EСO-Environment of the Information - Analytical System of Scientific Personnel Training as a Means of Open Science

M. Rostoka, O. Kuzmenko
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引用次数: 1

Abstract

The changes in the system of higher engineering education (HEE), the development of the scientific vector of STEM and the demands of Industrial Revolution 4.0 determines the revision of the concept of Scientific Personnel Training (SPT) of engineering direction. It is important to modernize the content of such education and of focus on meeting stakeholders in the context of open science. Methodologically substantiated principles of the construction information-analytical system (IAS) in integration software engineering with scientific approaches to teaching in physics, will adequately affect the level of quality organization of the research in open science using the proposed ECO‑environment of IAS for SPT. The purpose of SPT, based on the fundamentalization of the practical logic and of the provisions of transdisciplinary, systematic, competency and synergetic approaches is to provide subjects of scientific education with methodological tools for solving research problems in specific knowledge areas. At the transdisciplinary level, taking into account the concepts of STEM and open science justified adaptive of the methodology of constructing the transdisciplinary IAS; the terminological is systematized; the adaptive processes of in ECO environment are revealed; the trajectory of development of transdisciplinary competence of applicants of scientific education is substantiated.
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以开放科学为手段的科技人才培养信息分析系统EСO-Environment
高等工程教育体系的变化、STEM科学载体的发展以及工业革命4.0的需求,决定了工程方向科学人才培养(SPT)理念的修订。重要的是使这种教育的内容现代化,并注重在开放科学的背景下与利益相关者会面。在将软件工程与科学的物理教学方法相结合的过程中,构建信息分析系统(IAS)的方法学上得到证实的原则,将充分影响开放科学研究的质量组织水平,并将IAS用于SPT的拟议生态环境。SPT的目的是在实践逻辑和跨学科、系统、能力和协同方法的基础上,为科学教育的主体提供解决特定知识领域研究问题的方法论工具。在跨学科层面,考虑到STEM和开放科学的概念,证明了构建跨学科IAS方法的适应性;术语是系统化的;揭示了生态环境下的适应过程;科学教育申请者跨学科能力的发展轨迹得到了证实。
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