QUALIMETRY AS THE ESSENTIAL PART OF SELF-EDUCATIONAL ACTIVITY OF THE STUDENTS


Cite item

Full Text

Abstract

The article discusses the innovative approach to the qualimetry organization within the process of self-educational activity of the students on the basis of the matrix model of cognitive activity that allows considering the learning of educational materials as a "movement" through the elements of the matrix. Using the approach as a system-forming factor it is possible to structure the educational material into educational elements according to the difficulty levels, to organize controlled self-educational activity and qualimetry of the students.

The usefulness of this work is in the implementation of the described scientific concepts in the educational process with the help of study guides consisting of four modules, each of which has a different difficulty level. The first module contains the simplest tasks of the first difficulty level; the second contains the problems of the second difficulty level, etc. For the purpose of effective development of knowledge systemacity of the students the authors offer to start the acquisition of the educational material with the elementary tasks solving and to move gradually to the most difficult task of the fourth level. The first module containing, as a rule, the educational tasks concerning the main definitions and concepts is the most comprehensive. It is impossible to move on not being able to solve the tasks of the first difficulty level.

Using the proposed study guides a student has the ability to organize his self-educational activity whenever convenient to him and at his own pace, carry out self-control and determine the level of his knowledge.

The proposed technology of qualimetry organization has been tested in two technical colleges: Samara State University of Railway Engineering and Samara State Technical University. Pedagogical experiment was carried out on the first course year of full-time, part-time and distance education during the study of higher mathematics as a part of the classwork and extracurricular self-educational activity and showed the tendency to improvement of the results of learning and the formation of competences.

About the authors

Elena Nikolaevna Ryabinova

Samara State Technical University, Samara

Author for correspondence.
Email: eryabinova@mail.ru

Doctor of pedagogical sciences, Professor of the Department «Higher mathematics and applied informatics»

Russian Federation

Ruzilya Nyabiullovna Chernitsyna

Samara State University of Railway Engineering, Samara

Email: y-abc@mail.ru

postgraduate student of the Department «Higher mathematics»

Russian Federation

References

  1. Zenovich E.S. Slovar’ inostrannih slov i virajeniy [Dictionary of Foreign Words and Expressions]. Moscow, AST publ., 2002, 778 p.
  2. Shihov Yu.A. Proektirovanie i realizatsiya kompleksnogo kvalimetricheskogo monitoringa podgotovki uchashchihsya v sisteme “Profilnaya shkola – VTUZ”. Avtoref. diss. dokt. ped. nauk [Designing and implementation of the complex qualimetry monitoring of the students’ training in the system “Profession-oriented school – Technical College”]. Ijevsk, 2008, 34 p.
  3. Chelishkova M.B. Teoriya i praktika konstruirovaniya pedagogicheskih testov [Theory and practice of designing of education tests]. Moskow, Logos, 2002, 432 p.
  4. Avanesov V.S. Forma testovih zadaniy [Form of tests]. Moscow, Tsentr testirovaniya publ., 2006, 156 p.
  5. Bespal’ko V.P. Obrazovanie i obuchenie s uchastiem kompyuterov (pedagogika tretyego tisyacheletiya) [Education and learning using the computers (pedagogy of the third millennium)]. Moscow, MODEK publ., 2002, 351 p.
  6. Ryabinova E.N. Formirovanie poznavatelno-deyatelnostnoy matritsi usvoeniya uchebnogo materiala v visshey shkole [Development of cognitive and activity matrix of the educational material acquisition at the higher vocational school]. Samara, SNC RAN publ., 2008, 245 p.
  7. Ryabinova E.N. Adaptivnaya sistema personifitsirovannoy professionalnoy podgotovki studentov tehnicheskih vuzov [Adaptive system of personalized vocational training of the students of technical colleges]. Moscow, Mashinostroenie publ., 2009, 258 p.
  8. Ryabinova E.N., Chernitsina R.N. Organizatsiya samostoyatelnoy raboti studentov na osnove matrichnoy modeli poznavatelnoy deyatelnosti pri izuchenii differentsialnih uravneniy [Organizing of self-directed learning of the students on the base of matrix model of cognitive activity during the study of differential equations]. Samara, PGSGA, 2014, 119 p.
  9. Ryabinova E.N., Chernitsina R.N. Organizatsiya samoobrazovatelnoy deyatelnosti studentov pri izuchenii krivih vtorogo poryadka [Organizing of self-directed learning of the students on the base of matrix model of cognitive activity during the study of second-order curves]. Samara, PGSGA, 2014, 202 p.

Supplementary files

Supplementary Files
Action
1. JATS XML

Copyright (c)



This website uses cookies

You consent to our cookies if you continue to use our website.

About Cookies