The conceptual model of sustainable development of the rubal sector

On the one hand, the relevance of the studied issue is determined by growing lag of rural territorial units in socioeconomic development, and one the other by their significance in such important aspects of the country, as ensuring food supply security, preservation of the available land, production, ecological, demographic and human potential. The aim of the article is to develop the conceptual model of sustainable development of rural areas, which is based on the system of indicators of quality of living of rural population. The leading method for studying this issue is modeling, which allows to consider it as a targeted and organized process of formation of the concept of sustainable development of the rural sector of the regional economy using the example of the studies of experience of sustainable development of the Kinel-Cherkassky municipal district of the Samara region. The results: the analysis of consistence and tendencies of development of agrarian potential of rural areas of the Samara region was carried out for the purpose of implementation of the conceptual model of sustainable development and assessment of further prospects in the production sphere of the village; the main reasons for disproportion in sustainable development of rural areas of the Samara region are identified. The materials of this article can be used for theoretical conclusions, methodological developments and working knowledge in activities of bodies of the regional government and local self-government when developing the concept and programs of sustainable development of rural municipalities. © 2016 Belyaeva et al

Assessment of critical success factors transformation in ERP projects

The high value of ERP projects for business, as well as the high risks associated with these projects implementation, requires studying the success drivers of ERP projects and developing a methodology to assess potential transformation of success factors into risk factors in a phased project diagnosis on different life cycle stages. The paper defines and systematizes the key factors, which influence the results of ERP system implementation. The main approaches used are as follows: logical modeling, statistical techniques, heuristic techniques, such as questionnaires, interviews of representative groups of IT project managers, human resource managers, heads of technical and business units, that allowed to authors prove the most important critical success factors relating to human resources management. Research of the 22 autonomous critical factors grouped by key players and activities; the authors defined two independent criteria that determine the nature of critical factors effects on project results and present a methodology to assess the potential human-related (“soft”) critical success factors of ERP projects and their transformation into factors of risk. The results could be of use to business executives, business consultants, managers and professionals, providing them with an effective tool to identify and eliminate causes that threaten the project success. © 2016 Pecherskaya et al

Methodology of contract managers’ project competency formation in CPE

The paper defines and systematizes the key methods, which influence the results of continuing professional education (further referred to as “CPE”) implementation and quality control of CPE process. All this will allow providing coaches, tutors, business consultants, contract managers and professionals with an effective tool to identify and improve project competency of contract managers (contract officers, specialists in procurement further referred to as “contract managers”). The key methodused is a logicalmodeling, which allows to examine the problem of project competency formation as a purposeful and conscious process of forming professional skills of contract managers. The following approaches were also used: statistical and heuristic techniques, such as questionnaires, interviews of representative groups of contract managers. The authors introduce a study on key points in formation of project competency of contract managers at different levels: as a specialist in procurement and expert in procurement, according to professional standards, adopted by the Ministry of Labour of the Russian Federation № 625n and № 626n of 10.09.2015. The authors give some recommendations on project competency formation of contract managers, taking into consideration competency-based and business oriented training. The mentioned above approach in CPE, in authors’s opinion, contributes to the efficient development of competencies (competency clusters) of contract managers according to the expectations and interests of employers on the labour market. Aspects of project competency and stages of formation of such competency are considered from several perspectives. In order to cover above-mentioned issues the specially developed questionnaire was suggested by authors. The authors used a systematic literature review approach, starts with literature review, problems identification, selection process, assess, synthesize and write down the ideas proposed, and then make conclusions. © 2016 Pecherskaya et al

The metrological aspects of converters based on operational amplifiers used to measure the electrical parameters of oxide coatings

Background. The study is devoted to the issue of improving the accuracy of automated measuring instruments for the electrical parameters of oxide coatings. In measuring instruments, integrating circuits based on an operational amplifier, which is a universal amplifying device, are used to perform linear mathematical operations on analog signals. The disadvantage of the integrating circuit is the use of an operational amplifier, when using which it is necessary to take into account many parameters and factors that can affect the output signal, and hence the accuracy of the measured value. Materials and methods. Methods of indirect measurement of voltage and current on the studied sample with an oxide coating using the proposed structures of measuring channels are presented. It is shown that the parameters of operational amplifiers have a significant influence on the additive and multiplicative errors of measurement results, for the analysis of which a linear model of an operational amplifier is considered. Results. Based on the metrological analysis of the voltage measurement channel on the test sample, formulas for estimating additive, multiplicative and nonlinear error components are obtained. The contribution of multiplicative and additive parameters of the operational amplifier to the error of measurement results is analyzed in detail. Conclusions. Metrological analysis of the equivalent circuit of an operational amplifier with feedback has been performed, which can be used to estimate additive and multiplicative errors of circuits based on operational amplifiers widely used in instruments and measuring systems. It is shown that the total relative error of the developed channels for measuring current and voltage does not exceed 0.5%, which makes it possible to measure these values of the studied oxide coatings with guaranteed accuracy