Stages of Visual Creativity — Case Study
Case Study

How to teach Creativity using an online game

A bite-sized educational game that teaches art and design students practical creativity techniques through playful, hands-on interaction — not lectures. 

Role
End-to-End (UX + Game Design + UI)
Format
Web-Based 2D Unity Game
Audience
Art & Design Students
Context
Faculty Crossing Residency, IUPUI
Educational Game Design Gamified Learning Creative Pedagogy Semiotics Unity 2D
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01 — The Problem

"Be more creative" is not actionable feedback

In early design courses, students often freeze at the blank page, copy references without transforming them, or struggle to explain why an image "means" something. Traditional lectures explain theory — semiotics, SCAMPER, visual metaphor — but students need a hands-on system they can reuse in every studio project.

Most students want to be creative. They just don't know where to start. "Be more creative" isn't a strategy. It's a wish. So I built a short game that teaches them how to see differently, decode meaning, and transform visuals using practical creativity tools.

Design Challenge

How do we teach creativity as a repeatable process — not a mystery or a talent you either have or don't?

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02 — The Goal

Create a playful learning experience

I wanted students to leave with a new meaningful image, not just notes. Success looked like: "Students can move from object → multiple transformed concepts → one meaningful visual direction."

The learning objectives were:

  • Shift perception (because meaning depends on interpretation)
  • Read images using basic semiotics (signifier/signified, denotation/connotation)
  • Generate variations quickly using SCAMPER + transformation verbs
  • Leave with a repeatable framework they can use in future projects
Core Learning Loop
See → Interpret → Transform → Try Again

Constraints (aka "the fun limits"): Short timeline (built fast to be classroom-ready), one-level experience (tight scope, strong learning arc), low-friction controls (simple UI, clear instructions), and it had to teach theory without feeling like homework.

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03 — Users & Context

Who's playing — and why

Primary users: First and second-year Art & Design students learning "meaning-making" — learners who benefit from doing, not just listening.

Secondary users: Instructors who want a repeatable classroom tool for creative ideation. The game needed to be plug-and-play — no setup friction, no dependency on me being in the room.

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04 — The Solution

A stage-based "creativity workout" disguised as a game

The game runs as a guided journey with voice-over support and visual prompts. It's structured like a fitness app for your creativity muscles — each stage builds on the last, and you can see your progress in real time.

Onboarding that takes 10 seconds
Quick controls + immediate interaction. No tutorial fatigue. Students get into the flow state fast.
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"Perception reset" moment
A classic illusion (duck/rabbit) to prove that seeing isn't objective — it's constructed. This sets up the idea: "If perception can shift, meaning can shift."
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Semiotics, but make it playable
Students learn to identify what the image literally shows (denotation) and what it suggests culturally/emotionally (connotation). This gives them a vocabulary to explain their choices.
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Creativity actions students can actually use
Instead of "be creative," the game teaches verbs: Breaking (fragment, remove), Bending (distort, exaggerate), Blending (combine, hybridize). These are tools, not mystical talents.
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SCAMPER as an idea generator
Students practice quick ideation with prompts like Substitute/Combine/Adapt/Modify/etc. Translation: no more staring at the wall waiting for inspiration.
05 — Key Techniques Taught

The three transformation verbs

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Breaking
Fragment, remove, disrupt the original form
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Bending
Distort, exaggerate, reframe perspective
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Blending
Combine ideas, hybridize, remix elements

These aren't abstract concepts. They're actionable verbs students can apply to any visual problem. The game gives them practice in a safe, low-stakes environment before they apply the same framework to their actual studio work.

 
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06 — Outcome & Impact

What happened after launch

Results
  • Piloted as a classroom tool in a meaning-making course/workshop format
  • Students used the framework to transform an object/shape into a new, meaningful image direction
  • The project opened doors for presenting the idea as a creative learning approach — led to conference invitations after adapting the process into gameplay

The most rewarding part wasn't the technical execution — it was watching students get it. That moment when they realize creativity isn't magic, it's a process they can repeat. One student told me: "I always thought I wasn't creative. Now I know I just didn't have the tools."

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07 — Reflection

What I learned

Key Takeaway
"Teaching creativity isn't about inspiration. It's about giving students a repeatable system and the confidence to use it."
The biggest design challenge wasn't building the game mechanics — it was finding the right balance between structure and freedom. Too much structure and it feels like a quiz. Too much freedom and students freeze. The sweet spot was guided discovery: clear constraints with room to explore within them.
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What I'd build next: Multi-level progression (basic → intermediate → advanced techniques), student portfolios that save their transformations, peer review mode where students critique each other's work using the same vocabulary, and integration with actual design tools so the framework extends beyond the game into their real workflow.