Shared Spaces are collaborative environments in the Arduino Cloud where students and teachers can come together to work on projects, share resources, and communicate ideas.

Our latest update to the Science Kit R3 introduces exciting new experiments which leverage the kit’s external plug and play sensors.

Join Arduino Education at Bett 2024 for a look at the future of STEAM education. Discover new products, get hands-on & connect with a community of educators.

Read our latest article - an interview with UK physics teacher Alan Bates. We talk to Alan about how he helped the Arduino Education team create the curriculum-aligned learning content for new the Science Kit R3.

Technology is evolving almost as quickly in schools as it is in the real world. The Arduino Cloud is a pivotal tool in this, as it bridges coding, STEM, and Internet of Things (IoT) for educators.

This dynamic platform isn't just any ordinary digital teaching aid - it's an all-in-one solution tailored for educators. With regular feature additions and scalability, it's designed to meet the diverse needs of STEM teachers in middle school, high school and beyond.

In our digital age, where educational institutions pivot towards more flexible, scalable, and agile solutions, Software as a Service (SaaS) is rapidly becoming the go-to model.

With remote learning, blended classrooms, and the constant evolution of curricula, educators are recognizing the advantages of SaaS. So why is this shift happening, and why does it matter for educators?

At Arduino Education, our priority is to provide hands-on, interactive STEM learning for students all over the world. Today, we're thrilled to share our latest innovation, which is designed along with science teachers to take physics education to a whole new level.

Explore the Medellín Challenge, which fosters genuine collaboration, technological integration, and empathetic engagement, supported by Arduino Education.

Find out how AI is used in education, the benefits of AI in education from personalization to universal access, why it should be used & what the future holds.

Understand the strategies that can help you learn coding faster, especially if you are new to coding. Explore coding jobs & opportunities.

Assess and spot areas for improvement in students’ knowledge of programming & electronics with Arduino Education’s new Junior Certification.

Explore some of the steps to take and the resources you’ll need if you want to learn how to code. Learn programming with Arduino.

Find out how Arduino Education’s Explore IoT Kit Rev2 teaches students how to creatively solve real-world problems using new technologies.

Find out how Arduino Education’s new IoT kit helps students develop a growth mindset, solve problems creatively, and hone analytical skills.

Find out what the different types of coding languages are, which programming language to learn first, and how to learn to code.

If you use the Arduino School plan with the IoT Cloud, you can now access dashboards & monitor data remotely on the Arduino IoT Cloud Remote app. Learn more.

Understand the basics of careers in coding, including what a career in coding could look like, how to get started & what jobs you could have.

Understand what coding is, why it’s popular, how to start learning to code and some basic coding terminology for beginners. Learn to code with Arduino.

Use the Arduino IoT platform to empower your students to create innovative solutions to real-world problems, analyze data & improve design thinking skills.

It’s easy to collaborate on Arduino projects with Google Classroom integration. Find out what Google Classroom integration means for teachers.

Cloud-based IDEs offer many benefits over desktop IDEs to enhance the learning experience. Explore 5 benefits of the Arduino Web Editor.

Understand what the IoT and machine learning are in the context of education, why they’re important, and the impact they could have.

Arduino Education will be at the Bett Show in London between March 29-31 2023. Join us for product demos, new launches, getting hands-on & more!

Arduino Education has joined force with Hackster.io and DFRobot to launch the Smart Campus 2023 Innovation Design Contest, challenging school affiliates who live and work on a school campus to come up with innovative ways to better their campus life!

The Internet of Things can help education become more secure, efficient, and globally integrated. We look at the future of IoT in education.

Learn about the various IoT based technologies that can be integrated into education, along with pros and cons of IoT in education.

Explore how the IoT can benefit society in several ways, and learn about the various aspects of society that could be impacted by the IoT.

The Internet of Things (IoT) is having a huge impact on education. Find out how, with examples of how the IoT is used in schools.

We explore the importance of the Internet of Things in education, including why it matters, the role it plays & the benefits of IoT.

Explore what a STEM class in high school can look like, including STEM subject matter and the physical classroom, as well as why STEM is important.

Curious about the future of STEM Education? Education can be a challenge and it's ever-evolving. Find out what the future of STEM education holds.

STEM education helps students become analytical and creative in their approach to solving problems and prepare for the real world.

Integrating and implementing STEM education in schools require multiple strategies. Discover typical strategies and what they mean for STEM learning.

STEM education improves scientific knowledge and technical skills. Find out more about how STEM improves student learning.

STEM education is the foundation for a scientifically literate society and technologically advanced civilization. Find out why STEM education is important.

Cloud technology is changing teaching and learning in positive ways. Explore 8 ways the Cloud can transform education.

Want to pursue a STEM career? Find out what it means to have a career in STEM, and discover nine potential STEM career choices.

Learning and improving STEM skills are essential in pursuing a scientific career, but they are also relevant in other fields. Learn more about STEM skills.

STEM education is the way of the future. Find out what it is, what it means, why STEM education is so important & explore STEM careers.

The Cloud has transformed the access to education in many ways. Find out how the Cloud benefits education.

University courses vary widely, but STEAM learning can be incorporated into different programs, even the non-science ones.

Along with the technological changes are new challenges that require new skills. STEAM education is designed to prepare students for these challenges.

The key difference between STEAM and STEM education is the integration of arts in a science-oriented curriculum. Find out why STEAM is important.

STEAM education opens a world of opportunities for students with its holistic and integrated approach. Find out why adding the arts in STEM is important.

The importance of STEAM education cannot be overstated. It is crucial in preparing students for a bright future in a highly competitive world.

