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pp. 4118-4132 | Article Number: ijese.2016.319
Published Online: August 05, 2016
Abstract
The article contains analysis software products used in the preparation of professionals through which they can realize themselves in this industry. The aim of the study is the analysis of personnel petroleum education in specialized university. The result is a sociological study on the question of the need and importance of personnel support petroleum and geological formations; the rating of Russian universities, which train specialists in the oil and gas industry training. Discussed the main programs of dynamic simulation solutions for training through new information technologies. Also developed projects to train teachers in new software system that will enable them to improve skills and to improve teaching methods. The principles of structural balanced educational programs and advanced training for educational global networks of production, trade for direction of personnel training. The article includes an analysis of universities that focused on high-quality training to working professionals. The novelty of the research is analytical survey realization personnel program support.
Keywords: Professional training, training. the oil and gas industry, the Russian universities
References
Alekseev, A. I. (2005). The Geography of Russia, Moscow: Drofa, 264 p.
All-Russian public organization "Business Russia" (2015). Direct access: http://www.deloros.ru/issledovaniya.html.
Analysis and forecast of production of commodity group "oil Refining in Russia". (2011). The Institute for economic forecasting, issue 2, 253-267.
Bakulin, V. V. & Kozin, V. V., (2007). The Geography of the Tyumen region Ekaterinburg, 1996. Russian Gazette, 40, 26-27.
Glebov, A. F. (2006). Geological and Mathematical Simulation of Oil Reservoir: Seismic to Geo-Hydrodynamics. Moscow: Science World, 263 p.
Kanevskaya, R. D. (2012). Mathematical modeling of hydrodynamic processes of hydrocarbon deposits development. Ishevsk: Institute of Comuter Researches, 352 p.
Korzhubaev, A. G. & Suslov, V. I. (2008). Strategy of developing the infrastructure of transport of oil, oil products and gas in Russia. Neftegazovaya Geologiya. Teoriya I Praktika, 3(4), 1-28.
Lappo, G. M. (1997). Urban Geography. Moscow: Vlados, 265 p.
Large Tyumen encyclopedia. (2004). Tyumen: Tyumen State Univercity, 312-314.
Naftogaz. (2003). The encyclopedia of the TSOGU graduates. Tyumen, 488 p
Oil Refining industry of Russia. (2005). Geography, 13. Moscow: Science, 77 p.
Sheveleva, N. P. (2014). The prospects for the implementation of University science window" in Russian universities, about new technologies in the oil and gas industry. Direct access: http://www.tyuiu.ru/wp-content/uploads/2015/08/Sbornik-materialov-konferentsii-Tom-2.pdf
The Tyumen region today (2009b). The newspaper "The Tyumen region today", 64, 14-15.
The Tyumen region today (2009a). The newspaper "The Tyumen region today", 42, 27-28.
Zakrevsky, K. E. (2009). 3D geological modeling. Moscow :Mask, 262 p.