How to make a plan for learning microcontrollers for a beginner?

Question

Electronics

Good day.
Tell me please.
I am new to the MK world. I was very interested in this matter. Eyes are burning - hands are afraid.
Give the beginner a complete plan for studying MK.
Because most say: learn ARM (STM32) The best that can be.
Others are about PIC and also AVR. And instead of an answer, he unleashed a war in the comments "Which stone is better ..."

Answer 1

Easyelectronics.ru
To understand the general principles and form an idea of ​​how to do what, what you can do, what you can't do, it doesn't matter where to start.
Having learned one thing, you will understand another by analogy, and in the process, improve your knowledge of the first.

Answer 2

Arduino is the easiest and cheapest standard for learning MK, as a result the most popular and best described. For a beginner, that's it. Get yourself a bigger starter kit with thicker instructions and play until you get bored.
Yes, programs written in the Arduino IDE are slow and primitive, but writing them is simple and fast, and no one bothers you to write programs in ordinary C or Assembler in AVR / Atmel Studio or in Code Vision AVR
Yes, AVR MK is 8-bit, slow and does not have floating point arithmetic, and STM32 works several times faster and has much more possibilities, but ...
By a strange coincidence, ALL STM32 boards have a port in the Arduino IDE, some even have a compatible connector

Answer 3

Of all the resources that I came across, I can 100% advise two:
1) easyelectronics.ru will close many questions on electronics and microcontrollers. There is a community we.easyelectronics.ru in which there are good articles
2) Narod Stream on Youtube and there is a separate site . The guy shoots very good videos on programming microcontrollers. In C, in assembler. PIC, AVR, STM32, ESP, etc.

Answer 4

And if you look at the East, then Alexander (?) Frunze's book "A microcontroller is simple" can come in.
Yes, it's about the 51st. But as pointed out above, it is the methodology that matters, not the core or the silicon substrate.
Moreover, there are 51st with the execution of commands in one cycle.
And the East ... There, the 51st are riveted by hundreds of millions. Controllers for toys, smart batteries, system controllers for laptops (KB3310, etc.) and PCs (ITE). Throw them.