The Week in Education: What mattered for STEM teachers

An educator-facing long-read pulling together key stories from Schools Week, Tes, FE Week and the EEF (duplicates removed). Each story has a link so you can read the original.

Quick map (if you only have two minutes)

• Attendance is being reframed as wellbeing and belonging (girls’ life satisfaction, “one-off” absences, even birthdays).
• Workforce headlines look contradictory (targets vs shrinking workforce; falling rolls vs specialist shortages).
• SEND implementation continues to tighten around “Experts at Hand” guidance and capacity constraints.
• Assessment anxiety is high: petitions, monitoring, and subject-entry shifts (computing and languages in the spotlight).
• Digital life keeps spilling into school: online influence, complaints culture, and what schools are expected to carry.
• Post-16 is wrestling with fairness and funding details (college free meals/VAT and wider support pressures).

1) Attendance is becoming a wellbeing story (and it matters for STEM learning sequences)

This week, attendance coverage moved beyond “rules and sanctions” into something more human: why pupils do (or don’t) show up. Schools Week reported an NFER-linked finding of a significant link between girls’ absence and life satisfaction — with life satisfaction acting as a strong predictor for girls’ absence. Tes carried a closely related angle: improving girls’ wellbeing could be a lever to improve attendance.

For STEM teachers, the practical link is obvious: science and maths are cumulative. If pupils miss lessons in a unit that builds practical technique (graphs, variables, microscopy, forces, electricity, algebraic manipulation), “catch up later” often means “catch up while trying to learn the next thing”. So attendance work that improves belonging and wellbeing is also curriculum-protection.

Two smaller attendance stories were unexpectedly useful because they’re so practical. Schools Week highlighted DfE guidance suggesting birthday-linked initiatives (and other small “friction reducers”) to cut absence, while Tes reported the same “birthday lunch queue pass” idea. And Tes reported the DfE using Taylor Swift concerts as an example of “one-off” absences — a reminder that attendance patterns are shaped by real life, not just school policy.

2) Teacher workforce: “hit targets” headlines collide with shrinking workforce reality

Workforce stories this week had the classic “both can be true” feel. Schools Week reported DfE figures suggesting progress toward a 6,500 teacher target, but also noted the overall workforce shrinking for the first time since 2019. At the same time, Schools Week reported secondary pupil numbers falling for the first time in a decade — which some will view as a chance to reduce class sizes, but others will worry it translates into budget compression and fewer staff posts.

STEM take: falling rolls do not automatically fix specialist shortages (physics, computing, maths). If budgets tighten, schools can end up losing capacity (technicians, specialist option groups) right when practical entitlement needs protecting. It’s worth having a department conversation now about what you would protect if staffing changes land.

3) SEND: “Experts at Hand” guidance is tightening expectations (and it’s all about capacity)

“Experts at Hand” is still the SEND reform component that most directly affects classroom support, because it’s about specialist time, not just policy language. Schools Week reported guidance stating this support should be time-limited, and Tes reported guidance pushing “innovative workforce deployment” to address delivery concerns. The subtext is clear: the system wants this offer to scale quickly, but specialist shortages (EPs, SALT, other roles) remain the bottleneck.

STEM classroom translation: in the short term, universal design matters more than ever. If your department reduces language load, chunks instructions, uses consistent practical routines, and offers multiple ways to evidence understanding, you reduce the amount of “specialist time” required for pupils to access learning safely and confidently.

Tes also ran an analysis warning about the direction of travel on mental health within SEND policy plans, highlighting concerns about what happens if mental health is shifted out of SEND frameworks into something more clinically defined and externally determined. Whether or not you agree with the framing, the classroom reality remains: SEMH and behaviour show up in STEM as attention, regulation, group work dynamics, and risk in practical spaces.

4) Exams and trust: petitions, monitoring and what students choose to study

Exam stress and trust in the system were visible this week. Tes reported Ofqual is “closely monitoring” an A-level maths paper that sparked a petition, while Pearson Edexcel said the paper was rigorously checked. Alongside that, Tes published provisional GCSE and A-level entry data, with STEM-relevant trends including sharp drops in computing (and French) among the notable movements.

STEM implication: subject entries are a slow-burn signal about pipeline health. A dip in computing entries today becomes a recruitment and skills gap story tomorrow. It’s also a curriculum and confidence story: students choose subjects where they feel capable, welcomed, and where they can see “what it leads to”.

