The photography equipment market presents a significant barrier to entry for novice consumers. Potential buyers often hesitate to purchase cameras like the Canon M50 due to "feature anxiety"—the fear that they will be unable to operate the device effectively once unboxed.

Without pre-purchase exposure, customers risk buyer's remorse, leading to higher return rates and reduced brand loyalty. The goal was to demystify the interface through an immersive experience, allowing users to "test drive" the hardware in a low-stakes environment.

I designed a self-paced, interactive simulation using Articulate Storyline. Instead of overwhelming learners with a manual, I structured the learning by camera face (Front, Bottom, Side, Top, Back), moving from simple identification to complex operational concepts.

Key instructional strategies included:

• Scaffolded Terminology: Using layperson descriptions first (e.g., "how much light is let in") before layering in correct technical terms (aperture) to prevent cognitive overload.
• Spaced Retrieval: Implementing a "peer-help" mechanic where a character interrupts the flow to ask a question about previously viewed components, reinforcing retention without formal testing fatigue.
• Learner Agency: Giving users the option to defer the spaced revision prompt ("Sure" or "Not Now"), respecting their autonomy while encouraging engagement.

The development process itself was a learning curve; I built this project while learning Storyline from scratch, hand-crafting custom interactions and variable tracking systems rather than relying solely on template features.

The project successfully delivered a functional prototype of the "Front Face" module, demonstrating the viability of the simulation approach. Key milestones achieved include:

• A dynamic welcome screen with a pre-learning confidence check.
• A non-linear main menu allowing learners to choose their starting point based on interest.
• Five interactive hotspots on the Front Face, each revealing component details via layers.
• A working spaced repetition system that tracks user progress and prompts review dynamically.
• A custom-built "Test Yourself" assessment with immediate feedback mechanisms.

While the remaining modules (Bottom, Side, Top, Back) were not completed due to trial expiration, the architecture established a scalable framework for the full course.

This project was undertaken to teach myself Storyline. It highlighted the importance of "learning by doing" in authoring tools. Rather than waiting for mastery before building, I integrated the acquisition of Storyline skills directly into the development cycle.

Hand-crafting the assessment questions and variable logic provided deep insight into how State changes, Triggers, and Layers interact—knowledge that standard templates often obscure. I plan to expand the simulation to include the remaining camera faces and explore the advanced Assessment toolsets in Storyline for future iterations.