Use this powerful microcontroller to turbo-boost your Arduino projects
InstructorDr. Peter DalmarisLessons 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.
Editorial 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.
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.