
Competence approach to the study of disciplines students of the specialty "Chemical technology & engineering"
Author(s) -
Oksana Onyschuk
Publication year - 2021
Publication title -
ukrainian journal of educational studies and information technology
Language(s) - English
Resource type - Journals
ISSN - 2521-1234
DOI - 10.32919/uesit.2021.01.02
Subject(s) - documentation , competence (human resources) , knowledge management , process (computing) , computer science , engineering management , engineering , engineering ethics , psychology , social psychology , programming language , operating system
The basis of training of chemists-technologists of chemical profile is the formation of their professional competence. It is necessary that future professionals gain knowledge of modern innovative chemical engineering technologies for modern production and be able to apply them in practical conditions when preparing bachelors in the specialty 161 "Chemical Technology and Engineering". The proposed approach is the development and formation of students' theoretical ideas and knowledge about processes, effective use of technological means, process development, training with design and technical documentation, using modern methods of computer design. It was argued that the specifics of classroom and independent work of students in basic and elective disciplines - is the result of a competency-based approach. Specialized-professional competencies include knowledge of technological processes, knowledge of technological documentation, skills to map technological processes; knowledge of technological process design and skills to conduct various types of project analysis; knowledge of research methods and skills of organizing research and analysis of their results; ability to use theoretical knowledge and practical skills to master the basics of entrepreneurship. The prospect of a competent approach to the study of disciplines in students of this specialty is the formation of theoretical knowledge and practical skills of calculation and choice. The purpose of this approach is to provide students with knowledge of technical means and systems of automatic control and regulation of basic technological parameters of chemical-technological processes through modern information technologies used to create and manage technological parameters.