Instructional Design Case Study

Designing an Autism-Inclusive
Digital Learning Pilot

A classroom-to-implementation case showing how learner observation informed accessible instructional design, facilitator enablement, and rollout planning at the Johannesburg School of Autism.

Organisation
Johannesburg School of Autism
Platform
Ikamva Digital
Project Lead
Chama Mwanga
Audience
Low–Medium Support Learners
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Project Type
Classroom EvaluationInstructional Redesign Support
Primary Goal
Improve Delivery ReadinessPhase 2 Digital Learning
Key Output
Train-the-Trainer ModelFacilitator Enablement Brief
Location
Johannesburg, GautengSouth Africa
Status
In ProgressPhase 2 Implementation
The Problem

Making digital learning truly teachable in a specialist-school context

The core challenge was not simply introducing digital-learning content — it was making it teachable, understandable, and sustainable within a specialist-school setting serving learners with autism.

Classroom observations revealed that learners responded well to content that was visible, concrete, and grounded in familiar examples. However, clarity collapsed the moment teaching moved into abstract or category-heavy territory.

A critical instructional problem was identified: learners were being asked to distinguish across multiple technology concepts that blurred together — devices, physical parts, apps, services, connections, and accessories — creating category confusion that undermined participation and retention.

✅ Learners thrived with visible, physical, and familiar real-world examples
⚠️ Abstract grouping and category-sorting tasks caused significant confusion
🔀 Multiple concept types introduced together created category blending
📋 Inconsistent teacher delivery amplified learner difficulty across cohorts
Observed Learner Clarity by Content Type — Phase 1
Device Recognition88%
Physical Parts Identification81%
Everyday Technology Connections74%
Apps vs Services Distinction42%
Abstract Category Sorting35%
Multi-Concept Classification28%

Based on qualitative classroom engagement observations across observed cohorts, Phase 1. Green = high learner clarity · Red = confusion observed.

Phase 1 vs Phase 2 Target — Overall Readiness
Phase 1
38%
Phase 2 Target
78%
Learner & Stakeholder Profiles

Who this was designed for

The design model had to serve multiple audiences simultaneously — each with distinct needs that the instructional approach needed to accommodate.

🧑‍💻
Low–Medium Support Learners
Young people with autism spectrum diagnoses who engage best with structured, visual, concrete learning experiences. They respond to consistency, familiar contexts, and clearly bounded tasks. Abstract or rapidly shifting content reduces participation and confidence.
👩‍🏫
JSA Teachers & Assistant Teachers
Specialist educators managing complex classroom dynamics who need standardised, repeatable delivery tools. Without structured lesson frameworks and clear language guides, delivery inconsistency becomes a direct barrier to learner progress.
🏛️
Governance & Support Staff
Stakeholders responsible for oversight, implementation quality, and continuity planning. This group required governance documentation, follow-up recommendations, and a clear implementation-control model to ensure the pilot could scale and sustain.
ID Process

Adapted ADDIE Framework Applied

The project applied a practitioner-adapted ADDIE model — grounding every design decision in direct classroom evidence rather than assumptions. Hover each phase to explore the work done.

01
Analyse
Learner & Context Analysis
Direct classroom observation across cohorts. Mapped learner confidence patterns, identified instructional risk points, and synthesised category-confusion data into actionable evidence. Defined what the model must achieve for this specific learner group.
✓ Completed
02
Design
Instructional Architecture
Designed the 4-Box Model for concept clarity, micro-sequenced lesson pacing structure, and standardised teacher-language framework. Created the evidence-to-action chain linking observation → risk → response → control.
✓ Completed
03
Develop
Materials & Resources
Drafted the Train-the-Trainer preparation brief, facilitator run-sheet, prompting ladder, teacher-language guide, step-by-step visual aids, and reporting template. Translating design decisions into practical, classroom-ready tools.
In Progress
04
Implement
ToT Session & Rollout
Planned ToT session with JSA teaching staff. Confirm delivery roles, continuity responsibilities between lead and assistant teachers, and operational follow-through for Phase 2 classroom delivery.
Upcoming
05
Evaluate
Consistency Monitoring
Post-implementation review using classroom follow-up evidence. Monitor delivery consistency, gather qualitative data on learner engagement changes, and refine the model based on real Phase 2 classroom outcomes.
Upcoming
Evidence → Action

From classroom observation
to instructional decision

Every design response in this project was directly traceable to an observed learner behaviour. This is the evidence-to-action chain that governed all instructional decisions.

1
Observed Learner Pattern
Learners showed strong confidence with visible, practical examples — recognising physical devices, pointing to components, and connecting technology to familiar everyday activities and objects they already knew.
2
Instructional Risk Identified
Confusion increased sharply during abstract grouping and category-sorting tasks. Distinguishing device types, physical parts, apps, services, and accessories simultaneously was too cognitively compressed for this learner group.
3
Design Response
Implement the 4-Box Model for clearer concept boundaries, micro-sequenced lesson pacing, and structured learner practice activities — matching, sorting, demonstrating — that are visible, specific, and active.
4
Teacher Support Needed
Standard prompts, simplified explanation patterns, and a consistent lesson routine. This solution needed to be equally a learner-content adjustment and a facilitator-support adjustment — both sides of the same coin.
5
Implementation Control
Training materials, defined continuity responsibilities between lead teacher and assistant teacher roles, governance follow-up, reporting templates, and a ToT session to translate design into repeatable classroom practice.
Learner Confidence Journey — Phase 1 Observation
0 25 50 75 100 Device Recog. Physical Parts Real-life Context Apps vs Services Abstract Sorting Multi- Concept ↘ Clarity drop-off point % Learner clarity by content type — observed Phase 1
📍 Project Location — Johannesburg, Gauteng
Johannesburg, ZA South Africa GAUTENG
Instructional Design

The Design Response — Phase 2

Four interconnected design decisions that translated classroom observation into a practical, standardised, and repeatable teaching model for accessible digital-learning delivery.

