Nodi
Nodi is a hands-on STEM ecosystem that helps students explore physics, motion, coding, robotics, and engineering through real devices, digital tools, and practical challenges. Students move from abstract concepts to systems they can build, control, test, and improve.
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Nodi turns complex engineering principles into visible learning experiences. Students work with motion, motion systems, sensors, coding, and robotics to understand how real engineering systems behave.
From Physical Principles to Engineering Thinking
Four Connected Learning Systems
Stage 1
A visual stepper motor system for exploring ratios, magnets, polarity, phase sequences, rotation, speed, and direction. Students learn how controlled movement is created through electromagnetism and programmed motor control.
Key areas
Stage 2
A practical system for understanding how rotational movement becomes controlled linear motion. Students explore position, speed, direction, travel distance, mechanical transformation, and actuator control.
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Stage 3
A modular system for exploring coordinated movement across one or more axes. Students learn how automated systems use coordinates, trajectories, synchronized motion, and programmed instructions.
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Stage 4
A programmable educational robot for algorithmic thinking, robotics, navigation, and problem-solving. Students create instructions, test outcomes, debug errors, and complete practical missions.
Key areas
Observe. Connect. Code. Test. Improve.
Nodi activities follow a practical engineering cycle:
See how a physical system behaves.
Explore the scientific or engineering principle behind it.
Create instructions using visual programming, logic, or blocks.
Run the system, identify errors, and improve the result.
Use the concept in a challenge, project, mission, or engineering task.
Hardware, Software, Curriculum, and Teacher Support
Nodi is designed for practical implementation in schools and learning centers.
Designed for a Range of Learning Environments
It supports both guided lessons and project-based learning.
A Connected Pathway into Engineering
Nodi helps students move from basic physical principles to more advanced engineering thinking. From motors and motion to coding, automation, and robotics, each system builds on the next.
Discover how Nodi can help students explore physics, coding, robotics, motion, automation, and engineering through practical learning experiences.
Get curriculum guidance, hardware options, and a tailored proposal for your students.
