Education: inequalities and attainment gaps
Educational attainment gaps are widening for disadvantaged children and translating into unequal employment outcomes. How can policymakers address this?
This POSTnote examines the effect of the National Curriculum on science teaching and the implications for the future of GCSE and A- Level exams, as well as for higher education. POSTnote 17. POST. 1990. https://doi.org/10.58248/PN017
National curriculum & A level sciences (225 KB , PDF)
The National Curriculum was introduced in 1989, and is changing the way science is taught in schools. Children between 5 and 16 are increasingly studying broad-based science, while at higher levels (e.g. A-Level), science continues to be offered as separate subjects. This has generated debate on the compatibility of the National Curriculum and science courses at higher levels.
This POSTnote examines the effect of the National Curriculum on science teaching and the implications for the future of GCSE and A- Level exams, as well as for higher education.
National curriculum & A level sciences (225 KB , PDF)
Educational attainment gaps are widening for disadvantaged children and translating into unequal employment outcomes. How can policymakers address this?
With ongoing challenges to recruitment and retention, how can the government ensure schools have the teaching workforce they need?
Evidence suggests that the decline of psychological wellbeing in schools has accelerated since the Covid-19 pandemic. How can we best support students individually and equitably?