The Week in Education: What mattered for STEM teachers

An edicator-facing catch-up on the education stories worth knowing this week. Technical education takes centre stage, alongside SEND funding, Ofsted, apprenticeships, disadvantage, evidence-informed implementation and an outstanding week for Team UK at WorldSkills.

This edition was compiled on the morning of 29 September, so additional stories published later today may not be included. Coverage from the main education outlets has been reviewed and overlapping stories consolidated.

Quick map (if you only have two minutes)

• Vocational GCSEs are coming: new nationally-set qualifications will eventually replace existing technical awards and sit alongside traditional GCSEs.
• Work experience is expanding too, with a national mission aiming to create 200,000 placements as technical pathways develop.
• SEND funding reform has hit resistance, with several councils unwilling to trial moving more high-needs funding directly into mainstream school budgets.
• School funding remains under pressure, with analysis warning that rising SEND costs will absorb much of the headline increase in spending.
• Ofsted could change again, as the education secretary considers further reform and a stronger focus on school context.
• GCSE English and maths requirements are blocking some young people from entry-level apprenticeships, according to FE Week analysis.
• Implementation matters as much as the intervention, with new EEF material offering a useful reminder that promising approaches only work when schools create the right conditions.
• Team UK recorded its strongest WorldSkills performance in more than a decade, including gold medals in chemical laboratory technology and refrigeration and air conditioning.

1) New vocational GCSEs: technical education moves firmly into the 14–16 curriculum

One of the biggest curriculum announcements of the week is the plan to introduce new nationally-set vocational GCSEs, replacing existing technical awards and sitting alongside traditional GCSE subjects.

The qualifications will be the same size as GCSEs, with nationally-set content, assessment and grading regulated by Ofqual. They are expected to begin appearing from 2029, following the introduction of new technical pathways for 14 to 16-year-olds from 2028.

Potential subjects include digital technology, building and construction, business and finance, creative media production and child development. Importantly, school accountability measures are also expected to change so that schools are not discouraged from offering the new qualifications.

For STEM, this could be significant. Applied digital, engineering and construction learning can create powerful connections between classroom knowledge and the problems pupils may eventually solve in workplaces. But the detail will matter enormously.

The opportunity is to create rigorous technical qualifications that require pupils to apply mathematics, science, computing and design knowledge. The risk is recreating an old divide in which one route is seen as academic and ambitious while the other is treated as an alternative for pupils expected to achieve less.

2) 200,000 work placements: careers education becomes part of the reform picture

Alongside the vocational GCSE announcement came a new national mission to create 200,000 work experience placements, with schools, local leaders and employers expected to work together to expand opportunities.

This matters because technical education cannot exist entirely within the classroom. If pupils are being offered clearer pathways towards engineering, digital, construction, manufacturing and other STEM-related industries, meaningful encounters with those workplaces become increasingly important.

Quality matters more than simply counting placements. Watching somebody work for a week can be useful, but the strongest experiences help young people understand the skills being used, the different roles within an organisation and the routes that people took to get there.

There is also an equity question. Pupils with family networks in professional or technical industries often find opportunities more easily. A national system should broaden access rather than relying on who a young person already knows.

3) SEND funding reform: councils hesitate over moving money into mainstream schools

The government's plans to reshape SEND funding encountered a significant implementation challenge this week, with a Schools Week investigation finding that several councils have ruled out participating in a pilot to move more high-needs funding directly into mainstream school budgets.

The principle behind the trial is straightforward: provide mainstream schools with more resources earlier so that pupils' needs can be met before difficulties escalate and statutory support becomes necessary.

The concern is what happens during the transition. High-needs budgets already support pupils with significant needs, so moving funding between different parts of the system creates winners, losers and considerable financial uncertainty.

For teachers, the important distinction is between funding inclusion and simply transferring responsibility. More pupils being supported successfully in mainstream education requires staff development, specialist advice, appropriate spaces, equipment and enough adults to make adaptations workable.

STEM makes that particularly visible. An inclusive practical lesson may require adaptive equipment, technician preparation, alternative recording methods or changes to the physical environment. Those things have real costs.

