The best way to do this is to code yourself some game, view it's assembler in your preferred IDE while doing step-by-step/trace into to familiarize how its inst

The best way to do this is to code yourself some game, view it's assembler in your preferred IDE while doing step-by-step/trace into to familiarize how its instructions are executed at CPU level. Then do the same in Ghidra. After a while, all of this during the process of coding the game to completion, you'll be able to pickup fairly easily different patterns in assembler which will make you more productive at reverse engineering. I did this with a Tetris clone, then a Minesweeper clone and then I did a multi-threaded "Shoot the ducks" clone, each duck being a thread. Probably will take you several months but at the end you'll really be able to do a lot of RE.