I suspect my opinion on this won't be very popular, but it's like driving a car. If you're going to learn how to drive four wheels, you should start by taking t

I suspect my opinion on this won't be very popular, but it's like driving a car. If you're going to learn how to drive four wheels, you should start by taking the motorcycle safety course and learn on two wheels first. We can discuss why later. Taking that concept to programming, I wouldn't start with a desktop or a web app. I would start with a little embedded system like an ESP32 or one of the small Raspberry Pi controllers (2350). I've come to this opinion because of the people I've mentored as they improved their code-writing skills. The ones who did best were the ones who started with embedded systems. I believe you have to get down and dirty with the machine to understand the code and what it's doing. If you're making a motor controller work, you can use an LLM to generate code using a library or some cut-and-paste MicroPython code. But when it doesn't work, you have to break out the cheapy mini scope you got from Amazon and look at the waveforms. Seriously, get your hands dirty at the controller level; understand queues as driven by hardware, not hidden in a library. Or, even simpler: you need to understand why the blinking lights are blinking, but not the way you thought they would. If I were writing a course on programming, I would give students deliberately and increasingly wrong cut-and-paste code and leave the solution as an exercise to the reader.