How can I learn to program through practice instead of memorizing theory?

Don’t avoid the struggle by immediately copying a complete solution. Spend some time trying to solve the problem, even if your first attempt is awkward or wrong. Debugging those attempts is where a lot of the learning happens. Keep increasing the difficulty gradually, and be patient—building the ability to think in code takes consistent practice over months and years.

When you feel stuck, break the goal into smaller pieces. Define what the program should receive and produce, then turn each piece into a function or simpler task. Keep breaking it down until you have steps you can express in code. It also helps to write down a few expected inputs and outputs first, because that gives you something concrete to test while building.

Start with very small projects and let them guide your learning. A calculator, number-guessing game, list search, text-based address book, or simple tic-tac-toe program would all work. When you hit something you don’t know, research that specific C feature, try it, and continue. Begin with a working example if a blank file feels intimidating, then change its behavior and add features until you can create your own version.

There’s no replacement for writing code regularly. A course or tutorial is useful for learning the basic C syntax—variables, conditions, loops, functions, arrays, pointers, and so on—but watching lessons is only the beginning. Type the examples yourself, change them, experiment, and then move on to exercises and small projects without following a step-by-step solution. Programming is mostly learning how to turn a problem into smaller steps, not memorizing commands.