esearch activities at UAS should contribute to the maintenance and development of theprofessional practice in society (Weert and Boezerooy, 2007: 31).The issue of applied research at UAS can be considered one of the bottlenecks of the Dutchhigher education system, as the proportion of innovative enterprises that co-operate with highereducation institutions and with research institutes is relatively low in the <strong>Netherlands</strong>as compared with other EU15 countries (OECD, 2008a: 70). Moreover, UAS are not eligible forbasic government research funding (Weert and Boezerooy, 2007: 31). Instead several regulationshave been established, such as the RAAK-regulation which offers financial support to initiateresearch projects in the field of development and knowledge (see § 2.6). In order to stimulateHBOs to conduct more practice-based research and improve innovative strength of theseinstitutes, lectoraten were introduced. There are currently almost 400 lectors working at UAS(HBO-raad, 2008b). The job specification of a lector is to transfer knowledge to industry (SMEs)and society in general and to develop applications of knowledge on demand. They are knowledgeexperts in their field and are specialists in the application of knowledge in professional contextswithin companies and organizations (Jonge and Berger, 2006: 12-13). Initially the lectoratenwere partly financed from subsidies made available by the Foundation Knowledge Development(SKO), which means that they were indirectly paid for by the government (SKO, 2008: 18). Theremainder was paid for by the UAS themselves. Recently the system has changed in the sensethat lectoraten are fully paid for from the first stream lump sum funds that UAS receive from theMinistry of Education, Culture and Science.Because the lectoraten are now financed with regular funds, SKO is no longer involved in theevaluation of UAS applications for new lectors. This implies that UASs have come to enjoy ahigh degree of autonomy in using government funds for the creation of lectoraten. They are freeto choose the knowledge fields in which lectors should be active and enjoy considerableautonomy in determining the job description of a lector. Broadly speaking a lector has four tasks:knowledge development, professionalization of lecturers at their UAS, renewing educationcurricula and knowledge circulation from and to society (SKO, 2008: 15). Each lector is expectedto form a kenniskring (‘knowledge circle’) consisting of UAS lecturers and professionals from theprivate sector. This is to ensure that their research and expertise reaches students and has enoughpractical relevance. Besides this lectors are expected to give lectures and supervise PhD students.There are no standardized measures of quality which are used to review the performance oflectors. SKO has evaluated lectors based upon professional standards developed by lectorsthemselves in collegial meetings. In its final evaluation report on lectoraten SKO hasrecommended the development of professional standards in relation to the quality of research(ibid: 21). The career opportunities of lectors are limited in practice because ‘seniority’ is animportant condition for the fulfillment of lectoraten. About 60% of all lectors are 50 years orolder. In addition, the average term for a lectoraat is 4-5 years although re-appointment ispossible. The far majority of lectors are holding another position outside the UAS at which theyare appointed. 40% of the lectors with a second job are working at a university, whereas another45% work at a profit or non-profit institution (ibid: 12).2.2.3 AccreditationFor fifteen years until 2002, the quality assurance process for higher education in the <strong>Netherlands</strong>was a system of peer review (OECD, 2008a: 83). Many, however, felt this system of accreditationwas not sufficiently independent or objective. Moreover, possible interventions by thegovernment were limited to publicly funded institutions. As the <strong>Netherlands</strong> introduced theBachelor and Masters degrees, there was a change in the quality assurance process, with amovement towards external accreditation of programmes to reflect the wider international context36
(ibid: 83). In part, this new system of national accreditation was implemented in response to the1999 Bologna declaration which identified certain expectations of higher education in Europe,including quality assurances processes.The <strong>Netherlands</strong>-Flanders Accreditation Organization (NVAO) was established by law as theaccrediting body, with responsibility for the accreditation of all Bachelors and Mastersprogrammes from publicly funded institutions, and private institutions wishing to offer degreeprogrammes (ibid: 83). This implies that private higher education institutions will be included inthe accreditation procedures on an equal footing with public ones, apart from the issue of publicfunding (Weert and Boezeroy, 2007: 71). This will open up the Dutch higher education systemfor globalization forces. The NVAO evaluates each Bachelors and Masters programme foraccreditations on a 6-year cycle (MinOCW, 2007a: 76). The criteria used to evaluate theseprogrammes are aims and objectives, content of the programme, deployment of staff, facilitiesand provisions (OECD, 2008a: 84).The Ministry of Education, Culture and Science has set the ambition to make the accreditation ofhigher education programmes at HBO institutions and universities simpler and more efficient. Inorder to achieve this, OCW wants to broaden and virtually halve the number of Bachelorprogrammes at universities. University Master degree programmes and UAS courses will also berestructured and reduced in number. New programmes of study will not be accredited