Engineer for automation and mechanization of production processes,
Engineer APCS,
Engineer for thermal automation and measuring instruments,
Design Engineer,
Engineer for labor organization and production management.
Automation, informatization and management in technical systems related to the use of information processing tools and methods for management in all areas of production.
-automated control systems for technological processes of various industries,
-automated information and control systems for various purposes,
-automated systems for receiving, processing and transmitting data for various purposes,
-automated systems for designing systems, objects, devices,
- automated systems of technological preparation of various industries,
-automated systems of complex testing of parts, products, assemblies, devices in various industries.
technological activities:
-production of hardware and software products, creation of automation and control systems of a given quality;
-testing and debugging of hardware and software complexes;
-preparation of hardware and software complexes of automation and control systems and their transfer to manufacturing and maintenance;
- development of testing programs and methods, conducting tests;
-hardware and software tools and automation and control systems;
-integration of technical and software tools, creation of hardware and software complexes of automation and control systems;
-certification of hardware, software and hardware-software complexes;
in the field of organizational and managerial activities:
- organization of the process of development and production of means and systems of automation and control of a given quality;
-organization of the work of the development team, management decision-making;
- planning the development of automation and control tools and systems;
- selection of technology, tools and computational techniques for organizing the processes of research, design, technical diagnostics and industrial testing of automatic and automated control and management systems;
-training of personnel within the framework of the accepted organization of the process of development and/or production of automation and control tools and systems;
in the field of experimental research activities:
-construction of mathematical models of technical systems, technological processes and productions as objects of automation and control;
- development of algorithmic and software systems for automation and control of objects of various physical nature;
- creation of modern hardware and software tools for research, design, technical diagnostics and industrial testing of automation and control tools and systems;
-creation and improvement of methods of modeling, analysis and synthesis of automatic and automated control and management systems for objects of various nature, including using modern computer technologies.
1. Evaluation:
-to know the fundamental principles of building automatic control and regulation systems, current trends in the development of control theory, their mathematical description and modeling.
-apply knowledge and understanding of facts, phenomena, theories and complex dependencies between them when developing projects in the field of automation, robotics and technical support of systems.
-to know the methods of scientific research and preparation of technical documentation for use in conducting an experiment, analyzing and interpreting data.
2. Constructive:
-test measuring instruments, automation equipment and carry out installation, adjustment and operation of automation.
-apply knowledge and understanding at a professional level, formulate arguments for assessing the state of automation facilities, technological processes and technical systems.
-design automated control systems and have the training skills necessary to independently continue further training in the field of automation and control.
3. Information technology:
-to know the methods of scientific research and preparation of technical documentation for use in conducting an experiment, analyzing and interpreting data.
-to collect and interpret information to form judgments taking into account social, ethical and scientific considerations and to critically analyze and verify the preliminary feasibility study of design solutions.
-demonstrate knowledge and understanding in the field of automation and control based on advanced knowledge and recommend digital, software and hardware tools for the creation and operation of automation systems.
- to understand the organization of work on the development and operation of automated control systems for various objects;
- use methods of analysis, research and modeling of automated and information processes related to the functioning of objects of professional activity and their components;
- to know the principles, methods and methods of integrating hardware and software when creating automated systems;
- apply knowledge and understanding of facts, phenomena, theories and complex dependencies between them in the development of projects in the field of automation, robotics and technical support of systems;
- know the methods of scientific research and preparation of technical documentation for use in conducting experiments, analyzing and interpreting data;
--design automated control systems and have the training skills necessary to independently continue further training in the field of automation and control.