Energy engineeringCompetency matrix

Text version

1. Competency 1

   Uk-1: being able to independently solve unexpected and complex issues within the scope of professional activities

   • Fundamentals of engineering experiments in thermal energy
   • Təkmil termodinamika

2. Competency 2

   Uk-2: propose, plan, and analyze the current and prospective results of relevant activities and methods

   • Dynamics and management of energy systems

3. Competency 3

   Uk-3: to investigate the causes of problems related to the field of activity or education, to be able to solve them within a specific time frame and under conditions of limited information

   • Automatic control in the power system (scada)
   • Külək mühərriklərinin dizaynı və aerodinamikası
   • Ağıllı şəbəkə texnologiyaları

4. Competency 4

   Uk-4: to be able to choose and use appropriate technologies and methods when solving problems related to the field of activity or study, as well as to determine, evaluate and evaluate the expected results

   • History of azerbaijan
   • Təkmil termodinamika

5. Competency 5

   Uk-5: to critically evaluate one's own activity when solving problems related to the field of activity or study

   • Elektroenergetika sistemlərinin güc elementləri
   • Külək mühərriklərinin dizaynı və aerodinamikası

6. Competency 6

   Uk-6: to present and justify problems related to the activity or field of study orally and in writing in azerbaijani and one foreign language, as well as participate in relevant discussions with specialists and non-specialists

   • Renewable energy technologies and integration issues
   • Elektrik stansiyalarının enerji çevrilmə prosesləri

7. Competency 7

   Uk-7: to be able to transfer one's knowledge and competence to others in different ways

   • Automatic control in the power system (scada)
   • Günəş elektrik stansiyaları

8. Competency 8

   Uk-8: to act in accordance with the rules of ethical behavior in any situation, to understand the ethical aspects and possibilities, limitations and social role of personal behavior

   • Prospective thermal power plants
   • Elektrik stansiyalarının layihələndirilməsi və dizaynı
   • Enerji sisteminin effektivliyi və enerji auditi

9. Competency 9

   Uk-9: to be able to assess the needs of oneself and others in relation to continuous learning and professional development, and to be able to use effective methods necessary for independent learning

   • Methods and means of measurement and control in energy systems
   • Günəş elektrik stansiyaları

10. Competency 10

    Uk-10: planning, organizing and managing energy production sources and systems, taking into account the specific characteristics of energy installations

    • Fundamentals of engineering experiments in thermal energy
    • İstilik daşıyıcılarının istilik-fiziki xassələri
    • Bərpa olunan enerji qurğularının avtomatik tənzimlənməsi və idarə olunması

11. Competency 11

    Uk-11: to be able to apply normative legal documents, technical standards and international requirements that ensure safe and effective transportation of energy carriers (water, steam, gas, liquid fuels) of energy installations of energy production and consumption systems

    • Elektroenergetika sistemlərinin dayanıqlığı
    • Elektrik stansiyalarının enerji çevrilmə prosesləri

12. Competency 12

    Ук-12: to eliminate accidents and manage crisis situations in emergency situations (failure, leakage, fire, explosion, etc.) that may occur in energy installations during the energy production process

    • Prospective thermal power plants
    • "philosophy"
    • Elektroenergetika sistemlərində optimallaşdırma

13. Competency 13

    Uk-13: application of modern methods of designing energy facilities in energy production, preparation of project documents

    • Renewable energy technologies and integration issues
    • Elektrik stansiyalarının layihələndirilməsi və dizaynı

14. Competency 14

    Uk-14: conducting technical and economic justification in energy facilities, making decisions on the construction and modernization of energy facilities, preparing proposals for increasing the efficiency of the use of energy resources

    • Extreme voltages in electrical power systems
    • Elektrik stansiyalarının enerji çevrilmə prosesləri

15. Competency 15

    Pk-1 (energy policy, integration and energy security specialization): mastering safety culture within the framework of professional activity, assessing potential sources of danger and their risk level, applying professional knowledge in the field in order to ensure environmental safety and improve working conditions