STEAM education does not merely prepare students for science-related or technical careers. Find out how it also teaches and reinforces crucial life skills.

The A (for arts) in STEAM education is a fairly recent addition. It intends to make education more holistic and integrated. Find out more.

Children’s science experiments should be informative, inspiring, and fun to do. Learn more about some samples of these stimulating activities.

Celebrate Father’s Day by getting creative with fun (and educational!) science projects with your kids. Here are 5 STEM activities you can do at home.

STEM educator Dr. Damien Kee is a passionate educational technologies advocate who specialises in bringing technology concepts to teachers and educators around the world.

Çetin Meriçli, Ph.D., is the CEO and cofounder of Locomation, a leading developer of safe and reliable autonomous driving technology for semi-trucks.

André Roussel is an experienced higher education teacher. He currently teaches the Internet of Things course at the Collège Communautaire du Nouveau-Brunswick in Canada.

Matt Scott and Andrew O’Brien are passionate about implementing the STEM curriculum into schools, working as Secondary STEM Coordinator and STEM Curriculum Advisor respectively for the New South Wales Department of Education, Australia.

Pete has been a consultant to the New York Times, was senior engineer at Apple, and is currently the technical lead of the TensorFlow Micro team at Google.

Marco Zennaro is a research scientist at the Abdus Salam International Centre for Theoretical Physics in Trieste, Italy, where he coordinates the Science, Technology & Innovation Unit.

Maynard Okereke is an award-winning Science Communicator, having received both the Asteroid Award for "Best Streaming Content" and the People of Change Award for his community outreach efforts.

Bill Church is the Executive Director of White Mountain Science, a STEM outreach and curriculum development organization in New Hampshire, US. With a passion for teaching, physics, and engineering, he is the ultimate STEM specialist.

Dr. Erica Colón is a National Board Certified Teacher with over twelve years of teaching experience in 6th to 12th grade secondary science, including Physical Science, Biology, Chemistry, Earth Science, and Marine Science.

Simon Niedenthal is an Associate Professor of Interaction Design at Malmö University in Sweden. He conducts design-oriented research in the areas of olfactory interaction, game aesthetics, the sensory experience of gaming, and playtesting processes for innovative game design.

Science lessons shouldn’t be boring! Check out these 4 fun, creative ideas for Halloween STEAM lessons for middle school.

The first CTC kit was called CTC 101, now upgraded to CTC GO!, with in-depth STEAM lessons & projects. Explore 5 key differences between the two kits.

Whether you’re a teacher or a parent, you can celebrate STEAM Day with our five top ideas for getting kids excited about STEAM.

Find out what STEAM education is, what STEAM stands for, why it’s important and how it can effectively prepare students for the future.

The Internet of Things has a significant impact on many aspects of our lives. Find out why we should be teaching it to high school students now.

Students love learning about space. Check out our 5 top lesson ideas for incorporating space as a topic across STEAM subjects.

Morse code has transformed society in many ways, including paving the way for the digital age. Find out how, and more about the history of Morse code.

Technology has significantly made the world smaller and education more accessible. Find out how technology helped in the democratization of education.

Sending your child to summer camp boosts independence, develops soft skills, and provides lifelong memories. Explore 6 benefits of camp.

Music is fundamentally mathematical. The elements of music such as pitch, harmony, and rhythm all have numerical equivalents.

Open source software provides an opportunity for the developers and the public to customize applications that can be freely distributed.

Autonomous vehicles are on the horizon, but it’s unlikely we’ll be using them for a while to come. Testing, safety, and the right AI are crucial.

Children are naturally curious about space.Encourage them to express their scientific inquisitiveness with engaging STEM space lessons.

The 17 UN sustainable development goals (SDGs) are transforming the world into a better place for the present and future generations.

Science has solved many problems and it’s key to saving the world - find out how in this STEAM education article.

Modular learning boosts innovation and creativity in the classroom by allowing students to get deep into one area. Explore modular learning with Arduino.

CTC GO! is a STEAM solution for high school students that teaches electronics and programming in a fun, hands-on, modular way.

The first Arduino Education Inspiration Lab, established in partnership with Techno.bel, has officially opened its doors in Belgium.

Discover 5 problem-solving lesson ideas for teachers. Developed by experts in STEAM education. Download our free ebook for more tips!

Arduino Education announces their official sponsorship of the 2022 season of the World Robotic Olympiad for students aged 8-19.

Explore the importance of teaching problem-solving skills in STEAM lessons and download our free ebook with tips for educators.

Arduino Education kits are now fully compatible with ChromeBooks, so you have the same functionality as you would have on any other device.

Educators and students in Brazil can now take Arduino Certification and have access to the Arduino Cloud School Plan. Find out more.

The Science Journal app already makes science subjects fun, engaging, and easier for students to understand.

Now? You can integrate it with your Google Classroom on the new Teacher Plan to save time and keep everything in one place.

Hands-on learning is a powerful way to learn.

It helps students understand difficult concepts and improve their soft skills by applying theoretical knowledge to real-world situations.

Find out more about Arduino Education’s School Cloud Plan, which connects classroom projects and supports classroom digitisation.

Discover the industrial, assembly line inspired robotic arm that will teach STEAM students the important elements of real world scenarios.

Inspired by the industrial assembly line robots found in automotive factories and elsewhere, this cutting-edge piece of kit brings real-world knowledge to STEAM students.

Braccio ++ is our all-new kit inspired by the robotic arms on industrial assembly lines - but how does it compare to the original Tinkerkit model?

The Internet of Things has a significant impact on many aspects of our lives. Find out why we should be teaching it to high school students now.