A Study of Various Interactive Pedagogy and Its Impact on Engineering Student Learning and Participation

Education

The landscape of higher education, particularly within engineering disciplines, is undergoing a significant transformation. Traditional lecture-based and passive learning models are gradually giving way to more dynamic, student-centred approaches. In today’s academic environment, students are increasingly placed at the core of teaching and learning processes, encouraging them to become active participants in their own educational journey. This study explores a range of interactive pedagogical strategies that have the potential to enhance students’ study skills, academic performance, and overall engagement. These strategies include peer teaching, role-plays, mind mapping, collaborative problem-solving, and the integration of digital technologies. Beyond achieving basic pedagogical objectives, these interactive methods support the development of higher-order thinking skills such as critical analysis, creativity, teamwork, and conceptual understanding as opposed to rote memorization. The growing use of artificial intelligence-based instructional tools and game-based learning environments offers highly personalized learning experiences, enabling educators to tailor lessons to the diverse needs of engineering students. Such tools not only assist in delivering instruction more effectively but also make the learning process enjoyable and interactive. When compared with conventional teaching techniques, these learner-centred approaches have demonstrated marked improvements in students’ interest, confidence, participation, and comprehension levels. The adoption of inclusive, technology-supported interactive pedagogies contributes to a richer and more meaningful learning experience. Ultimately, these approaches foster essential cognitive abilities, effective communication, and problem-solving competencies that are crucial for students’ academic success and future careers in the field of engineering.

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