Question to the Department for Education:

To ask the Secretary of State for Education, what steps she is taking to improve chemistry education; and whether she has plans for the subject to focus on (a) green skills, (b) digital skills and (c) transferrable skills alongside technical knowledge.

High and rising school standards are at the heart of the government’s mission to break down barriers to opportunity and give every child the best start in life. The government also recognises that science, technology, engineering and mathematics (STEM) subjects, such as chemistry, are vital for the UK’s future economic needs and to drive up productivity. Chemistry skills, in particular, are necessary for a range of careers within the green economy, including in growing sectors like carbon capture and hydrogen.

The government has established an independent Curriculum and Assessment Review, covering ages 5 to 18, chaired by Professor Becky Francis CBE. The review will seek to deliver a curriculum that readies young people for life and work, building the knowledge, skills and attributes needed to thrive. The review group will publish an interim report in early spring setting out its interim findings and confirming the key areas for further work, and will publish its final report with recommendations this autumn. We will take decisions on what changes to make to the curriculum in light of these recommendations.

Oak National Academy, an independent arm’s length body which provides free, high-quality, optional and adaptable curriculum resources for schools, has recently published new curriculum sequences and associated lesson resources in science from key stages 1-4, including chemistry. Within Oak’s science curriculum, it provides a broad range of resources to support teachers to teach about green skills, climate change and sustainability. This year, Oak is also introducing a new curriculum thread entitled ‘How can we live sustainably to protect Earth for a better future?’. This will form part of its secondary science curriculum and will support the growing emphasis of green skills in chemistry. As well as this, Oak’s chemistry lessons include a variety of data analysis tools to strengthen pupils’ digital competency. Oak’s chemistry lessons include real-life applications of chemistry, such as industrial chemistry, environmental chemistry and material science to strengthen technical knowledge.

To improve education in STEM subjects, it is essential to ensure high-quality teaching by helping schools recruit and retain good teachers. The government has therefore announced an initial teacher training financial incentives package for the 2025/26 academic year worth £233 million, a £37 million increase on the last recruitment cycle. This includes a range of measures, including bursaries worth £29,000 tax-free and scholarships worth £31,000 tax-free, to encourage talented trainees in key STEM subjects such as chemistry.

For the 2024/25 and 2025/26 academic years, the government is also offering a targeted retention incentive worth up to £6,000 after tax for chemistry teachers in the first five years of their careers who choose to work in disadvantaged schools. This will support recruitment and retention of specialist teachers in the subject in the schools and areas that need them most.