Robotics for Junior Engineers
Empowering young innovators with hands-on robotic, coding, and engineering skills to build real-world solutions.
Explore Learning Formula
Hardware & Components
We provide all hardware, components and tools for all of our class for best learning experiences.
Online Learning Content
Our kits come with online learning content, aligned with the latest industry trends and international curriculum standards.
Community
Join millions of amazing Arduino community members worldwide. Find inspiration on Project Hub or connect with the Arduino Forum.
Education Path
Science Kit
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What you will learn
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Strengthen data literacy & scientific enquiry skills
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Grasp complex concepts through real-world experiments
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Foster adaptability by allowing utilizations in classrooms, labs, or outdoor settings
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Enable students to design their experiments, promoting a self-directed learning and active participation approach.
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Plug & Make Kit
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What you will learn
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Eliminates the need for complex wiring or breadboards
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Users can quickly create functional IoT devices and manage them via the Arduino Cloud
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Get started quickly with pre-configured Arduino Cloud templates, designed to simplify complex setups by providing ready-to-use configurations.
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Customizable dashboards make it easy to visualize data on multiple devices, including smartphones.
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Student Kit
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What you will learn
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Deeper understanding of the basic fundamentals of coding and electronics.
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Develop workplace readiness skills such as creativity, collaboration, critical thinking, and communication.
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How sketches students create work to control their circuits.
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Learn how to read schematics.
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Easy to navigate content
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Bonus material to enhance learning about specific concepts.
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CTC Go! Core Module
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What you will learn
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​Learn the basics of electronics, reading schematics, and connecting commonly used components.
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Text-based programming language, controlling components, and reading data using code
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Creative ways of using technology, designing and developing physical computing projects
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Working collaboratively to tackle real-world problems
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Enhance students' problem-solving and communication skills.
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Arduino Labs - DIY Project
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Come up with your own idea of a project
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A hands‑on challenge where students propose their own project idea, brainstorm solutions, and build it step‑by‑step with tutor guidance.
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Designed to spark creativity, teamwork, and real engineering skills for secondary students.
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Explore IoT Kit
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What you will learn
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​Enhance students' understanding of real-world technology and its applications​
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Learn design methodologies to research and tackle sustainability and global challenges
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Encourage innovation and creativity
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How to collect, process, visualize and store data
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Network security considerations
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Develop programming skills
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Foster interest in STEM subjects
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Greenhouse Kit
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What you will learn
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Foster problem-solving and critical thinking skills
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Encourage collaboration and teamwork through a hands-on learning experience
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Provides multidisciplinary educational experiences around STEM
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Supports different types of learning styles
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Understand real-world applications
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PLC Starter Kit
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What you will learn
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Gain foundational knowledge in Opta WiFi operations and develop career-ready skills in industrial automation.
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Fosters innovation, problem-solving, and adaptability, using proven tools in the field.
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Offers a quick, easy software development with PLC code examples like Ladder Diagrams, Structured Text, and Functional Blocks.
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Arduino Certification
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What you will need to study for exam
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Electricity
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Reading circuits and schematics
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Arduino IDE and boards
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Frequency and duty cycle
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Electronic components
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Programming logic
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Programming language and syntax
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Arduino Labs - Final Project
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Come up with your own idea of a project
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A deeper, more challenging build where students propose a unique project concept, develop a full plan, and bring it to life using sensors, modules, and multi‑stage logic.
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With tutor guidance, they transform an idea into a fully functioning system that demonstrates real engineering thinking and problem‑solving.
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