NSTA Engage: Spring21 - Sessions

Master Data Analysis

Learn how model rocketry altitude tracking is a great way to get students comfortable with collecting, graphing, and analyzing data. Win a Mini AltiTrak set for your classroom!

Takeaways: 1. Tips to incorporate graphing into a lesson; 2. Information on data analysis activities for students; and 3. How to use the Estes Mini AltiTrak as a technology tool for data collection.

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WhiteBox Learning: The E in STEM  

This workshop will demonstrate an authentic engineering practice so compelling that science and engineering students create an average of 62 virtual design iterations of balsa wood bridges, gliders, mousetrap cars, wind turbines, drones, and many others before (optionally) building a physical model of their optimized design.

Takeaways: 1. Time and money (nearly) prohibits science and engineering classrooms from presenting an authentic engineering practice; 2. WhiteBox Learning provides an authentic experience by utilizing powerful web-based tools with roots in industry that leverage gamification for motivation; and 3. It is possible to leverage familiar projects like balsa wood bridges, balsa wood gliders, mousetrap cars, and others to teach engineering in an authentic way. This is great news because the familiarity of these projects makes it easier for teachers to take on engineering.

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Save a Nickel and Learn to Trickle!

Learn how to create a project-based camp or classroom lesson that enable students to apply concepts, such as photosynthesis and the water cycle, to design a smart irrigation system. Inspired by real-world events, students are motivated to apply problem-solving skills and learn some basic programming to come up with innovative solutions to using water more efficiently.

Takeaways: 1. Developing models to better understand a process; 2. Constructing explanations and designing solutions; and 3. Introducing students to coding to solve a science problem with an engineering solution.

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Inquiry-Based STEM, Featuring the PocketLab

Give your students the opportunity to nurture their inquisitive nature with our Does Mass Matter? lesson plan. Learn more about how Estes is working with cool educational companies and industry professionals to provide you with hands-on, real-world learning experiences for your classroom. All participants will be entered to win our Green Eggs™ Starter Kit!

Takeaways: 1. Improve inquiry-based learning techniques; 2. Foster students' inquisitive nature with the PocketLab; and 3. Incorporate all four elements of STEM with the Does Mass Matter? lesson plan.

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Tapping into the Phenomena of Drinking Water

Water is the single most valuable resource essential for life on Earth, yet is subject to increasing scarcity, pollutants, and overuse. The Tapwater Tour curriculum makes the real-world connection between the phenomena explored in the lesson and actual hands-on laboratory activities that students experience while revealing the quality of their own tap water. Group discussions, activities, and analysis of class data provide opportunities for teamwork, collaboration, and reflection.

Takeaways: 1. Simple hands-on methods that students can easily and safely perform in the classroom, or as teacher demonstrations for distance learning, will be presented; 2. Examples of phenomena to engage students in water quality testing will be given; and 3. Ideas for adapting lessons to suit student audience/grade levels/abilities will be shared.

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Virtual Amazon Fulfillment Center Tour

Give your students real-world computer science and career exposure through Amazon Future Engineer's new live, virtual, and interactive Fulfilment Center Tours! From our online store to doorstep, students will discover how computer science, state-of-the-art engineering, and incredible people deliver customer orders at Amazon.

Takeaways: Attendees will learn: how Amazon uses computer science, engineering, and amazing people to deliver customer orders around the globe; 2. how algorithms, sensors, cloud computing, machine learning, databases, and more all help make Amazon possible; and 3. what it's like to be an engineer at Amazon.

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Adding NOAA's SOS Explorer to Your Data Visualization Education Toolbox

Modern society is awash with data that tell complex stories in the language of mathematics, physics, and chemistry. Most humans are intensely visual and find it difficult to find meaning in just numbers. NOAA's answer—SOS Explorer (SOSx), now available as a FREE APP on your tablet or smartphone!

Takeaways: 1. Interpreting data through visualizations; 2. Using mobile device apps in teaching; and 3. Resources available from NOAA.

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Integrating Science and Literacy in Middle and High School Classrooms with Argument-Driven Inquiry

Learn about Argument-Driven Inquiry and how it can help students engage in real-world science while using literacy-based materials in the service of sensemaking.

