A set of entries which comprise a course for learning how develop MicroPython programs for the RP2040.
While the Arduino tool set, (both the Arduino IDE and Arduino software framework) are outstanding for quickly developing a working prototype, they do so with a combination of a graphical-user-interface (GUI), the C++ language and Arduino-only classes. This in itself, isn’t a problem, one can be quite efficient and productive using this approach.
This approach is an issue if you are at a university or job which expects a standards-based C language proficiency. It is also an issue, if your class or job, requires understanding how to use command-line-interface (CLI)-based tools. The C language, and not C++, is the basis of a significant number of embedded systems development.
A set of entries which comprise a course for learning how develop C programs for the RP2040.
A set of entries which comprise a course for learning how develop Forth programs for the ATmega328 or RP2040.
A short course which introduces the Espotek Labrador and how to use it in analyzing circuits.