ANALYSIS AND SYNTHESIS OF TECHNICAL SYSTEMS WITH DISTRIBUTED PARAMETERS

Overview

In the process of training under this program, students prepare for work in the field of research (collection, processing, analysis and systematization of scientific and technical information, choice of methods and means of solving problems on the topic of research); engage in design activity (analysis of the state of a scientific and technical problem by selecting, studying and analyzing literary and patent sources in the field of automation and control); perform organizational and managerial activities (support of a single information space for planning and enterprise management at all stages of the life cycle of manufactured products); as they undergo scientific and pedagogical activity (work as a teacher in educational organizations of secondary vocational and higher education).

Speciality

27.04.04 Technical Systems Control

Degree
Master
Mode of attendance
Full time
Duration
2 years
Language of training
Russian
Admission tests for international students
Field-specific entrance examination, diploma grade-point average, final qualifying work grade
Tuition fees
300 000 RUB per semester
Reasons for choosing a course

  • Broad demand in the market for specialized personnel with the skills to design, research, produce and operate control systems;

  • Integrated approach to training, including a comprehensive study of the methods and means of designing, monitoring and diagnosing automation systems and information services;

  • Prospects to be engaged in scientific activities while studying at Mining University;

  • Possibility of inclusive education in foreign partner universities with the issuance of diplomas of international standard;

  • Opportunity to continue training in this area in postgraduate studies at St. Petersburg Mining University.

CAREER OPPORTUNITIES

The objects of professional activity of Master’s degree students are management systems, monitoring, technical diagnostics, automation and information services, methods and means of design, simulation, experimental processing, preparation for production and maintenance; design, research, production and operation of systems and controls in the industrial and defense industries in the economy, transport, agriculture, and medicine sectors. Graduates take the positions of engineers, leading engineers, commissioning specialists, system administrators, management system programmers, developers of software and hardware systems, and researchers of various design and design bureaus.

Field of study
Mathematical modeling of objects and control systems;
Modern problems of control theory;
Computer control technology in technical systems;
Metrology and measurement technology;
Synthesis of systems with distributed parameters;
Process control;
History and methodology of science and technology in the field of control;
Automated design tools and control systems;
System analysis and modeling;
Applied programming;
Simulation of distributed control systems;
Local control systems.
Graduate skills
Strong elemental engineering training;
Experience in field studies and computer modeling of objects and control processes using modern mathematical methods, hardware and software;
Skills to ensure the manufacturability of products and their manufacturing processes, the assessment of the economic efficiency of technological processes;
Strong skills in technical, informational and algorithmic support of designed automation and control systems;
Skills in the development of techniques and hardware and software for modeling, identification and technical diagnostics of dynamic objects of various physical nature;
Competencies to support unified information space for planning and managing an enterprise at all stages of the product lifecycle.