Abstract

In the world of rapid changes, the concept of mobility is becoming an essential development factor for professionals, and understanding of this concept is not limited to physical mobility, i.e. studying and working abroad. Among various dimensions of mobility (academic, social, professional, cultural, etc.) we distinguish intellectual mobility as a characteristic of a professional and consider the problem of formation of intellectual mobility of engineering students through the integration of foreign language education and professional training. On the basis of theoretical research and practical experience, we have determined the pedagogical conditions for the formation of this characteristic in a technical university: 1) use of interactive teaching methods as well as ICT to change the function of a teacher when he/she becomes the moderator of students’ intellectual activities; 2) development of students’ motivation for intellectual activity by considering their psychological characteristics; 3) integration of foreign language education and professional training, active use of distance learning courses and intellectual games. The effectiveness of these pedagogical conditions while teaching ESP at Igor Sikorsky Kyiv Polytechnic Institute has been checked through carrying out the pedagogical experiment and set of questionnaires and tests to define the level of intellectual mobility. As a result, we have developed scientific and practical recommendations at administrative, methodological and practical levels for teaching staff. The development of teaching complexes to ensure the process of formation of intellectual mobility of specialists in the educational environment of a modern technical university has been proposed to be a prospective direction for scientific research.

Highlights

  • Modern developments in technology and socioeconomic changes together with intensive information flows stimulate pedagogical theory and practice to greater efforts in looking for effective ways to develop intellectual abilities and personal qualities of an engineering student

  • Requirements for the professional training of the 21st century engineers have been developed under the auspices of UNESCO with the participation of such reputable international organisations as European Federation of National Engineering Associations (FEANI), World Federation of Engineering Organizations (WFEO), and American Council for Accreditation in Engineering Sciences and Technology (ABET)

  • Theoretical research and practical experience helped us to determine pedagogical conditions for the formation of intellectual mobility of engineering students in a technical university: 1) the change in the function of a teacher when he /she becomes the moderator of intellectual activities of students, in which the latter become active converters of information (due to the use of interactive teaching methods as well as information and communication technologies (ICT)); 2) purposeful development of students‘ motivation to intellectual activity due to teacher‘s consideration of their individual psychological characteristics; 3) integration of the content of foreign language education and professional training, vocational orientation of foreign language learning with the use of distance learning courses, intellectual games and brainstorming tasks (Mikhnenko, 2016)

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Summary

Introduction

Modern developments in technology and socioeconomic changes together with intensive information flows stimulate pedagogical theory and practice to greater efforts in looking for effective ways to develop intellectual abilities and personal qualities of an engineering student. Requirements for the professional training of the 21st century engineers have been developed under the auspices of UNESCO with the participation of such reputable international organisations as European Federation of National Engineering Associations (FEANI), World Federation of Engineering Organizations (WFEO), and American Council for Accreditation in Engineering Sciences and Technology (ABET). These organisations develop standards for assessing levels of professionalism and ensure the mobility of engineers. A number of scholars have studied pedagogical conditions under which it is possible to develop various types of mobility

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