Good Vibrations: Tuning preservice teachers into creativity with sound

Science education can be effective when it incorporates diverse, hands-on activities, such as creative projects, that encourage questioning, experimentation, and meaning-making. Research on creativity in science and engineering education highlights the importance of providing intentional time and space for inquiry, investigation, and problem-solving, core practices emphasized by the Next Generation Science Standards. This article presents a 5E lesson developed for an elementary science methods course, modeling creative learning through a first-grade lesson on sound. Using physical and virtual musical instruments, preservice teachers engaged in hands-on, student-centered explorations of sound and vibrations, experiencing the benefits of creative learning firsthand while also exploring how vibrating materials can make sound and sound can make materials vibrate (1-PS4-1). The lesson demonstrates the value of integrating creative approaches into science education while building preservice teachers’ confidence and skills to design interdisciplinary, engaging lessons. Practical recommendations are provided for creating learning experiences that foster critical thinking, inclusion, and a deeper understanding of scientific concepts. This example illustrates how dynamic teaching practices that are responsive to learners can empower future teachers to meaningfully connect learners with science.