Engineering Skills: Design and Technology Education

John Glen Excerpts

Tuesday 15th March 2016 Westminster Hall

[Michelle Donelan]

Linking education with business can be done in a variety of ways. The most important way is to get businesses into schools to talk to children face to face. Only a certain amount of information can be had from books and the media, and if we continue to perpetuate stereotypes, we will not get anywhere. That is the reality.

To go back to my speech, we must support businesses such as Alford. We must inspire the next generation of thinkers and create an innovation-hungry economy. Britain needs more businesses making more things, designing more things, inventing more things and exporting more things. We must recognise that engineering and manufacturing are an important part—indeed, a vital part—of Britain’s economic future.

What is the answer to all these problems? We need to improve our careers education system, starting at primary school age. Studies show that from age six children rule out careers. That is just perpetuating the stereotyping and the reluctance of girls to enter this industry. We need to strengthen further the links with local businesses and to increase the emphasis that we place on local labour market intelligence, so that we inform our young people about local opportunities and the best career choices and options are available to them.

[John Glen (Salisbury) (Con)]

I am extremely grateful to my fellow Wiltshire MP from my home town of Chippenham for initiating this debate. Does she concur that one of the great opportunities in Wiltshire is provided by QinetiQ? That company provides thousands of apprenticeships in science and technology, and there is its initiative with the 5% Club to target high investment in apprenticeships, so that local people in Wiltshire can see the opportunities for apprenticeships in science and technology at age 18 locally. That is a good start on the journey that my hon. Friend will take us on this morning.

[Michelle Donelan]

I thank my hon. Friend, who is right. I know at first hand the work that that company is doing in Wiltshire, especially in the area of apprenticeships, which is vital for our economy and for giving young people the opportunity to experience these industries from a younger age. We need to run more schemes like that.

I believe that we need to go further and measure schools on destination reporting—reporting on what careers young people go into—so that we can better measure what is happening. However, this is really all quite simple. To make our economy more productive, we need to make our education system more productive. To put it another way, we need to wake up to the fact that we need to align the business sector and the education sector and ensure that they are working much more to support each other.

The Government have already done quite a lot in this area, and I do not want to overlook that. They have recognised the need to focus on STEM with initiatives such as STEMNET, providing £6.3 million a year to run a number of programmes. That includes more than 28,000 STEM ambassadors. The Big Bang Fair is another initiative that I have seen at first hand in Wiltshire, and Wiltshire College is doing an excellent job of celebrating STEM for young people in the UK. There is also the “Your Life” campaign, which is increasing the number of pupils taking on A-level physics and maths.

University technology colleges are another fantastic way to address the STEM shortage, and I am delighted that more than 55 UTCs will be open by 2017, catering for more than 33,000 students. A number of other initiatives focus on further education and university education, of which the most important is the removal of the cap on university places for STEM subjects. Those are all great initiatives, but we still face a huge skills gap that is threatening our economy.

I believe that the answer to addressing the skills gap lies in the new design and technology GCSE course. For too long, design, technology and engineering subjects have been misunderstood, stigmatised and stereotyped, which is quite ironic given that the skills shortage means that we are in dire need of encouraging more young people to pursue those careers. It is also ironic given that all those subjects give students the best shot at getting highly valued, highly paid jobs, and given the UK’s productivity crisis. Those in the know—business leaders—see design and technology as an essential part of the UK’s remaining a global leader in product design. If we are to plug the ever-growing skills gap and address our rather shameful productivity crisis, we must listen to business and act urgently.

Education is the key to addressing the skills shortage, and design and technology is a key part of that. Entries for the D and T GCSE have declined by 18% since 2010—a decline that, at 26% over the five-year period, is even more dramatic among girls. In addition, the recruitment of D and T teachers has hit an all-time low. Since 2010, their number has fallen by 2,300, and the number of teaching hours has fallen by 16%.

The Government are rightly pushing ahead on ensuring that education is vigorous and gives students the core skills they need for the workplace. It is vital that the Ebacc remains purely academic, ensuring that students leave education with the skills that they need to get on in life. I fully support that. However, the push towards the Ebacc in its current form threatens to undermine any progress being made to address the stigma associated with technology and engineering. I would like the vastly improved D and T GCSE to be included as an option of the science element of the Ebacc. There is huge support for that within the business community and the teaching community—not just in my constituency and not just in Wiltshire, but across the country. They are crying out for this change, and something needs to be done.

Figures vary, but estimates suggest that there are about 54,000 vacancies for the 1,200 graduate engineers each year. That is a brake on business and a drag on the economy. Let me be clear: I am asking not for a U-turn in the policy, but for a minor change to strengthen, improve and safeguard the Ebacc given the scientific and academic nature of the new D and T GCSE. There will be no outcry from vocational subject pressure groups, such as art, music and religious education, as that is a totally different debate.

