Educating Engineers

Debate between Andrew Miller and Elizabeth Truss

Thursday 16th May 2013 Westminster Hall

[Andrew Miller]

May I plead with the Minister to alter a sentence she has just delivered? When she was describing the move from the post-16 technical baccalaureate, she said “or the academic alternative”. No, it should not be “the academic alternative”. It may be an arts or social science alternative, but she is using language that reinforces the brick wall that I tried to break down.

[Elizabeth Truss]

Yes, I agree to correct that. I, too, want to break down that brick wall, because we will have students doing core maths plus physics and chemistry, as well as core maths plus history and geography or core maths plus an applied occupational qualification. The key is that those qualifications are valued by employers or by universities as leading to progress, which is what we should be looking at. I am pointing out that the fact that part of it is the same maths qualification shows that there is a shared core between the A-level side, to put it that way, and the occupational side.

I think I have covered the point about the accountability tables, and I want to address the issue of the engineering diploma. I explained the philosophy that followed the Wolf review—having a common core until 16, and reviewing the league tables in that light. It is wrong to see the change in the GCSE equivalents of the engineering diploma as downgrading the qualification. We have approved level 2 principal learning in engineering for inclusion in the 2015 key stage 4 performance tables. In addition, three new engineering qualifications for 14 to 16-year-olds, which are being developed by the Royal Academy of Engineering and an awarding organisation, are due to be submitted to Ofqual this summer for accreditation.

It is important that we have a consistent message in our 14-to-16 and 16-to-18 programmes about the status of qualifications in our league table. The progress 8 accountability measure really shows the Government’s intention, which is that students of those ages should be studying core subjects such as sciences, which are vital for engineering. In particular, we need more students studying physics to do engineering, but there is space reserved in the accountability measure for subjects such as design and technology and art.

Many colleagues mentioned university technical colleges, which provide an opportunity for young people to enter the engineering profession. In the 2011 Budget, the Government made a commitment to deliver at least 24 UTCs by 2014, and we are set to exceed that commitment: five UTCs are already open and 40 are in the pre-opening phase, of which 12 are due to open in September 2013, and a further 28 in 2014 and 2015. Those UTCs will together allow around 27,500 students to train as the engineers, scientists and technicians of the future, which is transformative.

When good schools open in a local area, it has a ripple effect on other institutions. For example, the maths free schools, which will be run by universities, will specialise in maths, further maths and sciences for students looking to go to university to study those subjects. Those schools were announced in the 2011 autumn statement and are based on a model from schools already operating in Russia and China. Two have already been approved and are due to open in 2014 at King’s college London, and Exeter. We are in discussion with other universities about the development of more of these maths schools. As they will have university-style tuition—much more seminar style—in maths and science, they will also be able to offer teaching support to other schools in their local area.

An underlying issue in the whole debate is that we need to increase teacher supply in the critical subjects. Maths has the greatest teacher shortage, but physics also has quite a large shortage. The Government are offering bursaries in those subjects. Improving the professional development of teachers in those subjects so that they are inspiring is important in encouraging the next generation. Who do children listen most to? They listen to their parents and their peers, but they also listen to their teachers, and a teacher can make a real difference. Having exemplar schools, whether they are UTCs or maths free schools, will help to improve the quality of provision.

Finally, I want to look at the role of industry in promoting STEM education and engineering. As my hon. Friend the Member for Mid Worcestershire pointed out, there are keen institutions that want to get involved in helping schools. However, it does not always happen at local level, and sometimes the coverage can be patchy. As we have cross-party consensus on the issue, I am keen that we work together to promote subjects such as engineering, physics and mathematics and their value to the country and to the individual. Too often, when we wake up in the morning and listen to the radio we hear such negative messages.

A-level Reform

Debate between Andrew Miller and Elizabeth Truss

Wednesday 23rd January 2013 Commons Chamber

[Elizabeth Truss]

I completely agree with my hon. Friend. One of the things about moving up to A-level is that it is a new level and an opportunity for students to study independently and be able to think. I remember from when I studied for my A-levels that it sometimes takes time for the penny to drop in more challenging subjects such as physics and maths. Constantly measuring students during that process has put them off. In my view, one of the failings of Curriculum 2000 was that many students dropped out of subjects such as maths after a year because they had not yet reached the point—the “Eureka!” moment—when the subject had sunk in.

[Andrew Miller (Ellesmere Port and Neston) (Lab)]

The Minister kindly appeared before the Select Committee on Science and Technology and gave evidence in our inquiry into engineering skills, which will be published shortly. In taking that evidence, we covered some of the ground being explored today. Will she now give a commitment that before she closes her mind to the methodology applied to science and engineering practicals, she will take the widest view from across the learned societies, including the Royal Academy of Engineering, as well as engaging with the universities sector?

[Elizabeth Truss]

Yes, I would like to do that. We are working on the plans to make sure that more students study maths at the 16 to 18 level, as this has been one of our historic problems in failing to get more students into engineering. I am very committed, and I would be delighted to talk to the hon. Gentleman about it.