Instructional reasoning preservation improves teaching material reuse
Looking Back and Forward: What Teaching Materials Do Not Remember About Instructional Reasoning
Computers and Society
Summary
Teaching materials often get reused by different instructors, but the important reasons and thoughts behind their design usually get lost. The authors propose a new way called Teaching Memory to capture these behind-the-scenes ideas easily within existing teaching tools. This helps future instructors understand why materials were made a certain way and use them more effectively. The approach is designed to fit naturally into teachers' workflows without adding too much extra work.
What this means in practice
- •For curriculum designers: Develop instructional materials that retain the original design intentions for easier adaptation by future instructors.
- •For corporate training teams: Maintain instructional reasoning to ensure continuity and consistency across employee training programs when trainers change.
A position paper. It proposes an approach and reports no results.
Authors
Yi Ching Chou, Hao Fang, Haoyuan Zhao, Jiangchuan Liu
Abstract
Instructional materials can be passed along to new instructors, yet the instructional reasoning, such as instructional intentions, contextual information, and reflective insights behind their design, is rarely preserved. Traditional Learning Management System (LMS) tools are designed to store instructional artifacts rather than reasoning. To address this issue, we propose Teaching Memory, a design approach that treats instructional reasoning as a primary form of knowledge. We present a design-oriented framework for preserving instructional reasoning in a lightweight manner within instructors' existing workflows, enabling continuity and reuse.