1-11 of 11 results for subject:Science
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To ask the Secretary of State for Business, Energy and Industrial Strategy, what steps he is taking to support investment in science research at universities within (a) West Sussex and (b) the South East.
To ask the Secretary of State for Business, Energy and Industrial Strategy, what steps he is taking to support investment in science research at universities within (a) West Sussex and (b) the South East.
The Government is fully committed to maintaining the UK’s world-leading science, research and higher education base.
According to Higher Education Statistics Agency (HESA) data, the University of Chichester in West Sussex received public research funding, from Higher Education Funding Council for England and the Research Councils, of £802,000 in 2015/16. HESA data shows that 19 institutions in the South East, which includes the universities of Oxford, Southampton and Reading, but excludes London, received a total of £544 million of public research funding in 2015/16.
The Autumn Statement 2016 announcement of an extra £2 billion a year in research and development by 2020- 21 underlines the place of science and innovation at the heart of this Government’s industrial strategy.
To ask the Secretary of State for Business, Innovation and Skills, with reference to paragraph 8.3 of the document Fixing the foundations: creating a more prosperous nation, what areas and markets are of strategic importance and potential to the UK economy; and if he will make a statement.
To ask the Secretary of State for Business, Innovation and Skills, with reference to paragraph 8.3 of the document Fixing the foundations: creating a more prosperous nation, what areas and markets are of strategic importance and potential to the UK economy; and if he will make a statement.
The Department for Business, Innovation and Skills works with its partners to ensure investments are directed to areas in which the UK excels and has potential to excel. UK Trade and Investment helps identify foreign markets of strategic importance. Innovate UK and the Catapult Centres work to commercialise new and emerging technologies in areas where there are significant global market opportunities and a critical mass of UK capability. Through the recently announced Science and Innovation Audits, the Government will work with universities, cities, Local Enterprise Partnerships and businesses to map strengths and identify potential areas of strategic focus for different areas.
To ask the Secretary of State for Business, Innovation and Skills what the value of publicly funded bursaries or scholarships available to students wishing to study (a) biology, (b) chemistry, (c) physics, (d) electrical engineering, (e) mechanical engineering, (f) computing and (g) mathematics at an undergraduate level was for the...
To ask the Secretary of State for Business, Innovation and Skills what the value of publicly funded bursaries or scholarships available to students wishing to study (a) biology, (b) chemistry, (c) physics, (d) electrical engineering, (e) mechanical engineering, (f) computing and (g) mathematics at an undergraduate level was for the...
There are no publicly funded bursaries or scholarships available to students based on the subject to be studied. Universities and colleges typically provide such bursaries or scholarships to students using their own resources. The Government does not collect data on the type of bursaries available or the eligibility conditions.
In 2012 the Government introduced the National Scholarship Programme (NSP) to promote access to higher education among disadvantaged students. Only students whose family income is no greater than £25,000 per annum are eligible for an award. However, institutions are able to set their own local criteria to further target awards in a way that best meets the needs of their students. There is no requirement for institutions to target their awards by subject. Data collected by the Higher Education Funding Council for England show that 18 institutions have used subject as an eligibility criteria, although no information is available to show which subjects are involved or the value of those awards.
The Government contributed £50 million to the NSP in 2012/13 and £100 million in 2013/14. On 28 November 2013 we announced that we were reducing Government's planned contribution in 2014/15 from £150 million to £50 million. From 2015/16 the NSP will cease as an undergraduate scheme with £50 million being re-focused to provide support to postgraduate students from less advantaged backgrounds.
To ask the Secretary of State for Business, Innovation and Skills which universities had departments of (a) biology, (b) chemistry, (c) physics, (d) electrical engineering, (e) mechanical engineering, (f) computing and (g) mathematics in (i) 1997, (ii) 2010 and (iii) the latest date for which data is available.
To ask the Secretary of State for Business, Innovation and Skills which universities had departments of (a) biology, (b) chemistry, (c) physics, (d) electrical engineering, (e) mechanical engineering, (f) computing and (g) mathematics in (i) 1997, (ii) 2010 and (iii) the latest date for which data is available.
Data on academic departments is not available; the closest approximation is the Higher Education Statistics Agency (HESA) defined cost centres which have been structured to broadly align to an institution’s academic departments.
Data provided by the Higher Education Funding Council for England (HEFCE) showing the number of students enrolled at English HE institutions by institution of study and cost centre for the academic years 2001/02, 2010/11 and 2011/12 has been provided in the tables which will be placed in the Libraries of the House.
Information for earlier years is not available on a comparable basis.
To ask the Secretary of State for Business, Innovation and Skills what estimate he has made of the number of graduates in (a) engineering and technology, (b) physical sciences, (c) computer science, (d) mathematical sciences and (e) biological sciences which will be required over the next 10 years.
[139597]
To ask the Secretary of State for Business, Innovation and Skills what estimate he has made of the number of graduates in (a) engineering and technology, (b) physical sciences, (c) computer science, (d) mathematical sciences and (e) biological sciences which will be required over the next 10 years.
