


ACT I
ACT I supports teachers in selecting a shared, asset-focused lens for noticing how students are participating in mathematical activity. The tool prompts teachers to meet up or “huddle” during instruction to share what they are noticing and collaboratively make decisions together about what to try next in the lesson.



ACT II
ACT II creates opportunities for teachers to learn about the complex work of eliciting students’ mathematical assets through conferring. The tool prompts teachers to confer with students side-by-side during the lesson as they work together to understand and surface students’ mathematical ideas and strengths.
Asset-Focused
Asset-Focused: Our tools are designed to activate and develop teachers’ attention towards the assets of students who are often marginalized in their mathematics classrooms. The tools invite teachers to notice, draw on and highlight their students’ mathematical competence, strengths, and experiences, as well as question their own biases and assumptions.
Responsive
Responsive: Our tools are designed to prompt teacher candidates and mentor teachers to engage with one another not only before and after teaching but also during instruction. These interactions create new opportunities for teachers to practice and reflect on the complex work of responding in the moment as they notice, elicit, and center students’ assets.
Collaborative
Collaborative: Our tools are designed to generate shared inquiry and create opportunities for teacher candidate and mentor teacher learning. The tools offer structures intended to shift the dynamic from cycles of observation and critique of teacher candidate teaching towards mutual exploration into equity-oriented instruction wherein each teacher has valuable perspectives to offer and the work of learning and refining teaching practice is shared.
Please explore our site to learn about our protocols and think about how you might use them in your own work as a teacher candidate, mentor teacher, or teacher educator!
This material is based upon work supported by the National Science Foundation under Grant No. 2010634. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.