    • Prospective thermal power plants
    • Elektroenergetika sistemlərinin güc elementləri

16. Competency 16

    Pk-2 (energy policy, integration and energy security specialization): effective use of ICT capabilities and general-purpose software, in-depth understanding of the structure and working principles of energy systems, applying the working principles of various systems in the field of energy production, transmission and distribution

    • History of azerbaijan

17. Competency 17

    Pk-3 (energy policy, integration and energy security specialization): selection of energy sources and effective management of supply networks, selection of renewable and non-renewable energy sources and optimization of network supply, having fundamental knowledge of energy policy formulation and implementation, defining national and international energy strategies and providing strategies

    • Modeling and simulation of energy systems

18. Competency 18

    Pk-4 (energy policy, integration and energy security specialization): to determine climate changes, energy transition and decarbonization trends in energy policy, to analyze the energy security strategy and its components (supply, infrastructure, political stability, etc.), to assess the price fluctuations of energy carriers and geopolitical risks, to ensure the stability of emergency energy supply

    • Methods and means of measurement and control in energy systems

19. Competency 19

    Pk-5 (energy policy, integration and energy security specialization): to analyze energy prices, subsidies, tariff policy and economic use of energy investments, economic development of energy projects

    • Prospective thermal power plants

20. Competency 20

    Pk-6 (energy policy, integration and energy security specialization): modeling and forecasting energy policies, scientific and analytical reports and independent scientific research

    • Modeling and simulation of energy systems

21. Competency 21

    Pk-7 (energy policy, integration and energy security specialization): working in a team, joining projects, recognizing the need to continuously improve professional and ethical attitude, independent knowledge and competence

    • Research methods

22. Competency 22

    Pk-1 (specialization of power plants): reading the technological schemes of power plants, reading and analyzing the schematic indicators of the equipment and technological processes of the plants used in energy production

    • Elektroenergetika sistemlərinin güc elementləri
    • Elektrik stansiyalarının layihələndirilməsi və dizaynı

23. Competency 23

    Pk-2 (power plant specialization): to analyze the processes of converting thermal energy into electrical energy, to analyze the stages of fuel combustion, turning into steam and driving turbines in thermal power plants, the working principles of the main and auxiliary equipment used in energy production, the structure and working mechanisms of boilers, turbines, generators, condensers and other plant equipment

    • Dynamics and management of energy systems
    • Applications of data analytics and artificial intelligence — python (pandas), jupyter, power BI / tableau (as appropriate)
    • İstilik daşıyıcılarının istilik-fiziki xassələri
    • Elektrik stansiyalarının enerji çevrilmə prosesləri

24. Competency 24

    Pk-3 (power plant specialization): to acquire skills in automation and SCADA systems in power plants, to analyze the conditions and modes of connection of power plants to the power system, to implement energy production with minimum loss, to optimize fuel consumption and to calculate economic indicators

    • Methods and means of measurement and control in energy systems
    • Elektrik stansiyalarının layihələndirilməsi və dizaynı

25. Competency 25

    Pk-4 (specialization of power plants): to use mathematical models for the correct planning and balancing of power loads in power plants, to comparatively analyze the environmental and operating characteristics of different types of plants in energy production in order to reduce the impact on the environment

    • Prospective thermal power plants
    • Elektrik stansiyalarının layihələndirilməsi və dizaynı

26. Competency 26

    Pk-5 (specialization of power plants): to compare thermal, hydro, NPP and other plants based on their technological, financial and environmental indicators, to analyze the causes of accidents, to manage monitoring and maintenance work

    • Applications of data analytics and artificial intelligence — python (pandas), jupyter, power BI / tableau (as appropriate)
    • Elektrik stansiyalarının layihələndirilməsi və dizaynı

27. Competency 27

    Pk-6 (specialization of power plants): develop hybrid plant models with renewable energy sources, monitor new generation energy production technologies, develop pilot projects and apply modern approaches

