"What you need to understand Mrs PSBD is that your DD1 is just a bit dim. We find with highly educated parents they often are overly ambitious for their children's achievement...." So said the Head Teacher of my DDs school after I raised my concern about the fact that in March of Y2 she was totally unable to subtract - as in 10 - 1 was not possible for her.
I suspect you at the Wellcome Trust are totally aware of the statistics - with two parents employed in the University & Research sector and educated to PhD level and DD1 exhibiting no obvious learning issues (dyslexia, etc...) - this answer seems to fly in the face of statistics gathered on children's achievement in most developed countries.
- Which activities or products (if any) have you come across which are designed to boost your child's learning? And how effective (or otherwise) have you found them?
After having had abuse from DD1's Y2 teacher and the charming conversation with the Head quoted above because we had the temerity to request recommendations for workbooks so we could do more at home with DD1 - we stumbled across Mathsfactor.
Now - I don't know what this does cognitively - but Pearson/ Carol Vorderman claim that regular work with maths develops synapses and trains your brain to think in a certain way (and that should be of interest to Wellcome).
What I will say as a parent - is that slowly, month by month, by DD1's facility with numbers has grown to the point that she can see logic in prep questions for the 11+ that just never occurred to me: (i.e. there was a VR problem about a boy 1.1m tall that could only reach the 1st floor button on an elevator and had to walk out 80 steps to the 6th floor and another boy was 1.4m tall and could reach the 5th floor button and then walked up 20 steps to the 6th floor. Lucy - 1.1m tall - enters the elevator - and the question was how many steps did she have to walk up....
Now I was busily working out the interval in height between buttons (0.1m) and therefore lucy could push 2nd floor button when DD1 interupts and says Mummy the answer is 80 - it has to be 80 because none of the other numbers are divisible by 20 and each flight of steps is 20.
Brain synapses? Facility with numbers? I don't know. But regular practice (ye olde practice anything 10,000 times you'll become an expert) does seem to reap it's own rewards.
My question to Wellcome is does regular practice (of anything - an instrument, a sport, etc...) develop a way of thinking - a mental approach?
- Have you tried anything yourself to improve or enhance your child's learning? If so, what have you tried? And what influenced your decision to try that activity/product? How effective (or otherwise) do you think it has been?
How effective has Mathsfactor been? - DD1 was 2nd bottom group (5 groups in math) Y2 and scored an impressive 1b on her KS1 SATs. As I said she couldn't subtract numbers under 20 and could barely add numbers up to 20 (skills which in fact she acquired in nursery - run by University for Lecturing/ Hospital staff). DD1 is now in top group (Y5) and we are told is working to NC Level 5. I believe that qualifies as effective.
- What aspect of your child's school experience (if any) do you think could most be improved by neuroscience? You might want to consider, for example, how the teacher talks to the children, the activities the children take part in, or the materials they study...
Our experience has overwhelmingly been that the school feel NC Level 4 is the pinacle of educational achievement for 10 - 11 year olds.
Does low expectation breed its own rewards?: DD1 has been told things are hard before trying them - and been put off. She's been told 'Boys are usually better at this than girls' repeatedly in many areas of the curriculum. She's been told at the start of a lesson 'I'm afraid this will be a bit boring children....' - so my question to Wellcome is does all the helpfully negative attitude from within a school result in a child's brain learning to 'turn off' when it gets tricky?
I respect that it is not medically possible to measure positive attitude - but cognitively I would be hugely interested to see what happens with children (like my DD1) who are struggling but are then allowed the time and space to practice and build skills in a supportive environment. [Our context is DD1 has a very healthy diet, plenty of exercise and fresh air].
I feel that low expectation, 'bad advertising' of hard core aspects of the curriculum that may be tricky for less able students and lack of opportunities to practice and imbed core skills all ultimately result in poor achievement or an inability to tackle new challenges.
I came from a school system where we have 5 - 10 maths problems sent home (copied off black board - yes I'm that old) each evening. We had to turn them in the next morning. With computers DD1 is effectively doing the same (5 x a week) - but possibly more problems - and the results have been phenomenal.
Are there cognitive benefits to frequent practice on a little and often basis? Our anectdotal experience has been 'yes there are' - but it would be ultimately hugely beneficial to establish this fact because in 'the real world' Michael Gove has dropped the homework requirement and our school has taken that as permission to suggest to parents that children should 'read at home' - ideally 2 hours a week - but feel no particular obligation to provide books to achieve that and there is only infrequent worksheets/ computer work in maths or spelling exploration (finding words with prefixes or suffixes, or words with certain sounds - long i - spelled igh, i-e, etc...). If little and often has cognative benefits - then should schools be providing short homeworks (on-line/ worksheets/ etc...) and reading materials regularly to all children?