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Educational programs
6B07103 - Heat Power Engineering
The group of educational programs B062 Electrical engineering and power engineering is included in the field of education 76В07 Engineering, manufacturing and construction industries.
Educational program
Catalog of elective disciplines
The list of academic disciplines of the university component
Introduction
2022 year - 12th place 2023 year - 6th place The Department of «Technical Physics and heat power engineering» of the research school of physical and chemical sciences of the Non-profit joint-stock company Shakarim State University of Semey, provides training for the educational program «6B07103 Heat Power Engineering». During the implementation of the educational program, specialists are trained in the field of research, design, design and operation of technical means for the production of heat, its application, control of its flows and the conversion of other types of energy into heat, realizing these processes. The training of bachelors in this direction is carried out in close cooperation with the SCS «Teplokommunenergo» in Semey, on the basis of which a branch of the department was opened. All types of practices are carried out on the basis of the branch. This approach in the educational process makes it possible to prepare future specialists in the field of heat and power engineering, taking into account the requirements of the future employer. The educational program provides for the education of a student with special educational needs in the conditions of a higher educational institution, as well as his socialization and integration into society.
The main criterion for the completion of the educational process for the preparation of bachelors is the development by students of at least 205 credits of theoretical training, as well as at least 27 credits of practice, 8 credits of final certification. Total 240 credits.
4 years
Target
The training of graduates with extensive knowledge, whose activities include research, design, construction and operation of technical means for the production of heat, its application, management of its flow and the conversion of other types of energy into heat, implementing these processes.
Qualification characteristics of a graduate
  • Awarded degree / qualification
    Bachelor of Engineering and Technology under the educational program «6B07103 - Heat power engineering»
  • Name of the profession / list of positions of a specialist
    Can occupy primary positions: laboratory engineer, engineer of research, design and design organizations without presenting requirements for the work experience of a category 1 technician and other positions without presenting requirements for work experience in accordance with qualification requirements
  • OQF qualification level (industry qualification framework)
    6
  • Area of professional activity
    Industry, energy industry, education, science
  • Object of professional activity
    Enterprises and firms of energy and technological profiles in the field of energy supply of industrial enterprises. Research institutions. Higher and secondary specialized educational institutions.
  • Types of professional activity
    Design and engineering Production and technological Research Installation and commissioning Organizational and managerial
Map of training modules for developing competencies
Application of socio-political knowledge, practical skills and abilities that ensure health promotion

Learning outcomes for the module:

Apply socio-political knowledge in educational and professional activities, possess a system of knowledge, practical skills and abilities that ensure physical improvement, health promotion, preparation for high creative professional activity.

Description of the principle of operation and heat engineering calculations of heat-and-power and heat-technical installations and systems

Learning outcomes for the module:

Describes the principles of operation and carrying out of heat engineering calculations of the developed and used heat and power and heat technology installations and systems

Carrying out calculations according to standard methods and design

Learning outcomes for the module:

Carry out calculations according to standard methods and design individual parts and assemblies using standard design automation tools in accordance with the terms of reference.

Calculation and regulation of energy production and distribution systems

Learning outcomes for the module:

Calculate and regulate energy production and distribution systems

Feasibility study of the performance of energy systems

Learning outcomes for the module:

Conduct feasibility studies of the efficiency of energy systems using the necessary materials from existing industries.

Demonstration of the understanding of the driving forces and laws of the historical process and the place of man in the historical process

Learning outcomes for the module:

Demonstrate a willingness to understand the driving forces and laws of the historical process and determine the place of a person in the historical process.

Demonstration of the ability of perception, generalization of information analysis and the construction of oral and written speech

Learning outcomes for the module:

Demonstrate a logically correct, reasoned ability to perceive, generalize, analyze information and construct oral and written speech

Basics of anti-corruption culture, entrepreneurship and leadership; basics of ecology and life safetyt

Learning outcomes for the module:

Apply laws and regulations in the field of economics and law, the foundations of anti-corruption culture, ecology and life safety, as well as entrepreneurial skills, leadership, susceptibility to innovation

Application in cognitive and professional activities of basic knowledge in the field of mathematics and natural sciences

Learning outcomes for the module:

To apply in cognitive and professional activities basic knowledge in the field of mathematics and natural sciences, methods of mathematical analysis and modeling, theoretical and experimental research in the field of energy.

Application in educational, scientific and professional activities of the requirements and standards for documentation

Learning outcomes for the module:

To apply in the educational, scientific and professional activities of the requirements for the graduate of the educational program of the rules, requirements and standards for the preparation of documentation.

Using the fundamental laws of mechanics, thermodynamics and heat and mass transfer

Learning outcomes for the module:

Use the fundamental laws of mechanics, thermodynamics and heat and mass transfer and their practical applications in solving problems of heat power engineering and heat technology

Operating knowledge in the field of measurement, automation and information technology

Learning outcomes for the module:

Operate knowledge in the field of electrical engineering, measuring instruments, automation and information technology in their subject area.

The use of innovative technologies and technology

Learning outcomes for the module:

Apply theoretical and practical knowledge necessary for the use of innovative technologies and techniques in the field of energy