience effective real-world projects that encourage all learners to be scientifically literate.

SPEAKERS:
Kerrie McDaniel (Western Kentucky University: Bowling Green, KY), Rico Tyler (Western Kentucky University: Bowling Green, KY), Julia Roberts (Western Kentucky University: Bowling Green, KY), Tyler Clark (Western Kentucky University: Bowling Green, KY), Mike O'Connell (Chester Area School: Chester, SD), Amanda Huff (Christian County Middle School: Hopkinsville, KY), Jennifer Snead (North Belton Middle School: Temple, TX), Tammy Bartlett (Dinwiddie Elementary School: Dinwiddie, VA), Jaime Camero (Walter Douglas Elementary School: Tucson, AZ), Katie Lee (Cockrill Middle School: McKinney, TX), Rob Jackson (Seaman Middle School: Olathe, KS), Melissa Chesterfield (Marnel C. Moorman School: Shelbyville, KY), Allison Baas (Dubois High School: No City, No State), Andi Twiss (New Millennium Academy: Minneapolis, MN), Paula Carlson (Tripoli Community School District: Tripoli, IA), Chris Stark (Wachusett Regional High School: Holden, MA), Denise Wright (Ocean Bay Middle School: Myrtle Beach, SC), Paige Isner (Hendricks Middle School: Cumming, GA), Allison Bogart (Stonecreek Junior High: No City, No State), Ecil Miller (Glasgow Middle School: Glasgow, KY), Erin Lange (Surfside Middle School: Panama City Beach, FL), Holly Miller (Riverside Intermediate School: Fishers, IN), Jennifer Smith (Illinois State University: Normal, IL), James Brown (Sand Creek Middle School: Albany, NY), Laura Seaver (Loranger Memorial School: Old Orchard Beach, ME), Patrick Kyne (Duncan U. Fletcher Middle School: Jacksonville Beach, FL), Patrick Marti (Villa Academy: Seattle, WA), Tara Reinerth (Lakeside Middle School: Millville, NJ), Susie Fisher (Tongue River Middle School), Sarah Slack (I.S. 223 Montauk Intermediate School: Brooklyn, NY)

This workshop will focus in using real time data from a trusted site such as NOAA to predict weather patterns. The use of these visual models help the students understand more complex items that are found on weather maps such as isobars, high pressure, low pressure, cold fronts, ect. The participants will be creating their own maps to take home with them and a more detailed map given out by the presenter.

TAKEAWAYS:
1. Weather map construction is a model; 2. Weather maps help with using one of CCC prediction and SEP creating models; and 3. Data is not boring.

SPEAKERS:
Kelly Mulligan (Bridgeport Public School: Bridgeport, NE)

Learn how to use data from the COVID-19 pandemic to teach students key STEM concepts and how to make evidence-based decisions.

TAKEAWAYS:
1. Learn how CDC epidemiologists and other public health experts use data to make evidence-based decisions and recommendations; 2. Get ideas on how to use public health examples to illustrate key STEM concepts and skills; and 3. Take CDC NERD Academy lesson plans, animated videos, STEM activities, and career spotlights back to your classroom.

SPEAKERS:
Kelly Cordeira (Centers for Disease Control and Prevention: Atlanta, GA), Molly McKenna (Centers for Disease Control and Prevention: Atlanta, GA), Juliana Azeredo (Centers for Disease Control and Prevention: Atlanta, GA)

Participate in hands-on activities focused on data literacy to engage all students in questioning, analyzing, and using mathematical thinking around historical primary sources.

TAKEAWAYS:
1. Free online resources from the Library of Congress for K–12 science and math teachers to use with their students; 2. Concrete strategies for analyzing primary sources via mathematical reasoning to engage all students; and 3. Hands-on activities that sharpen students' data literacy skills for deeper conversations around topics in science.

SPEAKERS:
Peter DeCraene (Albert Einstein Distinguished Educator Fellow: Washington, DC)

Let's review the best practices for integrating science instruction into literacy instruction. Presenters will share strategies for choosing the right text, teaching vocabulary, and how to incorporate reading skills and strategies into science instruction. Participants will have the opportunity to review a science text and work with a group to plan a lesson that incorporates science content with literacy strategies.

TAKEAWAYS:
1. Strategies for selecting a text that meets the science and literacy standard to be addressed; 2. Teaching vocabulary; and 3. Asking questions at a variety of DOK levels to reinforce comprehension of literacy skill and science content standard.

SPEAKERS:
Alicia Kozimor (Grand Canyon University: Phoenix, AZ), Elizabeth Lemster (Grand Canyon University: Phoenix, AZ)

This presentation supports teachers’ knowledge and understanding of  instructional strategies to help facilitate students’ academic discourse and support inclusive science and STEM classrooms.

TAKEAWAYS:
1. Understand the shift from traditional classroom talk Initiation, Response, Evaluation (I-R-E) to Productive Talk; 2. Learn practical and effective strategies to facilitate academic discourse to promote access; and 3. Understand how a variety of instructional strategies promotes scientific discourse that can be used in the classroom immediately to create an inclusive environment.

SPEAKERS:
Carol Waters (University of Houston-Clear Lake: Houston, TX), Rebecca Garelli (Arizona Science Teachers Association)

This session will provide participants with a hands-on understanding of the Science and Engineering Practices to equip educators to  implement these practices in their classrooms.

TAKEAWAYS:
Participants will: 1. learn how to utilize SEPs and content standards to plan for science instruction; 2. apply their understanding of the SEPs and content standards; and 3. collaborate and share instructional implications of Science and Engineering practices.

SPEAKERS:
Terry White (Fort Bend ISD: Sugar Land, TX), Kate Soriano (NSTA: Arlington, VA), Jennifer Meyer (Summitk12)

STEM classrooms can be exclusive if teachers do not identify the lack of prior learning opportunities and misconceptions early in the year. Come learn how one teacher uses coding to bridge the gap in her STEM classroom.

TAKEAWAYS:
1. STEM inclusion activities; 2. Coding in the classroom; and 3. STEM project ideas.

SPEAKERS:
Stacy Thibodeaux (Southside High School: Youngsville, LA)