Use this 12-part material series to get to know Micro:bit in teaching programming and robotics. The series guides you through basic Micro:bit use and in the learning of basic programming and robotics concepts.
Use this task card to teach how to input and output information through Micro:bit’s pins.
Use this 12-part material series to get to know Micro:bit in teaching programming and robotics. The series guides you through basic Micro:bit use and in the learning of basic programming and robotics concepts.
Use this task card to practice connecting switches to Micro:bit.
Use this 12-part material series to get to know Micro:bit in teaching programming and robotics. The series guides you through basic Micro:bit use and in the learning of basic programming and robotics concepts.
Use this task card to practice connecting a servo motor to Micro:bit.
Use this 12-part material series to get to know Micro:bit in teaching programming and robotics. The series guides you through basic Micro:bit use and in the learning of basic programming and robotics concepts.
Use this task card to teach how to connect a speaker, earphones and a buzzer to Micro:bit.
Use this 12-part material series to get to know Micro:bit in teaching programming and robotics. The series guides you through basic Micro:bit use and in the learning of basic programming and robotics concepts.
Use this task card to teach how to connect Micro:bit boards using radio programming blocks.
Use this 12-part material series to get to know Micro:bit in teaching programming and robotics. The series guides you through basic Micro:bit use and in the learning of basic programming and robotics concepts.
Use this task card to teach how to read and compare sensor readings using Micro:bit.
Children have always been fascinated about mechanical toys. How do they work? What’s inside them? Could we build our own toy? This material gets you familiar with different toys and includes instructions for building three animal toys with moving parts.
Mechanical Toys (in Swedish)
Through play, children practice logical thinking skills already during their first year. The step from an everyday led play to simple programming with robots is small enough to keep the children motivated.
Logical thinking and programming (in Swedish)
Wheeled vehicles never cease to fascinate children. This material presents a group activity around wheels where children also present their own wheeled vehicle builds.
Fun on wheels! (in Swedish)
Innokas Network develops Innovation Education methods that support the learning of 21st Century Skills. The Innovation Process in Basic Education Poster outlines our thinking. Download the poster and print it for your learning space wall! Or, pick up your printed poster at our stand in events like Educa and ITK-days!