Case Study

AI-Assisted Course Design System

PSY 101 — Cognitive Biases
Cengage MindTap Platform
Instructional Design + AI Workflow

A scalable, AI-integrated production workflow for higher education courseware — designed to produce MindTap-ready lesson experiences while maintaining pedagogical integrity, accessibility, and Cengage brand consistency.

The Problem & The Goal

Challenges

  • Time-intensive workflows across writing, design, and production
  • Inconsistent quality across contributors and formats
  • Limited scalability for interactive and visual content
  • Traditional processes not designed for rapid iteration

Goals

  • Use AI to accelerate content creation without sacrificing quality
  • Produce modular, reusable lesson components for MindTap
  • Maintain instructional and visual consistency at scale
  • Integrate Cengage's GenAI Student Assistant into the lesson flow
7-Phase AI Production Workflow
A repeatable system that transforms raw curriculum into production-ready MindTap lesson experiences — with clear handoffs between AI generation and human refinement.
1

Curriculum Input

Transform learning objectives, topic scope, and assessment goals into a structured lesson blueprint. Define which content is AI-suited vs. human-required.

Learning ObjectivesBloom's Taxonomy
2

AI Content Generation

Execute structured prompts to produce concept text, scenario narratives, quiz items, and visual concepts — all as modular blocks, not long-form text.

Claude / GPT-4Adobe FireflyMidjourney
3

Modular Structuring

Organize outputs into MindTap-compatible components: reading planks, interactive scenarios, knowledge checks, and Student Assistant training data.

4

Design System Integration

Refine AI outputs into production-ready assets using MindTap's design system — Learning Path planks, activity badges, Cengage typography, and color standards.

FigmaMindTap DSCengage Brand
5

Human Review & Governance

SME accuracy validation, bias & inclusivity audit, WCAG compliance check, and pedagogical effectiveness review. Modules are approved, revised, or rejected.

6

Lesson Assembly

Approved modules assembled into the MindTap Learning Path: overview → concept reading → bias exploration → interactive scenario → knowledge check → results.

7

Student Assistant Training

Configure the GenAI Student Assistant with lesson-specific content boundaries, Socratic response patterns, and textbook references — ensuring it guides without answering.

GenAICengage ContentAcademic Integrity
PSY 101 Lesson Screens — Live Prototype
The assembled lesson built to MindTap specifications — featuring the Cengage sidebar, Learning Path planks, interactive activities, and GenAI Student Assistant. Fully functional and clickable.
psy101-lesson-screens-desktop.html
8 Activity Types
Each screen maps to a MindTap Learning Path plank — designed as a modular, reusable component that can scale across subjects.
01

Lesson Overview

Learning objectives, lesson outline, time estimate, and entry point.

Overview
02

Concept Reading

AI-drafted explanation with visual diagram, refined by SME review.

Reading
03

Bias Breakdown

Expandable concept cards for anchoring, confirmation, and availability.

Explore
04

Interactive Scenario

Real-world phone-buying scenario mapping choices to bias patterns.

Activity
05

Scenario Feedback

Per-bias results with teaching moment — not grading, but learning.

Review
06

Knowledge Check

3-question quiz with inline explanations and progress tracking.

Quiz
07

Results & Review

Animated score ring, stats breakdown, and personalized review path.

Summary
08

Student Assistant

Cengage GenAI — Socratic method, textbook references, no direct answers.

GenAI
Key Design Decisions
01

MindTap-Native Design

Every screen maps directly to MindTap's Learning Path architecture — icon sidebar, planks, activity badges, and toolbar — ensuring zero friction for platform integration.

02

Socratic AI, Not Answer AI

The Student Assistant uses Cengage's GenAI model to guide thinking through hints and follow-up questions — never revealing answers, always referencing the textbook.

03

Modular Over Linear

Content is structured as independent planks — concept cards, scenarios, quizzes — enabling reuse across courses and faster iteration without rebuilding entire lessons.

Workflow + Governance + Impact
How the 7-phase pipeline, human-in-the-loop governance, and measurable outcomes connect into a single repeatable production system.
Production Pipeline
Quality Gate
Measured Outcomes
⚙️
Workflow
1
Curriculum Input
Human
2
AI Content Generation
AIHuman
3
Modular Structuring
System
4
Design System Integration
HumanSystem
5
Human Review & Governance
Human
6
Lesson Assembly
SystemHuman
7
Student Assistant Training
AIHuman
🛡️
Governance
SME Accuracy — all AI-generated content verified against source textbook by subject matter expert
Bias & Inclusivity — language, imagery, and scenarios audited for representation and fairness
WCAG 2.1 AA — color contrast, alt text, keyboard navigation, and screen reader compatibility
Bloom's Alignment — assessments validated against targeted cognitive levels
AI Disclosure — all AI-generated content labeled and documented in metadata
Academic Integrity — Student Assistant guardrails prevent answer disclosure
📊
Impact
↓ 50%
Content production time reduced through AI-assisted drafting
↑ 3×
Cross-lesson consistency via standardized prompts & design system
30+
Modules scalable using the repeatable production system
100%
Human-reviewed — every AI output passes governance gate before production
What This Demonstrates