Comparing Teaching vs. Designing Mechanics: Which One Should You Pick?
Have you ever designed a brilliant game mechanic, only to watch players flounder, utterly confused? This common experience highlights a critical misconception: teaching is not a separate phase from design. It’s an integral part of it.
The Designer Who Journaled Their Way to Clarity
Consider Alex, a solo developer working on a unique puzzle platformer. His game featured a “gravity shift” mechanic, allowing players to instantly flip the direction of gravity. Initially, players were constantly disoriented, often falling to their demise or getting stuck. Alex kept a detailed game dev journal, meticulously documenting playtest sessions and player feedback. He noted common points of confusion, like players not understanding when they could shift gravity or what the visual cues meant. This consistent journaling of design ideas and player feedback led to a breakthrough in teaching this complex mechanic. He realized the issue wasn’t the mechanic itself, but how it was introduced.
Why Teaching Isn’t a Separate Phase
Many developers design mechanics in isolation, focusing solely on their complexity or novelty. They then attempt to tack on tutorials as an afterthought. This approach often leads to frustrating redesigns and a poor player experience. Early consideration of player understanding can prevent these costly and time-consuming pitfalls.
Designing for Teachability: Practical Steps
Integrating clear player education directly into the mechanic’s development cycle is key. Start with progressive reveals, introducing simple aspects of a mechanic before its full complexity. Use strong visual cues to communicate a mechanic’s purpose and effect. Ensure controls are intuitive and directly map to the mechanic’s function. Prototyping and player feedback are essential for refining both the mechanic and its teaching method.
The Mechanic That Almost Didn’t Make It: Overwatch’s “Resurrect”
A compelling example of a mechanic nearly lost to player confusion is Mercy’s “Resurrect” ultimate in early Overwatch. Initially, it was a wide-area ability that brought back all fallen teammates in a large radius. While powerful, its deployment was often chaotic and unclear. Players frequently missed the opportunity to use it effectively, or resurrected teammates into immediate danger, leading to widespread frustration. The teaching aspect was poorly integrated; the visual and audio cues were subtle, and the optimal timing was hard to discern without significant experience.
Blizzard’s internal playtests and early public feedback revealed this mechanic was a major pain point. It was nearly cut entirely due to its perceived lack of clarity and impact. Instead, the design team rethought how the mechanic was introduced and communicated. They iterated heavily, eventually transforming it into a single-target ability with a clear cast time and more pronounced visual and audio cues. This redesign was not just about changing the mechanic, but fundamentally rethinking how it taught itself to the player. The new version forced players to be more deliberate, making its effect clear and its power more understandable, ultimately saving a core part of Mercy’s identity.
Documenting Your Design and Testing Iterations
The benefits of documenting your design and testing iterations are immense, especially in relation to player onboarding. A well-maintained game development log allows you to track iterations, note player reactions, and pinpoint exactly where a mechanic’s teachability might be failing. This provides a historical record of your design decisions and the feedback that shaped them.
As you iterate on your mechanics and observe how players interact with them, you’ll find that documenting your design decisions and playtesting results is invaluable for refining both the mechanic and its instruction. For a structured way to track these insights and ensure your mechanics are not only well-designed but also easily understood by your players, start using our game dev journal today. It helps you keep a consistent game development log, track game development progress, and organize your creative process. This consistent journaling helps solo developers and students avoid common pitfalls, refine their onboarding, and ultimately create more engaging and intuitive games.