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COMPUTER MODELING AS A SYNERGY MANIFESTATION IN MATHEMATICS EDUCATION OF LAW STUDENTS
Abstract
In the article the questions of mathematical education of law students focused on computer modeling of professional tasks with discovering of mathematical potential synergy in professional competences formation and personal development are actualized. A synergistic approach has been chosen as an effective strategy for the implementation of this problem. The authors explore the potential possibilities of self-organization and self-development of students in relation to mathematical education. The search and actualization of the forms and methods of mathematics learning at university leading to the manifestation of synergetic effects are defined as a key direction for improving the quality of mathematical education, especially for law students. Numerous studies and long-term pedagogical practice made it possible to propose and introduce a five-stage technology for the synergy manifestation in mathematical education and forming of vocational skills using information technologies. As a didactic mechanism for mastering of complex mathematical constructs for law students within the framework of the developed technology, the authors offer the professional and applied tasks, as well as research ones. At the same time, the means of mathematical and computer simulation of nonlinear dynamic of legal processes allow the authors to build the adaptation stages and technological constructs of actualization and manifestation of synergetic professional effects in teaching mathematics. The psychodiagnostic tools of the analysis and quantitative estimation of the given phenomenon have been offered; the effectiveness of the developed technology has been proved; further prospects for its application have been determined. The results of the research are novel and have practical value as they provide an opportunity to bring the future lawyers professional training to a higher level - with the acquisition of professional synergistic effects using mathematical tools.
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References12
Haken H. Principes of Brain Functioning. A Cynergetic Approuch to Brain Activity, Behavior and Cognition, Germany, 1996.
Malinetskii G. G. Synergetics, interdisciplinary and post - neoclassical science of the XXI century. Preprint IPM named after M. V. Keldysh. Russia, No. 51: 36, 2013.
Nikolis G. & Prigozhin I. Poznanie slozhnogo. Russia, 1990.
Marion R. & Schreiber C. Evaluating Complex Educational Systems with Quadratic Assignment Problem and Exponential Random Graph Model Methods. Complex Dynamical Systems in Education, Switzerland, pp 177-201, 2016.
Dvoryatkina, S.N. & Melnikov, R.A. & Smirnov E.I. Technology of synergy manifestation in the research of solution’s stability of differential equations system. European Journal of Contemporary Education, Slovakia, vol. 6(4), pp. 452-459, 2017.
Lopukhin, A. & Orlov S. The efficiency of using mathematical statistics in legal disciplines within the context of synergetic approach. Matters of Russian and International Law, Russia, vol. 9, pp 63-73, 2016.
Smirnov E.I. Methodological Foundation of a Synergy in Mathematical Education of the Teacher. International periodic scientific journal "SWorldJournal" Pedagogy, Psychology and Sociology, Russia, vol., pp 23–28, 2016.
Dvoryatkina S.N. & Smirnov, E.I. & Uvarov, A.D. Technology of manifestation of non-linear dynamics of the areas of the irregular of Schwart’s cylinder. EUR Workshop Proceedings (CEUR-WS.org): Selected Papers of the XII International scientific-practical conference «Modern information technologies and IT-education» (SITITO 2017), Russia, 2017, pp 12-23.
Federal Law 44/ 2013 «About contract system in the field of purchases of goods, works, services for the state and municipal needs», vol. 14/1652.
Wonderlic E.F. The Wonderlic Personnel Test and Scholastic Level Exam: User’s manual. Libertyville, IL: Wonderlic Personnel Test, USA, 2002.
Mednick S. A. & Mednick M.T. Remote Associates Test, college and adult form. Russia, 1962.
Dvoryatkina, S. & Smirnov, E. & Lopukhin, A. New opportunities of computer assessment of knowledge based on fractal modeling. Proceedings of the 3rd international conference on higher education advances, HEAd/17, Spain, 2017, pp. 854–864.
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