    • Automatic control in the power system (scada)
    • Günəş elektrik stansiyaları
    • Külək mühərriklərinin dizaynı və aerodinamikası
    • Bərpa olunan enerji qurğularının avtomatik tənzimlənməsi və idarə olunması

28. Competency 28

    Pk-7 (specialization of power plants): apply the principle of operation of generators and transformers, design new stations, effectively present technical information related to the operation of the station, prepare technical reports and correctly express station indicators with explanatory documents

    • History of azerbaijan
    • Elektroenergetika sistemlərində optimallaşdırma

29. Competency 29

    Pk-1 (specialization of electrical energy storage systems): mastering the safety culture within the framework of professional activity, assessing potential sources of danger and their risk level, applying professional knowledge in the field in order to improve environmental safety and working conditions

    • Energy management system

30. Competency 30

    Pk-2 (electrical energy storage systems specialization): effective use of innovative technologies and general-purpose software

    • Energy management system

31. Competency 31

    Pk-3 (electrical energy storage systems specialization): to analyze various energy storage technologies (lithium-ion, nickel-metal hydride, lead-acid, flow batteries, supercapacitors, hydroaccumulation systems, etc.), to deeply analyze the working principles and physical and technical characteristics of energy storage systems

    • Automatic control in the power system (scada)

32. Competency 32

    Pk-4 (specialization of electrical energy storage systems): apply engineering approaches to the design and optimization of electrical energy storage systems, use the necessary programs for simulation and modeling of energy storage systems (matlab/simulink, pscad, pss/e, homer, etc.), coordinate the operating system of energy storage systems related to energy networks

    • Dynamics and management of energy systems
    • Research methods

33. Competency 33

    Pk-5 (electrical energy storage systems specialization): to analyze the effects of the use of energy storage systems in power transmission and distribution networks, to use balancing, acceleration and backup power from energy storage systems to increase the stability of the network, to design and implement control, monitoring and diagnostic systems, to manage energy flows and potential in real time

    • Modeling and simulation of energy systems
    • Renewable energy technologies and integration issues

34. Competency 34

    Pk-6 (electrical energy storage systems specialization): to determine the management rules and potential risks during the operation of energy storage systems, to use preventive methods to prevent emergency situations such as battery explosion, overheating, material leakage, to evaluate the ecological footprint of energy storage systems and their impact on carbon emissions, to create environmentally sound strategies for the recycling and recycling of waste batteries

    • Prospective thermal power plants

35. Competency 35

    Pk-7 (specialization of electrical energy storage systems): to propose technical solutions in accordance with the principles of green energy and sustainable energy transition, to analyze the feasibility of energy storage

    • Applications of data analytics and artificial intelligence — python (pandas), jupyter, power BI / tableau (as appropriate)

36. Competency 36

    Pk-1 (electroenergetics specialization): to be able to choose energy sources and effectively manage supply networks, choose renewable and non-renewable energy sources and optimize network supply

    • Research methods

37. Competency 37

    Pk-2 (electroenergetics specialization): to apply technical and management approaches for the optimization methods that ensure reliable and stable operation of networks, protection of network stability and efficient distribution of energy

    • Energy management system

38. Competency 38

    Pk-3 (electroenergetics specialization): designing electric energy systems and their sub-components, analyzing the working principles and safety standards of high and low voltage electrical equipment

    • Prospective thermal power plants

39. Competency 39

    Pk-4 (electropower specialization): improving automated control systems, increasing energy efficiency and reducing losses in electric power networks, applying technologies aimed at environmental safety and environmental protection and environmental protection

    • Elektroenergetika sistemlərinin güc elementləri
    • Elektroenergetika sistemlərinin dayanıqlığı

40. Competency 40

    Pk-5 (electric power specialization): renewable energy sources (boem) solar, wind, etc. integrate and manage electric networks, analyze and regulate energy markets, apply the use of digital modeling and simulation tools of energy production and distribution, electric power systems

