Learn HYDRUINO with Real Code Examples

Arduino-compatible microcontroller board

Hydraulic modules and mechanical actuators

Sensor input and actuator output circuits

Programming environment (Blockly/Arduino IDE)

Modular design for expansion and experimentation

Physical modules for hydraulic and mechanical actions

Arduino board executes code to control actuators

Sensors provide real-time feedback to the microcontroller

Optional visual programming interface generates Arduino code

Event-driven control of actuators based on sensor input

Microcontroller-centric control

Modular hardware integration

Separation of code, sensors, and actuators

Event-driven programming loops

Expandable via libraries and additional modules

Classroom STEM labs

Robotics and maker clubs

Science fair projects

Online workshops for remote students

Teacher-led demonstration setups

Hands-on learning through modular hardware

Programming to control real-world systems

Safety and education-focused design

Scalable complexity for all learning levels

Encourage experimentation and iterative learning

Small: single actuator experiments

Medium: multi-sensor and actuator projects

Large: complex hydraulic robotic systems

Enterprise: school-wide STEM curriculum integration

Global: online tutorials and kits for remote learning

Transfer Arduino sketches between projects

Update libraries to latest Hydruino version

Move visual programming projects to new devices

Verify sensor and actuator compatibility

Test full hardware-software integration after migration