The use of automated control systems for technological processes of modern industries in various industries is necessary to improve the quality of production, optimize the production process, stabilize the operation of the enterprise, and obtain a quality product.
The aim of the direction "Automation of technological processes and production" is to train highly qualified specialists who implement and operate intelligent, highly efficient automated control and monitoring systems in various industries; develop software for existing and newly designed automated systems; carry out the selection of technical means of automation, installation and commissioning of equipment for automated systems.
In this course, students study computer and information technology, microprocessor technology, network technologies, automatic control theory, design of automation devices and devices, metrology, modeling systems and processes, computer-aided design systems, programmable logic controllers in control systems.
Bachelor's
Degree
Russian
Language
4 years
Duration
Department:
School of High Technologies
About the program
Learning outcomes
- Design and implementation of elements of automated production management systems;
- Development of algorithmic and software for automation tools and systems;
- The use of modern computer technology to control technological processes;
- Installation and adjustment of devices and automation equipment, assessment of their technical condition and performance;
- The ability to adjust and debug the software of technological process control systems.
Career opportunities
As a graduate of the program "Automation of technological processes and production", you can carry out professional activities in various organizations and in the following industries:
- Energy;
- Aircraft building;
- Engineering;
- Metallurgy;
- Petrochemistry;
- Food;
- Design organizations.
After graduation, you can hold the following positions:
- Engineer for automated production control systems;
- Software engineer;
- Metrologist;
- Commissioning and testing engineer;
- Design engineer.
- Energy;
- Aircraft building;
- Engineering;
- Metallurgy;
- Petrochemistry;
- Food;
- Design organizations.
After graduation, you can hold the following positions:
- Engineer for automated production control systems;
- Software engineer;
- Metrologist;
- Commissioning and testing engineer;
- Design engineer.
Curriculum
1 semester
1 year
2 semester
1 year
3 semester
2 year
4 semester
2 year
Foreign languageElectronics and digital technologyProgramming and algorithmizationMathematical foundations of the theory of automatic controlFundamentals of project activityTechnological processes of the main industriesProduction practice (technological)Physical chemistryMetrology, standardization and certificationTechnology of thermal and mass transfer processesAutomation devices and tools
5 semester
3 year
Foreign languageMetrology, standardization and certificationTechnology of thermal and mass transfer processesAutomation devices and toolsApplied mechanicsComputer technologies in control systemsEmergency protection systems for technological processes and productionsTechnological processes of processing of hydrocarbon raw materialsPhilosophyTheory of automatic controlDesign of automated systemsProject activities
6 semester
3 year
Automation devices and toolsTheory of automatic controlDesign of automated systemsProject activitiesDiagnostics and reliability of automated systemsPLC in control systemsEnergy audit and the basics of energy savingProduction and economic activity of enterprisesEducational foresightProduction practice (design and technological)
7 semester
4 year
Automation devices and toolsDesign of automated systemsProject activitiesInstallation and adjustment of devices and automation equipmentProgramming of industrial controllersSoftware for automated process control systemsLife safetyJurisprudenceAutomation of technological processes and productionsModeling of systems and processes
8 semester
4 year
Foreign languageAutomation devices and toolsProject activitiesAutomation of technological processes and productionsModeling of systems and processesIntegrated design and management systemsDistributed process and production management systemsPreparation for the foreign language qualification examIndustrial practice (pre-graduate)
Program academic supervisor
Phone
Mail
Teaching staff
Associate Professor:
Department of Sociology and Psychology
Phone
Associate Professor:
Department of Technology and Equipment for Machine-Building Production
Phone
Mail
Associate Professor:
Department of Applied Mathematics and Computer Science
Phone
Assosiate Professor :
Department of Foreign Languages № 2
Phone
Associate Professor:
Department of Chemical Technology named after N.I. Yaropolov
Phone
Mail
Professor:
Department of Automation and Control
Phone
Professor:
Department of Chemistry and Biotechnology named after V.V. Tuturina
Phone
Associate Professor:
Department of Chemistry and Biotechnology named after V.V. Tuturina
Phone
Mail
Associate Professor:
Department of Chemical Technology named after N.I. Yaropolov
Phone
Mail
Phone
Mail
Associate Professor:
Department of Technology and Equipment for Machine-Building Production
Phone
Senior Teacher:
Department of Automation and Control
Phone
Associate Professor:
Department of Technology and Equipment for Machine-Building Production
Phone
Mail
Fees and funding
*Part-time mode of study is also available. For the detailed information about tuition fee and the training period please contact International admission office
Entrance exams
Applicants take a computer entrance exam in Russian or provide CEFR level B1, TORFL level 1 or equivalent to the Russian-taught program.
Contact us
Phone
+7 (395) 240-52-15
Mail
admission@istu.edu
Contact us
