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Science and Education
ne
of the resources of the economic development for Armenia is its scientific
technological potential. Armenia has a well developed system of higher
educational institutions and research and development institutes. This
network supported the development of several high tech industries accounting
for substantial growth in Armenia’s economy in the last decades.
Education
ducation
has always played a central role in Armenia. First universities emerged
in the 10th - 13th centuries. Such educational centers as Ani, Gladzor
and Tatev universities had become benchmarks of Armenia’s progressive spiritual
development. In today’s Armenia eight to ten years of schooling are required,
from the ages 6-16. After this, students have the opportunity to attend
a 2-year college (vocational school). Armenia also has an extensive network
of universities and institutes, all of which offer graduate programs. Some
90% of the population is literate, of which 15.4% has eight years of education,
44.6% has ten years and background in a trade, and 13.1% has a higher education
degree.
There are 25 public institutions
of higher education in Armenia (including seven colleges), with 26,000
students attending . There are also 40 private educational institutions
with a total of 14,000 students.
The leading educational institutions,
such as Yerevan State University, State Engineering University of Armenia,
Yerevan State Medical University, the Armenian Academy of Agriculture,
Yerevan State Institute for Russian and Foreign Languages, and Yerevan
Komitas Conservatory, have been recognized for their outstanding achievements
in their fields.
Science
he
National Academy of Sciences, founded in 1943, developed into a network
of 30 scientific research centers. Theoretical research in different scientific
fields was well known both in FSU and abroad. On this sound basis, both
academic and other scientific research institutions have carried out significant
applied research work. The majority of scientific institutes are diversified
research centers.
The economic crisis seriously affected
the system, substantially reducing the budget financing for scientific
research institutes. In 1990, 130 institutes employing 20,000 researchers
were being run by the country. By 1995, this had been reduced to 119 institutions
with slightly over 5000 employed. Only those projects that supported the
restructuring of essential industries could be financed due to the severe
limitations of the budget.
The sharp decline of the economy
diminished the technological development needs of the industrial enterprises.
This broke the strong working relationships between research institutes
and industry that had existed in the past years. The stabilization of the
economy and particularly the large scale privatization of enterprises created
an opportunity for the scientific research centers to regain a leading
position by creating an innovative business market. The distribution of
scientific institutions by different spheres of science is shown below:
| Research Areas |
State
Financed Research |
| |
Institutions |
Scientists |
| Mathematics, mechanics, informatics |
12 |
424 |
| Physics, astrophysics |
13 |
857 |
| Technical science |
19 |
268 |
| Chemical science |
17 |
479 |
| Earth science |
13 |
382 |
| Medicine, biology |
36 |
1304 |
| Arts |
7 |
125 |
| Architecture, construction |
6 |
16 |
| Agriculture |
23 |
496 |
| Humanities, social studies |
28 |
644 |
Technology
he
analysis of patented inventions made by Armenian scientists and engineers
in the period of 1980 to 1990 shows the scale of impact of research centers
on industrial technologies. During the same period, 4263 inventions were
patented amounting to 22 inventions per 1000 researchers per year.
Many inventions that are still waiting
to be implemented could have substantial impact on the technological development
in Armenia and abroad. Investments in these innovations could prove to
be worthwhile ventures. Another option for a foreign investor is the field
of research and development. Armenian researchers have proven to be efficient
in developing internationally marketable technologies. One such successful
product developed in the Armenian Academy of Science is a baby food called
Narine. Narine has therapeutic and nutritive qualities and was licensed
to the Japanese Miki Trading Company.
The economic recovery of the country
depends to a great extent on the transfer into Armenia of industrial technology
from abroad. The established network of research and development institutions
with qualified professionals makes this transfer feasible in a short period
of time. |