Process automation engineeringCompetency matrix

Text version

1. Competency 1

   Ability to identify threats and challenges faced by our nation state.

   No contributing subject recorded.

2. Competency 2

   Oral and written communication skills in azerbaijani by specialty.

   No contributing subject recorded.

3. Competency 3

   Communication skills in at least one foreign language in the specialty.

   No contributing subject recorded.

4. Competency 4

   Systematic and comprehensive knowledge of the historical, legal, political, cultural, ideological foundations of azerbaijan statehood and its place and role in the modern world, the ability to predict the prospective development of our national state.

   No contributing subject recorded.

5. Competency 5

   Ability to identify and select additional information resources for problem solving.

   No contributing subject recorded.

6. Competency 6

   Regardless of the form of ownership and subordination, in any production areas, organizations, offices, enterprises, unions, etc., corresponding to their profession and degree of specialization. skills to work in places.

   No contributing subject recorded.

7. Competency 7

   Ability to work in various educational institutions (with the exception of scientific, scientific-pedagogical activities in higher schools) in compliance with existing regulations.

   No contributing subject recorded.

8. Competency 8

   Ability to network with leading domestic and international firms and organizations in the field of automation and control.

   No contributing subject recorded.

9. Competency 9

   Ability to maintain a healthy lifestyle, be ready for intercultural dialogue, acquire criticism and self-criticism habits, propose and justify new ideas, take initiative and take responsibility in problematic situations.

   No contributing subject recorded.

10. Competency 10

    Organizational, initiative and leadership skills.

    No contributing subject recorded.

11. Competency 11

    Must be able to apply mathematical rules and laws, use existing methods and apply mathematical methods to process results, use mathematical models in natural sciences, simple systems and processes and/or critically analyze, use, interpret and present experimental data, taking into account sources of error and uncertainty, perform analytical and numerical solutions of basic mathematical equations

    No contributing subject recorded.

12. Competency 12

    The universe, which is a physical object, and its evolution, methods of physics and experimental research, continuity and discreteness in nature, regularity, consistency of the structure of objects, probabilistic theories that objectively characterize natural systems, fundamental constants in natural sciences, principles of symmetry and conservation of energy, natural state and its changes depending on time, individual and joint movements of objects in nature, must be able to demonstrate knowledge in engineering.

    No contributing subject recorded.

13. Competency 13

    Must be able to use knowledge of basic chemical systems and processes, reactivity of substances, types of inorganic substances, physical and chemical properties and atom-molecule theory, methods of identification and chemical identification of substances

    No contributing subject recorded.

14. Competency 14

    Must be able to use fundamental and technical knowledge, mathematical justification of a technical problem, construction of its mathematical model and determination of its adequacy

    No contributing subject recorded.

15. Competency 15

    He should know the physical basics of the profession, he should be able to give a physical explanation of the work of elements, devices and systems

    No contributing subject recorded.

16. Competency 16

    Must be able to use chemical reagents provided for in the technological process in the field and handle them safely

    No contributing subject recorded.

17. Competency 17

    Must know modern planning and design methods (autocad, etc.), must be able to use computer design in the design of automation and control systems.

    No contributing subject recorded.

18. Competency 18

    Must know the mechanics, composition and working principle of machines and mechanisms used in the field, must be able to ensure their normal operation

    No contributing subject recorded.

19. Competency 19

    Must know the power supply systems of field installations and equipment, must be able to evaluate their compliance with standards, ensure their electrical safety (automatic protection and grounding) and ensure their normal operation

    No contributing subject recorded.

20. Competency 20

    Must be able to analyze electronic elements of automatic control systems, read structural, functional, principle and assembly diagrams, synthesize analog and digital elements, microcircuits and electronic nodes, design programmable integrated microcircuits ("built-in") and create more efficient systems

    No contributing subject recorded.

21. Competency 21

    Must know programmable logic controllers (plcs), widely used in automatic control systems, their application characteristics and technical capabilities, be able to program them, implement them with suitable sensors and actuators

    No contributing subject recorded.

22. Competency 22

    Əsas tənzimləmə qanunlarını və prinsiplərini bilməli, tipik dinamik manqalar əsasında avtomatik sistemi sintez etməyi, avtomatik tənzimləmə və idarəetmə sistemlərinin dayanıqlığını və keyfiyyət göstəricilərini təyin etməyi, onların yaxşılaşdırılmasını həyata keçirməyi bacarmalıdır

    No contributing subject recorded.

