● Teach Unity and C# through hands-on 2D/3D projects (mechanics, UI, scenes, physics). ● Debug and refactor code, and bring projects to stable Web builds (Unity Play/WebGL). ● Decompose topics (OOP, algorithms, project structure) into clear steps and reusable materials. Projects (Gameplay): 1. Hunter - FPS shooter (robots, waves). ● First-person combat loop: shooting, hit detection, damage. ● Wave system: enemy spawning in waves with clear pacing and progression. ● Scene setup: camera, UI elements, prefabs; quick profiling and basic draw-call hygiene for Web build. 2. 3D Platformer - coins + enemies + portal win. ● Character movement and jump (physics), platform traversal, enemy spawn, collectibles, portal win condition. ● UI Canvas screens: start, win/lose, state transitions; audio wired to game states. ● Bug fixing and stability passes before publishing the build. 3. Growth Runner - grow/shrink mechanic. ● Runner progression: growth from collectibles, penalties from obstacles (size decrease). ● Clear win gating: reach required size, pass finish door; tuned feedback loop. ● Basic performance hygiene: reduce excessive Instantiate in loops; avoid runtime allocations where possible. 4. Lunar Motorcycle - moon gravity / terrain physics sandbox. ● Physics sandbox: moon gravity tuning, terrain behavior tests, jump height/traction/stability changes. ● Materials/shader basics: simple material setup; used as a teaching demo for physics parameters.