Research Summary: Looking Back and Forward: What Teaching Materials Do Not Remember About Instructional Reasoning

Research identifies a critical gap in educational systems where the underlying instructional reasoning, such as design intentions and contextual insights, is lost when teaching materials are transferred between instructors. Existing Learning Management Systems (LMS) primarily store artifacts but fail to capture this valuable tacit knowledge. A new approach, 'Teaching Memory,' is proposed to address this by treating instructional reasoning as a primary knowledge form, facilitating its preservation and reuse within instructors' existing workflows.

Why it matters

This issue highlights a systemic inefficiency in knowledge transfer and retention within educational and training environments. Addressing the loss of instructional reasoning can significantly enhance pedagogical continuity, improve the efficacy of training programs, and optimize resource utilization by preventing the reinvention of best practices.

Key insights

• Instructional reasoning, including intentions and contextual information, is rarely preserved during the transfer of teaching materials between instructors.
• Traditional Learning Management Systems (LMS) are designed for artifact storage, not for capturing the reflective insights behind instructional design.
• The loss of instructional reasoning hinders continuity and effective reuse of educational content.
• A 'Teaching Memory' design approach is proposed to treat instructional reasoning as a primary form of knowledge.
• This approach aims to preserve instructional reasoning in a lightweight manner, integrated into instructors' existing workflows.

Source

arXiv — Computers and Society — https://arxiv.org/abs/2609.19488