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2026 NCCTM Annual Fall Conference
2026 NCCTM Annual Fall Conference
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Friday
, November 6
9:50am
EST
Every Student Thinking: Creating Collaborative Math Classrooms
Piedmont 2
The EL Advantage: Finding the ‘Right’ Angle for English Success with NotebookLM
Conference 2
Trust but Verify: A Research-Based Checklist for Reviewing AI-Generated Math Lessons
Piedmont 1
Math Main Idea: Making Sense of Math Stories
Salem 3B
The Future of Core Curriculum: The one-size-fits all era is over
Salem 1A
The Power of Productive Struggle
Winston 1A
Tinkering with Data: Leveraging Student Thinking to Drive Daily Math Moves
Salem 1B
Modeling in a K-2 Classroom
Winston 3A
Tasks and Discourse that Supports Understanding of Fraction Operations
Winston 1B
Think, Reason, and Grow: High-Leverage Math Tasks that Work
Winston 2
Lessons Learned from the North Carolina Mathematics Coaching Network
Piedmont 3
Hack the Brain: Using Cognitive Science to Build Math Memory that Sticks
Winston 1C
Make it Make Sense
Salem 2
Trauma-Informed STEM: Building Resilience Through Design
Salem 3C
Crafting Investigative Experiences for AP Statistics Students
Boardroom
Desmos in Action: Engaging Lessons for High School Math Teachers
Salem 1C
Exploring Multiple Representations With Spreadsheets
Conference 1
Building Thinking and Belonging: A Science-Informed Approach to Math Engagement
Winston 3C
Recognize, Repair, Reinforce: Closing Mathematical Gaps Before They Grow
Winston 3B
Take your time back: Learn how to teach any AI chatbot to make your class materials in minutes
Salem 3A
11:00am
EST
Access Without Limits: Supporting Students with Disabilities in Math Class
Piedmont 1
Making Meaning of Math Lingo: Teaching the Language and Discourse of Math
Salem 3B
Not Just Numbers: Literacy Strategies That Unlock Mathematical Thinking
Piedmont 2
From Models to Meaning: Insights on Fraction Learning Through Patterns® Professional Learning
Winston 2
Students Love a Challenge: Game On!
Salem 2
The Art of the Math Warm-Up: Music, Visual Arts, and Mathematical Thinking
Salem 3C
Tinker Like a Student: Feeling the Struggle of Learning Place Value
Salem 1C
Tinkering with Manipulatives: Modeling Mistakes to Learn
Winston 3C
Beyond the Numbers: Creating Meaningful Data Systems that Empower Teachers and Students
Winston 3A
From Hands to Rules: Using Concrete Materials to Build Algebraic Generalizations
Winston 1B
Busy Isn’t Thinking: Using Classroom Evidence to Coach for Cognitive Lift
Winston 1C
Complex numbers demonstrated by color segments and areas
Boardroom
Computational Thinking in Math: Using AI Models and Minds
Winston 1A
More than Just the Right Answer: Modeling in the Modern K-12 Classroom
Piedmont 3
Rebuilding Student Discourse in the Classroom
Conference 2
Connecting, Empowering, and Preparing Through Co-Teaching
Salem 3A
Tinkering Through the Unit Circle
Salem 1B
Utilizing Desmos in the Advance Placement Math Environment
Conference 1
Low-Prep, High-Engagement: 8 Math Activities You Can Use Tomorrow
Salem 1A
Tinkering in Middle School -Making Math Hands on for Middle School Students
Winston 3B
12:10pm
EST
This session explores how strategic ALEKS implementation in Math 1 – Math 3 strengthens EOC proficiency while building durable foundational skills that support success through PreCalculus. Discover data-driven practices, classroom strategies, and stu...
Piedmont 2
4 Classroom Practices That Increase Student Proficiency
Winston 2
Developing Thinking Classrooms: K-12 Strategies that Empower Student Agency
Salem 2
Seeing the Story in the Data: Using NotebookLM to Support Student Achievement
Salem 1A
Game On! Enhance K-8 Math and Language by “Tinkering” with Hands On Games
Piedmont 3
Making Math Visible: Using C-R-A as a Hands-On Pathway to Deepen Mathematical Reasoning
Salem 3A
Strengthening Number Understanding through Units Coordination
Winston 3B
Low Floor, High Ceiling, Zero Stress: Adaptable Math Games for Grades 4 - 6
Winston 1B
Statistics activities to help grades 3-5 teachers exceed standards with engaging data lesson plans
Boardroom
Strengthening PLCs Through Reflective Journaling
Salem 3B
Practical Changes to Capture Student Brilliance
Salem 3C
Raising the Bar (Model)
Winston 1C
Scaling Up Thinking: Tinkering with Proportional Reasoning
Conference 1
Robot Soccer - Applying Coordinate Plane Knowledge with Spheros
Piedmont 1
Using Samples to Make Inferences About Populations
Winston 3A
Wait, That's Math? Making Cross-Curricular Connections to Prompt Student Thinking
Salem 1C
Division with Fractions: More than just “Keep, Change, Flip”
Winston 1A
Making Moves in Middle School Math
Winston 3C
They Didn't Fail Math, Math Failed Them: Designing a Math Class for All Learners
Salem 1B
1:20pm
EST
Reengaging the Disengaged: A Systems Approach to Math Success
Conference 1
Still Learning: A K-12 and College Conversation on AI in Mathematics
Piedmont 2
Using Pictures and Stories to Solve Multi-Step Word Problems
Piedmont 1
Math All Around Us: Using Ecology and Geography to Teach K-5 Mathematics Concepts
Boardroom
Place Naming Isn't Place Value: Rethinking Place Value Knowledge
Salem 1C
Show Me Your Way: Connecting Student Thinking During Problem Solving
Winston 2
The Building Thinking Classrooms Model: Promoting Discourse and Collaborative Problem Solving
Salem 3B
Designing Elementary Math Lessons that Foster Inquiry, Awe, and Ownership
Winston 1A
Helping Struggling Students Master Mathematics
Winston 1B
Leading with an Instructional Focus: Strategies for Student and Teacher Success
Piedmont 3
Beyond Turn & Talk: Real Math Discourse That Actually Works
Salem 3A
Integer Operations are Hard: Why and What to do
Salem 1B
Supporting Multilingual Students’ Mathematical Participation: Insights for Teachers and Coaches
Winston 1C
Instructional strategies that elevate student thinking
Salem 3C
Making Algebra Real: Teaching Functions Through Data and Modeling
Winston 3C
Watch Out for #1: Using Probability to Detect Fraud
Conference 2
Engaging Students in Their Own Learning and Growth
Winston 3A
The Instructional Reset: Refining the Core
Winston 3B
Examining the Impacts of Immersive Learning on Student’s Math Anxiety, Math Ability, and Confidence
Salem 1A
2:30pm
EST
Ignite! A New Experience!