4) The school funding headline looks very different once SEND costs are included

SEND also sits at the centre of the wider school funding picture. Analysis reported by Tes suggests that much of the apparent increase in school spending over the coming years will be absorbed by rising SEND costs.

The Institute for Fiscal Studies calculates that while per-pupil spending is set to rise significantly overall, mainstream school funding will see a much smaller real-terms increase once high-needs spending is separated out.

That distinction matters in classrooms. Schools can simultaneously receive more funding nationally and still feel under significant pressure locally if costs rise faster in staffing, SEND support, estates, energy and specialist provision.

STEM departments often feel these pressures quickly because practical subjects carry costs that are difficult to reduce indefinitely. Chemicals, consumables, technician time, software licences, equipment maintenance and replacement all affect the quality and frequency of practical learning.

5) Ofsted could change again, with school context moving up the agenda

Education secretary Lucy Powell has signalled that further changes to Ofsted could come within months, following continued concerns about the impact of inspection on school leaders and teachers.

Powell has also argued for a stronger focus on school context, while maintaining the principle that schools should remain accountable for the education they provide.

That raises an important question about what context should mean. Deprivation, pupil mobility, SEND, staffing shortages and local recruitment challenges clearly affect the environment in which a school operates. Recognising them does not necessarily mean lowering expectations for pupils.

For STEM departments, context can be particularly visible through specialist recruitment. A school that has spent several years unsuccessfully trying to recruit a physics or computing specialist faces a different challenge from one with a stable team of subject experts.

The test for any accountability system is whether it identifies genuine strengths and weaknesses without encouraging schools to manufacture evidence, narrow provision or become reluctant to serve pupils whose needs make headline outcomes harder to achieve.

6) Entry-level apprenticeships: are GCSE requirements creating an unnecessary barrier?

FE Week analysis raises an important question about who can access the apprenticeship system. Of 1,286 level 2 vacancies advertised through the government's Find an Apprenticeship service on 18 September, almost one in five required applicants to have at least grade 4 in both GCSE English and maths.

Only a small number of those adverts explicitly accepted functional skills or equivalent alternatives. Other vacancies required passes at lower or unspecified grades.

Employers are entitled to set entry requirements, and literacy and numeracy matter in almost every workplace. But level 2 apprenticeships are also intended to provide an entry point into employment. If young people must already have achieved the qualifications they are most likely to struggle with before they can access that first step, the system risks excluding precisely the group it is designed to support.

STEM and technical employers have a particular interest here. Engineering, construction, manufacturing and digital industries need strong pipelines of young people. Entry requirements should reflect the mathematics and communication genuinely required for the role rather than becoming automatic filters.

7) AI literacy is not just for office jobs

An FE Week commentary this week makes a useful contribution to the debate around AI and employment: discussions about artificial intelligence often focus heavily on software developers and office-based knowledge workers while overlooking skilled technical occupations.

AI and automation are increasingly relevant in construction, manufacturing, healthcare, maintenance, logistics and other sectors. A technician may not need to build a large language model, but they may increasingly work alongside intelligent diagnostics, automated systems, computer vision or predictive maintenance tools.

That changes what we mean by AI literacy. Pupils need to understand where automated systems are useful, what data they rely on, where errors can occur and when human judgement remains essential.

STEM careers education should therefore avoid presenting an artificial choice between "digital jobs" and "hands-on jobs". Modern technical careers increasingly combine both.

8) EEF: a promising idea is not enough if the conditions are wrong

A useful EEF piece this week looks at something schools sometimes overlook when adopting evidence-informed programmes: implementation starts before delivery.

Drawing on two EEF-funded maths trials, the article highlights questions around who delivers an intervention, how it fits within the school day, the training staff receive and whether the approach is realistic within existing capacity.

This is an important distinction. Evidence that an approach can work does not guarantee that it will work everywhere. Schools need to understand both the active ingredients that should be protected and the practical conditions required to deliver them.

For STEM leaders, this applies well beyond interventions. A new practical curriculum, assessment strategy, AI platform or retrieval programme may be well designed, but if teachers do not have the time, knowledge, resources or confidence to use it consistently, implementation will drift.