Takeaways: In this session, participants will: 1. how to use this instructional model, or way of teaching, to give students an opportunity to learn how to use the core ideas, crosscutting concepts, and practices of science to make sense of natural phenomena; 2. how to give students an opportunity to talk, read, and write in the service of sensemaking in science; and 3. ways to support students as they engage in real-world science while using literacy-based materials in the service of sensemaking.

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Biodiversity and the Environment

In this session you will learn how to use a simulation of an aquatic ecosystem to help students see the relationships between biotic and abiotic factors such as dissolved oxygen, pH, and temperature. The simulation makes it possible to model environments that would otherwise be very difficult to monitor and experiment with. Plus, the fish animations are really cool!

Takeaways: 1. Using simulations with students can help them better visualize the mechanisms behind phenomena; 2. Simulations are a great complement to hands-on learning and work best when hands on isn't possible/practical; and 3. Effects of changes to certain variables in aquatic ecosystems can have negative effects on the organisms that live there.

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Presidential Awards for Excellence in Mathematics and Science Teaching: Recognizing Quality Teaching in STEM

Come learn about the highest recognition for STEM educators in the United States. We will discuss eligibility criteria, nomination, application, and review process for the awards. Awardees receive a certificate; a $10,000 award; a trip to Washington, DC, for a recognition event; and access to over 5,100 award-winning teachers.

Takeaways: 1. How you can win $10,000; 2. How you can apply for this prestigious award from the U.S. Government; and 3. The benefits of applying for this award.

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To the Sky with STEM Learning!

Ready to take STEM learning to new heights? Join Estes and receive a FREE model rocket to build with us. We will cover model rocketry basics and how you can implement this exciting, low-cost STEM tool in your classroom!

Register here to receive your FREE rocket for this workshop.

Takeaways: Attendees will learn: 1. the basics of model rocketry; 2. how to use rocketry in the classroom; and 3. the benefits of hands-on, real-world science.

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To the Sky with STEM Learning!

Ready to take STEM learning to new heights? Join Estes and receive a FREE model rocket to build with us. We will cover model rocketry basics and how you can implement this exciting, low-cost STEM tool in your classroom!

Register here to receive your FREE rocket for this workshop.

Takeaways: Attendees will learn: 1. the basics of model rocketry; 2. how to use rocketry in the classroom; and 3. the benefits of hands-on, real-world science.

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Doing Science According to the Next Generation Science Standards

This workshop will focus on how to provide all students opportunities to use the science practices to understand things of interest to them and to construct knowledge. Ideas for simple hands-on activites, how to use digital media, and how to build straightforward simulations with free spreadsheet programs will be presented.

Takeaways: How to: 1. do NGSS-aligned science; 2. promote scientific thinking skills in students; and 3. use hands-on activities, digital media, and spreadsheet programs to make science accessible to all students and to construct knowledge.

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Neuroscience Education for Children and Teens from NIH

Discover exciting brain educational resources from the National Institute of Neurological Disorders and Stroke! Join this interactive workshop to learn about engaging, interactive online videos; activities; lesson plans; and games for children and teens that are sure to engender excitement about the brain. Share your insights with federal staff.

Takeaways: 1. The National Institute of Neurological Disorders and Stroke (NINDS) has an array of resources for children in grades K–12, including stroke awareness lesson plans, introductory information about the brain, and brain-related classroom activities and videos; 2. Attendees will learn how to access and use these resources to promote excitement and curiosity about the brain and brain science with students.

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Carolina 3D Science: Hands-On Science in Flexible Settings

Engage in three examples of hands-on investigations, digital investigations, and digital teacher demonstrations from Carolina 3D® kit lines for biology, chemistry, and Earth and space science. Activities illustrate how modified in-class, hands-on laboratory investigations are used in socially distanced, in-person classrooms, and remote learning settings.

Takeaways: 1. Three hands on activities; one in life science, chemistry, and Earth and space science; 2. Techniques for altering hands-on labs for remote or socially distanced learning; and 3. Information about Carolina 3D Kit lines.

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Complement Hands-On with Simulations!

You will see how easy and engaging it can be to use simulations in your chemistry (actually most sciences) class! Simulations are great to speed up the very slow, slow down the very fast, zoom in on the very small, and shrink the very large so students can better understand these scientific processes.

Takeaways: Simulations: 1. are great complements to hands on; 2. can help students better see the really small, really large, really fast, or really slow processes in nature; and 3. are NOT the only approach to teaching science but do serve a role in helping students better understand phenomena.

