This course takes you on a complete journey from a blank C++ project to a fully functional 3D game engine capable of rendering real-time graphics, handling physics, audio, animation, and UI — all designed and coded from scratch.
You’ll start by building the foundation: creating windows, initializing OpenGL, and rendering your first triangles. Then, step by step, you’ll evolve your framework into a full-fledged engine — complete with scene management, materials and shaders, component systems, and object hierarchies.
As the course progresses, you’ll implement real gameplay features such as lighting, textures, camera control, physics simulation, audio playback, UI buttons, menus, and even 3D model animation using the glTF format. By the end, you’ll have a working engine that supports both 2D and 3D rendering, interactive gameplay logic, and data-driven content loading from JSON files.
This is not a “toy” example — it’s a professional, modern C++ architecture, inspired by the structure of Unity and Unreal, but simplified and built from the ground up for learning and full understanding. Whether you’re a game developer, graphics programmer, or engine enthusiast, this course will teach you how game engines really work — under the hood.
- C++ developers who want to learn real game engine architecture
- Game developers eager to move beyond Unity or Unreal
- Graphics programmers exploring rendering, shaders, and OpenGL
- Computer science students studying real-time engine design
- Indie devs building custom engines for personal projects
- Anyone curious about how modern games work under the hood
