A developer has created MVIDIA, an educational game that teaches GPU architecture by having players construct a graphics processor from transistors upward. The project addresses a gap in learning resources for GPU design, starting players with basic components like NMOS and PMOS transistors before progressing through logic gates, ALUs, and eventually a complete GPU.

The game features a structured curriculum spanning five acts, with the first two acts currently available. Players begin by learning transistor fundamentals and building basic logic gates, then advance to constructing an ALU, processor core, and memory systems. The progression culminates in designing a MVIDIA Core v2 that integrates DRAM memory, with future acts planned for programming the processor, building the GPU, and shader development.

By gamifying the complex process of GPU architecture, MVIDIA offers a hands-on approach to understanding how modern graphics processors work at the hardware level. The interactive nature allows learners to experiment with circuit design and witness the direct relationship between low-level components and high-level graphics processing capabilities.