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Students in UTCs make poor progress across the
board during Key Stage 4 (14-16), and post-16 academic study.
Previously high attaining students make particularly poor
progress
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Over half of students drop out between the ages
of 16 and 17. Those that continue are less likely to complete
final studies than other students
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Students between the ages of 16-18 taking
technical/vocational qualifications in UTCs perform close to
the national average and slightly better than FE
colleges
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UTCs receive far worse Ofsted ratings than the
national average
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UTCs are training students for growing industries
offering high-skilled work
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The government should consider changing
admissions to age 16-18 only, to improve both outcomes for
students and sustainability of provision
A new report by the Education Policy Institute (EPI)
undertakes a detailed analysis of University Technical Colleges
(UTCs).
Introduced in 2010, UTCs offer education to 14-19 year olds, with
a strong focus on technical education. They are sponsored by
universities and supported by employers. At present, there are 50
of this school type open in England, with 10 having closed,
announced closure, or converted into a different institution
type.
This new EPI research explores indepth the provision and
performance of UTCs, before examining whether UTCs are providing
necessary skills for local and national economies.
Key findings
UTCs: provision and characteristics
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Despite overall growth in the number of UTCs in
England, many are struggling with student
numbers. A third of students are enrolled
at one of the 20 UTCs with decreasing student numbers.
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A huge proportion of UTC students are dropping out
after two years. Over half of students enrolled leave between
the ages of 16 and 17, failing to progress from
Key Stage 4 (14-16) into Key Stage 5 (16-18). Students with
lower GCSE results, special educational needs and those from
disadvantaged backgrounds are the least likely to continue.
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These significant drop-out rates in UTCs continue after
age 16. Those that remain for post-16 study are still far less
likely to complete their final studies than students in other
types of education:
- 63% of UTC students studying broader vocational
qualifications completed their final assessment, compared to
83% nationally.
- 69% studying occupation-specific qualifications finished,
compared to 81% nationally.
- For A-levels, 80% of students finished, compared to 94%
nationally.
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A large proportion of UTCs receive poor inspection
outcomes from Ofsted:
- 1 in 5 were rated ‘inadequate’ - twice the national
average.
- 2 in 5 were rated ‘requires improvement’ - four times
more than the national average.
- Just 4% were rated ‘outstanding’ - compared to 22% of
secondary schools.
Progress and outcomes of students in UTCs
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UTC students make almost a whole grade less progress
between leaving primary education and the end of Key Stage 4
than other students in state-funded schools.
Significantly, this poor progress is particularly acute for
high attainers, who make over a grade’s less progress than high
attainers in all state-funded schools.
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When considering maths alone, UTC students as
a whole lag behind by almost half a grade.
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In all aspects of the government’s ‘Progress 8’
measure, UTC students perform poorly. This includes
the ‘open’ element of Progress 8 that can include more
technical qualifications. UTC students who enter all three
subjects in this ‘open’ element make over three quarters of a
grade’s less progress (-0.8), compared with students with
similar backgrounds in state-funded schools.
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Even when controlling for the fact that students start
UTCs in Year 10 (as opposed to Year 7 in most secondary
schools), these trends are still evident. Using the
best data available, the report finds that during Key Stage 4,
UTC students make around three quarters of a grade less
progress than similar students.
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Around half of UTC students achieve at least a pass in
GCSE English and maths, compared with two-thirds
nationally.
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UTC students who stay on to study A levels also perform
below the state funded average. The average grade
obtained at A level in UTCs is a D, compared to the average of
a grade C in all state funded institutions.
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Students taking technical and vocational qualifications
at a UTC perform close to the national average - but higher
than those in Further Education colleges. On average
they achieve a distinction in applied general qualifications
(mainly BTECs) and Tech levels.
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UTC students perform well when retaking their GCSEs
– improving their grades in English and maths by
around a third of a grade.
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20% of Key Stage 5 leavers go on to do an
apprenticeship, three times the national average
(7%), suggesting that UTCs are
delivering good school-work transitions.
Supporting skills needs in the economy
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UTCs offer more technical pathways than other school
types, with students much more likely to choose to study STEM
subjects: 10% of UTC Key Stage 4 entries are in
computer science (2% are nationally), 8% are in chemistry
and/or physics (twice the national average), 16% in science
general/combined (12% are nationally). All these calculations
exclude English and maths.
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UTCs are ensuring students are trained for jobs in
technical industries where high-skilled employment is expected
to grow. Employment growth is projected in sectors
that UTCs specialise in such as construction, IT, and health.
This could present increased employment opportunities for
students in UTCs.
Recommendations
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The government should consider changing the admissions
age for UTCs from 14 to 16. While it is common in
other countries for students to make a transition in education
before 16, England essentially has a pre- and post-16 system.
UTCs have struggled with admissions at age 14. With poor levels
of progress and retention, it is not clear that students are
benefiting from a 14-19 education.
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With provision starting at age 16, UTCs should focus on
delivering high-quality existing technical qualifications and
eventually the new ‘T-levels’ - relevant to local and national
skill needs. With UTCs only focusing on ages 16-18,
this would give them an opportunity to deliver differentiated,
specialised, high-quality technical education. This should
allow UTC students to progress to higher levels of technical
education in Institutes of Technology, National Colleges,
university, or other providers, should they wish to pursue
further study.
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Better measures are needed that account for the
technical-oriented provision of UTCs. Improved
destination measures are needed that also account for the
characteristics of students, so that the particular intakes of
UTCs can be taken into account.
Commenting on the new report, Rt. Hon , Executive Chairman of the
Education Policy Institute, said:
"Since 2010, the Department for Education has spent hundreds
of millions of pounds on University Technical Colleges, to help
improve technical education for 14-19 year olds and improve
skills provision for key sectors of our economy. These are worthy
ambitions but our evaluation of UTC performance shows that this
programme is not so far effective in terms of the outcomes being
delivered.
“Students generally seem to make less progress in UTCs, even
in more technical and scientific subjects, and rates of drop-out
and non-completion are very high. This poor performance is not
simply about how UTCs are evaluated, it is about the quality of
learning and the engagement of students. The government should
not fund further UTC expansion until a review is undertaken and
steps are put in place to deliver a sustainable and effective
programme."
David Robinson, Director of Post-16 and Skills at the
Education Policy Institute, said:
“With low take-up, high dropout rates and poor student
progress, our research shows that the long-term sustainability of
University Technical Colleges is becoming increasingly
uncertain.
“Rather than small modifications to the way in which they
operate, it is clear that UTCs require fundamental remodelling.
In order to remain viable institutions, they should consider
admitting students at 16, focus on existing high quality
technical qualifications, and become a central component of the
delivery of new T-levels”.