The paper presents the analysis of methodological approaches to the origin, formation and development of the ‘information and education space’ concept, and also notes the relevance of its application in contemporary society. The genesis of methodological approaches to the definition of an information and education space concept is based on a theoretical analysis and generalization of the philosophical, historical, pedagogical, sociological and cultural sciences, which made it possible to specify its essential content. It is indicated that the use of media resources, sites, instant messaging services acts as an organizational and pedagogical toolkit, which provides means for optimizing time management, managing on-line and off-line interactions as part of the learning process in present-day universities and colleges. The main purpose of this article is a brief analysis of a system-holistic, mental-emotional, personality-developing, socio-geographical, distance, and local-poster approaches to the essence of information and education space determination; and also the definition of this pedagogical phenomenon. The study has used various methods described in this paper: a hindsight analysis of domestic and foreign experience in the use of state-of-the-art IT solutions; theoretical methods; established pedagogical methods; empirical methods, an educational experiment; programmed learning techniques; interactive methods; forecasting methods; intuitive methods; methods of statistical data processing; methods for the study and generalization of contemporary pedagogical experience in the development of a personal information literacy in education. The result of the introduction of the methodological approaches described by the authors of this article to the organization of the educational information environment of the university was a positive dynamic in the development of information needs, reflection and self-assessment of educational and cognitive activities in the Internet environment, as well as assessing the ability of self-education and self-development among students of various profiles and areas of preparation.

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Transition to a post-industrial society determines the development of an educational system through innovations. To address the related issues, we need a methodology lined up with the post-industrial society and capable of maintaining effective innovation management in education. Creation of much-in-demand, competitive, and economically attractive educational innovations is largely associated with combined efforts of several educational organizations. Once merged in a territorial educational cluster, they establish conditions for a complete innovation life cycle. A driving mechanism for innovations to move throughout the entire life cycle is logistics. So far, two scientific positions have been formed in relation to the use of logistics in education. The first position is represented by educational logistics aimed at sustainable functioning of the educational system infrastructure. The second one encompasses pedagogical logistics, which facilitates effectiveness and quality of the teaching and educational process. None of them aim at development of an educational organization or its pedagogical system being implemented. Boosting the situation already in place could be done through integration of the educational and pedagogical logistics’ achievements supplemented by the idea to develop an educational infrastructure with a pedagogical system already in place into pedagogical innovation logistics. This logistics serves as a methodological basis of pedagogical innovations management in education. The scope of such logistics is a territorial educational cluster; its subject is infrastructural, educational, integrative flows, a flow of obstacles, and a pedagogical innovation flow. As a matter of applicability, the efficiency of pedagogical innovation logistics has been tested with a regional educational holding being an example. Its performance has been analyzed by using six criteria that evaluate the changes in the pedagogical innovation flow: rate, capacity, reference quality assessment, density, content variability, and uniformity. The data obtained have provided the evidence of practical efficiency of pedagogical innovation logistics.

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