Computing Teacher Training Support & Pay: Volatility, the BCS Scholarship and What It Means (2026/27)

There is very little to say about computing teacher training funding that you could not say identically about chemistry, maths or physics. For 2026/27 the Department for Education set the same £29,000 bursary and the same £31,000 scholarship across all four, and the schools Targeted Retention Incentive treats them as a single block. If the only thing you want to know is the number, our bursaries and scholarships guide has the full table and this page will only repeat it.

What is genuinely specific to computing is how unstable its position has been. Over the last decade this subject has gone from a serious recruitment crisis, to an even worse one, to something close to a recovery, in a pattern no other secondary subject matches. That volatility is not trivia. It determines how much you should trust anything you read about computing teacher training that is more than about eighteen months old, it explains why the subject appears on two different retention incentive schemes, and it is the single most useful thing to understand if you are deciding whether to train now or in a year's time.

The volatility is the story

Teacher supply in most subjects moves gradually. English drifts up and down a few percentage points against target. History and geography stay comfortably above it for years at a time. Physics has been short for as long as anyone has been counting, and improves or worsens at the margins.

Computing does not behave like that. It has swung across a range of more than forty percentage points against target within a decade, and more than forty points within two consecutive years. The reasons are structural: the subject competes directly with a graduate labour market that pays far more than teaching does and whose hiring appetite itself swings violently; the subject is young as a national curriculum discipline, having replaced ICT only in 2014; and the DfE's own target for the subject has been repeatedly and substantially revised.

The consequence for anyone researching computing teacher training is practical rather than academic. Advice written in 2023 about how desperate schools are for computing teachers, how generous the incentives are, and how certain you are to be recruited, describes a genuinely different market from the one that exists now. The subject is still short, but the margin has narrowed a great deal, and it narrowed in a single year.

The recruitment record, cycle by cycle

Here is the trajectory, with the caveat that these are percentages of a target that has itself been repeatedly reset — which is precisely why the entrant counts matter alongside them.

For comparison across the same 2025/26 census: physics reached 78%, mathematics 114%, chemistry 120%, biology 153%, English 107% and design and technology 71%, with the overall secondary postgraduate target 89% met. Ten of eighteen secondary subjects missed target. Computing is still one of the missing ten, and it and physics are the only two subjects on the £29,000 top funding tier that are.

What caused the 2025/26 jump

This is where a lot of coverage becomes less careful than it should be, because there is a tidy narrative available — AI made computing exciting, so people came to teach it — and a messier true picture. Both halves of the messier picture are worth having.

The numerator genuinely rose

Computing entrants rose from 496 to 715, a 44% increase and the highest absolute intake since 2012/13. That is not a statistical artefact. Real people applied and started courses who would not have done so a year earlier. Two forces are commonly cited for that, and both are plausible.

The first is the graduate technology labour market. Teacher recruitment across all subjects improved markedly in the same period, and NFER's analysis of the 2026 labour market attributes that principally to weakening graduate employment conditions — UK unemployment rising from 4.2% in summer 2024 to 5.2% by autumn 2025, with 14% of 18 to 24 year olds out of work. Computing graduates are more exposed to that than most, because their alternative career is precisely the sector that contracted. When the technology job market tightens, teaching becomes a relatively more attractive option for exactly the people computing departments need.

The second is subject salience. Public and policy interest in computing and artificial intelligence rose sharply over the same period, GCSE computer science entries have grown substantially over the last decade, and the subject has become considerably more visible than it was when it was called ICT. It is entirely reasonable to think this increased applicant interest. It is harder to evidence precisely, and we would rather say that than assert a causal share.

The denominator also fell

The DfE cut its computing postgraduate trainee target by around a third for 2025/26, part of a broader set of reductions across most secondary subjects — maths down 25%, biology 12%, chemistry 40%, physics 37%, English 15%, art and design 38% — which the department attributed to smaller under-supply adjustments being needed on the back of more favourable supply forecasts. The department went further for the following cycle, cutting total postgraduate trainee need by 23% for 2026-27 on the basis of falling pupil rolls and improved retention.

So the honest version is: computing recruitment improved substantially and the bar was lowered substantially, and the headline percentage combines both. If the 2024/25 target of 1,330 had been held constant, 715 entrants would have represented about 54% of target rather than 81% — still a large improvement on 37%, but a very different-looking number.

The BCS scholarship: what you get beyond the cash

Alongside the standard DfE bursary, computing has a subject body scholarship run by BCS, The Chartered Institute for IT. For the 2026-27 academic year it was worth £31,000, tax free, funded by the Department for Education and delivered by BCS.