until theMinistry of Education, Culture and Science has first established that there is a social demand forthem (MinOCW, 2007a: 121). In the short term, the Ministry of Education, Culture and Scienceaims to reduce the administrative burden by obliging the NVAO to focus more on the educationalcontent of study programmes and less on the process involved.2.2.4 Overall size of the higher education systemThe total number of students in higher education rose from just over 438,000 in 1997-98 toaround 585,000 in 2007-08 (Figure 2-2). This is an increase of more than 33% over a 10-yearperiod. However, this growth was biased in favor of UAS. For a large part, this can be explainedby an increasing gap in graduates from secondary educational schools between the HAVO level(which mainly prepares for studies at a UAS) and VWO (which predominantly prepares forstudies at a research university) (Statistics <strong>Netherlands</strong> Statline, 2009a). The inflow of newstudents to UAS shows a strong growth over the period 1997-98 to 1999-00, followed by a threeyearperiod of decline and subsequently growth from 2002-03 onwards. The inflow of students toresearch universities shows a steady growth over the entire period from 1997-98 to 2007-08. Inrelative terms, the inflow of students to UAS increased by 27% over the past ten years, whereasthe inflow of students to research universities increased by almost 50%. It therefore seems thatresearch universities are catching up with UAS in terms of total student enrolment over the nextcouple of years.However, in accepting new students universities are also increasingly confronted with a financialconstraint since the public educational budget for universities has remained more or less stableover the past decade whereas student numbers have increased strongly. This implies that theeducational budget per student has decreased over the last ten years (Figure 2-8). As Table 2-1shows, the growth of the student population at UAS has been positive for more than a decade. Bycomparison, the number of students enrolled at universities was in decline over the period 1993-98 (Table 2-2). In recent years the number of university students is on the rise again, albeit thatthe gap between enrolments at UAS and universities is also widening. In the academic year 2007-08, the UAS sector had some 384,000 students whereas some 219,000 students were enrolled atthe 14 Dutch research institutions.37
- Page 1 and 2: Please cite this paper as:SEO Econo
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transport, finance, financial manag
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HvA participates in several initiat
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4.4 Student recruitment and regiona
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4.4.1.2 Recruitment of foreign stud
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• HvA has made its educational pr
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The HEIs have several external and
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Table 4-4: Completion rates of diff
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4.7 Enhancing the regional learning
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4.8 ConclusionTable 4-6: SWOTStreng
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Amsterdam is matched by a relative
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The challenge for future social pol
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The VU likewise develops research p
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directing, documentary directing, s
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the university to improve its energ
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6.1 Introduction6 CAPACITY BUILDING
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Figure 6-1: Organization chart Vrij
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There are also examples of more spe
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Box 6-2: Obstacles for collaboratio
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eyond labor market studies, there a
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7 CONCLUSIONS: MOVING BEYOND THE SE
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…requires different forms of coop
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at higher levels in order to mainta
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to increase the interaction between
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mobility in the world is slackening
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ecause they are better informed abo
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REFERENCESAalders, R., A. Bakkeren,
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EZ Amsterdam (2006), “Research Bu
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MinOCW (2007a), “The Education Sy
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SER (2008), “Duurzame Globaliseri
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Versleijen, A., van der Meulen, B.,
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Institution City Type ofHEIANNEX B:
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Groningenculture)Hogeschool Amsterd
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ANNEX C: KEY ECONOMIC INDICATORSTab
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ANNEX E: REGIONAL PARTNERSHIPS OF A
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AmsterdamUniversity CollegeOther re
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ANNEX F: BUSINESSES REPRESENTED IN
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GLOSSARYBologna DeclarationForeign