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A
competence-based approach in teaching mathematical and natural-science
disciplines in a technical university
Introduction
Under
existing conditions of higher professional education reforming the problem of
integration of European and Russian universities, with the aim of
internalization and the development of educational resources according to the
world tendencies, is gaining special
significance.
Omsk
State Transport University is one the oldest universities of higher education
in Russia. It is basic for training the specialists for the railways
enterprises of Ural-Siberian
region. Our university plays an
important role in forming the educational standard, in realization of the
national program in the field of higher education. In modern world, when
the industry is becoming more complex
and intensive and innovative science technologies are coming in our life
very quickly, the issue of the modernization of the educational system is often
raised. Modern specialists, former students do not correspond to the modern
requirements of the industry brunches.
Up to
now the education has been basically aimed on añquiring knowledge, mastering abilities and skills. However, it is an
extensive way of the educational system development. Such way of the
development is a deadlock one because teaching is limited by endurance.
An intensive way
of the development of the educational system may be realized only in the
context of a competent - based
approach in teaching. From the position of the competent approach the level of the education is defined by
the ability of a student to solve problems of different complexity and on the
basis of acquired knowledge.
Teachers’ task consists of a competitive specialist training whose professional knowledge
corresponds to the requirements of a present-day society.
For the solution of the problem it is necessary
constantly to improve the quality management system of education which must
correspond to the requirements fixed in the international standard ISO 9001:2008,
and also to the requirements of the European
standards in order to provide the
quality higher education in the context of Bologna process.
The correspondence to the criteria of the engineering
education is essential to the integration of Russia in the world educational
community and to successful system positioning of native engineering education
in the world market of the educational services.
Russia’s joining to Bologna process gives a new
impulse to the modernization of higher education, opens additional
possibilities for taking part Russian institutes of higher education in projects financed by European committee and both students and teachers of higher education
will have the possibilities to take part in academic exchange with universities of European countries.
Discussion
The scientific issue of the research consists of solving the contradictions between the
necessity of a highly qualified creative minded engineer training and not
properly developed method of teaching mathematical and natural-science
disciplines focused on the forming of common cultural and professional
competences taking into consideration
advanced European experience.
The main idea
is to define how to organize educational activities for training
specialists of our university in order
to push the qualification they get closer to the established world standards, to justify scientifically and to elaborate methodical system of
Mathematics and Computer Science training in technical higher educational
institution corresponding to the requirements of Bologna Declaration (two-level
education (bachelor and master)) focused on forming professional competences
taking into account the European experience [2].
The object of the research is the
process of Mathematics and Computer Science training in technical higher
educational institution.
The subject of the research is a
methodical system of Mathematics and Computer Science training in technical
higher educational institution focused on professional competences forming.
There
have been carried out a number of theses recently where the processes that
characterize modern tendencies of higher educational institutions in European
countries have been analyzed [3]:
historical
and pedagogical approaches for the educational processes effectiveness
assessment in universities of Western Europe (Grachyova V., Andreyev V,
Kirichenko G.);
professional
– pedagogical training of universities teachers of the USA, Germany and Russia
(Maklakova H., Suntsova M., Levina M.);
didactic
centres of higher school of Germany (Piterskova T., Moroz H., Sabirova D.)
A great
number of dissertations on pedagogy, philosophy and social sciences are based
on the analysis of modernized processes in higher schools in the context of
integrative tendencies initiated by Bologna process as well as in foreign
practice. The analysis of the discussions held nowadays in the pedagogical
community shows that in Russia there is no consonance in opinions concerning
educational reforms, initiated by the government in terms of the country’s
joining to Bologna process. There are many arguments concerning the transition
to the two-level system (bachelor-master) as well.
The
urgency of foreign experience research [1] is caused by the possibility of
using more valuable achievements in pedagogical science and in overseas
practice in the context of a new paradigm formation of higher professional
education in Russia. The priority is given then to the educational objectives,
caused by the urge of our country to take the leading position in the world
science and in innovative economics and thereby to interact with the world
society in solving global human issues.