The scheme's substance is the support programme wrapped around the payment. For the 2026-27 cohort, BCS offered scholars:

• A year of pastoral and professional development support from the BCS team running alongside the training year, rather than a one-off induction event.
• Webinars and CPD resources covering computing-specific pedagogy and subject knowledge.
• Access to coaching and mentoring — support from people who teach the subject, which is not something a training provider can always guarantee in a department that may have only one or two computing specialists.
• A community of current and former scholars, practising teachers and computing subject matter experts, which is the part that tends to outlast the training year itself.
• Two years' professional BCS membership. Note the two years: this deliberately extends past the end of training into your first teaching post, which is when subject isolation typically bites hardest.

Eligibility for the 2026-27 round required a place on a fee-based, non-salaried secondary teaching course leading to QTS in computing or computer science starting in September 2026, plus at least one of a 2:1 bachelor's degree, a master's or a PhD. Applications ran through the Prospects platform and closed on 26 June 2026. BCS also ran an information webinar during the application window, in April 2026 — a useful fixture to look out for if you are targeting a future cycle, since it is the most direct way to ask the selection team questions rather than infer answers from the published criteria.

Scholarship vs bursary for computing

As with every subject body scholarship, the BCS award is an alternative to the DfE bursary, not an addition to it. Receiving the scholarship means receiving £31,000 instead of £29,000, not £60,000.

There is no downside to applying. An unsuccessful scholarship application leaves you exactly where you would have been — on the bursary. The reason to apply is the programme, not the £2,000, and the reason to plan ahead is that the window is narrow and closes months before the course starts.

Why computing is staffed the way it is

Understanding the staffing position helps explain both the volatility and what your working life is likely to involve. Computing became a national curriculum subject in its own right in 2014, replacing ICT, and the workforce did not turn over to match. A substantial share of the people teaching computing in English schools came into it from ICT, from maths, or from another subject entirely, sometimes with subject knowledge enhancement support and sometimes without.

The Targeted Retention Incentive guidance reflects that history in a way worth noticing if you are planning your own route. Eligibility for that scheme requires either an ITT course specialising in the subject or a relevant degree identified through its subject classification code. Someone who has drifted into teaching a great deal of computing without either a computing degree or a computing ITT specialism may find they do not qualify despite teaching the subject full time. In a subject with computing's staffing history, that is not an edge case.

The practical implications for a new trainee are fairly consistent:

• You may be the most qualified computing specialist in your department quickly. That brings responsibility sooner than in a large, established department — and sometimes a route to a TLR earlier than a colleague in, say, English would expect.
• Your timetable may include more than computing. Schools with small computing allocations often combine the role with maths, another technology subject, or a pastoral responsibility. Ask about the actual timetable split at interview, not just the job title — it also affects retention incentive eligibility, which requires at least 50% of contracted hours in eligible subjects.
• Subject-specific CPD may not exist internally. This is the strongest practical argument for the BCS scholarship, or for BCS membership independently of it: in a one-person department, external professional development is the only professional development.
• Curriculum and qualification change is constant in this subject. Computing has had more curriculum churn than most, and the policy interest in AI qualifications suggests more is likely. That is genuinely interesting for some people and genuinely tiring for others; it is worth knowing which you are.

The two separate retention incentives

Computing is one of only four subjects — alongside chemistry, mathematics and physics — that appears on both of the Department for Education's Targeted Retention Incentive lists, and because the two schemes have different rules, different subject definitions and different claim windows, conflating them is a common and costly mistake.

The distinction that matters is that eligibility follows your employer type first and your subject second. A computing teacher in a state secondary school is assessed against the schools scheme and the schools eligible list; a computing lecturer at a sixth form or FE college is assessed against the FE scheme and its subject area definitions. You do not get to pick the more generous one, and you cannot claim both. Our full Targeted Retention Incentive guide covers the schools scheme in detail, including the pupil premium decile banding, the non-pensionable treatment and the claim windows — all of which apply to computing exactly as they do to the other three subjects.

What computing teaching actually pays

The same as everything else. There is no computing premium in the School Teachers' Pay and Conditions Document, no subject uplift and no separate scale — a computing teacher and a geography teacher on the same pay point in the same school are paid identically. The 2026/27 ranges are on our teacher pay scales page.

Where subject status does show up is in the discretionary layer. Schools have power under the pay document to make recruitment and retention payments, and a shortage subject is the textbook justification for using it. That lever is more available to you in computing than in a subject recruiting at 150% of target — but it is school-level, negotiated and not automatic, which means it has to be raised at offer stage. Our guide to negotiating your starting pay point covers how to make that case, and our STPCD recruitment and retention payments guide covers the mechanism itself.

