Learn ARDUINO-C-CPP with Real Code Examples

Avoid delay() in time-critical projects

Optimize loops for efficient CPU usage

Use interrupts for responsive sensor readings

Keep sketches modular for readability

Choose appropriate Arduino board for memory/processing needs

Avoid exposing Arduino to unsafe network environments

Validate input data from sensors or user interfaces

Disconnect power when modifying circuits

Use proper voltage levels to protect hardware

Keep libraries updated to avoid vulnerabilities

Use Serial Monitor for debugging

Log sensor readings to SD or cloud

Plot data using Arduino Serial Plotter

Monitor PWM and timing via oscilloscope

Analyze memory usage with IDE tools

Organize code into modular functions

Comment pins, variables, and functions

Use descriptive variable and function names

Separate hardware abstraction and logic

Maintain version control for sketches