(9 years, 1 month ago)
Lords Chamber
To ask Her Majesty’s Government what impact the introduction of the English Baccalaureate has had on the number of young people studying science and mathematics.
My Lords, all state-funded schools are required to teach science and maths to pupils up to the age of 16 as part of a broad and balanced curriculum. Since the introduction of the EBacc in 2010, the proportion of pupils taking GCSEs in maths has remained stable at 97%. For science counted in the EBacc, the proportion has increased from 63% to 74%. We have also had a substantial increase of 15% or more in the number of pupils taking maths and science at A-level.
That is very good news indeed. Would my noble friend not agree that given the importance of these STEM subjects to the future careers of young people and, indeed, to the economy, it would be very profitable to continue the expansion of maths and science as compulsory subjects into the 17 and 18 year-old age group?
(9 years, 3 months ago)
Lords ChamberIt is important to point out that this is not quite the dramatic change that some people think. After all, at least 60% of the one-year postgraduate ITT course—which the vast majority of trainees go on through HEI—is already in-school. This year, nearly half the trainees will be going through a school-led system, and this Government trust schools and heads to be in charge of teacher improvement.
Will my noble friend agree that probably the most important gift that teachers bring to their pupils is their knowledge of the subject they teach? Can he assure us that the new way of training teachers—through the school route—will still ensure that they have a strong mastery of and enthusiasm for the subject they teach?
I agree entirely. Subject knowledge is one of the most important things that teachers must have. The Carter review, while saying that the overall effectiveness of ITT was pretty good, pointed out that this was one of the weak areas. Our reforms to the curriculum, by attracting more highly qualified teachers into the system, will result in our next generation of teachers having greater subject knowledge. We are already seeing this in A-levels, where over the last five years the number of students has increased by 13% in maths, 16% in physics and 17% in chemistry.