New Perspectives in Science Education

Edition 14

Accepted Abstracts

A Curriculum for Enhancing Learner-Centered Instructional Design Skills: A Mixed Approach Using Image Cards and Structural Charts

Dai Sakuma, Assistant Profeesor (Japan)

Takumi Ohashi, Institute of Science Tokyo, Associate Professor, Interdisciplinary Science and Engineering in Health Systems (Japan)

Abstract

This study aims to improve pre-service teachers' skills in learner-centered instructional design by developing and implementing a curriculum that integrates image cards with key concept-task module binding charts. The curriculum was applied in a course attended by 49 pre-service teachers, combining theoretical knowledge with hands-on practical activities. Participants engaged in tasks such as designing macro and micro structural charts, reflecting on virtual student models, and simulating diverse learning scenarios. These activities were designed to foster skills in analyzing and responding to students' diverse needs effectively. Course evaluation surveys revealed the curriculum’s effectiveness in enhancing reflective instructional design practices and improving the ability to visualize learning structures. This study highlights the importance of experiential learning and integrating visualization tools in teacher training programs, providing valuable insights into innovative approaches to instructional design education for future educators.

Keywords: Educational Information Engineering, Learner-Centered Instruction, Instructional Design, Structural Charts, Image Cards

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