That would be a non-trivial undertaking. Modern CPUs have a lot of silicon dedicated to branch prediction and fetching RAM to populate caches and so on. Fetch

That would be a non-trivial undertaking. Modern CPUs have a lot of silicon dedicated to branch prediction and fetching RAM to populate caches and so on. Fetching the data that the hardware threads want so they can do work is a very large portion of what a complete modern day CPU does. Networking and graphics are also complete career paths each in their own right. When the 6502 is your CPU, it is possible for the entire computer it powers to be understood by a single person, and that's not possible with modern day, high end CPUs, not at the same level of detail. A single self-paced course which covers it all probably isn't realistic, but one for CPU, one for GPU, and one for network, those seem like workable things. "NAND to Hatris" (NAND to Tetris sequel/expansion?) "NAND to Triangles" for the GPU-inclined "NAND to UDP" for networking types Aah, we can dream.