Interactive Learning Artifacts

These interactive learning experiences were created using AI collaboration without requiring traditional coding expertise. Unlike conventional course authoring tools that often have steep learning curves and limited flexibility, these artifacts were developed through conversational prompts with AI systems.

Each artifact demonstrates how educators can leverage AI to quickly create custom, interactive learning tools tailored to specific educational objectives. What would traditionally require teams of developers and instructional designers can now be produced with just a few thoughtful prompts, making advanced instructional technology accessible to a broader range of educators.

An interactive educational tool that puts learners in the role of a safety consultant investigating warehouse hazards. Users conduct investigations, identify safety risks (blind corners, damaged racking, etc.), implement controls within a limited budget ($50,000), and experience the consequences of their decisions through simulated outcomes.

This gamified approach to safety training engages learners in practical decision-making that mirrors real-world safety management challenges in industrial settings with forklift operations.

This web-based tool explores the dual nature of Horace's Epode 5 from both horror and satirical perspectives. Users can toggle between these interpretative frameworks to better understand the poem's tonal complexity through section-by-section analysis of the original Latin text, English translation, and scholarly interpretations.

The tool breaks down the poem into four key sections (Opening Scene, Canidia's Ritual, Boy's Transformation, Final Lament) and provides detailed context on the boy's transformation from helpless victim to prophetic figure. It also connects the poem to Roman philosophical views on death and curse poetry traditions, highlighting how Horace deliberately plays with genre expectations.

An interactive lockout/tagout (LOTO) safety scenario that guides users through critical workplace safety decisions. This simulation presents learners with five key decision points covering the complete LOTO process: preparation and notification, power isolation, identification and tagging, energy verification, and safe restoration.

The tool provides immediate feedback on decisions, calculates a safety score, and highlights critical mistakes that could lead to simulated workplace incidents. Color-coded visual cues and clear explanations reinforce proper LOTO procedures, making it an effective training tool for industrial safety programs.

With its professional interface and evidence-based design, this scenario transforms what would typically be passive safety training into an engaging decision-making experience that has real consequences - without the real-world risks.