One financial point specific to career changers coming out of the technology sector, which is a large share of the computing trainee population: the transition is very likely to be a pay cut, and often a substantial one. A £31,000 tax-free scholarship year is generous by teacher training standards and low by software engineering standards. Modelling the actual net figures through our take-home pay calculator — for the training year, then for an ECT salary, then a few years out — is worth doing properly before committing, because the shape of teacher pay progression is quite unlike the technology sector's and the difference is easiest to absorb when you have seen it in advance.

Planning around a volatile subject

If there is one practical conclusion from everything above, it is that computing rewards checking current sources rather than inherited assumptions, to a greater degree than almost any other subject.

• Verify the bursary for your actual start year, not the one you first read about. Computing kept £29,000 for 2026/27 while eight other subjects had incentives cut or removed. The DfE has said openly that funding tracks the recruitment pipeline, and computing's pipeline improved sharply in 2025/26.
• Check whether a subject body scholarship window is open before assuming you have missed it — or that you have time. The BCS window for 2026-27 closed on 26 June 2026, months before courses started. Subject body deadlines are much earlier and much less publicised than the bursary, which needs no application at all.
• Work out which retention incentive scheme you fall under before you accept a post, because it depends on employer type. A school and a sixth form college offering superficially similar computing roles put you on entirely different schemes with different subject definitions.
• Check your specific school against the eligible list, not the area. The schools retention incentive is banded by the school's own pupil premium decile. Two schools in the same town can sit in different bands, or one can be eligible and the other not at all.
• Distrust anything undated. In a subject that moved from 37% to 81% of target in one year, an undated blog post about how desperately schools need computing teachers is not describing the market you are entering.

None of which is an argument against training to teach computing. The demand side of this subject is not volatile at all — computing is compulsory across the key stages, GCSE entries have grown substantially, and the number of schools needing someone competent to teach it does not fall because more people trained last year. What moves is the incentive package and the competitiveness of the training market. Those are worth watching, and they are worth watching in the current year's sources rather than last year's.

Sources and accuracy

Recruitment figures are from the Department for Education's Initial Teacher Training Census: the 2025/26 release published on 4 December 2025 for the 715 entrants, the 44% year-on-year rise, the 81% of target and the comparative subject percentages, and the 2024/25 release for the 496 entrants, 37% of target and 1,330 target figures. The 2016/17 comparison figure is drawn from the Royal Society's 2019 policy briefing on teachers of computing, which records computing as reaching around 67% of target that year, short by approximately 238 entrants. Target reduction percentages for 2025/26 are from the DfE's postgraduate initial teacher training targets publication, and the 23% reduction in total postgraduate trainee need for 2026-27 is from the DfE's Teacher demand and postgraduate trainee need statistics published 23 April 2026.

The graduate labour market context is from NFER's School Teacher Labour Market in England Annual Report 2026, published 19 March 2026. BCS scholarship details — the £31,000 value for 2026-27, the 26 June 2026 application deadline via Prospects, the degree requirements, the April 2026 information webinar, and the benefits package of pastoral and professional development support, webinars, CPD resources, coaching and mentoring, the scholar community and two years' professional BCS membership — are from BCS's own computing teacher scholarships pages and its published scholarship listing. Bursary and scholarship values and the 2026/27 funding position are from the DfE's Initial teacher training bursary funding manual: 2026 to 2027 academic year on GOV.UK, with the account of the 2026/27 incentive cuts and the DfE's stated rationale from Schools Week's reporting of 7 October 2025.

Targeted Retention Incentive details for schools are from the DfE's guidance on targeted retention incentive payments for school teachers and its published methodology; the FE scheme's seven priority areas, eligible qualification definitions and the 2 March to 31 May 2026 claim window are from the DfE's guidance on targeted retention incentive payments for FE teachers.

On the AI question specifically, we have been deliberately careful. Increased public and policy interest in computing and AI is frequently cited as a driver of the 2025/26 applicant surge, and it is a plausible contributor, but we have not found a published analysis isolating its effect from the weakening graduate technology labour market or from the lowered target. We have therefore presented all three as contributing factors rather than attributing the change to any one of them.

Figures in this area change every cycle and, as the May 2026 change to overseas physics and languages bursary eligibility demonstrated, can change mid-cycle. Check the current funding manual on GOV.UK and the BCS scholarship pages directly before making a financial decision. This is independent guidance for orientation, not financial or careers advice, and it is not affiliated with the Department for Education, BCS or any teaching union.