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Improvement of the professional skills of the employees of the basic schools in the conditions of modernization of education

Pasechnikova Larisa

Zeszyty Naukowe Wyższej Szkoły Technicznej w Katowicach

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2018

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nr 10

209--218

PL

W artykule rozważa się problem podnoszenia kwalifikacji zawodowych personelu szkolnego, wsparcia w zakresie modernizacji kształcenia. Badanie innowacyjnych form i metod doskonalenia zawodowego nauczycieli pozwala ocenić ich skuteczność, zidentyfikować mocne i słabe strony, aby stymulować system kształcenia podyplomowego zgodnie z rzeczywistymi potrzebami szkoły i promując zaangażowanie nauczycieli, aby osiągnąć sukces w swojej działalności zawodowej.

EN

The article is devoted to the consideration of the problem of increasing the professional skills of the workers of the supporting schools in the conditions of the modernization of education, both during the course retraining and in the intercourse activities. The study of innovative forms and methods of professional development of teachers makes it possible to assess their effectiveness, identify strengths and weaknesses, simulate the system of postgraduate education in accordance with the current needs of the school and help motivate pedagogical workers to achieve success in their professional activities.

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FEM applications to the analysis of passive solar wall elements

Lenik K., Wójcicka-Migasiuk D.

Journal of Achievements in Materials and Manufacturing Engineering

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2010

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Vol. 43, nr 1

333--340

EN

Purpose: The evaluation of heat propagation effectiveness through passive solar modules of different construction in relation to selected process conditions by means of computer simulation. Design/methodology/approach: The analysis of heat transfer through laminar structures in transient states by means of FEM and its verification on small scale models during laboratory tests. Findings: The paper presents the application of FEM and its methodology of computations for the established conditions on both sides of laminar structures specific for solar passive-thermal modules. The results are compared to small scale experimental results. The verification of the analysis leads from particular conclusions concerning the procedure of simulations towards general comments on the application of real modules. Research limitations/implications: The research has been carried out by means of software suitable for field analysis with some limitations to 3D which have been specified but their influence on usefulness of results is only minor. The verification on a small scale model is necessary and reliable in terms of the research consistence. Practical implications: Finite Element Method exploited in the applied methodology of investigation can be successfully used as a tool to examine energy transfer at considerations on different laminar structures. The subject of the research, i.e. solar passive modules confirmed their usefulness for energy demand reduction but with some identified restrictions. Originality/value: The use of small scale solar modules to verify FEM analysis and the combination of both analyses to determine the applicability of modules in real conditions of solar energy conversion in different building objects.

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Current state and development perspectives of Materials Science and Engineering in Poland

Dobrzański L. A., Hetmańczyk M., Łągiewka E.

Journal of Achievements in Materials and Manufacturing Engineering

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2010

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Vol. 43, nr 2

782--789

EN

Purpose: The purpose of this paper is to present the current state and development perspectives of Materials Science and Engineering in Poland. Design/methodology/approach: The actual state of affairs, further development trends, assessment of the state integration of scientific circles and proposals for the joint activities for development in the area of Materials Science and Engineering in Poland is presented. Findings: The paper presents the assessment of the state integration of scientific circles in the area of Materials Science and Engineering in Poland. Practical implications: The proposals for the joint activities for development in the area of Materials Science and Engineering in Poland are presented. Originality/value: The value of this article lies in the fact that it proposes the joint activities for development in the area of Materials Science and Engineering in Poland.