Participants will consider and discuss why student-to-student discourse is essential for making sense of science. Science is the perfect setting for building students' capacity for deep discussions, and the strategies for making those discussions happen are transferable to other subject areas. Consider ways to help students grapple with evidence from multiple sources, make their thinking clear for others, and productively build upon or challenge the ideas of others.
AI is already having a significant impact on education and is only just starting to transform our work and lives. This session seeks to provide a discussion space for educators to consider some of the following thought prompts: -How do I design work that will help my students learn in the age of AI? -How do I leverage AI for my work? -How do I use AI ethically and how do I teach students to use AI ethically? -Who has access to AI and what biases are inherently embedded in it? -What policies exist in my space about AI? -What policies and practices do I want to establish using AI? -How can I evaluate the use of AI in my work and in my students’ work?
Attendees will be able to leave with: -A better understanding of the ways that AI is shaping and will shape their work. -Reflections on their views and values about AI in the classroom -Next steps for their practice in the ethical use of AI
Every student deserves a welcoming and comfortable learning environment. At this polarized time, different communities are in different places in their level of encouraging welcoming spaces. In our session we’ll brainstorm the types of things that are within the control of a classroom practitioner to create welcoming spaces for all different types of identities. We’ll also share brainstorming of ways of overcoming community challenges. We will honor the wisdom and experience of the diverse perspectives of the room, by modeling strategies for helping people solve each other’s problems. Finally, we’ll look at places where in a Science classroom in particular, old types of thinking/ exclusion may cause problems for learners.
Attendees will be able to leave with: -A reflection on the identities present in their context -A list of possible strategies to try to make their space more welcoming to those identities -Troubleshooting solutions to other people’s challenges in creating welcoming spaces
Insects are the Rodney Dangerfields of conservation—they don’t get no respect. As a result, invertebrate conservation (including that of insects) tends to be significantly underfunded and ignored. It doesn’t help that a majority of people think of most insects as just “bugs”—pests that would best be exterminated. One exception to this rule is Danaus plexippus—the monarch butterfly. Despite being invertebrates, monarchs rank up there with eagles and whales, manatees and wolves as emblems of conservation and the parts of nature that we love. Most people can identify monarch caterpillars, know that they feed on milkweeds, and certainly recognize the adults—not something they can say about any other lepidopteran.
The first grade class at University Lake School—a small, private school in Hartland, Wisconsin—has, for many years, learned about and acted out the monarch life cycle and migration. We will go through the activity, providing background information about these iconic invertebrates as well as giving out materials so participants can easily have their students become graceful monarchs!
Learn what makes great phenomena and come away with free lessons.
Not all phenomena are equal. How you kick off your unit sets the tone for the entire unit itself. Learn what makes a phenomenal phenomenon that keeps your students engaged. You’ll learn how to choose and implement the best science phenomena. You’ll also receive free access to Mosa Mack Science phenomena lessons.
This interactive, hands-on workshop has three parts:
1. Why Phenomenon: We dive into the purpose and methodology of teaching with phenomena. 2. Hands-on Physical Science: You’ll experience a shocking phenomenon: security camera footage of cars that appear to be levitating! What is really going on in the footage, how can we test it, and what can we learn about the laws of force and motion from it? 3. Closing: We’ll close the workshop with a brief summary, lesson takeaways, and a final Q&A.
