STEM Education with PhET Interactive Simulations

Modern STEM education requires more than just reading from a textbook; it needs tools that allow students to experiment with invisible concepts and complex systems. This course provides educators with the framework to effectively use interactive simulations to bridge the gap between theory and practice. You will learn how to facilitate inquiry-based learning using PhET simulations, helping students visualize phenomena in physics, chemistry, biology, and mathematics. By the end of this course, you will be able to transform traditional lectures into active learning experiences where students drive their own discovery. You will gain the skills to select the right simulations for your curriculum and guide students through meaningful scientific exploration. What you'll learn: - Understand the foundations of inquiry-based learning using virtual simulations - Apply strategies for whole-class demonstrations and interactive lecture demos - Design lesson plans that incorporate student-led exploration of scientific phenomena - Practice guiding students through mathematical modeling and data interpretation - Identify ways to assess student learning through simulation-based activities - Integrate simulations into diverse classroom environments, from primary to higher education The course begins with core pedagogical theories and foundational definitions of interactive learning before moving into practical lesson design and classroom facilitation techniques. This structured approach ensures you can build a solid strategy for digital tool integration. This course is designed for educators, tutors, and teaching students who want to modernize their STEM instruction. No prior experience with simulation software is required. Start transforming your STEM classroom through interactive exploration.