development report 2012 - UMAR
development report 2012 - UMAR
development report 2012 - UMAR
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70 Development Report <strong>2012</strong><br />
Development by the priorities of SDS – A modern welfare state and higher employment<br />
kindergartens and class units has been rapidly increasing<br />
in recent years, the problem of providing sufficient<br />
capacities has persisted during this time owing to the<br />
rising number of births. Given the rising number of births,<br />
even in 2010, and the continued and increasing need for<br />
improved kindergarten capacities in the future, on the<br />
one hand, and the current adverse fiscal conditions on<br />
the other, it is expected that the problem of providing<br />
sufficient kindergarten capacities will persist in the<br />
coming years. At the same time, there are considerable<br />
reserves in the area of pre-school education in terms<br />
of human resources. The ratio between the number of<br />
teaching staff 215 and the number of children is among the<br />
lowest in the EU and considerably below the EU average.<br />
In the past, the Kindergarten Act already allowed<br />
the municipalities to resolve the lack of kindergarten<br />
capacities by increasing the statute-determined number<br />
of children in a unit by up to two children. The lack of<br />
kindergarten capacities may present a major problem<br />
to families in terms of coordinating their working and<br />
family lives. Consequently, one of the alternatives for the<br />
next few years would be to temporarily relax the norms<br />
in the area of pre-school education (i.e. by increasing the<br />
number of children in a unit), in addition to opening new<br />
kindergartens.<br />
The share of the population with at least upper<br />
secondary school education is high and has been<br />
increasing throughout SDS’s implementation.<br />
According to Labour Force Survey data for the second<br />
quarter of 2011, the percentage of the population aged<br />
25–64 with at least upper secondary school education<br />
was 84.8% in 2011, and grossly exceeded the EU average<br />
(73.2%); it even rose in comparison with the preceding<br />
year. It had also increased in comparison with the first<br />
year of SDS’s implementation. The share of young<br />
people aged 20–24 with at least upper secondary school<br />
education is also high and amounted to 90.8% in 2011,<br />
thereby greatly exceeding the EU average (78.6%); it<br />
was maintained at approximately the same level as in<br />
the first year of SDS’s implementation. The high share<br />
of young people with at least upper secondary school<br />
education is due to the high participation of young<br />
people in secondary school education, a high secondary<br />
education completion rate, and a low percentage of<br />
early school leavers. The participation of young people<br />
in tertiary education is also high 216 .<br />
215<br />
In Slovenia, teaching staff includes educators and assistant<br />
educators.<br />
216<br />
See Chapter 2.1 Education and Training.<br />
217<br />
PISA (Programme for International Student Assessment)<br />
is an international research on capabilities in reading literacy,<br />
mathematics literacy, and science literacy, carried out under the<br />
auspices of OECD. The research includes 15-year old students<br />
regardless of the type of school they attend. The research is<br />
carried out in triennial cycles. The purpose of the PISA research<br />
is to gather data on the competences students will need for<br />
their professional and private lives, and which are essential for<br />
both the individuals and society as a whole. In 2009, the survey<br />
focused on reading literacy. For Slovenia, data are available<br />
for 2006 and 2009. The scale of reading literacy measures<br />
The results of the 2009 international education study<br />
PISA 217 revealed that the average scores of Slovenian<br />
15 year olds dropped in reading, and scientific and<br />
mathematical literacy. In terms of reading literacy,<br />
Slovenia lagged behind the OECD average, despite<br />
exceeding this level in 2006. However, the scores in<br />
mathematical and scientific literacy were still higher<br />
than the OECD average. A target has been set at the EU<br />
level; thus the European education benchmark for 2020<br />
is that the share of students with insufficient abilities 218<br />
in reading, mathematics and science should be less<br />
than 15%. In 2009, Slovenia’s share of 15 year olds with<br />
insufficient abilities in reading was 21.2% and so quite far<br />
away from the EU benchmark; moreover, this share was<br />
also higher than the EU-25 average (19.6%) 219 . Slovenia<br />
also lagged behind the EU benchmark in its share of<br />
15 year olds with insufficient abilities in mathematics<br />
(20.3%), and the share was below the EU-25 average<br />
(22.2%). On the contrary, Slovenia’s scientific literacy<br />
score was 14.8%, which means that the EU benchmark<br />
set was already attained in 2009, and that was even<br />
above the EU-25 average (17.7%).<br />
Health indicators continue to improve and so does<br />
satisfaction with the functioning of the healthcare<br />
system Life expectancy in Slovenia has been increasing.<br />
In 2010, it was 79.8 years, which is still below the EU<br />
average (80.8 years). Slovenia is approximately at the<br />
average European level for expected healthy life years,<br />
which is slightly above 60 years. The infant mortality<br />
rate has remained at a similarly low level (2.5 deaths<br />
per 1,000 newborns), and was also among the lowest in<br />
the EU in 2010. The accessibility of medical services in<br />
terms of waiting times has greatly improved in the last<br />
year. Within a year, the number of waiting patients has<br />
been reduced from almost 84,000 to less than 40,000<br />
patients, i.e. by more than a half. Only 8% of patients<br />
have been waiting longer than the maximum waiting<br />
period permitted (the figure was 20% just a year ago) 220 .<br />
an individual's capacity to: understand, use, reflect on and<br />
engage with written texts, in order to achieve one's goals, to<br />
develop one's knowledge and potential, and to participate<br />
in society. Mathematical literacy is defined as the capacity to<br />
analyse, reason and communicate ideas effectively as they<br />
pose, formulate, solve, and interpret solutions to mathematical<br />
problems in a variety of situations. Scientific literacy covers an<br />
individual's scientific knowledge and use of this knowledge<br />
to identify scientific questions, to acquire new knowledge, to<br />
explain scientific phenomena, and to draw evidence-based<br />
conclusions on science-related issues based on data and<br />
verifiable facts.<br />
218<br />
The scale of scores is divided into 6 difficulty levels: The basic<br />
level of literacy in PISA survey is the 2nd level.<br />
219<br />
Progress towards the common European objectives in<br />
education and training – Indicators and benchmarks, 2011.<br />
220<br />
The new Rules on the management of waiting lists and<br />
the maximum permissible waiting times for individual health<br />
services (adopted in August 2010) contributed greatly to<br />
shortening the waiting times, whereas at the same time, in 2011<br />
HIIS earmarked additional funds for operations and treatments<br />
with maximum waiting times.