Comparative Analysis of Entrepreneurial Competencies Development among University Students

The article presents the results of an empirical study aimed at a comparative analysis of the level of students’ entrepreneurial competencies of various forms of education (full-time, parttime, correspondence courses forms). The sample included 564 students of Ural State University of Economics (Yekaterinburg) and Omsk State University named after F.M. Dostoevsky (Omsk) of non-core areas of training. Empirical data were collected using an online survey and the method of narrative essays. The data obtained were interpreted and processed using qualitative and quantitative analysis methods, including descriptive statistics, correlation analysis (Pearson correlation coefficient, R), one-factor analysis of variance, factor analysis and qualitative analysis of student histories. The conducted research makes it possible to assess the differences in the level of assessed competencies of students depending on the form of study, to determine the correlation of the presence of entrepreneurial intentions and assessments of students’ entrepreneurial competencies, as well as to analyze the attitude of students to the importance of the formation of entrepreneurial competencies at the university. As a result, statistically significant differences in the values of indicators of competence development by the factor of the education form by university students were revealed. Based on the data obtained on the research issues, the authors actualize the importance of attention to the development of entrepreneurial intentions and competencies of university students in non-core areas of training, including through the introduction of special disciplines into the curricula, which can become one of the predictors of the economic and social well-being of the country

ASSESSMENT OF SURVIVAL OF ZYGOMATIC IMPLANTS AND ROOT DENTAL IMPLANTS

Currently, dental implantation has taken a leading position in the complex treatment of various dental diseases as the main and the most progressive method of restoring the quality of life of patients. Work is devoted to studying of implants survival at 29 patients of specialized unit of multi-speciality hospital. 68 zygomatic implants and 137 root dental implants were set up to these patients. Implants were set up to get stomatologic rehabilitation of patients with the acquired adentia of jaws. The comparative assessment of survival of zygomatic and dental implants was carried out, the period of observation was 36 months. The assessment of survival of root dental implants at all patients operated for the reporting period of time was carried also out

Practical implementation of the process of digitalization of education in master programs

The work aims at solving one of the problems of digitalization of education in the direction of training 44.04.01 “Pedagogical education” (in the master's program “Information and Communication Technologies in Education”). The leading method for studying this problem is the method of comparison and grouping, which allows us to identify the effectiveness of electronic educational materials and digital educational resources as components of the process of the digitalization of education in the preparation of master’s degree graduate

ICT competence of a teacher in the context of digital transformation of education

The article presents the results of a study on mastering the ICT competence of the teaching staff of the Belgorod State National Research University in dynamics, which are based on the requirements for the ICT competence of the teacher and include 3 levels of digital literacy: the basic level, the level of proficiency in working in a digital educational environment and level of proficiency in digital educational technologie

Security methods for a group of mobile robots according to the requirements of Russian and foreign legislation

This paper is devoted to the problem of creating security methods for mobile robotic systems. The urgency of the problem of ensuring the security of mobile robotic systems is associated with the presence of a contradiction between the growing popularity of the mobile robotic systems and the presence of many vulnerabilitie

Investigating organic aerosol loading in the remote marine environment

Aerosol loading in the marine environment is investigated using aerosol composition measurements from several research ship campaigns (ICEALOT, MAP, RHaMBLe, VOCALS and OOMPH), observations of total AOD column from satellite (MODIS) and ship-based instruments (Maritime Aerosol Network, MAN), and a global chemical transport model (GEOS-Chem). This work represents the most comprehensive evaluation of oceanic OM emission inventories to date, by employing aerosol composition measurements obtained from campaigns with wide spatial and temporal coverage. The model underestimates AOD over the remote ocean on average by 0.02 (21 %), compared to satellite observations, but provides an unbiased simulation of ground-based Maritime Aerosol Network (MAN) observations. Comparison with cruise data demonstrates that the GEOS-Chem simulation of marine sulfate, with the mean observed values ranging between 0.22 μg m−3 and 1.34 μg m−3, is generally unbiased, however surface organic matter (OM) concentrations, with the mean observed concentrations between 0.07 μg m−3 and 0.77 μg m−3, are underestimated by a factor of 2–5 for the standard model run. Addition of a sub-micron marine OM source of approximately 9 TgC yr−1 brings the model into agreement with the ship-based measurements, however this additional OM source does not explain the model underestimate of marine AOD. The model underestimate of marine AOD is therefore likely the result of a combination of satellite retrieval bias and a missing marine aerosol source (which exhibits a different spatial pattern than existing aerosol in the model)

First observation of proton reflection from bent crystals

We recently suggested using short bent crystals as primary collimators in a two stage cleaning system for hadron colliders, with the aim of providing larger impact parameters in the secondary bulk absorber, through coherent beam-halo deflection [1]. Tests with crystals a few mm long, performed with 70 GeV proton beams at IEHP in Protvino, showed a channeling efficiency exceeding 85 %. We also observed disturbing phenomena such as dechannelling at large impact angle, insufficient bending induced by volume capture inside the crystal, multiple scattering of non-channeled protons and, for the first time, a proton flux reflected by the crystalline planes. Indeed, protons with a tangent path to the curved planes somewhere inside the crystal itself are deflected in the opposite direction with respect to the channeled particles, with an angle almost twice as large as the critical angle. This effect, up to now only predicted by computer simulations [2], produces a flux of particles in the wrong direction with respect to the absorber, which may hamper the collimation efficiency if neglected

Developing models of IoT infrastructures to identify vulnerabilities and analyse threats

This article describes the developing stands of typical IoT infrastructure Technologies, which are designed to identify vulnerabilities and analyse potential threats. Scenarios of attacks typical for such systems have been developed, and the consequences of implementing attacks have been determined. Attacker can use the developed scenarios, been motivated by different goal