Research on the Influence of Digital Transformation on the Cultivation of College Students' Innovative Ability and the Optimization Path

Abstract

With the accelerated advancement of digital transformation, global higher education has undergone profound and irreversible changes in traditional teaching models, curriculum content, and pedagogical methodologies. The widespread application of advanced digital tools—such as artificial intelligence, big data analytics, and cloud computing—has not only fundamentally transformed students' daily learning approaches but also significantly impacted the systematic cultivation of their innovative capabilities. This paper comprehensively explores how modern information technology and intelligent educational tools can effectively enhance students' innovative abilities within the broader context of digital transformation. Extensive research indicates that digital transformation has substantially improved students' innovative thinking and complex problem-solving skills by promoting highly personalized learning pathways, enhancing immersive and interactive learning experiences, and ultimately improving overall learning efficiency. However, critical challenges remain deeply embedded in this transitional phase. Issues such as uneven technology adoption across different regions, insufficient faculty resources and digital literacy training, and outdated innovation education concepts persistently hinder optimal outcomes. To address these critical barriers, this paper further analyzes the underlying causes of these challenges and proposes strategic pathways for optimizing innovative ability cultivation in higher education. Key recommendations include upgrading digital infrastructure, redesigning curricula to integrate technological competencies, and fostering continuous professional development for educators. Ultimately, this study aims to provide robust theoretical support and actionable practical guidance for ongoing educational reform in the digital era.