Prototype the circuit
Breadboard and component-level experiments turn a control concept into a testable physical system.
Selected workESP32
Featured hardware hobby project
ESP32
Automation
Microcontroller experiments that connect embedded logic to practical physical control.
RoleIndependent developer
PlatformESP32 + Arduino
FocusControl + automation
MethodIterative prototyping
Write localized control logic
Embedded C++ coordinates wireless input, state changes, fan regulation, and relay behavior.
Iterate safely
Low-voltage logic and higher-power switching are treated as separate concerns during prototyping.
Prototype record
From input to physical response
The project explores a complete embedded control loop: receive an input, interpret the requested state, apply local logic on the microcontroller, and drive a physical output. Fan regulation and relay automation provide practical contexts for learning how software decisions meet electrical constraints.
ESP32
A flexible microcontroller platform for local logic and wireless communication experiments.
Embedded C++
State handling and device behavior stay close to the hardware and remain responsive.
Fan + relay control
Physical outputs make timing, switching, and failure behavior observable.
Breadboard iteration
Small testable changes help isolate circuit and logic problems before integration.
What this project demonstrates
The experiments show a willingness to move between code, components, and measurement. The next documentation step is to add verified photographs, component values, a reviewed schematic, and demonstration footage after the prototype record is prepared for public viewing.