Introduction of Information Technologies: Training Methodology

S. Bogatenkov, L. Palamarchuk, R. Bazhenov
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Abstract

The lack of a systematic approach to minimizing risks and sufficient competency models leads to the inefficiency of projects for introducing new information technologies. The purpose of the study is to develop a training methodology that minimizes the risks of professional activity in the implementation of information technology. The basis of the methodology consists of invariant models and methods of network planning of personal trajectories of development and design of a system for the safe implementation of information technology. Invariant models of competences, composition and evaluation of measures have been constructed, which allow minimizing labor costs and staff errors when adapting the system for training personnel to work with a specific type of information technology in a particular enterprise or organization. Based on the competency model that takes into account the level of education, work experience, certificates and duties, a method for designing personal development paths for working with information technologies is proposed, minimizing economic risks. Based on the composition models and the evaluation of measures, a method was proposed for designing a system for the safe implementation of information technologies, taking into account the system approach to risk accounting, as well as the competences and interests of all participants in the process of implementing information technologies. Application of the research results at the Chelyabinsk Forge-and-Press Plant, in the South Urals and Priamursky State Universities resulted in cost savings related to staff training for the safe implementation of the 1C platform products.
信息技术导论:培训方法
缺乏将风险最小化的系统方法和足够的能力模型导致引入新信息技术的项目效率低下。这项研究的目的是制订一种培训方法,尽量减少信息技术实施过程中专业活动的风险。该方法的基础包括不变模型和个人发展轨迹的网络规划方法,以及安全实施信息技术的系统设计。已经建立了能力、组成和评价措施的不变模型,在调整系统以培训人员在特定企业或组织中使用特定类型的信息技术工作时,使劳动力成本和工作人员错误最小化。在综合考虑教育水平、工作经验、证书和职责的胜任力模型的基础上,提出了一种设计信息技术工作人员个人发展路径的方法,使经济风险最小化。基于构成模型和措施评价,提出了一种既考虑风险核算的系统方法,又考虑信息技术实施过程中所有参与者的能力和利益的信息技术安全实施体系设计方法。研究成果在车里雅宾斯克锻压厂、南乌拉尔和Priamursky国立大学的应用,节省了与1C平台产品安全实施的员工培训相关的成本。
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