Teamwork Self-Assessment Rubric
At the conclusion of our team sessions my students self-assess, give feedback/compliments to one another, and agree or share out their disagreements with one another. Our two areas of focus right now are collaboration and accountability. My students score themselves on a scale from 1-4 on these habits and then track their progress daily/weekly in order to consider their next steps or provide feedback to one another. Perhaps most importantly, the sentence stems within the rubric help my students develop a repertoire of conversational skills they will need in the 21st century and beyond.
KWS stands for what we Know, Want to know, and how might we Solve a word problem. The KWS Chart is a catalyst that gets my students to organize and analyze complex word problems. My students are more successful with word problems when they have a toolkit for simplifying the complex information often found within word problems. This tool is an essential scaffold for English Language Learners in my class. The strategy is also great to uncover with my students the fact that there are multiple ways of solving a problem, no matter how complex it may be, and often times there may be multiple routes to a solution.
This strategy is a small group guided instruction, or in student friendly language, team time with Mr. Esparza. A group of 3-4 students is pulled as other teams are conducting a differentiated math investigation. Students are given a selection of materials to create models and formulate ideas. We work as a collective to identify our misconceptions by asking ourselves questions, explaining why, and checking for understanding. As a scaffold, students use hand signals and our learning goal success rubrics to check themselves for understanding throughout the process.
My students engage in a strategy called Math Fact Fluency for a few minutes each class period. They use a dry erase marker to fill in a blank multiplication table inside a plastic sheet protector according to a specific rule (by 2s, by 5s, etc.). I use this strategy to help my students notice patterns within the multiplication table and to develop a deep conceptual understanding of multiplication.