    • Elektroenergetika sistemlərinin dayanıqlığı

41. Competency 41

    Pk-6 (electroenergetics specialization): building smart grid (smart grid) technologies and applying these technologies for network optimization, using various software for managing electric energy systems

    • Elektroenergetika sistemlərinin güc elementləri

42. Competency 42

    Pk-7 (electrical power specialization): manage, plan and effectively direct teams in the field of electric power, conduct effective analysis for discussion and presentation of technical data, results and projects in a professional environment

    • Extreme voltages in electrical power systems

43. Competency 43

    Pk-1 (sustainable electrical energy systems specialization): mastering safety culture within the framework of professional activity, assessing potential sources of danger and their risk level, applying professional knowledge in the field in order to ensure environmental safety and improve working conditions

    • Methods and means of measurement and control in energy systems

44. Competency 44

    Pk-2 (sustainable electric power systems specialization): to be able to use general-purpose software effectively, to understand in-depth the structure and working principles of power systems, to effectively manage supply networks, to choose renewable and non-renewable energy sources and to be able to optimize network supply

    • Elektroenergetika sistemlərinin güc elementləri

45. Competency 45

    Pk-3 (sustainable electric power systems specialization): to deeply understand the technical and functional basis of modern electric power systems, to analyze the technologies of energy production, transmission, payment and storage, to analyze the structure and optimization of sustainable and sustainable energy systems

    • Dynamics and management of energy systems
    • Automatic control in the power system (scada)

46. Competency 46

    Pk-4 (sustainable electrical energy systems specialization): working principles and integration of renewable energy resources such as solar, wind, hydro and biomass into energy systems, assessing and improving the sustainability of renewable systems, analyzing the changing effects of climate change on energy systems

    • Extreme voltages in electrical power systems

47. Competency 47

    Pk-5 (sustainable electric power systems specialization): to evaluate the energy resources of electric power systems, to use and apply energy consumption management strategies

    • Modeling and simulation of energy systems
    • Automatic control in the power system (scada)

48. Competency 48

    Pk-6 (sustainable electric power systems specialization): to use simulation, modeling and optimization methods, to conduct scientific research experiments, to develop and apply new technologies, to be able to perform technical and economic justification of energy projects

    • Automatic control in the power system (scada)

49. Competency 49

    Pk-7 (sustainable electrical power systems specialization): managing projects and assessing risks, professional and ethical attitude, teamwork, multidisciplinary approach, continuous improvement of knowledge and competence

    • Modeling and simulation of energy systems
    • Prospective thermal power plants

50. Competency 50

    Pk-1 (renewable energy sources specialization): to apply the theoretical foundations and relevant methods of specialized subjects in solving the issues encountered in professional activity, to master the safety culture within the professional activity, to assess potential sources of danger and their risk level, to apply professional knowledge in the field in order to improve environmental safety and working conditions

    No contributing subject recorded.

51. Competency 51

    Pk-2 (renewable energy sources specialization): effective use of general purpose software of ICT and innovative technologies

    • Applications of data analytics and artificial intelligence — python (pandas), jupyter, power BI / tableau (as appropriate)
    • Günəş elektrik stansiyaları
    • Külək mühərriklərinin dizaynı və aerodinamikası
    • Bərpa olunan enerji qurğularının avtomatik tənzimlənməsi və idarə olunması

52. Competency 52

    Pk-3 (renewable energy sources specialization): to have technical competence in the field of alternative energy and to ensure the implementation of technically environmentally friendly engineering solutions, to conduct independent research and development work to solve practical problems, to investigate and improve the efficiency of alternative energy devices, to use mathematical modeling methods

    • Dynamics and management of energy systems
    • Elektroenergetika sistemlərinin güc elementləri
    • Günəş elektrik stansiyaları
    • Külək mühərriklərinin dizaynı və aerodinamikası
    • Bərpa olunan enerji qurğularının avtomatik tənzimlənməsi və idarə olunması

53. Competency 53

    Pk-4 (renewable energy sources specialization): to analyze the work of alternative energy facilities, to determine and analyze reliability, economic and environmental indicators, to conduct scientific research and scientific research, to examine the results of scientific research and research and to present them with scientific justification

