Energy Tree Diagram: What do wind-up toys, springs, and pop-ups have in common? Energy! In this video, we’ll take a closer look at these toys to examine what types of energy transfers happen that cause these everyday object to spin, move, and pop. This is a great way to learn about types of energy in a fun and engaging approach by mapping out the kinds of energy present through a process of drawing out the types of energy in an energy tree diagram.
Presented by: Rob Payo, Denver Museum of Nature & Science and Ann Hernandez, Association of Science Technology Centers
Energy: A Multidisciplinary Approach for Teachers (EMAT) is an online course for high school science teachers. We developed it for teachers, but it’s chock full of resources that teachers might use with high school students.
Energy ideas are fundamental to all areas of science. Our goal is to help teachers learn more about energy ideas and, in turn, help their students understand energy, too. When our kids understand key energy concepts, they will be better prepared to actively participate as citizens in making energy decisions as part of our rapidly changing economy.
Register with the Rise learning management system (it’s free) and then choose EMAT from the course catalog.
There are six units in the EMAT course:
Each unit helps teachers learn key energy concepts and think about how to help students learn key energy concepts. As part of the course, there are a variety of materials to help both students and teachers:
Animations—short animated videos that showcase important science and energy concepts
Interactive Learning Experiences—interactive and fun opportunities to explore scientific ideas related to energy
Classroom Videos—see how other teachers have engaged their students in teaching complex ideas related to energy
In this video, Ryan Morra, Professional Learning Coordinator at Shelburne Farms in Vermont traces the energy and processes involved in making cheese all the way back to the Sun as an energy source. By applying the idea of energy transfer to the real-life scenario of how cheese is made, teachers can then choose to actually make cheese with their students in the classroom. (3:11 minutes)
Girls of Energy is designed to ignite curiosity and engage young minds across the globe, and we are thrilled to bring it to you. It showcases exceptional women who are conquering today’s energy challenges and creating tomorrow’s technology solutions. Comprised of lesson plans, activities, and an engaging website, Girls of Energy highlights the importance of energy and how it improves the lives of our friends, neighbors, and family members. Exploring the cutting-edge energy research and technology being developed at the U.S. Department of Energy’s National Laboratories, Girls of Energy allows young women to see just how amazing a STEM career can be.
In this video, learn how to slow down conversations and elicit deeper thinking and listening in small group discussion using a protocol designed for more focused conversations. This protocol is ideal for exploring a topic and giving voice to each person in the group in a step-by-step process that allows for more reflective listening and thinking.
In this video, learn an approach that allows for more respectful and equitable discussion, one that provides a structure for people to share and deepen their understanding of each other’s ideas and perspectives using a Talking Dyad Stick.
Teaching Channel is a thriving online community where teachers can watch, share, and learn diverse techniques to help every student grow.
“So great to see good instructions live with kids. There are lots of resources linked with each lesson on the site.”
In terms of content related to energy, see these highlighted resources:
Energy Across the Disciplines: Students design Rube Goldberg machines to study energy transfers and energy transformations. The teacher uses the machines to help students make connections between flow of energy in ecosystems of life science with that of physical energy to then discuss conservation of energy and how that is reflected across different disciplines of science.
Potential Energy: Problem Solving Skills: A lesson introducing middle school students to the idea of potential energy. Students work through text with background information on potential energy before working with simulations calculating the amount of potential energy in different scenarios in small groups to further their understanding.
Exploring Real World Energy Transformations: Lesson with stations and identifying energy transformations and transfers using real world examples students are familiar with
STEM Activity: Heat Loss: In this fun activity, students build a house and then measure the amount of heat loss within the structure. After making adjustments in “insulation”, students measure the amount of heat loss again, prompting further discussion on home energy efficiency
BEETLES stands for “Better Environmental Education, Teaching, Learning & Expertise Sharing” and is based at the Lawrence Hall of Science, University of California at Berkeley. The site focuses on experiential learning approaches, primarily for field instructors and outdoor education, but also for classroom educators as well. You’ll find lessons and associated video segments that demonstrate the lessons that center. The lessons are centered around beetles as a science topic for discovery. Also note the great questioning strategies the facilitators use to foster deeper discussion.