Learn HYDRUINO with Real Code Examples

Connect Hydruino hardware to a computer via USB

Install Arduino IDE or compatible visual programming software

Load Hydruino libraries for sensors and actuators

Assemble hydraulic/mechanical modules

Test communication between code and hardware

Install Arduino IDE or visual programming software

Connect Hydruino board via USB

Load libraries for sensors and actuators

Assemble hydraulic/mechanical modules

Verify board recognition and basic sketch upload

Arduino IDE sketch files (.ino)

Hydruino library files (.h/.cpp)

Optional visual programming project files

Documentation for sensor/actuator wiring

Assembly instructions for hydraulic modules

Arduino IDE upload command

Optional command-line compilation using Arduino CLI

Library installation for Hydruino

Serial monitor commands to debug sensors

Export project for backup or sharing

Instructions available in multiple languages

Community-contributed translations

Visual programming blocks support multilingual labels

Documentation supports global learners

Adaptable to different educational curricula

Designed for classroom and lab use

Visual programming reduces coding barriers

Compatible with standard PCs and laptops

Safety-focused hardware design

Tutorials accessible to a wide age range

Optional visual programming interface shows modules

Color-coded blocks for sensors, actuators, and logic

Responsive workspace for code assembly

Highlight active components during runtime

Interactive feedback for student learning

Microcontroller maintains actuator and sensor states

Code logic tracks operation sequences

Variables hold sensor readings and control flags

Event listeners trigger actuator responses

Timers manage sequences and loops

Sensor readings are collected via analog/digital pins

Actuator commands are output through digital/analog pins

Variables store state for control logic

Optional logging for experiments

Data flow ensures feedback-based control