Process automation engineering (master's degree)Competency matrix

Text version

1. Competency 1

   1) independently solve unexpected and complex issues within the scope of professional activity to be able to; 2) to propose and plan relevant activities and methods, their current and prospective analyze the results; 3) to investigate the causes of problems related to the field of activity or study, specific time being able to solve them within the framework and under conditions of limited information; 4) appropriate technology when solving problems related to the field of activity or education and to be able to choose methods and use them, as well as the expected results identify, assess and evaluate; 5) in a critical manner when solving problems related to the field of activity or education to value; 6) problems related to the field of activity or education orally in azerbaijani and one foreign language and present in writing, justify, as well as expert and non 7) participate in relevant discussions with specialists; 8) to be able to transfer one's knowledge and skills to others in different ways; 9) acting in accordance with the rules of ethical behavior under any circumstances, personal to understand the ethical aspects and possibilities, limitations and social role of their behavior; 10) needs of self and others regarding continuous learning and professional development to be able to evaluate, as well as effective methods necessary for independent learning to be able to use

   No contributing subject recorded.

2. Competency 2

   Specialization in automation, telemechanics and communication in railway transport: design, adjust and operate communication systems (optical, radio, gsm-r, etc.); implementation of signaling and blocking systems that ensure the safety of train movement make and diagnose technical malfunctions; microprocessor-based control devices to program and operate in real-time apply in systems; set up and monitor scada, telecontrol, telemetering and telemonitoring systems; work with industrial communication protocols (modbus, can, ethernet, etc.) and field devices to integrate; technician of automated control systems used in railway transport perform audit and maintenance; designing signaling and warning systems and their safety requirements ensure compliance; subsystems such as automatic switching systems, locomotive signaling and dispatcher centralization analyze and debug; to offer technical solutions according to the safety and operational requirements of the railway infrastructure and apply.

   No contributing subject recorded.

3. Competency 3

   On the specialization of automatic management of energy systems: measurement, calculation of quality indicators of electricity and electricity acquire practical skills in quality management; modern information technologies in the field of automation of energy systems to be familiar with its requirements, to improve and develop the existing theory based on it; localize accident zones, restore voltage, frequency and power stability, energy ensure continuity of supply, optimize system resources and damages reduce; advanced experience in the use of active-adaptive elements in intelligent electrical networks studying and assessing the possibilities of their application in azerbaijan; modern approaches of dispatcher management, structure of SCADA and EMS systems, smart management technologies, management modeling (matlab or power-factory simulation) to know; making energy balance calculations, modeling energy systems, simulink applications build, evaluate voltage and frequency stability; general characteristics of electric power transmission and its distribution, active and reactive determine the efficiency achieved during the optimal distribution of power; knowing the issues of optimal management of reactive power compensation devices; - to conduct system analysis of power plants, decision-making methods and procedures analyze, model technological processes.

   No contributing subject recorded.

4. Competency 4

   On the specialization of automatic control systems of ships: apply and debug automatic regulation and control systems (pid, fuzzy, adaptive, etc.) to ship systems; work with sensors, actuators and field devices used on the ship and carry out their calibration; to program microprocessor-based control devices and implement them in real-time operating systems; design and operate scada, PLC and HMI interfaces used in ship systems; install, adjust and maintain ship communication systems (vhf, ais, radar, gps, etc.); analyze and optimize control schemes of automatic fuel, cooling, ventilation and power systems; use software to simulate and test ship systems (eg matlab/simulink, labview, ECDIS simulators); diagnose technical faults and plan repair processes; ensuring compliance of ship systems with safety and reliability requirements and preparing technical documents according to international regulations.

   No contributing subject recorded.

5. Competency 5

   Management specialization in technical systems: electrotechnical and electronic schematic technical bases of systems and devices of various purposes, working out their physical principles, functional, structural and principle schemes; based on artificial intelligence and fuzzy logic in intelligent measurement and control systems design and implement models; signal processing and decision-making algorithms in sensor and actuator-based control systems to analyze comparatively; develop multi-sensor integration methods for real-time systems and evaluate their performance; to build models based on differential equations for the simulation of control systems and optimize them; various applications of the functional capabilities of modern controllers and control architectures to be able to analyze and apply; realize intelligent monitoring of dynamic processes by applying smart technologies be able to conduct and analyze the results; choosing a suitable model by comparing training and identification methods in control systems and improve; apply information exchange protocols applied in smart systems and technological assess compliance.

   No contributing subject recorded.

6. Competency 6

   Specialization in automation and management of technological processes (by fields). on: the safety of human life and environmental cleanliness in production facilities, the product is required optimal performance of works by meeting the requirements of quality and execution time determining decisions; - both the structure and applications of classic protocols and modern industrial technologies learning and practical, aimed at more intelligent, flexible and reliable management of technical systems to acquire knowledge; - network and bus technologies, cloud-based thanks to the integration of industry 4.0 and iot such as management, machine learning-enhanced analytics and predictive maintenance apply advanced technologies; - computing power from the center of the network with edge computing and fog computing approaches edge – bringing to points close to equipment to minimize latency and local speed ensure decision-making; - cyber security of networks in cyber-physical systems, time-sensitive networking providing real-time synchronization and digital twin with the application of technologies simulation and optimization of processes through models; - evaluating system stability and making decisions for management optimization; - determining anomalies based on sensor data, with artificial intelligence models predict failure, optimize maintenance plans; - create an HMI interface in the SCADA system and prepare a visual design according to the process; - to implement practical applications in software environments such as matlab, python, intellectual and build flexible management systems.

   No contributing subject recorded.