Explore energy production with the escape game ‘Village of the Future’
Strengthen knowledge in the subjects of energy supply, grid load, and data evaluation, while using 21st century skills in a fun way.
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Strengthen knowledge in the subjects of energy supply, grid load, and data evaluation, while using 21st century skills in a fun way.
Experience data like never before! Use kirigami and participatory statistics to create low-cost, hands-on multisensory visualizations to engage and inspire.
Each December, Physics in Advent (PiA) opens the door to 24 fun and thought-provoking physics experiments, with the chance to win cool prizes!
Seeing is believing, but how can you be sure that what you see is real? Find out how to distinguish between real and fake astronomical images.
Through the looking glass: unlock the secrets of anamorphosis, where art and science meet to create mind-bending illusions!
Biology, maths, and the SDGs: estimate the CO2 absorbed by a tree in the schoolyard and compare it to the CO2 emissions of a short-haul flight.
Use the Education corner on the Eurostat website to bring real-life data to your class and teach your students about statistics.
Picture sequences provide engaging opportunities for students to explore the concepts of speed and acceleration using supplied digital images or their own smartphones.
Still standing: have you ever wondered how buildings stand? Or why they sometimes fall? Let’s explore this through bridges, from construction to collapse.
Everybody dance now: students hold ropes and dance to form a topological tangle. Using fraction arithmetic, the knot will finally be untied!
Explore energy production with the escape game ‘Village of the Future’
Tangible statistics: cutting and weaving through data
Physics in Advent: The hands-on physics Advent calendar
CSI Astronomy: learn how to spot fake astrophotography images
Exploring anamorphosis: revealing hidden images with mirrors
How much carbon is locked in that tree?
Eurostat’s Education corner: your key to European statistics
Moving pictures: teach speed, acceleration, and scale with photograph sequences
Building bridges: how do structures stay upright?
Dance, tangles, and topology!