Обоснованы структурные элементы цифровой образовательной среды, охарактеризовано их предназначение посредством демонстрации моделей взаимодействия цифрового инструментария и цифровой образовательной среды на относительно автономных и вместе с тем органично взаимосвязанных содержательно и в своей логической последовательности этапах деятельности учителя: проектирования, реализации, анализа, исследования. Архитектура цифровой образовательной среды представлена как цифровая педагогическая экосистема взаимосвязанных дидактических моделей, функционирующих на авторской цифровой педагогической платформе Allis.school, составляющей ядро цифровой образовательной среды . The article Substantiates the structural elements of the digital educational environment and describes their purpose by demonstrating models of interaction between digital tools and the digital educational environment at relatively autonomous and at the same time organically interconnected in content and in their logical sequence stages of the teacher's activity: design, implementation, analysis, research. The architecture of the digital educational environment is presented as a digital pedagogical ecosystem of interconnected didactic models operating on the author's digital pedagogical platform.
This paper presents the newly developed model for integrating monitoring systems in public administration at the regional level, including the possibilities for its technological transformation. The model is formed by authors on the example of the integration of monitoring systems for performance evaluation of the financial activities of local authorities at the territory of Tver region. Authors provide the assessment of the effectiveness of the inter-budget transfers provided to the municipal district from the regional budget, as well as the need for technological transformation of public administration. The article clarifies the concept of "integration of monitoring systems in the public administration of the region", distinguishes the terms of "monitoring" and "monitoring system". The technological transformation is highlighted as an element of digital transformation. The results of the paper are of interest to experts in the field of economics and management, the digital economy, the budget process and financial law.
Теоретической основой проектирования цифровой образовательной среды является трехмерная модель, предпосылкой для разработки которой стала технологическая карта изучаемого предмета (В.М. Монахов). Основное внимание при разработке модели сосредоточено на логике взаимодействия триады «учитель - ученик - технология». Структурно проектируемая цифровая образовательная среда включает в себя три основных информационных блока: учебный процесс изучаемого предмета; уровень освоения учебного содержания (выбор обучающимся уровня обучения по изучаемому предмету; универсальные учебные действия, контент, состоящий из учебных ситуаций. The theoretical basis for the design of a digital educational environment is a three-dimensional model, a prerequisite for the development of which was the technological map of the studied subject (V.M. Monakhov). The main attention in the development of the model is focused on the logic of the interaction of the triad «teacher - student - technology». The structurally designed digital educational environment includes three main information blocks: the educational process of the studied subject; the level of mastering the educational content (the choice by the student of the level of training in the studied subject; universal educational actions, content consisting of educational situations.
Обоснован педагогический феномен «цифровая образовательная мастерская». Предложена типология цифровых образовательных мастерских и технология их реализации, установлены функции и представлено содержание различных типов цифровых образовательных мастерских. Сформулированы цифровые компетенции педагога как участника и модератора цифровой образовательной мастерской. The pedagogical phenomenon «digital educational workshop» has been substantiated. The typology of digital educational workshops and the technology of their implementation are proposed, the functions are established and the content of various types of digital educational workshops is presented. The digital competencies of a teacher as a participant and moderator of a digital educational workshop have been formulated.
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