Before asking "does the evidence say this works?", it is worth adding a second question: "can we actually make it work here?"

9) Pupil Premium: start with the challenge, not the shopping list

The EEF also returned to Pupil Premium this week, reflecting on its recent analysis of how schools describe their spending and encouraging leaders to use strategy statements as a genuine planning tool rather than simply a compliance exercise.

More than £3 billion was spent through Pupil Premium in 2025–26, making decisions about how schools use the funding significant at both school and national level.

The useful principle is diagnosis. Rather than starting with an intervention and deciding which pupils should receive it, identify the barriers affecting disadvantaged pupils and then select approaches that address them.

At department level, that can be surprisingly revealing. In STEM, the barrier might be mathematical fluency, literacy, attendance, confidence in practical work, access to enrichment, equipment at home or simply not seeing people like themselves represented in STEM pathways.

Different barriers require different responses. A generic "Pupil Premium intervention" is unlikely to address them all.

10) WorldSkills: Team UK records its strongest performance in more than a decade

There is plenty to celebrate in technical education this week. Team UK returned an outstanding performance at WorldSkills Shanghai, securing 19 medals in total and its strongest result in more than a decade.

The 28 UK competitors won two gold medals, one silver and three bronze, with a further 13 competitors or teams receiving Medallions for Excellence for reaching the international benchmark for world-class performance.

There was a particularly strong STEM flavour to the results. Ruth Douglas won gold in chemical laboratory technology and Samuel Jones took gold in refrigeration and air conditioning. Silver went to Elyot Harmston in aircraft maintenance, while Oliver Coombs won bronze in additive manufacturing.

Medallions for Excellence were also achieved across areas including mechatronics, CNC milling, web technologies, electrical installation, IT network systems administration, Industry 4.0, 3D digital game art and renewable energy.

WorldSkills offers a useful counterpoint to outdated perceptions of technical education. These competitors demonstrate deep subject knowledge, precision, creativity, resilience and problem-solving under extraordinary pressure.

That makes the results valuable careers material for STEM classrooms. Technical excellence is not a lesser form of academic success. It is expertise expressed differently.

11) What connects this week's stories?

This week's news is unusually connected. The government wants more technical education at 14, more work experience, stronger progression into apprenticeships and a skills system better aligned with the economy.

WorldSkills demonstrates what the destination can look like: young people achieving extraordinary levels of expertise in technical disciplines. But the apprenticeship analysis shows that some young people may struggle to get onto the first rung of that ladder.

SEND reform tells a similar story. Ambition is important, but implementation depends on resources, specialist expertise and whether institutions have the capacity to deliver what policy expects.

That makes the EEF's message particularly timely: choosing the right approach is only half the job. Whether a reform succeeds often depends on the conditions created around it.

Reflections & prompts for STEM teams

1) Vocational GCSEs: What would make a technical STEM qualification genuinely ambitious in your school? Think about the knowledge pupils should acquire, not simply the qualification label.

2) Work experience: Which STEM employers in your area could offer more than observation? A good placement lets pupils see real skills, decisions and career pathways in action.

3) SEND funding: If more SEND resource moved directly into mainstream provision, what would your department actually need? Adaptive equipment, technician time, specialist advice and staff development are useful places to start.

4) Practical budgets: Identify the practical experiences that are essential to your curriculum. Protect those first when resources are tight rather than reducing practical work evenly across every topic.

5) Apprenticeships: Check the entry requirements for a few local STEM apprenticeships. Are your pupils aware of them early enough to understand how GCSE English and maths may affect their options?

6) AI and careers: Show pupils one example of AI being used in a skilled trade or technical profession rather than another chatbot. It helps broaden their understanding of what an AI-enabled workplace actually looks like.

7) Implementation: For your next department initiative, ask four questions before launch: who will do it, what training do they need, where will the time come from and what must remain consistent?

8) Disadvantage: Identify one specific barrier affecting disadvantaged pupils in your subject. Start with that problem before deciding on the intervention.

9) Celebrate technical excellence: Use the WorldSkills results as a careers starter. Chemical laboratory technology, refrigeration, additive manufacturing, mechatronics and renewable energy all offer powerful examples of where STEM knowledge can lead.