Although the range of problems of the
organization of a highly qualified specialist training is widely developed in
the science of our country, at the same time there is a lack of works where
from a pedagogical point of view there is a complex analysis of the development
trend of foreign higher professional education.
Thus,
the analysis of existing sources in the field of the subject issue has allowed
to formulate a number of objective contradictions between:
- the
importance of studying international experience in the field of highly
qualified specialists training at the current moment and the lack of the information about issues in this field,
carried out abroad
- the raising demands from the part of the state and
the society to the quality of specialists training and the level of specialists
training in most Russian higher institutions;
- the creation of a unified educational space and the
lack of mass practice of systematic contacts between Russian and foreign
institutes of higher education;
Stated system of contradictions allowed to identify
the scientific issue of the research.
Expected results and output
of the study:
1. To carry out the monitoring of European
tendencies in education, learning and assimilating the advanced European
experiment.
2. To investigate the directions of the
perfection of the methodical system of mathematical and natural-science
disciplines on the basis of available experience in European and Russian educational paradigms.
3. To define the foreground purposes, to project
the content and to explain the methods and didactic means selection.
4. To work out the methodic system training of
Mathematics and Computer Science corresponding to the international standards
and providing the achievement of planned results of the training.
The decision of stated problems is based on the following method of research: theoretical analysis of guidance, psychological
and pedagogical literature published in European countries, monitoring the study process in one of
the leading European higher
educational institution, questionnaire design, selective analysis of the task
material of European textbooks,
adaptation and modification of the received materials to the conditions of the
system of Russian higher education.
The phases of the research.
Acquaintance with
the system of organization of the study process in one of the famous higher
educational institution in Europe, the structure of that higher educational institution, forms and
methods of the realization of the theoretical and practical trainings,
logistical support of the laboratories of that higher educational institution.
The conducting of the questionnaire
design for the teachers of the university , visiting lectures of the foremost
teachers of the institution, taking part in holding practical and laboratory
studies, analysis of guidance, psychological and pedagogical literature devoted
to the theme of the research.
We have
carried out an analysis of several areas of training bachelor (Civil
Engineering, Information Science in Engineering Systems, information
Technology) of Germany and Russia.
This
choice is explained by the fact that, the system of higher education of Germany
is highly effective and well accepted all over the world.
Germany
isn't rich in natural resources. The basis of its economic stability is highly
qualified specialists.
Analysis
of curriculum have revealed:
Curriculums
at bachelor's degree in Germany have composed of 6 semesters.
Curriculums
at bachelor's degree in Russia have composed of 8 semesters.
The
curricula of universities in Germany haven't humanitarian, social and economic
disciplines. In Russian universities they are binding and constitute 48-58% of
the load in each semester.
The
total number and proportion of hours planned for: lectures, workshops,
independent work in almost identical semester.
We can
make the conclusion, since Russia signed the Bologna Declaration, it is
necessary to develop curricula taking account the European experience.
We
mustn't teach students bachelor to program as students specialist.
Conclusion
The
purpose and the character both of training and education depend on the
following conditions:
·
the level of the society development
·
culture;
·
aims and tasks which the state specifies a particular stage;
·
State educational politic.
The
aim, the training and education character changes influence the mathematical
training character (introduction of new mathematical branches in education, the
level of mathematics course training, textbooks which are recommended for
future engineers).
Referens
1.
Griese B., Roesken B. Engineering students and their learning of mathematics. //
MAVI. 2011. ¹ 17. P. 3-23.
2.
Trofimova L. Professional competence of a tutor of a technical higher school in
terms of the conditions of the realization of mixed training technology. //
Collected papers after the materials of international scientific-practical
conference “Modern directions of theoretical and applied studies 2011” Volume
33. Pedagogy, psychology and social sciences. Odessa: Chernomorye, 2011 . P.
79-82.
3.
Trofimova L. The peculiarities of the formation of educational-methodic complex
on the discipline IT. // Collected papers after the materials of the
scientific-practical conference “Challenging problems of science”. Part 2. Tambov, 2011. P. 132-134.