From Traditional STEM to Technology-Enhanced Learning: Investigating the Role of Digital Innovation in Student Achievement

STEM education is increasingly shaped by digital innovation, yet the presence of technology in a classroom does not by itself establish technology-enhanced learning or improve achievement. This integrative literature review examines the transition from traditional STEM teaching toward digitally mediated learning and synthesizes evidence on how artificial intelligence (AI), generative AI, learning analytics, digital games, gamification, augmented and virtual reality (AR/VR), mobile learning, online platforms, blended and flipped learning, adaptive learning, intelligent tutoring, and digital assessment may influence student achievement. The synthesis emphasizes mechanisms rather than technology labels and organizes evidence across pedagogical transformation, engagement, personalization, learning processes, and achievement. Stronger achievement outcomes are evident for digital game-based STEM learning, gamification, and well-designed flipped learning, whereas learning analytics is more consistently associated with diagnosis, prediction, feedback, and intervention than with direct achievement gains. AR/VR can support visualization and experiential learning, but its effectiveness depends on instructional design and cognitive-affective conditions. AI and generative AI expand opportunities for personalization and feedback while introducing concerns related to privacy, bias, academic integrity, transparency, and teacher workload. Across technologies, the most defensible conclusion is conditional: technology availability is not technology adoption; adoption is not pedagogical integration; and integration does not automatically produce achievement. Teacher readiness, infrastructure, digital literacy, institutional support, accessibility, and equity shape outcomes. The paper proposes an integrated conceptual framework in which digital innovations influence pedagogy, engagement, personalization, and learning processes, which in turn shape achievement within contextual constraints. The contribution is a cross-technology synthesis that positions digital innovation as an enabling layer whose educational value is realized through purposeful pedagogy, human judgment, and equity-aware implementation.