What You'll Actually Learn

Most courses throw theory at you. We start with real problems — the kind that tank your game's ratings. You'll work through actual performance bottlenecks from Action and RPG titles, understand why FPS games demand different optimization than Strategy games, and learn techniques that work across Racing, Simulation, and Arcade genres.

• Profiling tools that show you where performance dies
• Memory management patterns for Adventure and Simulation games
• GPU optimization specific to mobile constraints
• Battery-conscious rendering for longer play sessions
• Platform differences between Android and iOS

Who This Works For

If you've already shipped something — even a simple Arcade game — this makes sense. You know the frustration of watching your beautiful work stutter on real devices. We're not teaching you to code from scratch. We're teaching you to make your existing skills work better under mobile hardware limits.

Students typically come from Unity or Unreal backgrounds. Some work on Strategy games where optimization is about handling hundreds of units. Others build FPS titles where every frame matters. The principles stay consistent, but we adjust examples to match your genre.

The Reality Check

This takes time. Six months at minimum if you're serious about mastering bc performance optimization across different game types. You can't learn proper profiling, understand rendering pipelines, and internalize memory patterns in a weekend bootcamp. Anyone promising that is selling something other than real skill.

We cover everything from physics optimization in Racing games to shader efficiency in Adventure titles. Each genre has quirks — RPG games stress asset streaming differently than Simulation games stress CPU cycles. You'll understand why after working through our genre-specific case studies.