Brain Power is a strategy my students and I use to promote a classroom culture of risk-taking, resilience, and collaboration. Early in the year, I teach my students to wiggle their fingers towards their peers who are thinking of an answer or trying to correct an incorrect response. This strategy creates wait time and encourages my students to continue their thinking process without giving up.
Stamina captains track stamina among students at their table throughout independent work. Especially while working on differentiated or individualized practice, students may feel "alone" in their work and thus easily get distracted (whereas they might feel more pressure if all students are working on the same exact practice). Thus, through emphasizing the skill of stamina, students constantly think about their level of focus and ability to avoid distractions. When students begin discussing something that is off-topic, the stamina captain will write down their name on a post-it. After that, those students get a chance to "fix" their behavior by getting back on task. If their stamina is not fixed, they then get a phone call home as a consequence for their lack of focus. Through this closed loop, parents and students understand their focus and work at school.
Rotations for Practice is a way to deliver new content in small, controlled doses in a station rotation context. Unlike Workshop, where students are more fluid and learning at their own pace, Rotations for Practice is done with groups that cycle to various stages of understanding of a concept. These stations always include a collaborative product, teacher led instruction, and practice or learning on technology.
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.