Infographic references

Notebook open with a pen laying on top

Infographic dashboards

Engineering and technology workforce

Transition to net zero

Women in engineering

Diversity

Knowledge and perceptions

Young people

Teachers

  • Teachers are equally likely to recommend an apprenticeship or university route (36%), another technical/vocational route (4%) School report
  • 53% feel confident advising their students of vocational and technical pathways into engineering School report
  • 85% of STEM teachers recommend a career in engineering School report
  • 92% said engineering is important or very important in the UK achieving net zero by 2050 School report
  • 76% delivering Big Bang at School said it made them more confident to speak to students about STEM careers Big Bang at School evaluation
  • 82% said it motivated them to suggest STEM careers to students Big Bang at School evaluation

STEM in school

  • Interest in school science among years 7 to 9 has declined from 76% to 71%. For girls, the decline is 75% to 65% Science Education Tracker 2023
  • Year 7 to 9 students are less confident in their abilities compared to 2019 Science Education Tracker 2023
    • 49% think they are good at science, down from 56%
    • 43% think they are good at computing, down from 50%
  • 8 in 10 STEM teachers have delivered STEM outreach in the last year School report
  • Barriers to delivering more STEM outreach: 52% Funding, 49% Time School report
  • Main motivations for years 7 to 9 studying science Science Education Tracker 2023
    • Doing practical work 52%
    • Having a good teacher 36%
    • Finding science interesting 32%
  • Main discouragements for years 7 to 9 studying science Science Education Tracker 2023
    • Finding it difficult 40%
    • It’s a lot to learn and/or remember 37%
    • Don’t find some topics interesting 34%
  • Main motivations for years 7 to 9 studying computing Science Education Tracker 2023
    • Find it creative 27%
    • Finding it interesting 24%
    • Having a good teacher 18%
    • But 43% of girls say nothing has encouraged them, compared to 27% of boys
  • Main discouragements for years 7 to 9 studying computing Science Education Tracker 2023
    • Not interesting 30%
    • Can be difficult 28%
    • Doesn’t fit with future plans 21%
  • But 43% of girls say nothing has encouraged them, compared to 27% of boys
  • GCSE students doing hands-on practical work at least once a fortnight is declining – from 44% in 2016 to 26% in 2023 Science Education Tracker 2023
  • Watching a video of a practical fortnightly has risen from 26% to 46% since 2016 Science Education Tracker 2023
  • Top 3 barriers for teachers delivering practicals School report
    • The demands of delivering the curriculum 44%
    • Difficult to schedule due to time 37%
    • Student behaviour 33%
  • 43% of young people report doing a STEM extracurricular activity in the last year Science Education Tracker 2023
    • Careers fair 17%
    • Talk at school 15%
    • School club 12%

Educational pathways into engineering and technology

  • Young people interested in an engineering career prefer a technical or vocational route (36%) compared to a university route (28%) Science Education Tracker 2023
    • More interested in a university route:
      • 38% Girls
      • 44% Asian students
    • More interested in a technical or vocational route:
      • 40% Boys
      • 40% white students
  • Top 3 reasons young people are interested in a technical or vocational route Science Education Tracker 2023
    • To start earning money straight away 48%
    • Prefer to learn by doing things 48%
    • Engineering is practical and well suited to on-the-job learning 46%
  • Top 3 reasons young people are interested in a university route Science Education Tracker 2023
    • To keep career options more open 54%
    • A degree would lead to better paid jobs in the long run 53%
    • To have the experience of going to university 53%
  • Teachers are equally likely to recommend an apprenticeship or university route (36%), and less likely to recommend another technical/vocational route (4%) School report
  • 53% feel confident advising their students of vocational and technical pathways into engineering School report
  • 85% of STEM teachers recommend a career in engineering School report
  • 83% of teachers say they know what subjects their students would need to take to have a career in engineering School report
  • Top 3 reasons STEM teachers would recommend a technical or vocational route into engineering: School report
    • If they prefer to learn by doing rather than being in a classroom 54%
    • Engineering is practical and well suited to on-the-job learning 52%
    • To avoid high student fees and/ or debt 50%
  • Top 3 reasons STEM teachers would recommend a university route into engineering: School report
    • To keep career options more open 71%
    • They might need a degree to get promoted or progress 48%
    • Better for their personal development 39%
  • 89% of STEM teachers in England are aware of T Levels, but only 11% say their school or college offers T Level School report
  • Parent knowledge of different education/ training routes: PARENTS REPORT TO BE PUBLISHED
    • Know a lot:
      • University 42%
      • Apprenticeships 20%
      • Other vocational 15%
      • BTECs 12%
      • T Levels 5%
    • Know a little:
      • University 40%
      • Apprenticeships 60%
      • Other vocational 54%
      • BTECs 47%
      • T Levels 23%

