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TERTIARY EDUCATION IN LITHUANIA:
FROM INCLUSION TO EXCELLENCE
OECD Accession Launch Event, Vilnius, October 16, 2017
• How to create a high-performing system?
• Does the system perform at a high level? In what respects?
• If not, what might be done differently?
2
How Does Lithuania Compare?
Considering…
Age (since restoration of independence in 1990)
Wealth (31% LT mean GDP/capita)
Size (2.88 m) and Openness (within EU)
Language (Chinese 1.2 b., English 400 + 500 m.,
Spanish 400 m.) – vs. Ireland, Singapore, NZ
What are reasonable expectations of performance?
Public and private resources invested
Access and Equity
Employment Outcomes
International Engagement
Research output and support for innovation
Dimensions of Performance
As a percentage of GDP (1.7%), total public and
private expenditure close to OECD average
0
0,5
1
1,5
2
2,5
3% of GDP
Public expenditure on education institutions Private expenditure on education institutions OECD average
OECD average (total expenditure)
About 75% of expenditure on tertiary educational
institutions from public sources (OECD 70%)
0
10
20
30
40
50
60
70
80
90
100
%
Public expenditure on educational institutions Household expenditure Expenditure of other private entities All private sources
0
10
20
30
40
50
60
70
% All tertiary excluding R&D activities R&D All tertiary
Annual expenditure per student lower than
average due to smaller GDP per capita
Annual expenditure per student by tertiary educational institutions for all services, relative to per capita GDP
(2013)
Above average in tertiary attainment among 25-64
year-olds
0
10
20
30
40
50
60
%
2015 2005
Among households (25-34) in lowest income
quintile, 16% completed tertiary education.
Percentage of 25-34 year-olds with tertiary attainment, by household income quintile (2014)
0
10
20
30
40
50
60
70
80
Q1 Q2 Cohort average Q3 Q4 Q5
%
Tertiary grads have higher employment rates than
upper secondary (+ 20%) though college grads
have higher unemployment than university grads
0
10
20
30
40
50
60
70
80
90
100
Lower secondary Upper secondary Post-secondary non-tertiary Bachelor's or equivalent Master's or equivalent%
Earnings of tertiary grads is 149% (BA) and 182%
(MA/PhD) of upper secondary – near OECD
averages
25-64 year-olds with income from full time employment; upper secondary education = 100
100
120
140
160
180
200
220
240
260
All tertiary Short cycle tertiary Bachelor's or equivalent Master's, doctoral or equivalentIndex
• With modest levels of investment
• High levels of participation in tertiary education
• With differentiated (binary) provision
• With labour market outcomes for graduates typical of OECD countries
• Provided by institutions that operate with considerable autonomy
• Inside funding and QA systems that conform to standards of international practice
• But…..
On key dimensions important
achievements
Researcher mobility abroad for research projects low (stays GT 3 months duration) (About ½ Hungarian rate)
Research carried out in collaboration with foreign researchers is low (40% of Estonian level)
Inward student mobility low, low at BA (2.4%) and PhD (3.0%) levels, and 2% of researchers
PhDs awarded to LT students abroad vs. international students in LT, 10:1
Low International Engagement of Tertiary System
Scientific publications per million population
International scientific
co-publications per million population
Public-private co-publications
per million population
PCT patents applications
per billion GDP (in PPS€)
Latvia 760 221.0 0.5 0.82
Lithuania 1 022 355.3 1.7 0.60
Poland 981 251.2 3.7 0.51
Estonia 1 997 907.7 6.8 1.00
Denmark 4 066 2 066.7 143.5 6.24
Sweden 3 576 1 774.1 107.8 7.99
EU-28 average - 459.2 33.9 3.53
Relatively low level of R and D performance
32% enrolment decline 2010 to 2014 in tertiary
system, with challenges ahead
0
200
400
600
800
1000
1200
1400
1600
1800
2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 2021
Klaipėda University Lithuanian University of Educational Sciences
Mykolas Romeris University Šiauliai University
1. Consolidate the network of higher education institutions to create higher performing system
2. Link resources to more closely to performance
3. Pursue balanced internationalisation
4. Monitor and improve equity
How to raise performance to (or beyond) OECD levels
where gaps exist?
