The curriculum is designed to move beyond basic GPIO and UART to master complex hardware features: : Covers basic, general-purpose, and advanced timers. Practical exercises for Input Capture and Output Compare . PWM generation for LED brightness or motor control. CAN (Controller Area Network) :
Mastering , STOP , and STANDBY modes to reduce energy consumption.
: Related presentations and technical slides can be found on platforms like SlideShare . Mastering Microcontroller: Timers, PWM, CAN, Lo...
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Peripheral programming including and interrupt handling. Low Power Modes : The curriculum is designed to move beyond basic
: Community-maintained repositories on GitHub often contain the programming assignments and notes.
In-depth theory on CAN signaling, frame formats, and bit timing calculations. CAN (Controller Area Network) : Mastering , STOP
This advanced-level course focuses on programming the of microcontrollers using HAL (Hardware Abstraction Layer) APIs . Key Peripherals & Topics Covered