Fostering creativity in STEM education can be achieved through hands-on projects, collaborative problem-solving, and encouraging innovative thinking. By integrating arts into STEM, known as STEAM, students can approach scientific concepts more expressively, making learning more engaging. Incorporating engineering challenges encourages students to prototype and experiment, allowing them to find creative solutions to problems. Moreover, a classroom environment that celebrates curiosity and risk-taking can stimulate creative thought processes. Educators should aim to provide interdisciplinary experiences that merge theoretical learning with practical application, preparing students for future challenges.