Reasoning-and-explanation - Session 1: Studying mathematics teaching with a focus on reasoning and explanation

Part 1: Preview

video of math teacher

Overview

This part provides an overview of the module.

Each Dev-TE@M module focuses on four core elements of the work of elementary teaching:

  • Mathematics geared to the demands of teaching
  • Teaching practices for diverse classrooms and contexts
  • Student thinking about mathematics
  • Learning-from-practice protocols for systematically learning from and improving teaching

Work on these elements is integrated across the ten sessions of a module, providing opportunities to practice, build on, and extend ideas over time. In addition, simultaneously working on the four core elements is important because the work of elementary mathematics teaching requires integrated attention to these elements in practice.

The content of this module—Supporting Reasoning and Explanations in Elementary Mathematics Teaching—focuses on:

  • Mathematics: deepening skill with mathematical reasoning, explanations, and language
  • Student thinking: examining the ways students make sense of and explain mathematics
  • Teaching practice: supporting mathematical practices in the classroom
  • Learning from practice: engaging in video workshops as a means to support the teaching and learning of mathematical practices

Mathematical practices such as reasoning, explaining, and using mathematical language precisely are foundational to knowing and doing mathematics. Such practices have been emphasized in the Common Core State Standards, as well as the National Council of Teachers of Mathematics Principles and Standards. This module focuses on developing the knowledge and skills teachers need to help their students develop proficiency with mathematical practices.

Menu

  • DTE Home
  • Reasoning and Explanations Home
  • Sessions
    • Session 1: Studying mathematics teaching with a focus on reasoning and explanation
    • Session 2: Launching work on mathematical explanations and video workshop
    • Session 3: Noticing the features of explanations and unpacking student reasoning
    • Session 4: Scaling mathematics problems and engaging in a video workshop
    • Session 5: Producing “good” mathematical explanations
    • Session 6: Appraising a student’s explanation and engaging in a video workshop
    • Session 7: Capitalizing on students’ explanations and engaging in a video workshop
    • Session 8: Developing justifications and responding to students’ explanations
    • Session 9: Planning instruction to target reasoning and engagement in mathematical practices
    • Session 10: Summarizing and moving forward with video workshop

Get in touch

  • [email protected]
  • University of Michigan
    School of Education
    610 E. University Avenue, Suite 1600
    Ann Arbor, Michigan 48109-1259

© 2019. All rights reserved.