Technology-enhanced learning has significantly expanded access, flexibility, and scalability across higher education and professional development contexts; however, many digital implementations remain content-centered, emphasizing information delivery over developmental growth and reflective transfer. This study addresses this gap by embedding coaching-informed design principles directly into a technology-enhanced learning platform through structured reflective interfaces, dialogic coaching sequences, and adaptive feedback mechanisms.

Using a design-based research (DBR) methodology, the intervention was developed and progressively refined across eight implementation cycles over one academic year, involving 150 learners enrolled in structured professional development programs. Grounded in constructivist learning theory and reflective practice frameworks, the model integrated developmental dialogue within the digital instructional flow rather than positioning reflection as a post-task add-on. Data were collected using mixed methods, including learner-generated reflective artifacts, platform engagement analytics, structured perception surveys, and systematic facilitator observations. Cross-cycle comparative analysis informed iterative enhancements to the platform’s reflective architecture and feedback design.

Findings indicate sustained and progressive increases in learner agency, depth of reflection, engagement quality, and perceived transfer to professional practice across successive iterations. Compared with content-driven digital formats, the coaching-informed design demonstrated stronger alignment between intended learning outcomes and applied professional impact.

This study advances technology-enhanced education by empirically demonstrating how developmental dialogue can be systematically embedded within digital learning architectures to strengthen engagement and applied learning. The resulting framework offers scalable, research-informed design principles for institutions seeking to enhance the developmental impact of technology-mediated instruction.