Immigration Gap - Home Affairs Committee Contents


Memorandum submitted by the Campaign for Science & Engineering (CaSE)

1.  The Campaign for Science & Engineering (CaSE) is a membership organisation aiming to improve the scientific and engineering health of the UK. CaSE works to ensure that science and engineering are high on the political agenda and that through the implementation of appropriate evidence-based policies and adequate funding the UK has world-leading research and education, skilled and responsible scientists and engineers, and successful innovative business. It is funded by around 750 individual members and 80 organisations including industries, universities, learned and professional organisations, and research charities.

SUMMARY

  2.  Scientists and engineers have a vital role to play in driving future economic growth and also in solving some of the UK's most urgent challenges, from security threats to energy demands. Any limit on the employment of non-EU scientists, technologists, engineers, and mathematicians will seriously affect the ability of the UK businesses, industries, research charities, and academia to recruit the skills and expertise that they require, but will have little impact on net migration unless enforced at an extreme level. Given the important role of research and development and high-tech manufacturing on economic growth, the cap is also likely to damage the economic recovery. In fact, the targeted immigrants are unlikely to be responsible for net migration although limiting their entry into the UK is likely to increase the ratio of unskilled to skilled workers, accentuating issues around public service provision—the justification for the cap in the first place.

  3.  Financial entrepreneurs, investors, and elite sportspeople, are set to be excluded from the cap. Skilled scientists and engineers are intellectual investors and entrepreneurs—looking to invest their knowledge and skills creatively to advance the UK. And research in the UK depends heavily on the global marketplace to advance, in the same way as elite sport does. For instance, out of the 13 Nobel Prizes awarded to scientists from the Medical Research Council's Laboratory of Molecular Biology (MRC LMB), only five went to UK nationals.[29] Given this, we recommend that a method is found to exclude qualified and competent scientists and engineers from the cap.

The impact a cap on non-EU economic migration would have on the ability of UK business and industries to recruit the skills and staff they require

  4.  Industries invested £26.6 billion in research and development (R&D) in the UK in 2008.[30] An unusually large proportion of R&D in the UK, 17%, is funded from overseas, and it is therefore critical that the UK continues to attract this funding. A key determining factor for where to site R&D infrastructure is access to skilled workers, including being able to employ talent from across the globe.[31] A CBI survey found that larger UK firms look abroad to fill their vacancies in science, technology, engineering, and mathematics.[32] Similarly, a 2006 survey by the Institute of Directors found that 65% of members wanted to encourage migration for skills shortages and to widen the labour pool.[33]

5.  The impact assessments that were published to accompany the Home Office consultation did not attempt to quantify the impacts on business of the cap, although it does recognise costs will be from training new staff and employing less skilled workers. What failed to be considered in the impact assessment or the consultation document is that businesses might actually choose to, or have to, relocate to another country where they can employ the workers that they need. The availability of researchers in the workforce is falling in the UK but rising in other comparable countries.[34]

  6.  UK companies could attempt to invest more in training, both in house and supporting external bodies, to meet their skills and staff needs—but it can take many years or decades to achieve the necessary changes in workforce. And this option may not be realistic in the current economic context and at a time where the UK is likely to be decreasing rather than increasing the number of graduates. (Ironically enough, it is also likely that a higher proportion of graduates from UK universities will be from overseas as universities seek to supplement falling public sector investment by foreign fee income.)

  7.  Even if employers were able to fill the skills requirements from recruitment in the UK, it will never be possible to train up British workers to bring the benefits of coming from another country: foreign workers bring a diverse range of perspectives, access to and knowledge of different markets, and a network of connections for international collaboration.[35], [36]Such collaborations underlie the success of the UK research base—from 2002-07, nearly 40% of the UK's scientific output involved such international collaborations and these publications have a higher citation rate than papers just by UK authors.[37] Having a higher proportion of foreign post-doctoral students also correlates with increased patent activity.[38]

  8.  Furthermore, if the UK does not enable overseas workers to come to the UK to build relationships, then it is likely to become harder for UK students and workers to be welcomed overseas to gain new knowledge and skills. Thus, UK employers will not be able to recruit UK workers with effective international experience for them to draw upon.

