In this final episode of our three-part math series, we explore how to transform math classrooms into engaging, curiosity-driven environments. Instead of rote memorization, top educators share play-based strategies, project-based learning ideas, and mastery-based instruction to help students develop a deep understanding of mathematics.

Whether you're a math teacher, school leader, or parent, this episode provides practical techniques and real-world applications to make math fun, meaningful, and relevant for students.

Show notes: https://www.coolcatteacher.com/talkmath

✔️ How play-based learning makes math fun (Dan Finkel)
✔️ Why productive struggle builds confidence in students (Dr. Lidia Gonzalez)
✔️ The power of Shark Tank-style design challenges in math (Dr. Erin Krupa)
✔️ Using Fortnite Creative for interactive math & physics (Andrew Vanden Heuvel)
✔️ How real-world projects improve math engagement (Tinashe Blanchet)
✔️ The role of differentiation and flexible grouping (Dr. Carol Ann Tomlinson)
✔️ The math innovation challenge to bring new ideas into your classroom

• Dan Finkel – Math for Love – Play-based math learning
• Dr. Erin Krupa – NC State University – Math challenges that promote inquiry
• Dr. Lidia Gonzalez – Productive struggle in math
• Dr. Carol Ann Tomlinson – Differentiation Central – Differentiating math instruction
• Tinashe Blanchet – iteachmath.org – Real-world math projects
• Andrew Vanden Heuvel – Fortnite Physics Education – Using Fortnite Creative for physics
• Joseph Manfre – Modern Classrooms – Mastery-based, self-paced learning
• Lauren Harris – Project-Based Learning for Math – How projects deepen math retention
• Dan Meyer – Desmos – Using interactive technology in math lessons
• Liesl McConchie – Brain-Based Learning – How to create a math-ready brain