
Use this powerful microcontroller to turbo-boost your Arduino projects
InstructorDr. Peter DalmarisEditorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
A breadboard electronics setup featuring a blue LCD display showing a date, time, and temperature reading, connected to a microcontroller and sensor module.
A breadboard with an ESP32 module, an LCD screen, and a smartphone connected by wires, powered by a white battery pack on a grey desk.
A close-up view of a Rigol digital oscilloscope displaying a green signal trace on a dark grid, with various control knobs and buttons visible on the right side.
A split view displays Arduino IDE code for ESP32 WiFi configuration alongside a Freeboard dashboard showing live temperature and humidity gauge readings.
Lessons provide specific technical coverage of GPIO interrupts, Digital to Analog Conversion (DAC), and I2C sensor integration.
Instruction is described as well-paced and clear, assisting with the transition of Arduino scripts to new hardware.
One signal suggests that examples may not align with the latest ESP IDF (5.x) versions, and another indicates a need for external tools to update code.
The curriculum aligns well with the target of transitioning Arduino users to ESP32 hardware.