AI-Enhanced Learning: Balancing Innovation and Critical Pedagogy

The field of AI-enhanced learning is rapidly evolving, with a growing focus on developing innovative solutions that support student engagement, retention, and academic achievement. Recent research has explored the potential of AI-powered tools to facilitate hybrid human-AI regulated learning, where AI provides targeted scaffolding while preserving the learners' role as active decision-makers. This approach has shown promise in fostering self-regulated learning and promoting deep cognitive engagement. However, there is also a need for critical consideration of the potential risks and limitations of AI integration in education, including the potential for cognitive atrophy, loss of agency, and unequal access to emerging technologies. Noteworthy papers in this area include the introduction of a transformative AI framework for student dropout prediction, which achieves high accuracy and generates interpretable interventions. Another notable study investigates the impact of GenAI and search technologies on retention, highlighting the need for balanced technology integration in education to promote long-term knowledge retention.

Sources

Beyond classical and contemporary models: a transformative ai framework for student dropout prediction in distance learning using rag, prompt engineering, and cross-modal fusion

Information Needs and Practices Supported by ChatGPT

Do AI tutors empower or enslave learners? Toward a critical use of AI in education

Short-Term Gains, Long-Term Gaps: The Impact of GenAI and Search Technologies on Retention

FLoRA: An Advanced AI-Powered Engine to Facilitate Hybrid Human-AI Regulated Learning

Opting Out of Generative AI: a Behavioral Experiment on the Role of Education in Perplexity AI Avoidance

Probing Experts' Perspectives on AI-Assisted Public Speaking Training

Built with on top of