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Teaching with Protozoa, NGSS, and Research Articles

Since History and English classes teach students how to read and analyze primary sources, why can't Science classes do the same? In this workshop, you will learn how to teach NGSS using research articles and how to seamlessly tie it all into a lesson, with the help of some pond protozoa.

Takeaways: Learn how to: 1. teach NGSS using research articles; and 2. seamlessly tie it all into a lesson, with the help of some pond protozoa.

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The Post-COVID Dissection Lab

Discover how you can make your dissection lab dynamic and innovative after COVID-19! Learn about new life science resources, including mixed reality (AR/VR) education technology; and explorative, hands-on teaching tools that will amaze and engage your students. Participants will be entered to WIN FREE PRIZES like dissection resources.

Takeaways: 1. Life science resources; 2. Education technology; and 3. Hybrid classrooms.

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It's Phenomenal! Using Real-World Connections to Support Three-Dimensional Learning

Phenomena-based instruction is a proven way to create connections between the content we present in our classrooms and the knowledge and experiences our students bring to the table. In this interactive session, we'll explore ways teachers can use phenomena to present new material, as well as review previous topics of study. Teachers will leave with ideas they can immediately implement into their own classrooms.

Takeaways: 1. What is phenomena-based instruction?; 2. How can I use phenomena to introduce a topic? and 3. How can I use phenomena to review many topics?

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Day in the Life of a Robotics Engineer at Amazon

Interested in exposing your students to the careers of the future? Join three Amazon Robotics Engineers as they discuss what it's like to build a future in technology. Then, sign up for our Class Chat Program to bring a virtual speaker to your classroom this spring!

Takeaways: Attendees will learn: 1. what a robotics engineer does day to day at Amazon; 2. an idea of the potential career path required to become a robotics engineer; and 3. how to sign up to bring a speaker to their class.

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Fueling Success for Students—Win Cash and Prizes Up to $15K

Come start your winning application for one of three Shell-sponsored programs. We'll walk through the application step by step and you'll be able to begin your application or nomination form live.

Takeaways: Learn: 1. tips to complete a successful application; 2. who's eligible to apply; and 3. how to nominate a deserving teacher.

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Space Science for Online Learning

Experience Simulation Curriculum’s award-winning Starry Night astronomy simulator. Accurate and stunning visualizations allow students to make precise observations of sky motions, moon phases, planets, the universe, and much more. NGSS-focused lessons engage students with interactive simulations joined to exercises, animations, and images including current astronomical phenomena. Designed for online learning and compatible with iPads, Android tablets, PCs, Macs, and Chromebooks. Free trial access provided!

Takeaways: 1. Online science simulations are effective tools to compliment your instruction; 2. Become familiar with Starry Night as a resource for teaching Space Science; and 3. Learn how to integrate simulations into your course.

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Engaging with Grants

Join us as we explore how you can identify and leverage new and existing resources to bring funding and awesome projects to your students. In this not-your-typical grant-writing workshop, we will delve into the relationship between engagement and grants and consider best practices for engaging students, colleagues, partners, and the community. You'll leave this workshop with the information you need to prepare a grant proposal that will wow funders! Takeaways include materials with ideas and activities to sharpen engagement and grant writing toward increasing student outcomes and impacts.

Takeaways: How to: 1. get information for grant applications; 2. engage partners; and 3. find grants.

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Using HHMI BioInteractive’s The Biology of Skin Color to Practice Claim, Evidence, and Reasoning Skills

Use the short film The Biology of Skin Color to practice argumentation skills of developing claims with supporting evidence and reasoning techniques. This content can easily connect to learning in units of genetics, evolution, or cellular structure from middle school through AP/IB courses. Scaffolds and online learning suggestions included.

Takeaways: 1. Biological traits are not inherently good or bad. Some traits can provide an advantage to an organism in certain environments but be a disadvantage in other environments; 2. Different human populations living many generations in a particular part of the world may have different variations in certain traits. In spite of these differences, all humans are very closely related and share most traits; and 3. A claim is a statement that answers a question using clear and supporting evidence connected by reasoning.

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A Teaching Case for Analyzing and Interpreting Data on Blue Whale Feeding

American Museum of Natural History teaching cases are curriculum materials designed to facilitate student exploration of sets of data they did not collect themselves. Participants will use videos, essays, and analysis tools to investigate how blue whales, the largest animal to ever live, survive by eating some of the smallest.

