CID: A Framework for Cognitive Analysis of Composite Instructional Designs
Abstract
The CID framework addresses how instruction spanning multiple phases (discovery learning, explanations, practice) work together. Its core function is explaining how intermediate knowledge generated by the learning processes of one phase impacts the learning processes of a following phase.
Summary
Published in December 2024, the CID (Composite Instructional Design) framework extends the KLI framework to analyze multi-phase instructional sequences.
Extending KLI to Composite Designs
Real instruction rarely involves a single phase. CID addresses sequences like:
- Problem-solving followed by direct instruction
- Worked examples followed by practice
- Discovery learning followed by explanation
The framework examines how knowledge states between phases affect subsequent learning.
Three-Level Analysis Across Phases
Like KLI, CID operates across knowledge, learning, and instruction levels, but applies this analysis to transitions between instructional phases:
- Phase 1 instruction produces intermediate knowledge
- Intermediate knowledge influences Phase 2 learning processes
- Phase 2 instruction must account for this intermediate state
Resolving Contradictory Research
The framework helps explain why research on instructional sequences sometimes produces contradictory findings. For example, whether “productive failure” (problem-solving before instruction) helps or hurts depends on:
- What intermediate knowledge Phase 1 generates
- How that knowledge interacts with Phase 2 learning mechanisms
Connection to KLI
CID builds directly on the Knowledge-Learning-Instruction framework, extending its three-level analysis to handle the complexity of real instructional contexts where multiple phases with different goals are combined.