  9.  UK universities are a national asset, and highly-valued by industry. Four of the world's top ten universities are in the UK.[39] But there is increasing competition from other countries—for instance, the UK's share of world publications has been slowly falling over the last decade to 8%, reflecting the growth of other countries like China (whose share quadrupled in a decade), Brazil, and South Korea.[40] Universities depend on international recruitment to employ the best researchers and lecturers in order to maintain their world-class standards. In 2007-08, non-EU nationals made up 10.5% of all academic staff, including 22% of engineering staff, 15% of mathematics and computer science staff, and 13% of physical scientists.[41] If universities cannot recruit the necessary skilled lecturers, this will affect the ability of UK employers to recruit well-skilled UK graduates.

  10.  Anything that turns away skilled overseas employees is likely to be damaging, but there will also be a qualitative impact of the cap, even if the limits are set at levels that have little impact on actual immigration (ie, with very few skilled applicants being turned away). The UK's reputation as a desirable destination for world-class researchers, and as a collaborator of choice, will be damaged if it is not judged to be welcoming to international scientists and engineers and to value their skills and expertise.

The numbers of skilled and non-skilled migrants likely to be affected by a cap on Tiers 1 and 2

  11.  All of the migrants coming in under Tiers 1 and 2 are highly skilled or skilled, so no non-skilled migrants will be directly affected unless their dependants, some of whom may be "non-skilled", are included. If they are not included in the cap then dependants would still be affected if their related applicant is refused.

12.  With regard to how many skilled workers are likely to be affected, the Home Office impact assessment estimates that 39,000 visas eligible for the cap were issued in 2009-10 in Tier 1 and 57,000 in Tier 2 (or 24,000 if Intra Company Transfers are excluded). All of these applicants would be affected by the cap, either through being excluded, or through new and probably additional bureaucracy (and thus delays) or fees likely to be incurred even if they are issued with visas.

  13.  The actual numbers denied access will vary depending on the level of the limit—the impact assessment looked at 10%, 50%, and 90%. Net migration was 163,000 in 2008 and the Government's goal is to reduce this to tens of thousands—presumably no more than 90,000, so at least 73,000 potential immigrants would need to be refused entry to the UK if migration levels stayed constant. A 90% cap on Tiers 1 and 2 would generate a fall of only 57,800 applicants (including ICT), but would undoubtedly have devastating consequences on UK universities, the research base, industry and other sectors.

  14.  In fact, the UK is already experiencing a potential brain drain: in 2008, an estimated 66,000 non-EU migrants entered the UK for work-related reasons, while 74,000 left.[42] If there is a significant decline in the number of visas issued, but no decline in the number of workers leaving, the UK will start to experience a serious outflow of skills.

  15.  Furthermore, there has already been a decline in the migration of skilled and highly skilled workers. This is likely to be partly from the recession as well as the introduction of the points based visa system in not only turning down applications but discouraging potential immigrants in the first place. 6,685 Tier 1 highly skilled workers visas were issued in the first quarter of 2010, down 44% (or 5,179) compared to the equivalent visas and period in 2009. The number of Tier 2 Skilled Workers visas issued was 16,915, in the first quarter of 2010, up 6% (or 995) from the equivalent visas and period in 2009.[43]

  16.  Given that there is actually a net outflow in Tiers 1 & 2 it is odd to target them to counter-act net inflows in other areas. Particularly, given that they make up the skilled workers that the Government has said that it wants to continue to attract because of their contribution to economic growth. If the inflow of skilled workers is limited, this will shift the balance of skilled to general migrants—meaning that the pressure on public services that concerns the Government will be less compensated for by increasing economic activity of skilled migrants.