[139597]
We do not have estimates of demand for each graduate subject. However, the Working Futures 2012 report, published by the UK Commission for Employment and Skills (UKCES)1, estimates that:
(a) 723,000 science, research engineering and technology professionals will be required between 2010 and 2020; and
(b) 194,000 science, engineering and technology associate professional will be required over the same period.1 Working Futures 2010-20 revised August 2012: UKCES evidence report 41 by Institute for Employment Studies and Cambridge Econometrics.
Note:
The report is based on a forecast model which utilises a range of labour market data and a complex macroeconomic model. The 2012 report is the fourth in the series.
In both cases the bulk of this demand comes from people retiring who will need replacing.
These figures are broad indications of demand based on a number of complex assumptions. Previous Working Futures reports have shown similar levels of demand for these occupations.
These occupations will be filled by people from higher education, further education, higher apprenticeships, from unemployment and inactivity, from career changes and from migration.
To ask the Secretary of State for Business, Innovation and Skills how many applications were made for (a) engineering and technology, (b) physical sciences, (c) computer science, (d) mathematical sciences and (e) biological sciences undergraduate courses at UK universities in each of the last three years.
[139598]
To ask the Secretary of State for Business, Innovation and Skills how many applications were made for (a) engineering and technology, (b) physical sciences, (c) computer science, (d) mathematical sciences and (e) biological sciences undergraduate courses at UK universities in each of the last three years.
[139598]
The information is given in the table.
| Applications1
via UCAS to full-time undergraduate courses for specific
subject
groups2 | |||
| Year
of
entry | |||
| 2010 | 2011 | 2012 | |
| Engineering | 134,601 | 140,897 | 137,027 |
| Technology | 12,356 | 11,998 | 9,779 |
| Physical
sciences | 91,697 | 99,305 | 98,124 |
| Mathematical
and computer
sciences | 136,716 | 145,173 | — |
| Mathematical
Sciences | — | — | 44,224 |
| Computer
sciences | — | — | 89,673 |
| Biological
sciences | 215,906 | 228,104 | 217,372 |
| 1
Each applicant can submit up to five
applications. 2 Subjects are allocated to subject groups using the Joint Academic Classification of Subjects (JACS). In 2012, a new version of JACS (JACS3) was introduced, which means that direct year-on-year comparisons with previous years cannot be made for all subjects. Source: UCAS |
To ask the Secretary of State for Business, Innovation and Skills how many (a) UK national and (b) foreign students graduated from UK higher education institutions with (i) a doctoral and (ii) a masters level science and technology degree in the last three years.
[136460]
To ask the Secretary of State for Business, Innovation and Skills how many (a) UK national and (b) foreign students graduated from UK higher education institutions with (i) a doctoral and (ii) a masters level science and technology degree in the last three years.
[136460]
The Higher Education Statistics Agency (HESA) collects and publishes data on qualifiers from UK higher education institutions (HEIs). Information on the number of UK, EU and Non-EU domiciled students qualifying from Science, Technology, Engineering and Mathematics (STEM) courses from UK HEIs for
the academic years 2009/10 to 2011/12 is provided in the following table.
Information for the academic year 2012/13 will become available from the Higher Education Statistics Agency in January 2014.
| Postgraduate
qualifiers1 from
STEM2 courses by
domicile3: UK higher education institutions:
Academic years 2009/10 to
2011/12 | ||||
| Domicile | Postgraduate
level | 2009/10 | 2010/11 | 2011/12 |
| UK | Doctorate | 7,675 | 7,720 | 7,790 |
| Masters | 24,820 | 28,490 | 28,910 | |
| Other | 10,255 | 10,920 | 10,925 | |
| Other
EU | Doctorate | 1,850 | 1,895 | 1,860 |
| Masters | 5,575 | 6,535 | 7,250 | |
| Other | 565 | 535 | 580 | |
| Non-EU | Doctorate | 3,495 | 3,905 | 4,125 |
| Masters | 22,315 | 26,580 | 27,510 | |
| Other | 1,080 | 1,170 | 1,220 | |
| 1
Figures are based on a HESA standard registration population and have
been rounded up or down to the nearest five, so components may not sum
to totals. 2 Subject information is shown as full person equivalents (FPEs) in the table. FPEs are derived by splitting student instances between the different subjects that make up their course aim. 3 Domicile refers to a student's permanent or home address prior to entry to their course. Source: Higher Education Statistics Agency (HESA) Student Record |
To ask the Secretary of State for Business, Innovation and Skills how much he plans to spend on support for science research in (a) 2010-11 and (b) 2011-12.
To ask the Secretary of State for Business, Innovation and Skills how much he plans to spend on support for science research in (a) 2010-11 and (b) 2011-12.
To ask the Secretary of State for Education and Skills what steps he is taking to broaden the curriculum for the teaching of science.
To ask the Secretary of State for Education and Skills what steps he is taking to broaden the curriculum for the teaching of science.
To ask the Secretary of State for Education and Skills what steps he is taking to increase the number of nuclear scientists and engineers.
To ask the Secretary of State for Education and Skills what steps he is taking to increase the number of nuclear scientists and engineers.
What progress has been made in exploiting military research & development for civilian purposes
What progress has been made in exploiting military research & development for civilian purposes