Takeaways: Participants will learn about: 1. how blue whales have evolved into the largest animal to have lived on Earth; 2. the AMNH teaching case model designed to contextualize large sets of data for students; and 3. opportunities to explore AMNH teaching cases with other teachers.

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From Food Safety to Biotechnology—Using the FDA Curriculum in Your Classroom

Join us in exploring FDA's free curriculum designed for middle level and high school students. The Science and Our Food Supply series provides hands-on lessons in food safety, nutrition, and agricultural biotechnology…and provides a bridge for students to experience science in the real world.

Takeaways: Teachers will: 1. explore the variety of lessons found in the FDA curriculum; 2. understand how this curriculum can be integrated into a variety of science classes; and 3. be exposed to how this curriculum can be adapted to both hands-on and distance learning.

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Lab Safety Protocols with Flinn Scientific, the Leader in Safety!

Please join Flinn for a quick refresher on common safety concerns and issues that arise in the classroom and remote settings. This is a must-attend session for new teachers and experienced teachers alike who want to deliver the most comprehensive and safe program possible! Come for an overview of best practices in the lab with Flinn!

Takeaways: 1. Refresher on science safety best practices; 2. Safety awareness culture; and 3. Practical :what to do in case of emergency" trainings.

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Modifying Mosquitoes: Use HHMI BioInteractive Resources to Teach Emerging Infectious Diseases

Many viral diseases are spread by vectors like the mosquito Aedes aegypti. Various factors are increasing the spread of these vectors and the diseases they carry. Use free HHMI BioInteractive resources to explore how scientists are using biotechnology to reduce the number of infections by reducing mosquito density. You’ll experience how your students can analyze and interpret data to support an argument based on evidence.

Takeaways: 1. Analyze and interpret data from a controlled experiment to support an argument related to the effectiveness of modifying mosquitoes genetically to reduce population density and spread of disease; 2. Explain advantages, disadvantages, and unintended consequences of mosquito reduction strategies; and 3. Apply understanding of human impacts on ecosystems to the increase in spread of infectious disease.

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CRISPR as an Adaptive Immune System in Bacteria

Explore CRIPSR as an adaptive immunity system in bacteria using 3DMD’s new Adaptive Immunity Kit©. A classic 2012 paper proves how this system works and will give your students practice in interpreting scientific data. Model how restriction enzymes connect to a CRISPR endonuclease for editing the human genome.

Takeaways: 1. Learn about CRISPR as an adaptive immunity system in bacteria; 2. Give students practice interpreting scientific data; and 3. Use modeling to connect restriction enzymes, CRISPR, and genome editin.

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Learn About the Science of Food!

Do your students know about the science of food? The world needs the brightest minds engaged in the science of food to meet the challenge of feeding a projected population of 9 billion in 2050. To help meet this challenge, we want to help you introduce your high school students to the science of food and career opportunities in food science and technology.

Takeaways: 1. Food science lesson plans; 2. Food science pedagogy; and 3. Food science careers.

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Engaging Your Students in Today’s Digital World

As educators, you know what student engagement looks like in the classroom. Students are focused on their work in front of them, they are collaborating with their peers, they are asking good questions, and creativity is flowing. But now that things have moved online, what does engagement look like? In this session we will explore the wealth of tools within the Mastering® technology from Pearson that you can use in your digital or hybrid classroom now to boost engagement.

Takeaways: 1. Student engagement in a digital/hybrid classroom; 2. How to utilize resources within the Mastering® technology from Pearson to boost student engagement; and 3. Learn about resources within Mastering to support digital teaching.

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Using Motion Models to Improve Student Understanding of Kinematics in Physics

In this workshop, we will demonstrate an engaging way for students to test motion models using a Smart Cart and a Smart Cart Motor. Operated using time-based commands or sensor readings, this modern motion model provides students with immediate feedback to confirm their designs or inform their revisions.

Takeaways: 1. Complete classroom activities and labs; 2. Sample control programs; and 3. Ideas for coding in the classroom.

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CRISPR Cas9: A Powerful new Tool for Editing the Human Genome

Using 3DMD’s new CRISPR Kit©, explore the Cas9 endonuclease’s unique ability to recognize a statistically unique site in the 3.2 billion base-pair human genome, before moving to an accurate 3D-printed Cas9 model to explore enhancements of the system that become an even more powerful genome editing tool.

