Game Engine Architecture with DirectX 12

Modern game development demands a deep understanding of how hardware communicates with your code. Transitioning to DirectX 12 unlocks incredible performance, but navigating its low-level nature requires a structured approach to memory management, command queues, and pipeline states. This text-based course guides you through the foundational concepts of building a custom game engine rendering pipeline. You will transition from basic graphics concepts to managing GPU resources directly, giving you complete control over your engine's performance. What you'll learn: Understand the core architecture of DirectX 12, including device creation and swap chains; Manage GPU memory using descriptor heaps, tables, and resource barriers; Configure modern Pipeline State Objects and root signatures for efficient rendering; Implement asynchronous command queues and list submission for multi-threaded engine design; Write and compile modern HLSL shaders to handle vertex and pixel processing; Practice resource synchronization to prevent GPU bottlenecks and memory hazards. You will begin with essential definitions and low-level graphics terminology before systematically constructing the core subsystems of your engine. Through clear written explanations and structured code analysis, you will build a robust rendering foundation. This course is designed for aspiring engine programmers, game developers, and graphics enthusiasts with a basic grasp of C++ who want to learn modern low-level graphics APIs. No prior DirectX experience is required. Start building your custom rendering engine today.