Mechatronics and robotics

Program

15.04.06 Mechatronics and robotics

Field of Robotization of technological processes (by industry)

Program level

Master's degree

Program length

2 years

Education certificate / Academic degree

Master's degree

Mode of study

Full time

Language of instruction

Russian

Full name of the coordinator, tel. and email

Andrei Radionov.,+7 (351) 272-32-30, mechatronics[at]susu[dot]ru

Program description

Robotization of technological processes (by industry)

Fields of study with description

Project-based learning

Program

27.04.04 Control in engineering systems

Field of Control and automation in industry

Program level

Master’s degree

Program length

2 years

Education certificate / Academic degree

Master's degree

Mode of study

Full time

Language of instruction

Russian

Full name of the coordinator, tel. and email

Andrei Radionov.,+7 (351) 272-32-30, automation[at]susu[dot]ru

Program description

Control and automation in industry

Fields of study with description

1. Areas of professional knowledge

Areas of professional knowledge of graduates: design, research, production and operation of systems and controls in the industrial and defense industries, economy, transport, agriculture, medicine; modern software and hardware research and design, control, technical diagnosis and industrial testing of automated control systems.

2. Objects of professional activity

The objects of professional activity of graduates:

  • management, control, technical diagnostics, automatization and information service systems;
  • methods and means of their design, modeling, experimental processing, preparation for production and maintenance.

3. Types of professional activity

  • design and engineering;
  • research and development;

4. Professional activities

research:

  • development of work plans and programs for scientific research and technical development, preparation of tasks for workers;
  • collection, processing, analysis and systematization of scientific and technical information, selection of methods and means of solving problems on the given research topic;
  • development of mathematical models of processes and objects of automation and control systems;
  • development of technical, information and algorithmic support of the designed automation and control systems;
  • full-scale research and computer simulation of objects and control processes using modern mathematical methods, hardware and software;
  • development of methods and hardware and software for modeling, identification and technical diagnostics of dynamic objects of various physical nature;
  • writing scientific and technical reports, reviews, publications, scientific reports, applications for inventions and other materials based on the results of research;
  • design and development:
  • analysis of the state of scientific and technical problems through the selection, study and analysis of literary and patent sources in the field of automation and control;
  • defining the purpose, formulating design objectives, preparation of technical tasks for carrying out work on the projects;
  • designing of means and systems of automation and control with the use of modern CAD tools;
  • writing design documentation in accordance with regulatory requirements.

 

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