Key subject uptake

  • Entries into key GCSE subjects and proportion of all entries: GCSE results 2025
    • Double science – 989,264 (16.1%)
    • Maths – 893,198 (14.5%)
    • Chemistry – 174,088 (2.8%)
    • Physics – 173,227 (2.8%)
    • Computing – 91,619 (1.5%)
    • Design & technology – 86,307 (1.4%)
    • Engineering – 2,476 (0%)
  • Entries into key National 5 subjects and proportion of all entries: National 5 results 2025
    • Maths – 34,775 (10.4%)
    • Chemistry – 15,210 (4.6%)
    • Physics – 13,680 (4.1%)
    • Practical woodworking – 9,040 (2.7%)
    • Computing science – 6,585 (2%)
    • Design and manufacture – 3,990 (1.2%)
  • Entries into key A level subjects and proportion of all entries: A level results 2025
    • Maths – 112,138 (12.7%)
    • Chemistry – 63,538 (7.2%)
    • Physics – 44,957 (5.1%)
    • Computing – 19,796 (2.2%)
    • Design & technology – 10,576 (1.2%)
  • Entries into key Scottish Higher subjects and proportion of all entries: Higher results 2025
    • Maths – 19,705 (9.7%)
    • Chemistry – 10,120 (5%)
    • Physics – 8,560 (4.2%)
    • Computing science – 3,960 (2%)
    • Design and manufacture – 1,940 (1%)
  • Apprenticeship uptake – engineering and tech starts Apprenticeship pathways into engineering
    • England 97,120
    • Scotland 12,026
    • Wales 5,025
    • Northern Ireland (STEM) 4,316
  • T Level uptake: T Level results 2025
    • All engineering and tech-related: 5,643, 47% of all T Level learners
    • Top 3 subjects:
      • Digital production, design and development – 1,472
      • Design and development for engineering and manufacturing – 1,110
      • Design, surveying and planning for construction – 1,022
    • Higher education – first year undergraduates: Engineering in higher education
      • 38,615 engineering and technology students, around 6% of all subjects
      • 8,680 mechanical engineering
      • 6,115 electronic and electrical engineering
      • 6,080 general engineering
      • 5,285 civil engineering
      • 3,845 aerospace engineering
      • 2,750 chemical, process and energy engineering
      • 2,430 production and manufacturing engineering
    • 83% of teachers say they know what subjects their students would need to take to have a career in engineering School report
    • 48% of parents say they understand the subject requirements to follow an engineering career path PARENTS REPORT TO BE PUBLISHED
    • 12% of engineering and tech T Level students are young women T Level results 2025
    • 17% of engineering apprenticeship starts were by women Apprenticeship pathways into engineering
    • 18% of first year engineering undergraduates are women Engineering in higher education
    • Proportion of girls making up GCSE students GCSE results 2025
      • Maths 50%
      • Physics 48%
      • Computing 23%
      • D&T 30%
    • Proportion of girls making up A level students A level results 2025
      • Maths 37%
      • Physics 24%
      • Computing 19%
      • D&T 33%

Key subject uptake - Scotland

  • Entries into key National 5 subjects and proportion of all entries: National 5 results 2025
    • Maths – 34,775 (10.4%)
    • Application of maths – 27,655 (8.3%)
    • Chemistry – 15,210 (4.6%)
    • Physics – 13,680 (4.1%)
    • Practical woodworking – 9,040 (2.7%)
    • Computing science – 6,585 (2%)
    • Design and manufacture – 3,990 (1.2%)
    • Engineering science – 2,135 (0.6%)
  • Entries into key Scottish Higher subjects and proportion of all entries: Higher results 2025
    • Maths – 19,705 (9.7%)
    • Chemistry – 10,120 (5%)
    • Physics – 8,560 (4.2%)
    • Application of maths – 4,680 (2.3%)
    • Computing science – 3,960 (2%)
    • Design and manufacture – 1,940 (1%)
    • Engineering science – 1,400 (0.7%)
  • % of girls taking National 5 and Higher subjects: