Abstract

Federal State Educational Standard of basic common education sets the demands to personal, meta-subject and subject results of learning after basic educational program of common education. So, according to the succession principle we should develop the competence of the students following these three directions transforming them into educational environment of the university. Thus, meta-subject competence should include ability to use intersubject definitions and universal learning activities performing them at learning, knowledge and social practice. The achievement of meta-subject results is connected with the nature of universal activity. The basis of nature-coordinated education should be basic values and the most important is morality which is formed from the human nature. That is why the standards of the second generation formulate four blocks of universal learning activities: personal, regulative, common knowledge and communicative. According to their nature meta-subject activities are functional-oriented ones and they form the psychological basis and determine condition of the success of subject task solution. Meta-subject competence development supposes various forms of studying process organization. Problem learning implies active interrelation of the subjects of learning process allowing to form such students categories as readiness, activeness, ability to appreciate which are the key ones for the term competence. One of such organization forms can be the business game which can be used as the means of diagnosis and forecast of personal behavior in various situations. Project technology is also aimed to develop wide range of competence and creative abilities and that is why it suggests the integrity of research, searching, problem solving and comparison methods. It has been shown that nowadays the role of each discipline in meta-subject competence development has been growing rapidly.

Highlights

  • Проблемное обучения подразумевает активное взаимодействие субъектов образовательного процесса, что позволяет формировать у студентов такие категории, как «готовность», «активность», «способность оценить», являющиеся ключевыми для термина «компетенция»

  • A graduate that has mastered this programme should be ready to meet the professional challenges demanding from him specific knowledge and skills in different fields, including Mathematics and he should obtain them while studying at university

  • In this article we interpret the aspects of academic bachelors’ mathematical training as the academic activities based on personalizing the academic studies and implying an efficient combination of teaching ready to learn knowledge and the ways of its obtaining while solving the goals corresponding in their structures to the types of professional activities

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Summary

Introduction

Проблемное обучения подразумевает активное взаимодействие субъектов образовательного процесса, что позволяет формировать у студентов такие категории, как «готовность», «активность», «способность оценить», являющиеся ключевыми для термина «компетенция». Все они являются способами деятельности, которые осваиваются обучающимися на базе одного, нескольких или всех учебных предметов и которые могут быть применены как в рамках образовательного процесса, так и при решении проблем в реальных жизненных ситуациях.

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