5/6/2008 7:33:00 AM
Fran Abrams; The Guardian 6 May
A neuroscience study shows the value of taking a break from the strictures of the national curriculum. Fran Abrams reports . A few weeks ago Chris Haworth, the deputy head of Our Lady's RC Sports College in north Manchester, fetched a bin and threw his lesson plans into it. Then he threw the national curriculum after them. It was just a bit of drama, of course, and he had to retrieve them all after the staff training day was over. Otherwise Ofsted, who visited last month and found the school improving fast, would have had very stern things to say. Haworth was trying to illustrate his view that our knowledge-driven, exam-focused education system does not cater adequately for the needs of the fast-developing adolescent brains of the pupils he teaches. "Our national agenda is really knowledge-driven," he says. "I want to put that to one side, to make young people confident learners so they can come at problems and offer solutions to them." Teachers in the UK have expressed this frustration for years. But now Haworth and his colleagues are spurred on by the knowledge that science is on their side. A new report from a major international research project has issued a challenge to the content-heavy, exam-based orthodoxy that has dominated UK education. The report from the Organisation for Economic Cooperation and Development (OECD) is the result of nine years' work by neuroscientists. Using new magnetic resonance imaging technology, scientists can watch the physical processes by which we learn. "At neural network level it's now possible to observe much better than it was before, so, for instance, we can document different sorts of learning processes by measuring the blood flow in the brain," says Bruno della Chiesa, leader of the Learning Sciences and Brain Research project. So we now know, for example, that dyslexia is frequently associated with atypical features in the left side of the brain, and that children are born with a pre-wired ability to become numerate. In the future, it may be possible to use brain-imaging to map windows of opportunity, when people's brains are particularly receptive to different types of knowledge - language or numeracy, for example. We also know that our brains continue to develop for much longer than previously thought.Guardian
Curriculum / Quality Assurance
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