1
Category One
🖥️
Device Types
The first, foundational category. Learners are introduced to types of digital devices through named, pictured, and contextualised examples tied to familiar use cases they already encounter. Taught in isolation before any other category is introduced.
ConcreteVisual AnchorTaught First
2
Category Two
🔩
Physical Parts
Tangible, visible components that learners can point to, name, and describe. Understanding is reinforced through physical observation and hands-on reference rather than abstract explanation. Kept strictly separate from device-type teaching.
ObservableTactilePoint & Name
3
Category Three
📱
Apps & Services
Taught as a distinct category entirely separate from hardware. Connected to what learners already use daily — social apps, games, streaming. The deliberate separation from device types prevents the most common category-blending error observed in Phase 1.
Familiar ContextSoftware OnlySeparated
4
Category Four
🔗
Connections & Accessories
Peripheral items introduced last, once the three core categories are stable. Taught through clear visual examples and modelled in context. Position within the sequence prevents confusion with physical parts — the second most common blending error.
Taught LastModelledContextualised
Core Teaching Principles
⏱️
Micro-Sequencing
One distinction taught at a time. Immediate comprehension check before advancing. No multi-point explanations.
🎯
Active Practice
Matching, sorting, demonstrating. Learners respond to structured tasks — not passive listening or verbal explanation alone.
🗣️
Standardised Language
A consistent teacher prompting ladder and simplified explanation patterns remove linguistic ambiguity for learners.
👁️
Visual Anchoring
All concepts are tied to a visible, physical, or familiar real-world reference before any abstract definition is introduced.
Facilitator Enablement

Train-the-Trainer Strategy

The ToT component was the project's most critical element. Its purpose was not merely to inform JSA staff about the pilot — it was to equip them with a usable, repeatable classroom method that would sustain consistent delivery without ongoing external support.

This addressed educator enablement, not only learner need — recognising that teacher consistency, prompting, and pacing are integral parts of accessible digital-learning design.

Capabilities Built Across Staff
1Apply a repeatable lesson structure across all delivery sessions
2Use a clear prompting ladder during live teaching
3Support desktop-first navigation in a low-friction way
4Simplify concept-teaching language for this learner group
5Recognise where learners are likely to confuse categories
6Maintain continuity between lead teacher and assistant roles
7Use run-sheet, troubleshooting guide, and visual step cards
8Complete reporting templates for implementation tracking
Implementation Roadmap
1
Observation & Analysis
Classroom engagement findings captured and synthesised. Instructional risks mapped across observed cohorts.
✓ Complete
2
Design Response Defined
4-Box Model, micro-pacing structure, and standardised teaching model proposed and documented.
✓ Complete
3
ToT Brief & Materials
Train-the-Trainer preparation brief drafted. Facilitator materials in final development phase.
In Progress
4
ToT Session Delivery
Run session with JSA teaching and support staff. Confirm roles, responsibilities, and continuity plan.
→ Upcoming
5
Phase 2 Classroom Delivery
Monitor implementation consistency, gather follow-up evidence, review against governance framework.
→ Upcoming
Project Outputs

Deliverables & Status

A full account of what the project has produced, what stage each output is at, and what remains to be completed.

✓ Completed
  • ✓ Classroom engagement findings captured and synthesised across cohorts
  • ✓ Key instructional risks identified and documented with evidence
  • ✓ Phase 2 delivery recommendations fully defined
  • ✓ Standardised teaching response model proposed
  • ✓ Train-the-Trainer preparation brief drafted and reviewed
Full Deliverables Register
📊Classroom Engagement Evaluation Report
⚠️Instructional-Risk Analysis for Phase 2
📐Standardised Teaching Model (4-Box)
🗂️Concept-Clarity & Pacing Framework
🗣️Teacher Language Examples & Prompting Ladder
🎓Train-the-Trainer Preparation Brief
📋Facilitator-Readiness Materials
🏛️Governance & Implementation Controls
📄Run-Sheet, Troubleshooting Guide & Templates
Key Learnings

Reflection

This project reinforced a critical instructional-design principle: accessibility is not only about access to content or platforms — it is fundamentally about the structure of teaching itself.

The most important learning was that teacher consistency, pacing, prompting, and concept framing are integral components of accessible digital-learning design. Classroom observation was valuable precisely because it enabled direct instructional redesign, not because it produced general impressions.

The project demonstrated that implementation readiness requires far more than content recommendations. It requires routines, support materials, defined responsibilities, and operational follow-through — all of which must be designed alongside the learning content, not added as afterthoughts.

This work sits at the intersection of instructional design, specialist education, and practical systems thinking. It showed that accessible learning design must account for the entire delivery ecosystem — not only the learner-content relationship, but the teacher, the environment, the tools, and the governance structures that hold it all together.

"I translated classroom engagement evidence into a more accessible, standardised digital-learning delivery model and prepared staff for consistent implementation in a specialist-school context."
Professional Takeaway · Chama Mwanga
ID Skills Demonstrated in This Project
Needs Analysis Learner Observation Curriculum Redesign Accessibility Design Adapted ADDIE Facilitator Enablement Train-the-Trainer Instructional Risk Analysis Implementation Planning Stakeholder Coordination Specialist Education Evidence-Based Design