The sky belongs to everyone - including middle-school age youth. Learn how to join the YouthAstroNet program of the Center for Astrophysics | Harvard & Smithsonian, where students practice sense-making by telling their own star stories using images they capture from real robotic telescopes.

TAKEAWAYS:
Participants will learn YouthAstroNet’s strategies for engaging students from culturally diverse backgrounds in exploring their place in the cosmos through sense-making of astronomical images and find out how to join the YouthAstroNet community, supported by the National Science Foundation.

SPEAKERS:
Mary Dussault (Center for Astrophysics | Harvard & Smithsonian: Cambridge, MA), Erika Wright (Center for Astrophysics | Harvard & Smithsonian: Fitzwilliam, NH)

When students encounter intriguing phenomena, their innate instincts to question and explore are activated. To truly grasp this concept, you have to experience it! We're going to go through a set of learning experiences (shortened for time) that are based on a phenomenon.

TAKEAWAYS:
This immersive journey into the heart of science education, where phenomena are the gateway to deeper understanding and lifelong curiosity, can be integrated into any science classroom. Invaluable phenomena resources will be shared to enrich lessons and foster a culture of inquiry.

SPEAKERS:
Sara Tolman (SET2Teach, LLC/Idaho Department of Education: Boise, ID)

Explore free existing K12 resources and contribute to the development of new resources through collaborative engagement with three US NSF-funded facilities. Experiment with activities on electromagnetism, light and wave interference.

TAKEAWAYS:
Resources from NSF facilities are useful in connecting the NGSS aligned K-12 classroom to current, cutting-edge science efforts that are implementing Science and Engineering practices in real-time.

SPEAKERS:
Carlos Villa (National High Magnetic Field Laboratory: Tallahassee, FL), Robert Sparks (NSF's NOIRLab: Tucson, AZ), William Katzman (LIGO's Science Education Center: Baton Rouge, LA)

Engaging middle school students.

TAKEAWAYS:
PEEPs impact student engagement resulting in increased proficiency results in science and engineering assessments.

SPEAKERS:
Carri Wissman (Hilo Intermediate School: Hilo, HI), Pascale Pinner (Hilo Intermediate School: Hilo, HI)

This 60-minute workshop presents a new NSF-funded Middle School science storyline curriculum unit called Build it Green! (BIG!). BIG! addresses human impacts of energy systems through a green building engineering design process.

TAKEAWAYS:
Workshop participants will learn about our 14-lesson unit, the standards it addresses, and its unique use of digital tools, architectural design, and hands-on learning. Participants have a chance to engage with a new digital design tool that was made for BIG! using authentic architectural data.

SPEAKERS:
Caiden Webb (Graduate Student: Columbia, MO), Rebekah Snyder (University of Missouri: CLINTON, MO)

Students explore Newton’s Laws of Motion as a member of an automotive engineering team preparing for the Egg Dash. These collaborative engineers investigate speed and velocity while thinking critically and creatively to design and optimize a model race car capable of beating a rival team’s racer.

TAKEAWAYS:
This hands-on session will present a micro- and macro-look at a dynamic, 21-Century unit in collaborative science. This STEM unit encourages students to communicate their findings, think both critically and creatively, and collaborate to produce a successful racer in a final performance assessment.

SPEAKERS:
Samantha Meehan (Classroom Teacher: Brookline, NH), Gregory Snoke (Brookline School District: Nashua, NH)

Discover how the concept of wing loading influences the physics of airplane flight, bird wings, and wind-dispersed seeds. From aerodynamics to ecological adaptations, this hands-on lesson will explore the interconnectedness of flight across diverse organisms and systems.

TAKEAWAYS:
Participants will learn how to calculate and apply the concept of wing loading to the flight dynamics of airplanes, birds, and wind-dispersed seeds. Life science and physical science teachers will leave with lesson plans and resources to take back to their classrooms.

SPEAKERS:
Matthew McVay (Clinical Lecturer: Auburn, AL)

Participants will build a fan cart to explore Newton's 3rd Law of Motion which would be appropriate for middle school and high school physical science.

TAKEAWAYS:
Participants will learn a deeper understanding of the physical phenomena of Newton's 3rd Law with action-reaction pairs as it occurs with building their own small fan cart.

SPEAKERS:
Sophia Crook (LIGO Livingston Observatory: Livingston, LA)

Create large scale models and diagrams on a wide variety of subjects in open spaces both on inside floors and outdoors. Learn how to get the most out of your school building spaces and engage your students’ interests using inexpensive materials and kinesthetic activities!

TAKEAWAYS:
You and your students will learn how to make and use large scale models to explore many scientific topics. Using materials like electrical tape, sidewalk chalk, rope and other simple materials, we will make and use large scale models of an ellipse, heart and body systems, cells, water cycle.

SPEAKERS:
David Ebersole (Greece Athena Middle School: Caledonia, NY)

Chat GPT is a powerful language model that can be used to create background knowledge for lessons. By using Chat GPT, educators can help students get a starting point for their research and provide them with the necessary information to explore various topics such as periodic table, environment issu

TAKEAWAYS:
One takeaway from this session is that you will understand that ChatGPT is a powerful tool for teachers. This application will allow you to answer questions or ideas you have and improve research activities that might be difficult for students.

SPEAKERS:
Ricardo Padilla (Brookhurst Jr HIgh School: Placentia, CA)

Join us for an interactive workshop where we delve into research-based methods for seamlessly weaving student discourse and writing into hands-on activities. Discover strategies to engage students in discussions and foster writing skills while they actively participate in learning experiences.

TAKEAWAYS:
Attendees will learn to incorporate strategies that promote student discourse and writing when students engage in hands-on activities. These strategies are research based and focus on ensuring students walk away with deep content understanding while engaging in an interactive learning experiences.

SPEAKERS:
Ashley Shine (Garland Independent School Dis: Richardson, TX), Jawan Wiltz (Science Instructional Design Facilitator: Wylie, TX), Leon Chatman (Garland Independent School District: Garland, TX)

Explore density with hands-on activities in 'Layers of Learning: Exploring Density through Student Sensemaking.' Engage in creating density columns to understand matter and enhance science teaching with practical strategies.

TAKEAWAYS:
Attendees will learn to use density columns for teaching, apply sensemaking in science education, and integrate student-driven inquiry to boost understanding and engagement.

SPEAKERS:
Anthony Cohutt (Thurston Middle School: Sharon, MA)

Physical and engaging classroom activity to explore motion calculations and graphing.

TAKEAWAYS:
Teachers explore motion graphing from students perspective, learning tricks to address common misconceptions.

SPEAKERS:
Mishael Sedas (LIGO Livingston Observatory: Geismar, LA), Sophia Crook (LIGO Livingston Observatory: Livingston, LA)

How can we create a visual representation of sound waves? This session will explore a cross curricular PBL unit that takes students through the process of creating visual art from a sound recording.

TAKEAWAYS:
Attendees will explore an overview of a cross-curricular PBL unit on creating art from sound waves created in the Audacity app. Attendees will practice creating and exporting a sound wave and then using a graphic design app to create an art piece. Student samples of 3D artwork will be displayed.

SPEAKERS:
Cheryl Szurkowski (Ursuline Academy: Aston, PA), Eileen Koenig (Ursuline Academy: Cochranville, PA)