The impact and effectiveness of a "first come, first served" or a pool system for highly skilled migrants under Tier 1; and of a "first come, first served", a pool, or an auction, system for skilled migrants under Tier 2

  17.  A pool system seems to be favourable for Tier 1 and a `first come first served' system for Tier 2. The pool system would secure the most excellent candidates, but would be worryingly slow as proposed, with applicants having to wait for up to 3 months before even knowing if they can formally apply. We would recommend that shorter cycles are used and that candidates can stay in the pool for longer—it is not clear why they should be ejected after 6 months. Similarly, it is not clear what the fee for entering the pool would be and how it is costed or justified. The pool would not be fair or effective if you are only allowed to enter into it for six months, we would suggest at least 15 months (ie, five rounds of application) to allow for variation in the nature and number of entrants over the course of a year and to allow applicants to apply for work in two successive academic years.

18.  Tier 2 would presumably suffer fewer delays under the "first come first served" system, but if a quota for a period is not filled then it should be carried over and the cut-off for points reviewed.

Whether and how intra-company transfers should be included in a cap

  19.  Appendix C of the UKBA consultation notes the argument that the UK has a strong interest in ensuring that other countries provide access to the personnel of UK businesses in branches overseas. It is stated that the UK's ability to negotiate agreements for such access would be undermined if ICT numbers are limited -we agree with this analysis. Any limits on ICT would also be likely to deter foreign direct investment in the UK.

20.  We therefore suggest that ICT should be excluded from the cap but also that any limits to Tier 2 applications are set at a high level to ensure that businesses which operate solely in the UK (including SMEs), and universities, are not at a relative disadvantage.

The implications of merging the Resident Labour Market Test (RLMT) and Shortage Occupation Lists

  21.  Admissions through the RLMT and shortage occupation lists fill different needs and should not be merged. It does not make sense for workers with shortage skills to also have to be passed through the RLMT—the Shortage Occupation List already defines the need for their skills. More critically, the RLMT must be able to operate outside of the Shortage Occupation List to maintain the flexibility to respond to local needs, to recruit to niche areas of shortage, and to rapid changes in need over short-time periods. The need to advertise in Job Centre plus as part of the Resident Labour Market Test is an expensive waste of time for recruiting in many highly-specialised areas of science and engineering and should be eliminated.

Whether dependents should be included in the cap, and the effect of including them

22.  Individual applicants bring with them variable numbers of dependents and this number fluctuates over time so cannot be reliably predicted. Presumably the Government wants to model the economic and social impacts of admitting skilled workers and, in calculating a cap, will want to make sure that an appropriate number of such applicants are issued with visas. It will not be possible to admit a defined number of skilled workers into the country, and therefore meet the requirements of industry, if dependants are included in calculating the cap.

August 2010







29   Nobel Prizes, MRC LMB website, May 2010. Back

30   R&D Scoreboard 2009, Department for Business Innovation & Skills, March 2010. Back

31   Towards a Global Labour Market? Globalisation and the Knowledge Economy, The Work Foundation, June 2008. Back

32   Education & Skills Survey, Confederation of British Industry/Edexcel 2008. Back

33   Immigration-the business perspective, Institute of Directors, January 2007. Back

34   Performance of the UK Research Base, EvidenceLtd for BIS, 2009. Back

35   Knowledge Nomads, DEMOS, 2008. Back

36   The Difference Dividend. Why immigration is vital to innovation. NESTA, January 2008. Back

37   Performance of the UK Research Base, EvidenceLtd for BIS, 2009. Back

38   Chellaraj, G, Maskus, K E, & Mattoo, A (2008). The Contribution of International Graduate Students to US Innovation. Review of International Economics 16, no 3. Back

39   Times Higher Education-QS World University Rankings 2009. Back

40   Performance of the UK Research Base, EvidenceLtd, for BIS, 2009. Back

41   Data from UniversitiesUK. Back

42   Hansard, HC Deb, 28 June 2010, c450W. Back

43   Migration Statistics 2008, Annual Report, Office of National Statistics. Back


 
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