<![CDATA[The transformation of education in the era of globalization and the Industrial Revolution 4.0 requires a paradigm shift from memorization-based learning toward approaches that emphasize deep understanding, active engagement, and the development of twenty-first century skills. The Deep Learning approach has emerged as a relevant pedagogical strategy to address these challenges in both academic and vocational education contexts. This study aims to comprehensively review the conceptual foundations, theoretical frameworks, empirical effectiveness, and the role of technology in implementing Deep Learning within Indonesia’s educational ecosystem. This research employs a literature review method by examining a range of scholarly articles and relevant policy documents, with a focus on deep learning practices, higher-order thinking development, and the integration of educational technologies. The findings indicate that the Deep Learning approach is supported by robust theoretical frameworks, such as the Deep Mathematical Thinking (DMT) model, which emphasizes conceptual connectivity, intrinsic motivation, and metacognition. Empirical evidence further demonstrates that the implementation of Deep Learning significantly enhances learning outcomes, cognitive engagement, and students’ conceptual understanding. Within vocational education, the integration of simulation technologies under the frameworks of Deep Learning and Joyful Learning has been shown to substantially improve students’ practical competencies and the overall quality of learning experiences. This study concludes that the integration of strong theoretical foundations, Deep Learning pedagogy, and adaptive learning technologies constitutes a key driver of effective and sustainable educational reform, aligned with global demands and future-oriented educational transformation.]]>
