Search

Introduction. The competitive advantage in the field of critical knowledge and technology exacerbates the problem of the effectiveness of intellectual activity and the means of its support in science, production and education. Such visual aids, formed by conceptual and graphic elements, such as concept maps, frames, structural logic diagrams, etc., contribute to the theoretical analysis and generalisation of the formed images and representations of learners. According to the degree of the development of these visual aids, the emphasis shifts from the function of visibility to the function of the organisation of activities. The term “visibility” (associated with the initial images of perception and representation) is substituted by the term “regulator” (focused on the organisation of further activities of the student). The hypothesis assumes the expediency of the development of conceptual and graphic means of visualisation in the form of visual didactic regulations, which are the subject of research.The present research aims: to discuss the problem of the creation of didactic regulations for educational activities; to study the development of conceptual-graphic means of visibility and factors for improving their functionality; to forecast the development of this type of means based on the visualisation of the logical-semantic modelling of knowledge; to clarify terminology and applied aspects; and to conduct experimental approbation in the conditions of distance learning.Methodology and research methods. The research methodology is based on the fundamental didactic principle of visualisation, which is necessary for the transition in the process of cognition from sensory perception to abstract thinking and contributes to the combination of abstract thinking with visualisation in teaching. The research methodology is also based on the method of logical-semantic modelling of knowledge and the following criteria for the study of conceptual-graphic means of visualisation: the application of the cognitive principles of knowledge representation; the use of universal instructional analysis activities to transform knowledge; the applicability of graphical representation of content. The methodology for the formation of didactic regulations included a visual presentation of the results of logical-semantic modelling of knowledge using universal educational actions and coordinate-matrix graphics. The method of experimental approbation of regulations in distance learning involved: the participation of students of four specialities and university teachers; a questionnaire survey of students; mastering, designing and using didactic regulations on the topic of experimental studies.Results and scientific novelty. The search on the databases of scientific documents of the Russian Academy of Education, the Electronic Scientific Library, Scopus, WOS and the Internet revealed the apparent lack of research and development of didactic regulations of a conceptual-graphic type. It was established that the main reason for the development of conceptual and graphic means of visualisation is the complexity of the tasks to be solved in science, production and education. It is demonstrated that the improvement of the functionality of conceptual and graphical tools is explained by the application of the principles of cognitive visual representation of knowledge and the method of logical-semantic modelling. The basic structures of the regulations were predicted and formed; the terminology of the research approach was clarified; the application of the tools for educational and project-based activities, interfaces of computer training programs is considered.Practical significance. The functionality of visual didactic regulators expands the potential of visibility and complements the tools of the teacher and the student. Moreover, they can be used in teaching technologies, research activities and design, when creating computer training programs.

Introduction. Today, the system of secondary vocational education (SVE) is faced by a multi-factorial problem: the training of qualified specialists, taking into account approved federal unified standards; the fulfillment of potential employers’ requirements, which often do not coincide with these standards; and the determination of rapid responses to continuous changes in labour market conditions, i. e. the requirement for a qualitative human resources upgrade in regional production clusters and holding companies, as well as numerous small enterprises.The aim of the research was to develop a methodology for analysing vocational-educational problematics. The methodology was designed for the differentiation, specification and justification of relevant specialised competencies, which complement universal and general professional competencies documented in educational standards.Methodology and research methods. As a research methodology, a causal approach was used, specifically implemented in the form of a multi-dimensional matrix informing a stage-by-stage analysis, which links the need for qualified personnel (experts, who have necessary competencies) with the pedagogical conditions for their preparation (formation of necessary competencies in students).Results and scientific novelty. We present a recommendation for the organisational and content-based improvement of specialist education in terms of key SVE tasks and factors. This education should be conducted by means of systematic identification and assessment of multi-dimensional regional and sectoral needs for trained personnel, projections of results of monitoring on educational programmes and development of means for the acquisition of the relevant skills. The structure and algorithm of multi-dimensional matrix analysis, providing a stageby-stage presentation of problems found in industrial enterprises concerning specified SVE graduate competencies, are described and visually presented. This also enables to effectively build and timely adjust the learning process of really demanded, competitive experts capable to realise innovative projects, to master and create new equipment, i. e. to keep the successful operation and development of production and economics of a region and a country in general. The logic-semantic model of formation of transprofessional competencies, which integrates technological, informational, legislative and communicative-interprofessional components, is designed. The model consists of eight coordinate axes (“Structure of package tasks”, “Significant factors”, “Components”, “Theoretical bases”, “Implementation”, “Criteria of formation of competencies”, “Result”, “Strategic partners”) and reflects internal interrelations between all the elements of process of vocational education.Practical significance. The materials of the research and its results complement the theory and practice of vocational education, on the one hand, by new tools for development of federal and other standards, on the other hand, by methodological means of rational choice and justification through the introduction of the specific profile of variable professional competencies into SVE programmes. The authors proposed the methodological and graphic solutions of the problems and the recommendations, which can be used in the organisations of vocational education.

The paper discusses the results and prospects of experimental development of didactic multidimensional technology; the demand for such a technology results from the increasing complication of educational content and rising education quality requirements. Further improvements of educational process are closely related to implementing the information technologies – i.e. mental cards, information graphics, frames, structural schemes and other visualization forms. The research is aimed at finding the effective instruments of didactic modeling of knowledge. Based on several functional approaches, the authors have formulated the concept of personified informational educational system, and developed a courseware – DMT DESIGN (SA).1. The program is based on the subagent approach and macro- and micronavigation technologies, applied to the functional structure and educational content. In the conclusion, the authors outline the main trends of forthcoming experimental research, aimed at identifying the opportunities of didactic multidimensional tools implementation in educational processes.