Learn all about schematics, Printed Circuit Boards and Firmware Programming With Embedded C
InstructorDaniel McCarthyEditorial course preview
These 3 complementary views highlight concrete, legible examples from the course presentation.
This Tinkercad simulation shows an Arduino Uno wired to a breadboard and LCD display, illustrating how embedded C code interacts with hardware components.
This schematic diagram illustrates the circuit logic by mapping connections between four push-button switches, LEDs with resistors, and a nine-pin female connector.
This PCB layout design for the WAM Module shows the routing of copper traces connecting various components like LEDs, switches, and resistors on the board.
The curriculum links electronic component theory with practical Arduino programming through a Whack A Mole project that spans circuit development and PCB creation.
Instruction includes the installation and use of KiCad for creating schematics and wiring PCBs, supported by practical simulation techniques.
The coverage of printed circuit board design is a starting point that may require more extensive study for professional-level depth. One signal from 2020 suggests the designing portion could be extended; however, the displayed update date does not prove this was addressed.
The curriculum aligns with the target of beginner firmware and electronics developers.
Free
Free
