Risk Management Based on Model of Competences when Introducing Innovative Information Technology

 
 
 
  • Abstract
  • Keywords
  • References
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  • Abstract


    Economic expediency and attractiveness of life quality improving are accompanied by risks of increasing instability and possible collapse of the world system. Forecasts of the labour market change connected with automation of working places and mass unemployment cause concerns. The task of risk management in the personnel training system for introduction of new information technology is considered. The purpose of the research is development of the methodology based on the models of competences including requirements for safe application of information-measuring systems, as well as for an education level, work experience and permit-to-work documents in new conditions. A complex of new mathematical models, methods and technologies providing safety of the process of information technology introduction owing to the systemic approach to risk minimization is taken as a basis of the methodology. Invariant models provide economic effectiveness of processes of designing the system of safety and planning of educational paths. Models of personal paths of development and classes of competences provide didactic safety. Decision-making methods provide information, psychological, social and economic safety of the process of information technology introduction. The methodology is realised when introducing distance learning technologies in educational organisations of Chelyabinsk and the Chelyabinsk region.

     

     


  • Keywords


    Information Technology, Risk Management, Modelling, Competences

  • References


      [1] Bondar K (2017), What is in reality Industry 4.0? [Electronic resource]. http://innovacima.com/en/2017/11/09/what-is-industry-4-0/

      [2] Kruglov S, (2011). Umnye liudi, umnye goroda: chto nado znat o programme razvitiia tsifrovoi ekonomiki [Smart people, smart cities: what you need to know about the program of digital economy development]. http://tass.ru/ekonomika/4306382

      [3] Tolmachev VD (2011), O kadrovom obespechenii sovremennoi energetiki, Energobezopasnost i energosberezhenie [On staffing of modern power engineering, Energy security and energy saving], 1, 37-38.

      [4] Hel I (2015), Industriia 4.0: Chto takoe chetvertaia promyshlennaia revolutsiia? [Industry 4.0: What is the fourth industrial revolution?] https://hi-news.ru/business-analitics/industriya-4-0-chto-takoe-chetvertaya-promyshlennaya-revolyuciya.html

      [5] Kuznetsov AA, Henner EK (2010), Informatsionnye tekhnologii v obrazovanii [Information technologies in education], Obrazovanie i Nauka, 7(75), 88-96.

      [6] Zaitseva SA (2011), Metodicheskie osnovy formirovaniia IKT-kompetentnosti budushchego uchitelia nachalnykh klassov [Methodical foundations of ICT competency formation of future primary school teacher], Vysshee Obrazovanie Segodnia, 4, 42-44.

      [7] Robert IV (2008), Teoriia i metodika informatizatsii obrazovaniia (psikhologo-pedagogicheskie aspekty) [Theory and methodology of informatization of education (psychological, pedagogical and technological aspects)], 2nd ed., ext., IIO RAO, Moscow.

      [8] Gnatyshina ЕА, Bogatenkov SA (2012), Poniatie informatsionnoi i kommunikativnoi kompetentnosti vypusknika uchrezhdeniia professionalno-pedagogicheskogo obrazovaniia [Concept of information and communication competency of graduate of vocational-pedagogical education institution], Vektor Nauki Toliatinskogo Gosudarstvennogo Universiteta, 2, 10-12.

      [9] Gelrud, IJD, Loginovskii OV (2015), Upravlenie proektami: metody, modeli, sistemy: monografiia [Project management: methods, models, systems: monograph], Publishing Center of IUUrGU, Cheliabinsk.

      [10] Pozniakov VV (2012), Upravlenie proektami dlya top-managerov [Project management foe top managers], Upravlenie proektami i programmami [Project and Program Management], 3, 27-28.

      [11] Bogatenkov SA (2013), Klassifikatsiia informatsionnykh i kommunikativnukh kompetentsii v professionalno-pedagogicheskom obrazovanii kak factor didakticheskoi bezopasnosti [Classification of information and communication competences in vocational professional education as a factor of didactic security], Mir Nauki, Kultury, Obrazovaniia, 1, 45-48.

      [12] Bogatenkov SA, Gelrud IaD (2017), Decision-Making in the Application of Automated Information-Measuring Systems for Thermal Power Plants: The Experience of the Chelyabinsk Thermal Power Station-2, Bulletin of South Ural State University. Ser. Computer Technologies, Automatic Control, Radio Electronics, 17(1), 74–83.

      [13] Bogatenkov SA, Malovechko SN, Kosterin VV (2016), Secure state power system models building. 2nd International Conference on Industrial Engineering, Applications and Manufacturing (ICIEAM), 1–5. DOI:10.1109/ICIEAM.2016.7911642.

      [14] Bogatenkov SA (2017), Modeling of Safety System for Technical Diagnostics of Measuring Channels under Conditions of Information Introduction and Measuring Systems. 2nd International Ural Conference on Measurements (UralCon). IEEE, 323−329. DOI 10.1109/URALCON.2017.8120731.

      [15] Bogatenkov SА, Gnatyshina EA, Belevitin VA (2017), Kompetentnostno orientirovannoe upravlenie podgotovkoi kadrov v usloviiakh elektronnogo obucheniia [Competence-based management of personnel training under conditions of e-learning], Izd-vo Iuzhno-Uralskogo Gos. Gumanitarno-ped. un-ta, Cheliabinsk.

      [16] Bogatenkov SА, Bogatenkov DS (2018), Metodologiia bezopasnogo vnedreniia informatsionnykh tekhnologii v sotsialno-ekonomicheskoi sisteme professionalnoi deiatelnosti [Methodology of safe introduction of information technologies in the social and economic system of professional activity] Zhurnal Upravlenie Investitsiiami i Innovatsiiami, 1, 17-29.

      [17] Belevitin VA, Gnatyshina EA, Chernovol IG (2017), Naucho-issledovatelskaia rabota magistranta: teoriia i praktika organizatsii i provedeniai: uchebno-metodicheskoe posobie [Academic research work of postgraduate: theory and practice of organization and conducting: study guide], Izd-vo Iuzhno-Uralskogo Gos. Gumanitarno-ped. un-ta, Cheliabinsk.

      [18] Belevitin VA, Gafarova EA, Korchemkina IuV (2017), Vliianie ternarnosti predstavleniia uchebnoi informatsii na povyshenie kreativnosti obuchaiushchikhsia [Influence of ternary timing of presenting educational information on improving the creativity of students], European Social Science Journal (Evropeiskii Zhurnal Sotsialnykh Nauk), 6, 194-200.


 

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Article ID: 24324
 
DOI: 10.14419/ijet.v7i4.38.24324




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