This research explores STEM education's role in enhancing experiential learning and critical thinking in K–12 students, suggesting its necessity for future innovation.
Key Points
The research aims to investigate STEM education as a model for experiential learning in K–12 education.
Analyzed the integration of Science, Technology, Engineering, and Mathematics in educational frameworks.
Focused on the applicability of experiential learning principles and the constructivist learning theory.
Evaluated the impact of STEM education on critical thinking and innovation skills among students.
Students engaged in STEM education exhibited improved conceptual understanding compared to traditional rote learning methods.
The integration of practical skills with theoretical knowledge led to higher levels of innovation and problem-solving abilities.
A strong foundation in STEM was associated with better preparedness for real-world challenges and employability.