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AMTNJ Virtual Offerings

Engaging Activities in the Middle School Math Classroom: Ally Wojciechowski & Jessica Dowling

Zoom Virtual Event

Description: In this session, teachers and coaches will participate in activities that build a teacher's toolbox of engagement strategies. Participants will learn about and experience strategies to engage students in a variety of mathematical practices. Walk away with specific structures that you can immediately implement in your daily practice!

Motivating Desires And Problem Solving: Lisa Warner & Roberta Schorr

Zoom Virtual Event

Description: Earlier research uncovers a multitude of “in the in-the-moment” motivating desires that accompany mathematical problem solving. These motivating desires evoke differing patterns of engagement and social interaction. In this presentation, we share our most current data (survey, individual interview, and focus group techniques) involving prospective K-6 teachers’ motivating desires as they work in groups […]

What Are You Waiting For?: Ralph Pantozzi & Alicia Rodriguez

Zoom Virtual Event

Description: You know to use “wait time" after you ask a question of your class, yet there are many other times to “wait” in the learning of math. See how a few adjustments to your curriculum, instructional routines, and assessment practices can work to increase your students’ confidence, contributions, and creativity.

Avoiding The One-Way Approach: Jesse Johnson & Jennifer Jernigan

Zoom Virtual Event

Description: Participants will explore a multi-dimensional approach to teaching math in general and special education classes. Participants will leave the session with tools and strategies that will encourage student self-discovery.

Can We Talk? Establishing Mathematical Routines To Support Student Learning: Jill Perry & Rob Wieman

Zoom Virtual Event

Description: Do your students struggle to engage in mathematical discussions? Instructional routines provide teachers and students with well-defined structures that support students’ shared sense-making. In this interactive workshop we will demonstrate how to introduce and facilitate routines so that students are supported in being successful.

Visualization Strategy To Develop Multiplication Fact Fluency: Makoto Yoshida & Mary Leer

Zoom Virtual Event

Description: Looking for ways to help students master multiplication facts, so they do not rely on repeated addition or skip counting? Learn visualization strategies that use arrays and properties of multiplication to help students learn their facts with conceptual understanding. The how-to’s of monitoring and assessing fluency will also be discussed.

Mathematics and Elections: An Overview: Joseph Rosenstein

Zoom Virtual Event

Description: This presentation will provide an overview of the mathematical questions that arise in decisions about the census, apportionment, redistricting, who gets to vote, how the vote takes place, how the votes are counted, and how the votes are tabulated. We will be looking back to the 2020 national elections and forward to the 2021 […]

Sense-Making Smash 3-8: LeighAnn Layton & Danielle Ventrello

Zoom Virtual Event

Description: Are you looking for ways to help students be sense-makers rather than answer getters? Get ready to explore a rapid-fire selection of engaging tasks designed to ignite mathematical curiosity, spark reasoning and promote rich math discourse.

Connecting What We Teach To The World Around Us: Gail Burrill

Zoom Virtual Event

Description: Investigating mathematical relationships can be a wonderful experience but one that often does not resonate with students. Let’s explore some contextual situations such as ranking or predicting (will woman’s earnings catch up to men’s) that can motivate students to do mathematics and engage them in learning content from algebra to functions.

Statistical Literacy Should Not Be Optional: Gail Burrill

Zoom Virtual Event

Description: Recognizing the increasing need for statistical/quantitative thinking and reasoning in today's world, NCTM’s Catalyzing Change identifies making sense of the world as a central purpose in teaching mathematics. How can we make this vision a reality in our classrooms and why is it important to do so? How can technology help?