The main challenge is balancing three things: making the game scientifically accurate, educationally effective, and actually fun to play. These goals often conflict because what works as a game mechanic can oversimplify or distort the learning content, while strong educational structure can make the game feel less engaging. Teams constantly have to compromise between learning and gameplay.
Each role was focused on a different priority. The scientist cared about accuracy and didn’t want content to be misrepresented. The pedagogy expert focused on whether the game actually supported learning and wasn’t too confusing or overwhelming. The designer prioritized engagement and fun, and rejected ideas that felt too rigid or too educational to function as a game.
They learned that a lot of what makes sense in design discussions doesn’t always work when real players interact with it. Players often misunderstood rules or didn’t engage with the intended learning moments. Playtesting showed that the game needed constant tweaking to improve clarity, pacing, and the balance between fun and learning.
Playtesting helps settle disagreements by giving the team real evidence instead of opinions. Instead of arguing over whose idea is better, they can see what actually works when players use the game. It becomes a shared reference point that helps the scientist, educator, and designer adjust their ideas based on player behavior.
design courses, syllabi, schedules, resources and policies