GCSE computer science entries fall 7% as the digital pipeline narrows

The number of teenagers in England taking a General Certificate of Secondary Education (GCSE) in computer science fell again in 2026. Entries dropped 7.1% to 82,428, from 88,750 in 2025 and 92,778 in 2024, according to the National Centre for Computing Education (NCCE), which published its analysis as results were issued on 20 August. Girls made up 23.0% of entries, up slightly from 22.8%.

The picture further up the pipeline is steadier. A week earlier the NCCE reported that A-level computer science entries rose to 20,009 from 19,796, and that entries from girls grew 3% to 3,782 – which works out at fewer than one in five entries. The number of students with results in the longest-running digital T Level also grew. But the GCSE is by far the larger entry point, and fewer are choosing it.

For people leaders at smaller UK tech firms, the question is where entry-level talent will come from if the school-age base keeps shrinking while forecast demand for digital skills rises.

Grades improve as the base shrinks

Attainment moved the other way. In GCSE computer science, 29.9% of students reached grade 7 or above, up from 29.6% in 2025 and 28.3% in 2024, and 70.6% reached grade 4 or above, up from 69.2%. Girls outperformed boys at both thresholds: 36.0% of girls reached grade 7 or above against 28.1% of boys.

Entries remain above the pre-pandemic level of 80,027 in 2019, the NCCE points out. It names several possible reasons for this year’s fall: “ongoing challenges around teacher recruitment and retention, as well as evolving discussions about the role of AI and programming within computing education”, and disruption to the 2026 cohort during the pandemic, when many were moving from primary to secondary school.

Scale matters here. Ofqual’s summer 2026 statistics show 1,047,750 students in England received GCSE results this summer. Set against the 82,428 computer science entries, that works out at fewer than one in 12. According to the NCCE, the Department for Education is expected to publish a draft computing curriculum ahead of first teaching from September 2028, so the subject’s shape may change before the next cohorts reach the labor market.

Steve Clarke, head of professional learning at STEM Learning, focused on the gains. “It is encouraging to see further improvement in computer science attainment, alongside a continued positive trend in the proportion of entries from female students,” he said.

Technical routes are growing, unevenly

T Levels, the two-year technical alternative to A-levels that includes an industry placement of at least 315 hours, tell a mixed story. The Department for Education’s provisional 2025–26 results, published on 13 August, show 19,665 students with an overall T Level result across 21 subject pathways, and 92.6% achieved a pass or above.

Among the three pathways offered to all five cohorts so far, Digital Production, Design and Development saw a 16.7% increase in students with results. Digital Business Services had the fewest results of any pathway, at 60, and the highest share of students who had not completed their industry placement by 4 August (11.7%). Digital Support Services, meanwhile, was 92.2% male.

That placement figure is the one employers can influence. A T Level student cannot complete the qualification without an employer willing to host them for roughly 45 days. In Digital Business Services, more than one in 10 students had not finished that step when the provisional figures were drawn up.

Demand is forecast to keep rising

Employers’ need for these skills is not expected to fall. Skills England’s needs assessment for the digital and technologies sector projects that its 30 priority occupations will grow by 239,000 jobs (27%) between 2025 and 2035, with a further 249,000 workers needing to be replaced, bringing total demand to around 488,000. It warns that such projections carry “a substantial degree of uncertainty and should be considered as illustrative only”.

The same assessment says the main routes into those jobs have been degree-level study, mostly in computing, supported by apprenticeships, and that digital technology apprenticeships at levels 2 to 5 “play a large role in supplying entrants”. It also points to substantial disparities in access to training, particularly among SMEs, as demand for AI skills grows.

Put together, the figures suggest the supply of school leavers with a computing qualification is not keeping pace with what forecasters expect employers to need. That leaves more of the job of building skills with employers themselves, and smaller firms tend to have the least capacity to do it.

Small tech employers have three levers

First, host placements. A digital T Level placement asks a small firm mainly for supervision time and gives it an early look at candidates it can later hire or take on as apprentices. Every T Level student needs a host employer, including in the smallest digital pathways.

Second, stop treating a computing GCSE or A-level as a filter. With fewer than one in 12 GCSE students taking the subject, and fewer than one in five A-level computing entries coming from girls, a job advert that asks for a computing qualification at school level shuts out most of the available pool, and most of the women in it.

Third, firms that sell to the public sector have a new reason to act. On 5 August the Cabinet Office said bidders for government contracts would be judged on support for young people into apprenticeships and work placements, with extra credit for offering training such as 45 days of work experience, and doubled the weighting for local benefits to 20% on contracts worth £5m or more.

The verdict is uncomfortable but clear. Schools are producing better computing results from a smaller group of students, and the technical routes are growing from a low base. Tech employers that wait for the pipeline to deliver ready-made recruits will wait a long time. Those that host placements, take on apprentices and widen their hiring criteria now will be first in line for the candidates that exist.