One of my favourite classroom ‘simulations’was called Moonshot. The class were given a list of 15 things that they had with them on the moon and asked to rank these in order of value. So Oxygen was handy, a compass may be not etc. Their responses were collected in and then they had to repeat the same task in groups. We then compared the scores individual v group and as you might expect, the group scores were always better than the individual.
The web offers us a unique opportunity to collaborate with problem solving. We can turn the planet into a giant brain if the people with the ideas are prepared to do so. And do we need to. Some of the challenges that we face need all the brains we can muster. Stephen Hawking has just suggested that he thinks it unlikely that we can survive on the planet for much longer.
The implications for education? Begin with the premise that everyone can make a contribution. The process of design, from ideas to manufacture, involves a host of skills that many of us possess to some extent. Some schools teach Philosophy for Children (P4C) which can give children of any age the opportunity to get to the core of an issue. Facilitate co-operative learning through web based problem solving from an early age. Embrace the full range of problems and challenges from energy, recycling, health, house building, agriculture, transport, care etc. Encourage a local community based micro model to begin with and then expand. It is the process of education that we can change most rapidly and most easily (and where teacher autonomy can be protected).
The next generation will have to deal with all the challenges, perhaps we should have the good grace to step aside and let them make a start.