    • Prospective thermal power plants
    • Günəş elektrik stansiyaları
    • Külək mühərriklərinin dizaynı və aerodinamikası
    • Bərpa olunan enerji qurğularının avtomatik tənzimlənməsi və idarə olunması

54. Competency 54

    Pk-5 (renewable energy sources specialization): to determine the reliability of individual equipment and technological processes of alternative energy installations, economic and environmental indicators and conduct tests in this field, to reduce and eliminate the factors that have a harmful effect on air and water bodies in alternative energy installations, to develop measures and technological processes

    • Research methods

55. Competency 55

    Pk-6 (renewable energy sources specialization): bio, wind, solar and hybrid systems, etc. to apply existing modeling, analysis and system simulation software to evaluate and optimize the efficiency of alternative energy systems, to carry out industry-integrated sustainable development, energy conservation, modeling and efficiency analysis in the field of energy and environment

    • Applications of data analytics and artificial intelligence — python (pandas), jupyter, power BI / tableau (as appropriate)
    • Təkmil termodinamika

56. Competency 56

    Pk-7 (renewable energy sources specialization): providing sustainable and profitable innovative solutions to society by developing scientific and technical skills, continuously improving professional and ethical attitude, teamwork, multidisciplinary approach, knowledge and competence

    • Research methods

57. Competency 57

    Pk-1 (specialization of thermal energy installations): to apply professional knowledge to the culture of occupational safety in the field of professional activity, to assess the source of danger and the degree of danger, to improve environmental safety and working conditions in the field of professional activity

    • Fundamentals of engineering experiments in thermal energy

58. Competency 58

    Pk-2 (specialization of thermal power plants): using ICT capabilities and general-purpose software

    • Methods and means of measurement and control in energy systems

59. Competency 59

    Pk-3 (heat power plants specialization): to investigate and improve the efficiency of heat power plants based on in-depth knowledge in the field of theoretical foundations of heating technology, to use mathematical modeling methods, to analyze the operation of heat power plants, to determine and analyze reliability, economic and environmental indicators

    • History of azerbaijan

60. Competency 60

    Pk-4 (specialization of thermal power plants): to conduct scientific research and scientific research, to present the results of scientific research and research by examining and scientifically justifying them, to improve and develop technological processes based on them, being familiar with the modern state and problems of thermal energy, to determine the reliability of the work of separate equipment and technological processes of thermal power plants, economic and environmental indicators

    • Elektroenergetika sistemlərinin güc elementləri

61. Competency 61

    Pk-5 (specialization of thermal power plants): to be familiar with factors that have a harmful effect on air and water bodies in thermal power plants, to reduce and eliminate their influence, to develop measures and technological processes, to use modern scientific and technical achievements of thermal power in the organization of economic, social and ecological processes, to present knowledge in the field of thermal power and to adapt them to working conditions

    • Dynamics and management of energy systems
    • Elektrik stansiyalarının enerji çevrilmə prosesləri

62. Competency 62

    Pk-6 (specialization of thermal energy devices): to obtain actual scientific and technical information, to use the fundamental knowledge of the field in order to solve scientific, organizational and application issues in the study of real processes and thermal energy devices and devices, to use the laws of thermodynamics and mathematical methods, to improve the technological process, to increase the thermal energy devices and technological indicators

    • Applications of data analytics and artificial intelligence — python (pandas), jupyter, power BI / tableau (as appropriate)
    • Külək mühərriklərinin dizaynı və aerodinamikası

63. Competency 63

    Pk-7 (thermal energy equipment specialization): to collect, process and analyze information about the conditions and indicators of the operation of thermal energy equipment and technological processes with modern methods, to exploit the technical means of control and management of technical parameters and properties of technological processes and equipment in the energy sector, as well as systems of production, transportation and use of thermal energy

    • Research methods
    • Elektroenergetika sistemlərində optimallaşdırma