Takeaways: 1. What is CRISPR?; 2. Explore the CRISPR Cas9 endonuclease and its role in genome editing; and 3. Learn how scientists have enhanced Cas9 to make it even more powerful in genome editing.

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Whet Your Appetite for Learning with the Water Kit!

Whether breaking bonds, dissolving NaCl, or exploring states of matter, your students will be captivated by 3D Molecular Designs’ magnetic Water Kit©. The versatile kit will engage students in chemistry, biology, biochemistry, Earth science, or physical science and its usefulness spans from middle and high school to college.

Takeaways: 1. Teach bonds and bond strength with models; 2. Teach solutions and states of matter with models; and 3. Teach polarity with models.

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Rock Their Worlds: Teaching Earth Science Using Online Simulations

Simulation Curriculum is a pioneer in developing online simulation-based curriculum to help enhance students’ understanding of Earth science topics as diverse as climate change, plate tectonics, volcanism, Earth materials, and geological processes on Earth’s surface. NGSS-focused lessons engage students with interactive simulations and thought-provoking exercises. Designed for online learning and compatible with iPads, Android tablets, PCs, Macs, and Chromebooks. Free trial access provided!

Takeaways: 1. Online science simulations are effective tools to compliment your instruction; 2. Become familiar with Layered Earth as a resource for teaching Earth science; 3. Learn how to integrate Earth science and literacy.

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Eye Love Dissection

Have you missed dissections? Sign up and receive a Carolina’s Perfect Solution® cow eye dissection kit, including PPE! We’ll dissect during this hands-on workshop and construct a Scienstructable 3D Eye Dissection Model®. Have your colored pencils and glue sticks ready! See how dissection and NGSS converge; you won’t believe your eyes! Limited quantity available—sign up now! Open to continental U.S. residents only.

Takeaways: 1. Eye dissection techniques; 2. How dissections correlate to NGSS standards; and 3. Dissection safety.

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STEM Road Map Curriculum Series: Integrating STEM Challenges into High School

In this workshop, participants will learn how to do integrated STEM challenge-driven projects in high school, including an overview of STEM and introduction to the STEM Road Map Curriculum series published by NSTA.

Takeaways: 1. Understanding of integrated STEM pedagogy; 2. Knowledge of how to integrate STEM into high school science; and 3. Sample lesson plans from STEM Road Map curriculum.

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Virtual Amazon Fulfillment Center Tour

Give your students real-world computer science and career exposure through Amazon Future Engineer's new live, virtual, and interactive Fulfilment Center Tours! From our online store to doorstep, students will discover how computer science, state-of-the-art engineering, and incredible people deliver customer orders at Amazon.

Takeaways: Attendees will learn: 1. how Amazon uses computer science, engineering, and amazing people to deliver customer orders around the globe; 2. how algorithms, sensors, cloud computing, machine learning, databases, and more all help make Amazon possible; and 3. what it's like to be an engineer at Amazon.

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Choosing the Right BIOZONE NGSS Series for Your High School

BIOZONE’s two NGSS series have been designed to fully embrace the spirit of the NGSS. We will compare their features, guiding you to select the series best suited to your program. We will show how BIOZONE’s flexible print and digital solutions support you to teach face-to-face, remotely, or through hybrid programs.

Takeaways: 1. Comparing features of the standard and integrated NGSS series; 2. Guiding participants to select the series best suited to their program; and 3. Print and digital solutions to support teachers who are teaching remotely or face-to-face.

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NSTA Press: Instructional Sequence Matters: Explore-Before-Explain, Grades 9–12 Physical Science

This session shows how simple shifts in the way you arrange and combine activities will help students construct knowledge while allowing you to put the NGSS into practice.

Takeaways: 1. Why sequence matters—a concise review of cognitive science and science education research explains why the order in which you structure your lessons is so critical; 2. How you do it—ready-to-teach lessons that use an explore-before-explain sequence; and 3. Connections to modern standards—Next Generation Science Standards and makes interdisciplinary connections to the Common Core State Standards.

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Kiss the Ground

This workshop demonstrates how ecosystems can be replenished, carbon can be sequestered into the soil, and global warming can be reversed through a process called regeneration. This workshop is relevant to general science, environmental science, chemistry, and biology.