Salem 2
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Strand 3: Structure
Strand 6: Leadership for Installation
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Strand 3: Structure
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Strand 5: Data Science
Strand 6: Leadership for Installation
Technology & K–12 Pathways
Secondary High (9-12)
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Identity & Joyful Learning
Implementation & Collective Impact
No Strand: Proposals that do not align to any of the above strands are still welcome.
Representations & Tinkering
Strand 1: Modeling
Strand 2: Reasoning
Strand 3: Structure
Strand 4: Productive Habits
Strand 5: Data Science
Strand 6: Leadership for Installation
Technology & K–12 Pathways
Secondary Middle (6-8)
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Coherence & Mathematical Pathways
Discourse & Student Thinking
Identity & Joyful Learning
No Strand: Proposals that do not align to any of the above strands are still welcome.
Representations & Tinkering
Strand 1: Modeling
Strand 2: Reasoning
Strand 3: Structure
Strand 4: Productive Habits
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Thursday
, November 5
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, November 6
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Piedmont 3
Salem 1A
Salem 1B
Salem 1C
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All (K-12)
All
Coherence & Mathematical Pathways
Discourse & Student Thinking
Identity & Joyful Learning
Implementation & Collective Impact
No Strand: Proposals that do not align to any of the above strands are still welcome.
Strand 2: Reasoning
Strand 3: Structure
Strand 4: Productive Habits
Strand 5: Data Science
Strand 6: Leadership for Installation
Technology & K–12 Pathways
Elementary Early (K-2)
All
Discourse & Student Thinking
Identity & Joyful Learning
Representations & Tinkering
Strand 1: Modeling
Strand 2: Reasoning
Strand 4: Productive Habits
Strand 5: Data Science
Technology & K–12 Pathways
Elementary Intermediate (3-5)
All
Discourse & Student Thinking
Identity & Joyful Learning
Representations & Tinkering
Strand 1: Modeling
Strand 2: Reasoning
Strand 4: Productive Habits
Strand 5: Data Science
Technology & K–12 Pathways
Elementary (K-5)
All
Coherence & Mathematical Pathways
Discourse & Student Thinking
Identity & Joyful Learning
Implementation & Collective Impact
Representations & Tinkering
Strand 1: Modeling
Strand 2: Reasoning
Strand 3: Structure
Strand 4: Productive Habits
Strand 5: Data Science
Strand 6: Leadership for Installation
Technology & K–12 Pathways
School or district-based coaches and/or leaders
All
Coherence & Mathematical Pathways
Discourse & Student Thinking
Implementation & Collective Impact
Representations & Tinkering
Strand 1: Modeling
Strand 2: Reasoning
Strand 3: Structure
Strand 6: Leadership for Installation
Secondary All (6-12)
All
Coherence & Mathematical Pathways
Discourse & Student Thinking
Identity & Joyful Learning
Implementation & Collective Impact
Representations & Tinkering
Strand 1: Modeling
Strand 2: Reasoning
Strand 3: Structure
Strand 4: Productive Habits
Strand 5: Data Science
Strand 6: Leadership for Installation
Technology & K–12 Pathways
Secondary High (9-12)
All
Coherence & Mathematical Pathways
Discourse & Student Thinking
Identity & Joyful Learning
Implementation & Collective Impact
No Strand: Proposals that do not align to any of the above strands are still welcome.
Representations & Tinkering
Strand 1: Modeling
Strand 2: Reasoning
Strand 3: Structure
Strand 4: Productive Habits
Strand 5: Data Science
Strand 6: Leadership for Installation
Technology & K–12 Pathways
Secondary Middle (6-8)
All
Coherence & Mathematical Pathways
Discourse & Student Thinking
Identity & Joyful Learning
No Strand: Proposals that do not align to any of the above strands are still welcome.
Representations & Tinkering
Strand 1: Modeling
Strand 2: Reasoning
Strand 3: Structure
Strand 4: Productive Habits
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All
Identity & Joyful Learning
Implementation & Collective Impact
Strand 4: Productive Habits
Strand 6: Leadership for Installation
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