No humble Pi for coding campaigners

If we want more diversity in games development, then democratising and destigmatising the paths to entry seems like a good place to start. "Who says kids want to code?" is the main criticism levelled at Raspberry Pi. And, sure, many will not take to it or be that interested in it, just like any other subject.

But by exposing as many children as possible to computer science as a routine part of their education - rather than sidelining it as impenetrably weird to most, the preserve only of the saddest geeks - you create an environment in which talent and passion can flourish naturally.

Children should, of course, be empowered to experiment with programming and play around with the things they are already passionate about - which, in many cases, will be games.

With affordable, durable hardware such as Raspberry Pi, kids can learn the basics in school and carry on at their leisure using kit which, unlike regular PCs, has been designed to encourage imaginations to positively flirt with failure by removing the fear of breaking anything irreparably. Rather like the computers of the '80s, in fact.

A further potential benefit is in tackling the shameful state of numeracy amongst school leavers. Less than 60 percent achieved at least a pass at GCSE level last year, and 20 percent of 11 year-olds in England failed to meet basic standards in maths.

Plainly, a lot of children find traditional methods of teaching maths to be as fun as having a tooth pulled. Titles such as Dr Kawashima's Brain Training have in recent years inadvertently shown the valuable role video games can play in "stealth learning", turning simple sums into an enjoyable activity. When my niece was eight, it was her favourite game because it made her homework easier.

Meanwhile, professional game makers bemoaning the sharp decline in students taking up computer science courses at university understandably point to the failure, all the way down to primary school age, to articulate the importance of core subjects like maths and physics in the making of video games.

"Wouldn't it help kids who love games but hate doing sums to know that the latter is essential to the creation of the former?"

Wouldn't it help kids who love games but hate doing sums to know that the latter is essential to the creation of the former?

Art, it should be stressed, is also important in this equation - and the Livingstone-Hope report rightly called for young people to be "given more opportunity to study art and technology together." It's a marriage of disciplines that has worked out quite well at Apple, after all.

In the modern world, where computers control everything from the world's financial systems to "smart" fridges, developing an understanding of how they work is clearly of more value than simply boring children with a few specific examples of what they can do, according to the existing ICT model.

That's not to say learning how to use important software and apps isn't important. Rather, it's like learning to read without learning to write, as Ian Livingstone memorably phrases it.

It'll be years before a detailed picture of how successful this conscious campaign to recapture the spirit of the '80s proves; and there are many obstacles along the path to reform, not least the challenge of teaching the teachers.

Exactly what shape the new approach to computing in schools will take after consultation remains unclear. I understand that, after a meeting of key stakeholders at UKIE's offices this week, there are serious doubts about being ready by September, for instance.

Aside from philosophical considerations of course content, there are also the practical issues of IT logistics within each school. What new software is needed? How will it be paid for? None of this is trivial, and it means headaches all round in the short term. But the broader course is now set.

And the political and industrial will behind it, in tandem with genuine enthusiasm from the public, gives it a fighting chance - with emerging grassroots initiatives, such as Games Britannia, only serving to help.

More broadly, the process of transforming the teaching of computing may also help change the perception of the greater role our medium can play in society. And for some in the games industry, that may be the greatest education of all.