Biomimicry: linking form and function to evolutionary and ecological principles
Engaging with biomimetic design encourages students to explore the principles of form and function in relation to evolutionary adaptation.
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Engaging with biomimetic design encourages students to explore the principles of form and function in relation to evolutionary adaptation.
Integrate key principles from biology, chemistry, and engineering with a set of experiments based on bioluminescence.
Explore electromagnetic induction and of one of its well-known applications – the induction hob – with these hands-on activities.
Do you find the binary system complicated? With this activity, your students will find it as easy as 01,10,11.
Your mission: to land an intrepid egg-naut safely on the surface of the Moon and learn about classical mechanics along the way.
Beyond the five senses: Some bacteria can sense magnetic fields. Learn how they do this and how this could help us design nanorobots.
You’ll need to put your money on the table for this batch of tricks, then use your scientific knowledge to make ‘cents’ of what happens!
Aeolus – a new laser-equipped satellite – is designed to give meteorologists the comprehensive wind data they need for better weather forecasting.
Explore the science of sound and electromagnetism with this practical build-it-yourself activity.
As a lightweight, super-strong metal, beryllium is an engineer’s dream – but it also has some less convenient qualities.
Biomimicry: linking form and function to evolutionary and ecological principles
Bioluminescence: combining biology, chemistry, and bionics
Faraday’s law of induction: from classroom to kitchen
Teaching binary code with a secret word challenge
Landing on the Moon – planning and designing a lunar lander
Insights into magnetic bacteria may guide research into medical nanorobots
Fantastic feats: magic with money
Forecasts from orbit
Hearing waves: how to build a loudspeaker
Elements in focus: beryllium