23. Competency 23

    Must master the principles of digital control, must know the principles of analog-to-digital and digital-to-analog conversions, z-transformation, structural analysis of discrete systems

    • Robot əməliyyat sistemləri

24. Competency 24

    Must master digital systems modeling, perform digital system modeling in matlab/simulink and labview, analyze and synthesize digital control systems

    No contributing subject recorded.

25. Competency 25

    Must know industrial bus systems (asi, hart, profi bus) applied in automation and control systems of technological processes, must be able to configure systems based on controllers of leading companies ("moeller", siemens, "schneider electric").

    No contributing subject recorded.

26. Competency 26

    He should be able to propose new ideas in the field of automation and management, and his technical, scientific and economic justification

    No contributing subject recorded.

27. Competency 27

    Must know the main parameters characterizing technological processes and production, their characteristics, must be able to use primary measurement transducers to obtain the necessary information and be able to process, summarize and use the obtained information for decision making.

    No contributing subject recorded.

28. Competency 28

    Must be able to use scientific and technical achievements, modern computer and information technologies, software required in the field in the design and operation of automation systems and devices.

    No contributing subject recorded.

29. Competency 29

    Must know the modern technical base of automation and control systems - sensors and execution mechanisms, communication and bus systems, microprocessors, software-controlled controllers, and be able to design intelligent automation and control systems based on them

    No contributing subject recorded.

30. Competency 30

    Must know the scientific and technical basics of creating SCADA systems, master the basics of management with SMART and web technologies, and be able to apply these technologies

    No contributing subject recorded.

31. Competency 31

    He should be able to diagnose automation systems and devices using modern methods and tools of technical diagnostics, detect the malfunctions and eliminate them.

    No contributing subject recorded.

32. Competency 32

    Must be able to read the technological, structural, functional and principle schemes of automation devices and systems, explain the working principles, organize their normal operation and restore them in case of failure

    No contributing subject recorded.

33. Competency 33

    Must be able to effectively use the database of advanced companies and enterprises that manufacture automation equipment and devices, design and configure the required system based on them

    No contributing subject recorded.

34. Competency 34

    In field enterprises (oil and gas well drilling, oil and gas production, oil and gas processing, petrochemical processes, mechanical engineering, robotics and flexible automatic production fields, energy, transport, aviation, military equipment, food and light industries, construction and construction field, discrete technologies, etc.) should know typical technological processes, be able to model and simulate them, build automatic process control systems

    No contributing subject recorded.

35. Competency 35

    Must be able to determine and understand safety rules of equipment, plant and system, as well as technological process and production, ensure their safe operation, use modern alarm and blocking systems

    No contributing subject recorded.

36. Competency 36

    Must know the economic basics of equipment, plant, system and organization of production, determine the main capital investment, calculate the cost of the product, learn modern methods of reducing the cost by ensuring its quality, and be able to increase the labor productivity of the enterprise.

    No contributing subject recorded.

37. Competency 37

    Must know the regulatory requirements of the environment and labor protection, must be able to implement the fulfillment of those requirements in the workplace

    No contributing subject recorded.

38. Competency 38

    Must know the norms of the international organization for standardization (iso) used in the field of automation, must be able to regulate the quality assurance of the manufactured product and environmental protection

    No contributing subject recorded.

39. Competency 39

    Corporate collaboration skills.

    No contributing subject recorded.

40. Competency 40

    Skills to communicate with specialists of other fields.

    No contributing subject recorded.

41. Competency 41

    In accordance with the fundamental and professional training of the bachelor, the skills of professional activity in the field of work in the specialty, as well as the ability to study in the master's degree in the specialty.

    No contributing subject recorded.

42. Competency 42

    Ability to prioritize social and environmental responsibility, as well as civic awareness and ethical approach, as well as quality in their activities.

    No contributing subject recorded.

43. Competency 43

    Ability to plan and organize professional activities, improve future education and existing skills, use time effectively and complete tasks on time.

    No contributing subject recorded.

44. Competency 44

    Ability to analyze, summarize and apply relevant information for professional purposes.

    No contributing subject recorded.

45. Competency 45

    The ability to adapt to new circumstances, the ability to take initiative and the ability to succeed.

    No contributing subject recorded.

46. Competency 46

    Ability to work in a team, achieve a common approach to problem solving.

    No contributing subject recorded.

47. Competency 47

    Skills to use information technologies in the workplace.

    No contributing subject recorded.