5) Culture, online influence and “hidden” disengagement: what shows up before it becomes a crisis

A cluster of Tes analysis pieces this week were essentially about early warning signs. One explored how the “manosphere” influences boys, and what teachers can do to respond. Another urged schools to look harder for “invisible learners” — pupils who are still attending and still on roll, but who are already quietly disengaging. Both matter for STEM because your classrooms regularly reveal early signals: reluctance to attempt, avoidance of explanation, low-stakes “I’m not a maths/science person” identity talk, and the slow retreat from challenge.

Another “conditions of work” story also fits here: Tes reported survey findings that parent complaints are contributing to staff leaving. Whether or not you recognise it in your own setting, it’s a reminder that staff sustainability is part of student outcomes — the calmer and more supported teachers feel, the more capacity they have to plan excellent learning.

6) Two quietly powerful levers: reading stamina and maths problem solving

If you want something you can use immediately in teaching, two items this week are gold. Tes published a teaching and learning piece arguing “hard texts” matter if you want to build better readers — because comprehension improves when pupils practise resolving real difficulty. Meanwhile, the EEF released a new podcast episode focused on why problem solving is a priority in maths.

STEM link: weaker reading comprehension shows up as “they can’t do the question” even when they understand the concept. And problem solving is the bridge between knowledge and application — the bit that makes maths and science feel like “thinking”, not just steps.

7) Generative AI and cognition: an evidence programme worth watching

The EEF announced a new programme of research focused on generative AI and cognition — essentially asking: what happens to learning, thinking and understanding when pupils (and teachers) use AI tools? For STEM teachers, this is one of the most important questions of the decade: our subjects depend on reasoning, not just answers.

Practical takeaway for now: treat AI as a tool that can reduce admin and support practice, but protect the “thinking moments” (working shown, explanations, oral defence, error analysis). If you don’t deliberately protect those moments, they slowly get outsourced — and learning gets thinner.

8) Post-16 realities: meals, VAT and “what fairness looks like” in FE

FE Week carried a practical equity story: the Treasury is reviewing the freeze on college free meals, but without offering a timetable for a VAT decision. It’s one of those issues that can look technical until you see the impact: food access, student wellbeing, and day-to-day capacity to learn. If you advise students into FE, or work closely with a local college, these “plumbing” decisions matter.

Two FE Week opinion pieces also offered “human” angles that are worth reading if you care about student motivation and routes into STEM-adjacent industries: one on widening access to property careers, and one prompted by student artwork about burnout in today’s learners. Not STEM headlines, but very relevant to how young people experience learning and aspiration.

Two Schools Week “systems” reads worth bookmarking

One Schools Week piece suggested snubbed schools are more likely to get repairs cash if they shut — a stark reminder that estates decisions often sit inside wider structural choices. Another argued education needs a shared, definitive vocabulary. That might sound abstract, but in STEM it’s deeply practical: when staff don’t share definitions (of mastery, fluency, working scientifically, misconception), we get inconsistent teaching and inconsistent expectations.

Reflections & prompts for STEM teams

1) Attendance as curriculum protection: Which unit in your STEM curriculum collapses fastest when pupils miss lessons (graphs, variables, forces, electricity, algebra, required practical skills)? Build a “minimum catch-up pathway” for that unit (3–5 core checks + micro-practice tasks).

2) Small frictions, big outcomes: What’s one small barrier in your school day that makes attendance harder (queues, first-lesson anxiety, transitions, uniform conflict)? Can your department reduce friction around practical lessons (clear entry routine, predictable equipment issue, calm start-of-lesson script)?

3) SEND capacity without waiting for specialists: Pick one adjustment you’ll standardise across the department for the next fortnight (visual step-by-step methods, chunked tasks, dual-coded key terms, alternative evidence formats). Keep it universal so it helps many pupils.

4) Exam trust and student confidence: Do students know the calm route for raising concerns about exam difficulty or errors (who to tell, when, what to write down)? A short “what to do” script can reduce panic and rumours.

5) Subject uptake (computing especially): If computing entries are falling, what would make Year 8–9 experience of computing more confidence-building? Consider: early wins, visible progression, purposeful projects, and role models.

6) Reading as a STEM tool: Choose one “hard text” your pupils routinely struggle with (exam questions, practical methods, data-rich articles). Teach it like a skill: pre-teach 6–10 words, model how to unpack meaning, then practise with feedback.

7) AI boundaries that protect thinking: If pupils use AI, where must thinking remain visible? (worked solutions, explanations, error analysis, oral defence). Decide one “non-negotiable” evidence requirement for extended tasks.