There is a precedent for the change in the example of computer science. In recognition of the changing economy, the former information and communications technology qualification was revamped as computer science to cater for the economic need for computer programmers and the shortfall in the digital industries. Yet the skills shortages in design, manufacturing and engineering are far vaster, so surely the case is much more pressing.

Without a technology and engineering element to the Ebacc, young people do not have the opportunity to taste those subjects and thus gain a greater insight into those careers. Yes, they can do the core subjects such as maths and science, which can lead them on to a university place or an apprenticeship in such fields, but why would they do that if they had never actually tasted D and T and had no real concept of what it means? In fact, they will not, as the evidence shows us. Between 2010 and 2015, the number of A-level entries for D and T fell by more than 24%, which indicates that the decline in the GCSE is having a further impact that is knocking on through the STEM pipeline.

The Government are committed to 3 million new apprenticeship schemes. Ensuring that D and T is part of the Ebacc will help towards that goal. A taster in a technical course will encourage people to go on to do a technical apprenticeship. I encourage the Minister to utilise the same foresight used with computer science by introducing the newly improved and very scientific D and T course as part of the Ebacc. Doing so would add to the image and value of the subject, and send out a message that D and T and engineering are science subjects that are core to the curriculum. After all, is not one of the key purposes of our education system to create the workforce of tomorrow?

Progress 8, in theory, measures students’ progress across eight subjects: English; maths; three other Ebacc subjects, which can be science, computer science, geography, history or languages; and three further subjects, which can be from a range of the Ebacc subjects or any other highly approved art, academic or vocational qualification. However, many schools—schools are telling me this—are pushing their students towards the academic subjects. Many students are taking more than the expected minimum of five subjects, resulting in D and T being squeezed into a single or double option box to compete with the likes of photography or dance for a single place among the students’ options. It would be tragic for the new, academically rigorous D and T GCSE still to be sidelined after all the work, time and money that has been invested in it.

Some will argue that the Ebacc is only five subjects from a GCSE programme of nine, but that does not really show an understanding of the situation we face. D and T is being marginalised. The brightest students overlook it because they do not perceive it as a scientific subject and because it does not have that Ebacc accreditation.

As a result of the hard work and commitment of the Minister, the James Dyson Foundation and the business community, the content of the new course, which will be launched in September 2017, is highly scientific and a vast improvement on the previous qualification. It encourages the innovation and creativity needed to boost UK productivity, and it is worthy of Ebacc status. The Minister has made some very good points, describing the new GCSE as “gold-standard”, and said:

“This is a rigorous qualification which will require students to have a sound grasp of maths and science, and which will undoubtedly stretch them to further develop the kind of knowledge and skills so sought after by employers and universities.”

Well, I agree. D and T is the only subject in which students put their maths and physics knowledge to a practical test. It is the only subject that gives a window into engineering careers, and it is the obvious pipeline for engineering talent. That view is shared by Sir James Dyson; Dr Rhys Morgan, director of education at the Royal Academy of Engineering; Paul Jackson, the chief executive officer of EngineeringUK; the Design and Technology Association; and hundreds of businesses that have contacted me in the past few weeks. We must listen to the experts and take action. Including the course within the Ebacc would help to challenge perceptions of the subject, and boost recruitment and take-up. There is a 57% recruitment shortfall in trainee D and T teachers, who are concerned over the subject’s future and status.

There are a number of other ways in which we can encourage young people to take engineering and D and T to safeguard the subject and their futures, and I do not deny that I have only really touched on one way today. I am sure that colleagues will go into further depth on other areas. I have focused on including the new D and T course within the Ebacc because I believe that it is crucial and very doable. The simple change is what business and the economy need. It would highlight that the Government understand the need to align the education system much more with the economy and to give our young the best opportunity in life.

We have a chance to include a new, robust and rigorous D and T course within the Ebacc as a science element, just as was done with computer science, to combat any negative perceptions and recognise the needs of the industry. It is unacceptable, at a time when we have such severe engineering shortages and a growing productivity crisis, that we are prioritising only the S and M, and not the T and E, of STEM. What is the point of all the programmes we have to encourage young people to consider a career in the sector if we are going to say that the new science-based D and T course is actually not really science? That is what this categorisation means—that it is not actually science—and it sends out the message that the subject is not important to the STEM agenda.

In conclusion, if we are to remain at the forefront of global product design, we must take action. Bolstering the D and T GCSE by its inclusion in the Ebacc is an important step to addressing the skills shortage, safeguarding the future of the subject, and supporting skills and businesses. As I said to the Prime Minister last month, the skills shortage is a ticking time bomb, and I urge the Minister to act now.