Process automation engineering (master's degree)Learning outcomes

PLO 1PLO-90818

Ptnü 1. independently analyze complex and uncertain engineering problems and has the ability to develop optimal solutions.

PLO 2PLO-79396

Ptnu 2. methods and technologies applied in professional activity and scientific-research process acquires the ability to choose, plan and evaluate their results.

PLO 3PLO-81238

Ptnu 3. technical and organizational problems in conditions of limited resources and uncertain information demonstrates the ability to identify and resolve them effectively.

PLO 4PLO-78408

Ptnü 4. by applying advanced technologies and methods used in engineering activities has the ability to predict expected results and make technical reasoning.

PLO 5PLO-26883

Ptnu 5. to critically evaluate and improve one's professional activities and decisions acquires the competence to apply targeted approaches.

PLO 6PLO-83494

Ptnu 6. explain technical issues in azerbaijani and one foreign language in a clear and justified manner orally and presenting in written form, as well as communicating effectively with professional and non-professional audiences has the ability to build.

PLO 7PLO-35330

Ptnü 7. to transfer one's knowledge and skills to others by acting individually and as a group and demonstrates competence to actively participate in teamwork.

PLO 8PLO-60946

Ptnu 8. will understand his personal and public responsibilities by following the principles of ethical behavior, makes socially and environmentally sound decisions.

PLO 9PLO-56563

Ptnu 9. to conduct self-assessment in the direction of continuous learning and professional development, has the ability to update his knowledge and use independent learning strategies.

PLO 10PLO-42820

Specialization in automation, telemechanics and communication in railway transport PTN 1. to design railway transport communication systems (optical, radio, gsm-r, etc.), acquires the ability to adjust and operate. PTN 2. implementation of signaling and blocking systems that ensure the safety of train movement and acquires the ability to diagnose technical malfunctions. PTN 3. programming microprocessor-based control devices and operating in real time acquires the ability to apply in systems. PTN 4. set up and monitor scada, telecontrol, telemetering and telemonitoring systems gains the ability. PTN 5. work with industrial communication protocols (modbus, can, ethernet, etc.) and field devices acquires the ability to integrate. PTN 6. technician of automated control systems used in railway transport has the ability to perform audit and maintenance. PTN 7. to design signaling and warning systems and their safety requirements acquires the ability to ensure compliance. PTN 8. automatic switching systems, locomotive signaling and dispatcher in railway transport acquires the ability to analyze and debug subsystems such as centralization. PTN 9. offer technical solutions according to safety and operation requirements of railway infrastructure acquires the ability to do and apply.

PLO 11PLO-22383

Specialization in automatic management of energy systems PTN 1. measurement of quality indicators of electricity in energy systems, acquires practical skills in calculating and managing the quality of electricity. PTN 2. information technologies in the field of automation of energy systems to be familiar with the modern requirements, to improve and develop the existing theory based on it acquires the ability to do. PTN 3. localize accident zones, restore voltage, frequency and power stability, energy ensure continuity of supply, optimize system resources and reduce losses acquires the skill. PTN 4. advanced experience in the use of active-adaptive elements in intelligent electric networks by learning, he gains the ability to evaluate the possibilities of their application in azerbaijan. PTN 5. modern approaches of dispatcher management, structure of SCADA and EMS systems, intelligent management technologies, management modeling (matlab or power-factory simulation) studies. PTN 6. energy balance calculations, modeling energy systems, simulink learns the ability to build applications, evaluate voltage and frequency stability. PTN 7. general characteristics of electric power transmission and distribution, active and acquires the ability to determine the efficiency achieved during the optimal distribution of reactive power. PTN 8. to solve the issues of optimal management of reactive power compensation devices can. PTN 9. system analysis of power plants, decision-making methods and procedures acquires the ability to analyze and model technological processes.

PLO 12PLO-20737

Specialization in automatic control systems of ships PTN 1. automatic adjustment and control systems (pid, fuzzy, adaptive, etc.) to ship systems has the ability to apply and debug. PTN 2. work with sensors, actuators and field devices used on the ship and their acquires the ability to perform calibration. PTN 3. programming microprocessor-based control devices and operating in real time acquires skills to apply in systems. PTN 4. to design scada, PLC and HMI interfaces used in ship systems and acquires the ability to exploit. PTN 5. install, adjust and maintain ship communication systems (vhf, ais, radar, gps, etc.) acquires the habit of serving. PTN 6. analysis of control schemes of automatic fuel, cooling, ventilation and power systems acquires the ability to do and optimize. PTN 7. use of software to simulate and test ship systems acquires the ability to do. PTN 8. ability to diagnose technical faults and plan repair processes does. PTN 9. to ensure compliance of ship systems with safety and reliability requirements and acquires the ability to prepare technical documents based on international standards.

PLO 13PLO-79882

Management specialization in technical systems PTN 1. electrotechnical and electronic schematic bases of various technical systems and devices, acquires the ability to work on their physical principles, functional, structural and principle schemes. PTN 2. based on artificial intelligence and fuzzy logic in intelligent measurement and control systems acquires the ability to design and apply models. PTN 3. signal processing and decision-making algorithms in sensor and actuator-based control systems acquires the ability to analyze in a comparative way. PTN 4. developed multi-sensor integration methods for real-time systems has the ability to prepare and evaluate their performance. PTN 5. building models based on differential equations for simulation of control systems and has the ability to optimize them. PTN 6. various applications of the functional capabilities of modern controllers and control architectures acquires the ability to analyze and apply. PTN 7. implement intelligent monitoring of dynamic processes by applying smart technologies has the ability to conduct and analyze the results. PTN 8. matching model by comparing training and identification methods in control systems acquires the ability to select and improve. PTN 9. apply information exchange protocols applied in smart systems and technological acquires the ability to assess its suitability.

PLO 14PLO-42148

Automation and management of technological processes (by fields) on specialization PTN 1. safety of human life and environmental cleanliness in production facilities, product requirements optimal performance of works by meeting the quality and execution time requirements having the knowledge, skills and competences to determine decisions. PTN 2. both the structure and applications of classical protocols and modern industrial technologies learning practical knowledge aimed at more intelligent, flexible and reliable management of technical systems gets. PTN 3. network and bus technologies, cloud-based thanks to the integration of industry 4.0 and iot advanced such as management, machine learning-enhanced analytics and predictive maintenance acquires the ability to apply technologies. PTN 4. edge computing and fog computing approaches to network computing power from the center – bringing it to points close to the equipment to minimize latency and acquires the ability to provide local rapid decision-making. PTN 5. cyber security of networks in cyber-physical systems, time-sensitive networking providing real-time synchronization with the application of technologies and digital twin models acquires the ability to perform simulation and optimization of processes through PTN 6. assessing system stability and making decisions for management optimization gains the ability. PTN 7. determining anomalies based on sensor data, with artificial intelligence models learning to predict failure, optimize maintenance plans. PTN 8. create an HMI interface in the SCADA system and develop a visual design according to the process acquires the ability. PTN 9. to implement practical applications in software environments such as matlab, python, intellectual and acquires the ability to build flexible management systems.