A comprehensive, research-based professional development that provides the necessary ingredients for building a scientific way of thinking, a deep understanding of how and why things move in our world, and the skills teachers need to support students making sense of force & motion.
In this 5-day face-to-face professional learning course, participants work to make sense of the different kinds of motion we encounter by unpacking what makes things move in the first place. Throughout the course, participants engage in active discourse as they work to understand the science for themselves as adult learners.
Interwoven with the science are Literacy Investigations that provide participants with an opportunity to engage with contextualized discussions that focus on the unique nature of reading in science. Teaching Investigations provide an opportunity to connect their own adult learning to the classroom context.
As part of the resources included in this course, participants have access to the Making Sense of Student Work PLC protocol and the Energy Formative Assessment Task Bank. An optional Next Generation Science Toolkit is also available. The toolkit supports building a deeper understanding of energy in the context of Next Generation science as described in the NRC Framework for K-12 Science Teaching.
By engaging in sense making using well-developed teaching dilemmas, teachers can better understand their students’ ideas and take deliberate actions to address them through improved understanding of content and how to teach that content.
Page Keeley, author of the Uncovering Student Ideas in Science series
- Audience: For teachers of 6–8 science
- Time: In-person | 5 full days
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