Universities PolytechnicsNumber of inhabitants (in million)
Number of HEI students
(in thousands, 2012)
Number of HEIs per million
inhabitants
Number of HEIs per 10
000 students
Lithuania 23 24 3.2 159.5 14.7 2.9
Finland 14 24 5.5 308.9 6.9 1.2
Denmark 8 16 5.7 275.0 4.2 0.9
Ireland 7 14 4.6 192.6 4.6 1.1
Netherlands 14 37 16.9 793.7 3.0 0.6
Switzerland 12 9 8.2 269.6 2.6 0.8
17
Unusually large number of higher education
institutions (to enrolment, population, area)
Number of higher education institutions per inhabitant and student (2012)
Low student numbers result in inefficiency in use of human (teacher) and physical (facilities) resources
Low enrolments pose a threat to the quality of instructional programmes as course offerings and instructor numbers decline, and peer learning weakens
Small size limits critical mass of researchers, facilities, and research infrastructure needed to perform scientific research at an international level
Why consolidate?
To improve efficiency in the use of public
resources
0
20
40
60
80
100
120
140
160
Public universities
Number of institutions Number of students (in thousands) Number of teaching staff (in hundreds)
• No standardised measures of learning process or learning outcomes, however…
• SKVC programme review teams have focused on programme size and its impact on learning – noting the negative consequences of low enrolments for the quality of group discussions, team projects, student presentations, and peer learning activities.
• As enrolments declined at one public college, 2/3 of students studied on a part-time and distance basis, dropouts rose beyond one in three students, and employment outcomes for a majority of programmes were below national averages. Authorisation to offer study programmes was withdrawn and the college’s remaining students were transferred to nearby higher education institutions.
To improve the quality of teaching and learning
Klaipeda University, Revenue, Size, and Research Performance
To improve the effectiveness of resources
invested in research
2010 2011 2102 2013 2014 2015 2016*
Total budget (million EUR) 14.52 20.83 22.62 23.91 27.19 26.98
Budget for research (million EUR) 4.48 10.48 11.97 13.65 17.16
Total number of students 7 412 6 894 6 294 5 417 4 897 4 370 3 877
Total number of researchers 546 555 548 441 470
Teaching staff (professors, docents, lecturers and assistants, FTE) 471 473 434 373 349 351
Students/teaching staff ratio 15.73 14.57 14.50 14.52 14.03 12.45
Researchers (FTE) 53 54 144 56 71 64
Total staff (research and teaching) 524 527 578 429 420 415
Number of national patents 0 0 0 0 1 0
Number of publications (Clarivate Analytics, InCites) 69 91 90 96 107 111 72
Number of publications with foreign co-author (Clarivate Analytics, InCites)
17 32 34 31 52 64 45
Be flexible (binary vs. flexible and continuous differentiation)
Help institutions capitalise on opportunities provided by consolidation + performance-based environment
Protect the losers
Talk to Nordic neighbours (e.g. Denmark)
Take the long view (e.g. Finland)
How to consolidate?
Research funding
External (EU) funding – help ensure investments are made where
they can be effectively used
National funding – link assessment of research performance to
international standards
Within institutions – link performance to reward
Operational Funding to Institutions
Focus on afternoon sessions – transitioning from an input to a
performance-based funding system
While consolidating, strengthen links between
funding and performance
• A restructured network of tertiary institutions
• A policy framework that supports flexibly differentiated institutions that are clearly rewarded for performance
• Can provide a tertiary system more effective in helping Lithuania respond to its demographic challenges and take advantage of economic opportunities ahead
In conclusion….