Erasmus+ KA220-SCH
Build greener futures with IoT
SMARTGREEN IoT empowers students to explore applied robotics and green IoT through hands-on makerspaces, collaborative learning, and international exchange.
Our mission
Learning by making
SMARTGREEN IoT brings students together to investigate how connected devices and robotics can support more sustainable communities.
Through student-led makerspaces, learners turn ideas into practical prototypes while building confidence, digital skills, and a shared sense of responsibility for the environment.
Discover SMARTGREEN IoT →
Project objectives
From curiosity to impact
A practical learning journey that connects technology, creativity, and environmental awareness.
Applied robotics
Design, test, and improve robotic solutions through hands-on challenges.
Green IoT
Explore connected systems that help monitor, understand, and protect resources.
International learning
Share ideas and experiences across an Erasmus+ partner network.
Project pathway
Work that moves ideas forward
SMARTGREEN IoT is organized around collaborative activities that support learning, development, exchange, and communication.
Co-create
Students and educators shape meaningful makerspace activities together.
Prototype
Teams develop practical robotics and IoT concepts through experimentation.
Share
Partners exchange resources, approaches, and learning outcomes across borders.
Grow
The project builds lasting capacity for green technology learning in schools.
At a glance
A shared European effort
2026–2029
Project period
A multi-year Erasmus+ collaboration.
Green IoT
Learning focus
Connected technology for sustainable thinking.
Makerspaces
Learning model
Student-led exploration and prototyping.
Follow the project as partners develop learning activities, resources, and opportunities for exchange.
Join the conversation
Explore the project, connect with the partnership, and follow the latest SMARTGREEN IoT updates.
SMARTGREEN IoT is an Erasmus+ KA220-SCH collaborative project, 2026–2029.
