A complete hands-on STEM ecosystem for modern classrooms.
At Robo, our educational ecosystem starts with the Kypruino UNO+ board and grows into robotics through the RoboRover Core. Together, they help students move from basic electronics and programming to sensors, automation, robotics, and real-world engineering projects.
Start with Kypruino
Learn electronics, coding, sensors, outputs, measurements, and real STEM experimentation.
Build real projects
Use guided examples, blog projects, GitHub code, AI support, and learning resources.
Advance into robotics
Move to RoboRover Core, powered by Kypruino, and explore movement, sensors, logic, and automation.
Everything educators need to teach, build, and experiment.
We do not just provide hardware. We support educators with apps, examples, AI tools, project resources, and guided experiences that make STEM more accessible and practical.
Kypruino AI STEM Buddy
An AI assistant designed to support students and educators while working with Kypruino-based STEM activities, code, circuits, and project ideas.
Open AI STEM Buddy →Kypruino Project Code Examples
A collection of example code and projects on GitHub that can be used as starting points for lessons, workshops, and student experimentation.
View GitHub Examples →Kypruino Blog Projects
Practical articles and educational builds showing how Kypruino can be used in real projects, from sensors and automation to student engineering work.
Read Kypruino Projects →Introductory Kypruino Book
A beginner-friendly learning resource for students and educators starting their journey with Kypruino, electronics, programming, and STEM projects.
Open the Book →Resistor Master
A helpful electronics learning app for understanding resistor values, color codes, and basic circuit calculations in a more visual and student-friendly way.
Open Resistor Master →RoboRover Core Interactive App
A visual interactive app for RoboRover Core with more than 10 project examples, helping students understand hardware, sensors, wiring, and programming logic.
Open RoboRover App →Kypruino Studio makes programming smoother for beginners.
Kypruino Studio is our web-based learning tool designed to make introductory Kypruino education easier, faster, and more classroom-friendly.
Students can program directly with blocks, without constantly copying code from other platforms into the Arduino IDE. This makes lessons smoother and lets students focus more on logic, experimentation, and understanding.
Code with blocks. Learn by building.
A smoother bridge from beginner logic to real microcontroller programming.
Electronics instrumentation in the classroom
Turn Kypruino into a practical learning instrument for signals, voltage, and experimentation.
Bring oscilloscope and signal-generator concepts into STEM lessons.
Kypruino Studio includes our Instrument Lab, which transforms the Kypruino into a 0–5V oscilloscope and signal generator.
This allows students to explore real electronics measurements directly in the classroom, making abstract concepts like voltage, waveforms, signals, and outputs much more visible and easier to understand.
From first circuit to real robotics.
The Robo ecosystem is designed as a progression. Students do not just complete isolated activities — they build confidence step by step.
Electronics Basics
Students begin with LEDs, buttons, resistors, sensors, outputs, and simple circuits using Kypruino.
Programming Logic
They learn programming through blocks, examples, guided activities, and real microcontroller behavior.
STEM Projects
Students combine hardware and code to create practical projects in automation, sensing, and control.
Robotics
With RoboRover Core, students advance into robotics, movement, sensors, decision-making, and engineering challenges.
Robotics powered by the same Kypruino learning foundation.
RoboRover Core is our educational robot base built around Kypruino. This means students can first understand the controller, then see how the same technology powers a real robot.
The RoboRover Core Interactive App supports the robot with visual explanations and more than 10 project examples, helping educators guide students through sensors, wiring, movement, and programming logic.
From board to robot.
Students see how coding, electronics, sensors, and mechanics come together in one complete system.
Built for educational centers that want more than a kit.
Robo supports the complete learning experience: hardware, software, projects, examples, AI support, and classroom-friendly tools.
For classrooms and workshops
Suitable for schools, STEM centers, universities, clubs, summer schools, and hands-on technology workshops.
Guided but expandable
Students can begin with structured examples and later extend their work into open-ended engineering projects.
Made for real progression
The ecosystem helps learners move from simple circuits to programming, sensors, automation, and robotics.
You do not need to already have robotics experience to start.
Robo can help educational centers introduce STEM, electronics, coding, and robotics even if they have never offered robotics lessons before.
We can support your team with teacher onboarding, practical training, classroom guidance, and structured educational material that can be used across the school year.
We help your teachers feel ready.
From first setup to classroom delivery, we support educators so they can confidently bring hands-on robotics and STEM learning to their students.
Want to bring Robo to your educational center?
We can support your team with Kypruino boards, RoboRover Core robots, educational resources, project ideas, and workshop structures tailored to your students.
