INSIGHTS
Mentoring and Judging for the Woori Bank Roblox Game Competition
A look back at METAMATE’s mentoring and judging work for the Woori Bank Roblox game competition, commissioned by D.LAB in 2023.
Read the practical takeaways ↗From explaining space science to letting students explore it
The ExoSSAM project began through an education network conversation. The goal was to turn topics like planets, gravity, and space exploration into a Roblox world where students could move, experiment, and play.
METAMATE translated ExoSSAM's science content into exploration, missions, minigames, and classroom operation support tools.
A Roblox education world connecting planetary science with missions · Designed around teacher guidance and student play
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Project Summary
| Item | Detail |
|---|---|
| Project | ExoSSAM Space Adventure Roblox Education World |
| Goal | Turn space science concepts into a playable classroom experience |
| Scope | Planning, map production, planet missions, minigames, UI, classroom tools, QA |
| Cumulative visits | 34,185 · retrieved 2026-09-11 KST |
| Links | Class page / View on Roblox |
1. Challenge: Students can hear the concept, but may not feel it
In science classes, students can hear that gravity differs across planets, but it is harder to experience what that means. The same applies to planetary environments: images help, but direct movement and decision-making are more memorable.
The key questions were:
- How can each planet's characteristics become gameplay rules?
- How do we keep students from getting lost during class?
- How can teachers manage students while the game is running?
- How do we preserve the learning objective while keeping the game engaging?
2. Solution: Translate planet concepts into missions and movement
METAMATE turned each concept into action rather than text. Students move through planetary spaces, complete missions, and play minigames while encountering the science concepts.
| Design Element | Role |
|---|---|
| Planet environments | Visually separate each learning context |
| Movement missions | Let students feel differences in movement and gravity |
| Mining and exploration | Turn space exploration into repeatable actions |
| Minigames | Keep class engagement active |
| Classroom support tools | Help teachers manage student flow |
The goal of an educational Roblox world is not complexity. It is alignment between learning objectives and player actions.
3. METAMATE's Production Scope
- Content analysis: Converting space science concepts into Roblox missions
- Map production: Planets, spacecraft, exploration areas
- Systems development: Movement, missions, minigames, reward flow
- UI/UX: Clear guidance for younger students
- Classroom support: Tools to help teachers manage live class flow
- QA and improvement: Difficulty, pathing, and bug checks for classroom use
4. Public usage record and classroom structure
Roblox reported 34,185 cumulative visits when retrieved on 2026-09-11 KST. This includes repeat visits; it does not measure unique players or learning outcomes. View the game on Roblox.
| Metric | Result | Meaning |
|---|---|---|
| Classroom use | Built around live-class flow | Teacher direction and student gameplay work together |
| Scalability | Reusable mission structure | Planet-based mission design can extend to other science topics |
5. What to decide before building an educational Roblox world
Before making education content "fun," these decisions should be clear:
- Learning objective: what students should understand after class
- Player action: what action lets them experience the concept
- Class format: solo play or live teacher-led session
- Control flow: how teachers handle confusion or off-track play
- Evaluation metric: visits, playtime, re-enrollment, or satisfaction
METAMATE structures the education content first, then designs the Roblox experience around what students should do.
