Sometimes the only thing holding students back is practice time. It's amazing how much they can get done when they get themselves into a work frenzy. During Rapid Fire, we create a "controlled crazy" by playing techno music while students work in pairs to solve as many computation problems as possible in five minutes. This is a great strategy to use before taking the lesson to word problems, and provides a break from sitting quietly and attentively during the lesson. There is also always an element of choice in what the students want to focus on, helping them to adjust their self-evaluation for later on.
Planning is an essential part of a blended teacher’s practice. In blended environments, where students can be at different points in a course on various modalities, blended teachers need to be very intentional about how they plan. Check out the video below to see how Stephen plans for instruction in his blended classroom.
My students work independently and in groups using different learning modalities in my blended learning classroom every day. I have developed mechanisms that allow me to get the attention of the entire class when I need to make important announcements, clarify widespread misconceptions, or re-focus the class. Yo, Yo Class! is a call-and-response mechanism that allows me to get the attention of the class quickly. This strategy also taps into youth culture in order to instill a sense of ownership of the class among my students.
The Vocab Blitz is a visual strategy used to teach concepts through the use of math vocabulary. Students answer deep questions about the relationship between words and math and earn tickets. They place these in the Raffle Jar, which we pick from on Fridays for a small prize. Math vocabulary just for the sake of knowing academic language is good, but the Vocab Blitz explicitly asks students to apply the terms, which allows me to build more rigorous questions and connect ideas (i.e. how volume connects to science). For example, by knowing what the dividend actually is, we have a shared language that we can use when trying to figure out if a problem is asking us to multiply or divide, and to connect to improper fractions' numerator when converting them.