Takeaways: 1. Carbon can be sequestered into soil; 2. Ecosystems can be restored through a process called regeneration; and 3. The co-benefits to regeneration are more photosynthesis, more food crops, and deeper and more carbon rich soils.

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Proteins—Now That Everything Has Changed

Using engaging and powerful kits, model how proteins are simply long linear sequences of amino acids that spontaneously fold into complex 3-D shapes, following basic principles of chemistry. Then explore how a stylized enzyme model can help students understand basic concepts while an accurate model leads to increased levels of complexity.

Takeaways: 1. Teach protein folding with models; 2. Explore enzymes using models; and 3. Learn how AI is assisting in determining the shape of complex proteins.

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Using Maggots, Flies, and Flesh to Solve a Mystery!

A decomposing corpse is found in a field. Four possible missing persons fit the description. But who is it? Using clues near the scene will help determine identity. Forensic anthropologist Diane France helped to develop this free middle school and high school forensic science lesson.

Takeaways: 1. Forensic science is a great career field that combines science with criminal justice; 2. Natural processes of decomposition of flesh can be clues to determining cause of death; and 3. Storytelling is a great way to engage students in science.

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Anchoring Ecology Lessons with HHMI BioInteractive Phenomenal Images

Make science class phenomenal! Engage in an ecology lesson using HHMI BioInteractive Phenomenal Images as an anchor and learn strategies to help students use the science practices and crosscutting concepts to make sense of phenomena. Consider how to design phenomena-based lessons using free resources associated with the images.

Takeaways: 1. Using phenomena provides an anchor for understanding and explaining science concepts and is a pedagogical practice supported by the Next Generation Science Standards (NGSS) that connects learning with the natural world; 2. Using the science practices of Modeling and Asking Questions can support students in engaging with phenomena; and 3. The crosscutting concepts are a lens through which students can deepen their understanding of phenomena.

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Exploring the Wonderful World of Cell Membranes—Proteins, Lipids, and Ions, Oh My!

In this hands-on interactive workshop, participants will learn how to utilize physical phospholipid and transport protein models to explore the structure of the cell membrane, the role of transport proteins in moving ions and small molecules across membranes, and how defects in transport proteins can cause diseases such as cystic fibrosis.

Takeaways: 1. Teach membrane transport with models; 2. Teach the role of transport proteins with models; and 3. Teach how defects in transport can cause diseases.

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Fast-Tracking Artificial Selection Investigations with a New Wisconsin Fast Plant Trait

Carolina and Wisconsin Fast Plants® are introducing a new easy-to-observe trait to make artificial and natural selection studies easier. We will present how to set up experiments and demonstrate options for a fast-track selection timeline that can be used effectively in either remote- or classroom-based contexts.

Takeaways: 1. Introduction to new WFP varieties; 2. How to use WFP to teach artificial selection; and 3. Data analysis to support or refute the hypothesis of artificial selection.

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Day in the Life of a Software Development Engineer at Amazon

Interested in exposing your students to the careers of the future? Join four Software Development Engineers as they discuss what it's like to code at Amazon. Then, sign up for our Class Chat Program to bring a virtual speaker to your classroom this spring!

Takeaways: Attendees will learn: 1. what a normal day looks like as a software developer at Amazon; 2. potential career paths that can lead to becoming a software developer; and 3. how to register to bring a virtual guest speaker to your class to talk about careers in technology!

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Hands-On, Authentic Science for All Students  

This workshop will focus on how to incorporate more hands-on experiments into science courses in a way that connects the experiences to the broader world. The workshop will also discuss how to make the experiences doable for all students regardless of prior knowledge, training, or learning environment.

Takeaways: 1. How to do more hands-on, authentic experiments; 2. How to make experiments relevant; and 3. How digital media and adaptable platforms can help cater experiences to all students.

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Tackling Genetics, Mathematics, and Computational Thinking in Biology

How do we know when genes are on or off? In this workshop, we will use carbon dioxide to study gene regulation, while also demonstrating software tools that make interpreting data easier. In the bonus demonstration, well explain how students can express their understanding of metabolic rates using code.

Takeaways: 1. Simple gene regulation investigation; 2. Linear equations as mathematical models; and 3. Coding as computational thinking.

