Teaching Primary Number Sense with PhET Simulations

Building a strong mathematical foundation in primary school is crucial, yet traditional rote memorization often leaves young learners disengaged. Developing true number sense requires active exploration, conceptual visualization, and guided inquiry. This text-based course equips educators and parents with the pedagogical tools to foster deep mathematical understanding in primary students using PhET interactive simulation frameworks. You will learn how to structure lessons, facilitate guided inquiry, and translate abstract math concepts into intuitive mental models. What you'll learn: 1. Understand the core principles of number sense and how primary students develop mathematical intuition. 2. Design inquiry-based lesson plans that integrate PhET simulations effectively into the curriculum. 3. Apply scaffolding techniques that guide students from concrete representations to abstract mathematical notation. 4. Create structured worksheets and written prompts that encourage mathematical reasoning and discussion. 5. Analyze student thinking and address common misconceptions in early arithmetic, fractions, and place value. 6. Implement modern formative assessment strategies to track conceptual growth without relying on rote testing. The course begins with foundational theories of number sense and inquiry-based learning, then moves into practical pedagogical strategies for specific math topics, including counting, place value, and basic operations. You will explore step-by-step guides for designing student-centered activities and analyzing classroom scenarios. This course is designed for primary school teachers, homeschooling parents, and educational designers who are new to inquiry-based math instruction. No prior experience with educational technology or advanced mathematics is required. Start transforming your primary math instruction and help young learners build a lifelong love for numbers.