An Offline Architecture for Assessment-Driven Remediation Videos

Abstract
We present an offline generative AI architecture for assessment-driven remediation videos. The pipeline maps course materials to learning objectives, authors assessments and reusable instructional components, then composes personalised videos from learners’ assessment results. By separating course-level preparation from learner-specific composition, the design aims to reuse instructional content and reduce repeated generation. Runtime measurements from individual stages project a 46% reduction in serial production time under the proposed reuse and precomputation strategy; this is a projection rather than an end-to-end production benchmark. The manuscript is in preparation, and learning effectiveness has not yet been evaluated.
Type
Publication
Manuscript in preparation
Manuscript in preparation (2026). This work studies how reusable instructional content and precomputed learner-specific videos can support automated remediation at scale. The system is designed for offline preparation; learning effectiveness has not yet been evaluated.