Admissions open: Weekly courses, Summer Camp, Winter Camp and school innovation programs.
Move from first connections to robots, data systems and engineering prototypes through a clear, age-aligned Arduino pathway.
Each kit opens a different kind of learning experience—from movement and measurement to smart farming, connected systems and advanced engineering.
Start with movement, sensors and playful challenges, then grow from block coding into MicroPython and the Arduino language as confidence develops.
Turn physics into something students can measure, compare and explain with embedded sensors, live data and the Science Journal app—no prior coding needed.
Give one learner a guided first step into electronics and coding, then the freedom to turn new skills into original projects.
Let students grow a living project as they monitor conditions, automate responses and understand how technology can support smarter agriculture.
Help a whole class move from “how does a circuit work?” to coding, testing and creating together through structured lessons and reusable hardware.
Move high-school learners from first principles to working tabletop inventions that make electricity, coding and design feel connected.
Challenge advanced learners to turn engineering theory into working mechatronic systems using Arduino hardware, MATLAB® and Simulink®.
Start where your learners are ready, then build a natural progression from robotics discovery to electronics, IoT and engineering.
Begin with visual coding, movement and sensors, then unlock deeper control through MicroPython.
Build confidence with real components, clear coding tasks and open-ended projects that invite experimentation.
Use data, connected systems and sustainability challenges to link science and technology with real life.
Design, model, test and improve advanced systems that behave like real engineering solutions.
Shape the right kit mix, space, devices and session flow so every learner gets meaningful hands-on time.
Prepare teachers to explain, troubleshoot and mentor projects with calm, practical confidence.
Connect coding, electronics, physics and sustainability to projects learners can demonstrate, improve and explain.
Explore the official Arduino Education world behind every kit, then let Young Scientist help turn the right products into a coherent learning journey for Nepal.
Share who your learners are and what you want them to create. Young Scientist will shape an Arduino journey that fits your grades, lab and learning goals.