LO-01. To master the state, Russian and one of the common foreign languages and use them in professional activities. Be ready for intellectual, cultural, physical and spiritual self-improvement to improve his/her qualifications throughout his/her working life.
LO-02. To possess the basics of knowledge of legal, cultural and ethical norms, as well as linguistic, social and economic knowledge, ways and methods of production organisation and observance of safety, labour protection and ecological rules, to understand the meaning and importance of observance of academic honesty. Understand and practise research methods and the features of academic writing.
LO-03. Demonstrate knowledge of higher mathematics, physics, electronics, electrical engineering and other natural sciences; find dependencies between studied facts, phenomena, theories in these fields and apply them to solve engineering problems in automation and control.
LO-04. To master modern computer, information, communication technologies and software used in the creation and operation of automation systems. Develop and operate automated and remote control systems. Organise the functioning of information-computer system for automated information processing, solving engineering, economic and other tasks of production and research nature.
LO-05. To make a choice of measuring devices and means of automation, to carry out measurements of technological parameters, to carry out dismantling/assembling, adjustment, regulation and operation of elements and devices of automation.
LO-06. To master the skills of programming in high-level languages, microcontroller programming tools and languages, software for modelling and research of automated control systems.
LO-07. To apply in practice the knowledge of the main types of linear and nonlinear automatic control systems, their mathematical description and modelling. Perform calculations on analysis and synthesis of regulation systems.
LO-08. To possess methods of information processing and synthesis of automation systems, methods of design and programming of data management systems. Use in practice the functionality of Scada-systems. Conduct monitoring of production data. Control parameters of remote equipment operation. Carry out work on resource management of automated systems. Organise the performance of work on the operation of automated systems.
LO-09. Develop structural, functional and other automation schemes, analyse reference and regulatory literature, draw up technical documentation. Develop technical, software, mathematical, algorithmic, informational and other support for automated control systems.
LO-10. Use the technical capabilities of microprocessor technology, information receiving and transmission facilities and software products to solve automation problems.
LO-11. Analyse and evaluate the state of automation objects, technological processes and production facilities. Analyse and identify potential cases of control system automation. Make qualified decisions on the use of automation elements and systems, their installation, adjustment and operation.
LO-12. Possess knowledge, skills and abilities to implement a systematic approach to the development and implementation of automation systems and robotisation of production processes.
«Automation and Informatisation in Control Systems» specialisation
LO-13. Able to apply system software, principles of design and development of software and user interfaces, control object modelling technologies with the help of artificial neural networks and modern simulation tools to solve engineering problems in the field of process automation; organise project management with the help of modern computer-aided design systems.
LO-14. Able to apply the principles of information description of technological operations and processes, the principles of creating an automated control system for technological processes and enterprises methods of assessment and optimisation of the control object state when solving engineering problems; evaluate the efficiency and choose the type of model for specific processes; analyse the processes of technological process control; make a preliminary calculation of economic efficiency from the implementation of ACS; calculate the reliability indicators of the restored equipment; calculate the reliability of the restored equipment.
«Automation and control of technological processes» specialisation
LO-13. Able to apply methods of instrumental inspection of industrial facilities and systems, methods of modelling automation devices and calculating parameters of their operation in electric power systems of automated production; to draw up energy balances of an industrial enterprise, individual facilities and systems; to calculate heat loads of consumers; to determine performance indicators of the main power equipment, as well as sources of heat generation.
LO-14. Able to apply the methodology for assessing the residual life of equipment and troubleshooting on the information of automated systems of technical diagnostics (ASTD) and monitoring; assess the effectiveness of ASTD in the overall structure of the APCS, residual resources of equipment; develop and optimise the functional and algorithmic structure of automated systems of operational and post-operational technical diagnostics.
«Automation systems of oil industry» specialisation
LO-13. Can apply modern technical means of automation and control of production processes in the oil industry; analyse technological processes used in modern oil refining and petrochemistry; develop structural schemes of production, their mathematical models as control objects; synthesise local technical systems with a given level of reliability.
LO-14. Can make material and energy balances of oil refining processes, its stages and separate apparatuses; determine by results of tests and observations the estimation of reliability and maintainability indicators of technical elements and systems, as well as optimal parameters of equipment operation for different chemical-technological processes; diagnose reliability indicators of local technical systems.
«Business Process Automation and Management» specialisation
LO-13. Able to apply in practice theoretical principles, methods and models of technological management; to apply the budgeting system for planning and analysis of financial and economic activities of the company; to make managerial decisions under conditions of different opinions; to analyse the regulatory framework that forms the external environment of the functioning of the organisation, as well as accounting information for making managerial decisions; to assess the investment attractiveness of innovative projects; to form specific analytical briefs on the markets n
LO-14. Able to carry out authorial support of processes of designing, implementation and maintenance of information systems and technologies; to use modern information technologies, applied software tools when solving business process management; to design and implement components of the IT infrastructure of the enterprise, ensuring the achievement of strategic goals and support of business processes.
«Automation and Robotics Systems» specialisation
LO-13. Able to analyse the technological process and prepare initial data for the design of a robotic technological complex; develop manipulation trajectories, robot motion cyclogram and algorithm of operation of a robotic technological complex, as well as kinematic schemes; carry out off-line programming of industrial robots, design and simulate the operation of a robotic technological complex with numerical control in an industrial software environment.
LO-14. Is able to apply modern software tools for modelling of mechanical system, synthesis and research of executive system of automatic control of manipulation robot; to synthesize multilink system of automatic control of robot; to investigate mutual influence of degrees of mobility of multilink manipulation robot