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Insights, tips, and resources for parents, teachers, and learners on their educational journey.
Julian Dance explains why he became an advocate for Oak Academy and how its curriculum architecture aligns with SideCog's mission to help students identify misconceptions, connect ideas and become more confident, independent learners.
Julian Dance
As students head into half term, the instinct is often to cram harder. But cognitive science suggests a different approach works far better. From dual coding and retrieval practice to short bursts of deep thinking and connected knowledge mapping, this guide explores how students can strengthen understanding, memory and confidence in the final weeks before exams - without burning out.
The viral AQA Biology “geese question” sparked frustration across social media, but the real issue wasn’t the birds. It exposed the gap between memorising revision content and truly understanding biological principles well enough to apply them in unfamiliar contexts.
A child can pass tests, repeat facts, and still misunderstand how the world works. This article explores why misconceptions in science matter far beyond one lesson, how they affect learning across the curriculum, and why understanding matters more than memorisation.
After 15 years in the classroom, Julian argues that connected knowledge - not memorised facts - is what truly transforms GCSE science outcomes. Drawing on Wynne Harlen’s Big Ideas, he explains why coherence builds confidence, understanding and exam success.
In an age of AI and instant answers, understanding matters more than ever. When students learn how ideas connect, they think more clearly, remember more effectively, and approach new challenges with confidence. This article explores why structured, connected knowledge is essential for deep learning and long-term success.