Develop games with optimized performance

Build game systems with ECS, physics, networking, and 60+ FPS optimization

Cross-platform games requiring stable 60+ FPS, minimal GC pressure, and proper object lifecycle management (pooling, caching).

• · game requirements (genre, platforms, FPS target)
• · entity definitions (components, systems)
• · physics constraints (colliders, rigidbodies)
• · multiplayer config (latency, rollback)

• · working game (Unity C# or Unreal C++)
• · profiler results showing ≤16ms frame time
• · networking test results (no desync)
• · multiplayer stress test logs

• · Unity Engine (C#) or Unreal Engine (C++)
• · Profiler (Unity Profiler or Unreal Insights)
• · Physics engine (PhysX, Havok)
• · Networking library (Netcode, Photon, Mirror)
• · Benchmark framework (Unity Bench or UE Automation)

• · Performance target defined (60+ FPS)
• · Platform target known (PC, console, mobile)
• · Multiplayer scope decided (if needed)
• · ECS architecture chosen (ECS vs MonoBehaviour/Actor)

• · Instantiate/Destroy in Update loop: frame rate collapses
• · Skip profiling: performance regressions go undetected
• · GetComponent in Update: CPU overhead balloons
• · Memory allocated in FixedUpdate: GC spikes freeze gameplay
• · No LOD or async loading: large scene loads stall main thread

• · Validation checkpoint: profiler proof (frame time ≤16ms) required before proceeding
• · Object pooling pattern shown in full (dequeue/enqueue, activation/deactivation)
• · Component caching pattern prevents GetComponent calls in hot loops
• · State machine abstraction for game logic (proven pattern)