Book

Transforming Calculus Education: The PjBL-GeoGAI Framework Calculus is the cornerstone of STEM education, yet its teaching remains mired in lectures and abstract procedures. Students struggle to connect complex concepts like derivatives and integrals to the real world, and educators are left searching for effective ways to integrate powerful but often disjointed tools like artificial intelligence and dynamic software. PjBL-GeoGAI: Developing AI-Based Mathematics Learning with GeoGebra for Calculus Education offers a revolutionary, practical solution. This book introduces a coherent framework that seamlessly integrates three powerful pillars of modern pedagogy: Project-Based Learning (PjBL): Empowers students with authentic, real-world problems that make calculus relevant and engaging. GeoGebra: Provides dynamic visualization that transforms abstract concepts into tangible, explorable models. Artificial Intelligence (AI): Offers personalized support, instant feedback, and adaptive guidance to deepen understanding. This comprehensive guide equips mathematics educators, curriculum developers, and graduate students with everything needed to implement this transformative model. It provides the theoretical foundations, practical project templates, sample problems, and implementation strategies to successfully teach key calculus topics, including functions, limits, derivatives, and integrals. With the PjBL-GeoGAI framework, you can move beyond passive learning to create a classroom where students think critically, collaborate effectively, and develop a deep, conceptual understanding of calculus that prepares them for the challenges of tomorrow.