I have an article here, reproduced below:
It ought to be a no-brainer, a question about the importance of science and engineering to the United Kingdom. In my job, as an information technology professional, I get a glimpse at the importance of science and technology.
In my, thus far, thirty-eight year long working life I have witnessed huge changes in how we work, and what we work with. I have also seen the UK’s industrial base change, and now we are far more dependent on service industries. It is clear, though, that we were a market leader in the science and engineering sectors, and we still are. The challenge ahead is to keep Britain important.
The twenty-first century is already seeing significant changes and challenges. Whilst the old order of Western Europe and North America is still very important, Asian and South American economies are rising. To meet the challenges that are presented by the likes of China, India, Japan, Brazil, Russia, etc, the UK has got to make sure its workforce has the skills and is able to meet the challenges that lie ahead. Education is key.
Business also has to acknowledge the simple maxim of adapt and survive. This means that education does not cease with the first job, but should be an ongoing thing – and employers should encourage training. Research into new technologies, which could mean new ways of doing old things, or it could mean new opportunities, must be encouraged – and Government can help here. Research without development, though, is effectively useless.
I liked it when the last Labour Government made policy to encourage more of our young into universities. I like it not that the current Government is making university a less attractive proposition. I also think that the education system must provide confidence in its examination system – employers must know the qualifications equate to ability and learning.
But it is not just about getting the numbers up at universities and further education establishments – I would hope that science and engineering courses would see a rise in popularity, and a more even gender balance. Women, so it seems to me, are for one reason or another enrolling in these courses in far fewer numbers than men. It is also true of my industry, computing, that the ratio of men to women is very unhealthy.
I am not a scientist, I am not even someone who reads much about science. It was not always the case. In a recent interview I was asked about my earliest favourite subjects at school. I answered that it was astronomy and palaeontology. I cannot adequately explain why I did not stick with them, or other sciences, but in part it must be down to the schooling that I had that did little to encourage here. I suspect, no I know, that the schools of today are unrecognisable from what I experienced in the 1960s and 1970s. The future must see similar levels of evolution in how we teach, what we teach, and the subjects we teach.
I am no crystal ball gazer, but it does not require prescience to see that the technological revolution has a long way to go, and that this revolution has happened because of advances in science and engineering. Britain has to remain at the vanguard, or it will see the effects in lowering relative prosperity. The internet and communications are shrinking our world and making changes in every facet of life.
We also have a future that has to address the issues of climate change. My belief is that new technologies, new green technologies, will become ever more important. This is an opportunity for a small island nation that clearly will be affected by rising tides (for example) to lead the way. Energy is another area that has got to see technology create new sources, or the lights really will go out.
Science and engineering matter in their own right; they also matter to the UK. For Britain to remain competitive and relevant, and for this to translate into prosperity, we need new scientists and new engineers emerging from our education system, and we need employment opportunities for them to take up.