Quick Write Summary
Truly understanding science requires my students to think in ways they might not have experienced before. Conceptualizing something that our eyes can't always see is difficult, and so it's valuable to provide graphic organizers, visual models, and other support tools as resources that my students can access while diving into content. One of the richest ways to get students to build their own methods and approaches to solving problems is to allow them to think on paper. Lessons involving direct instruction are always broken into small segments with short, casual writing periods built into the end of each one. These Quick Write Summaries are meant to focus on content construction and are free of structural analysis. I don't grade them, but I'll always help students put together their thoughts and present them with questions that guide them to the answer. Writing-to-learn strategies like the Quick Write Summary help visual learners with long-term comprehension of scientific terminology and sets the stage for students demonstrating their knowledge through writing in future assessments.
At the beginning of each trimester students are given a checklist to track their own mastery. As they progress through the lessons, they mark off what they have completed, in addition to the grade they received on each lesson. This acts as planner, letting students know at any given moment what they have completed, and what is left for them to learn to finish the trimester.
The flipped mastery model gives students loads of time to work independently, so every few weeks we like to bring the class together to play a game. Pop The Bubble, which my coteacher Mr. Elizondo came up with, is hands down the students' favorite. Each team of students gets 5 bubbles, and when they get a question right, they can pop another teams' bubble. The last team with bubbles remaining wins the game. It's a great twist on the traditional Kahoots quiz game.
The Demo Discussion is a strategy I use to provide an interesting and memorable in-class demonstration of complex concepts that my students will learn about in class on a given day, using a variety of digital resources. The Demo Discussion is an excellent way to promote student curiosity about scientific phenomena. The "demos" provide access points for my students to witness and wonder about complicated chemical processes that they will eventually explore and understand at a much deeper level. By leveraging additional physical and digital tools, I can facilitate in-depth analysis and support the development of models to explain the science behind the demo. This strategy also allows me to surface my students' questions and interests about the day's Learning Targets (please see the "Learning Targets" strategy video), to which I can refer and make connections throughout our exploration of that content.