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Modeling How Cells Talk: Making Sense of Synapses and Signals

Spark questions with the Synapse Construction Kit© and provide hands-on activities to achieve Concept Explanation and Visual Representation goals in a topic that students find intrinsically interesting. How does the neurotransmitter not only get back in the presynaptic cell, but back in the vesicle? What energy is involved in the transport of these molecules?

Takeaways: 1. Evaluating models; 2. Teaching cell communication through modeling; and 3. Teaching difficult concepts using hands on modeling.

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Making Connections Between DNA and Chromosomes!

Explore and compare mitosis and meiosis in this hands-on interactive workshop. You will see how the Chromosome Connections Kit© and Chromosome Student Modeling Pack© can take your students from the cellular scale to the molecular scale connecting DNA nucleotides to chromosomes, whether modeling mitosis or Punnett Squares.

Takeaways: 1. Model chromosome structure and anatomy; 2. Compare and contrast mitosis and meiosis; and 3. Model mechanisms that contribute to genetic variation.

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Chemical Reactions with Computational Thinking and Acid-Base Phenomena

How do fossil fuels contribute to ocean acidification, and what are the consequences of an increasingly acidic ocean? Next time you introduce acids and bases, pique your students' interest with this ocean acidification model and pH activity. Then, put their computational thinking skills to the test with an engaging coding activity.

Takeaways: 1. Combustion and acid-base reactions; 2. pH; and 3. Human activity and effect on environment.

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Using Augmented Reality and Virtual Reality in Science Classes

Integrate VR/AR science modules to help your students understand complex topics in an immersive engaging environment.

Takeaways: 1. Learn the research on using VR/AR in education; 2. View sample science module content; and 3. View the teacher portal and receive immediate free access to all content.

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Sharing Microscopy Techniques and Images in Person or Remotely

How do we get students engaged and inspired in hands-on labs and experiments while learning remotely without access to classroom equipment and supplies? Microscopy can be especially difficult for students who can't touch or adjust the microscope the same way as if they were sitting right in front of it.

Takeaways: 1. An affordable solution for sharing microscopy techniques and images in person or remotely; 2. Entire class benefits from seeing the image as it should appear; and 3. Included software enables instructors and students to view, capture, share, save, annotate, and manipulate images.

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From Food Safety to Biotechnology—Using the FDA Curriculum in Your Classroom

Join us in exploring FDA's free curriculum designed for middle level and high school students. The Science and Our Food Supply series provides hands-on lessons in food safety, nutrition, and agricultural biotechnology…and provides a bridge for students to experience science in the real world.

Takeaways: Teachers will: 1. explore the variety of lessons found in the FDA curriculum; 2. understand how this curriculum can be integrated into a variety of science classes; and 3. be exposed to how this curriculum can be adapted to both hands-on and distance learning.

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Argument-Driven Inquiry in High School

Argument-Driven Inquiry is an instructional model that gives high school students a chance to learn how to use DCIs, CCs, and SEPs to explain natural phenomena and provides them with a meaningful context 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 core ideas, crosscutting concepts, and practices of science to make sense of natural phenomena; 2. How to give students an opportunity to talk, read, and write in the service of sensemaking; and 3. Ways to support students in both remote and in-person contexts.

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Inspiring Student Questions with a TWIST in DNA Modeling

Inspire curiosity, questions, and discussion with 3DMD’s hands-on DNA modeling kits. Students will discover the dynamics of DNA—twisting, untwisting, separating for replication and transcription, and coming back together. Upon examining the intricacies of DNA anatomy, students can analyze the crosscutting relationship of structure and function.

Takeaways: 1. Eliciting questions through modeling; 2. Crosscutting relationship between structure and function of DNA; and 3. Teaching the dynamics of DNA for replication and transcription.

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Outrun an Outbreak? Tracking Viral Variants Using HHMI Biointeractive Resources

Don a “biohazard” suit and join us to track an infectious disease outbreak. In this session we will introduce you to HHMI BioInteractive’s Ebola: Disease Detectives activities that highlight how nucleotide sequences can be used to track the evolution and spread of disease variants (a model for tracking SARS COv2 variants).

Takeaways: 1. Patterns in nucleotide sequences represent shared derived and shared conserved characteristics that can establish relatedness and groupings; 2. The differences in nucleotide sequences also allow scientists to establish an order of “appearance” for variants; and 3. This is a model for the processes being used to track our current SARS CoV2 outbreak. Genetic change in virus strains can result in phenotypic changes that affect pathogenicity.

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