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Journal of Digitalization in Physics EducationJournal of Digitalization in Physics Education

This study aims to analyze the profile of the STEAM-integrated PBL model specifically designed to encourage creative thinking in high school students while learning physics. The research method used is a literature study conducted by collecting several previous research journals related to the material. The results of this study indicate that using the STEAM-integrated PBL model improves students creative thinking. In addition, STEAM learning, teachers, or educational institutions will help the progress of the Indonesian education system. Because the application of STEAM learning can prioritize problem-solving-based learning, especially in physics learning related to everyday life. The novelty obtained is that STEAM-PBL Integration as an Effective Approach can Increase Student Creativity compared to conventional methods, STEAM-PBL Has a Broad Impact on Critical Thinking and Problem Solving Skills through a challenge-based approach. Then, the role of technology and digital media in strengthening STEAM-PBL learning by increasing concept understanding and student engagement. Moreover, the Importance of contextualization in STEAM-PBL Learning is easier to understand and increases student interest in learning.

The STEAM-integrated PBL model effectively enhances students creative thinking in physics learning.This approach fosters not only creativity but also critical thinking and problem-solving skills, essential for 21st-century education.Implementing this model requires careful consideration of teacher constraints and available resources to ensure successful integration into diverse school environments.Further research should explore the long-term effects and adaptability of this model across various educational levels and subjects.

Future research should investigate the long-term impact of the STEAM-PBL model on students creative thinking and its adaptability across different educational contexts. Exploring the integration of emerging technologies like artificial intelligence and virtual reality within the STEAM-PBL framework could further enhance student engagement and conceptual understanding. Additionally, studies should focus on identifying and addressing the supporting and inhibiting factors related to implementing this model in diverse school settings, including teacher training and resource availability. Building upon existing research, investigations could explore the effectiveness of STEAM-PBL in promoting higher-order thinking skills, such as innovation and design thinking, preparing students for complex real-world challenges. Finally, research should examine the potential of personalized STEAM-PBL experiences tailored to individual student learning styles and needs, maximizing the impact on creative development and academic achievement. These investigations will contribute to a more comprehensive understanding of the STEAM-PBL model and its potential to transform physics education.

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