• Unified theoretical foundations and design models emerged, connecting foundational instructional theory with systematic design processes and learner characteristics [11], [1], [6], [8], [4].

• Pattern of computer-based courseware design emphasizing principled courseware design, interactive drill-and-practice strategies, and Integrated Development Environments (IDEs) for designers [2], [7], [13], [20].

• Classroom practice and social-contextual effects of technology adoption highlight how tools reorganize pedagogy and classroom interactions through situated and anchored learning perspectives [12], [19], [14], [17].

• Psychological foundations guide instructional design for digital technologies, integrating cognitive theories, learner control, and situated cognition into design frameworks [10], [9], [18].

• Evaluation, transfer of training principles, and methodological comparisons span instructional technology, informing efficacy and research practices across contexts [4], [3], [15].