Mechanical engineering-bachelorCompetency matrix

Text version

1. Competency 1

   Oral and written communication skills in azerbaijani by specialty;

   • Theoretical mechanics
   • Materials resistance
   • Flow mechanics
   • Admission to the specialty
   • Pumping and compressor stations
   • Robustness analysis and modeling of hydromechanical systems
   • Technical foreign language

2. Competency 2

   Communication skills in at least one foreign language by specialty;

   • Technical foreign language

3. Competency 3

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

   • Admission to the specialty

4. Competency 4

   The ability to identify the threats and challenges faced by our national state;

   • Admission to the specialty

5. Competency 5

   Ability to use information technologies at work;

   • Robustness analysis and modeling of hydromechanical systems
   • Technical foreign language

6. Competency 6

   Team work, the ability to achieve a common approach to problem solving;

   • Theoretical mechanics
   • Materials resistance
   • Flow mechanics
   • Admission to the specialty
   • Pumping and compressor stations
   • Robustness analysis and modeling of hydromechanical systems
   • Technical foreign language

7. Competency 7

   The ability to adapt to new conditions, take initiative and the will to succeed;

   • Theoretical mechanics
   • Materials resistance
   • Flow mechanics
   • Admission to the specialty
   • Pumping and compressor stations
   • Robustness analysis and modeling of hydromechanical systems
   • Technical foreign language

8. Competency 8

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

   • Theoretical mechanics
   • Materials resistance
   • Flow mechanics
   • Admission to the specialty
   • Pumping and compressor stations
   • Robustness analysis and modeling of hydromechanical systems
   • Technical foreign language

9. Competency 9

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

   • Theoretical mechanics
   • Materials resistance
   • Flow mechanics
   • Admission to the specialty
   • Pumping and compressor stations
   • Robustness analysis and modeling of hydromechanical systems
   • Technical foreign language

10. Competency 10

    Ability to plan and organize professional activity, improve future education and existing skills, manage time and complete tasks on time;

    • Theoretical mechanics
    • Materials resistance
    • Flow mechanics
    • Admission to the specialty
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems
    • Technical foreign language

11. Competency 11

    The ability to prioritize social and environmental responsibility, as well as civic awareness and ethical approach, as well as quality;

    • Theoretical mechanics
    • Materials resistance
    • Flow mechanics
    • Admission to the specialty
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems
    • Technical foreign language

12. Competency 12

    The ability to re-evaluate the situation and oneself and self-criticism in order to develop knowledge and skills;

    • Theoretical mechanics
    • Materials resistance
    • Flow mechanics
    • Admission to the specialty
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems
    • Technical foreign language

13. Competency 13

    Leadership ability;

    • Theoretical mechanics
    • Materials resistance
    • Flow mechanics
    • Admission to the specialty
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems
    • Technical foreign language

14. Competency 14

    The ability to use the foundations of philosophical knowledge, the ability to analyze the main stages and regularities of historical development in order to understand the social significance of its activity;

    • Admission to the specialty

15. Competency 15

    To the ability to use the basics of economic knowledge in the assessment of entrepreneurship in various fields;

    • Admission to the specialty

16. Competency 16

    Ability to use general legal knowledge in various fields of activity;

    • Admission to the specialty

17. Competency 17

    Ability to use first aid techniques and protection methods in emergency situations;

    • Admission to the specialty

18. Competency 18

    To the ability to participate in the preparation of generalized solution options for the problems related to the design and construction of machines, and the ability to participate in the selection of optimal options from the predicted results of the solutions based on their analysis;

    • Theoretical mechanics
    • Materials resistance
    • Robustness analysis and modeling of hydromechanical systems

19. Competency 19

    To the ability to participate in the preparation of technical documents related to professional activity.

    • Admission to the specialty

20. Competency 20

    Based on the knowledge of the fundamental sections of mathematics necessary for the specialty, perform matrix and determinant operations, solve the system of linear algebraic equations with the help of determinants, calculate the limit of a numerical sequence, simple limits of a function at a point and infinity, show examples of functions in mechanics, find the derivative of a function, calculate indefinite and definite integrals of simple functions, solve systems of ordinary differential equations, apply a number of laws of probability theory, obtained as a result of research the ability to work mathematically and statistically with data;

    • Theoretical mechanics

21. Competency 21

    To explain the essence of physical processes and laws and apply them to ensure safety in laboratories, to explain the laws of thermodynamics and the properties of those laws in mechanical processes, to explain the kinetic characteristics of physical chemical processes occurring in technological processes, the structure and working principles of devices used to determine the starting substances and products, theoretical knowledge about the aggregate states of substances and their transition phases, to interpret the physical processes underlying these processes, about the properties of various rays to the ability to demonstrate theoretical knowledge of safety in mechanical processes based on knowledge and to apply them based on knowledge of the nature of physical methods necessary for the study of objects;

    • Theoretical mechanics
    • Materials resistance
    • Flow mechanics

22. Competency 22

    To the ability to demonstrate theoretical knowledge about the main directions and trends of "chemicalization" occurring in the world in the modern era, to know the problems of modern energy, as well as the main directions of the purchase and use of prospective energy sources in addition to traditional fuel, to interpret and apply theoretical knowledge about the directions of solving the problems of creating materials with important properties;

    • Materials resistance

23. Competency 23

    Ability to collect and analyze primary information base for engineering product design;

    • Pumping and compressor stations

24. Competency 24

    Ability to design and calculate machine structures, their nodes and parts that are suitable for the technical task, using standard automated design tools;

    • Materials resistance

25. Competency 25

    To the ability to apply general engineering knowledge, mathematical analysis and modeling methods in engineering activities related to the design and construction of machines and equipment;

    • Materials resistance
    • Flow mechanics
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems

26. Competency 26

    The ability to participate in the development of a set of project, designer and technological documents within the requirements of modern standards;

    • Materials resistance
    • Admission to the specialty

27. Competency 27

    To the ability to participate in the setting of project goals, its task, goal functions, limitations and their interconnected structure during the given criteria, to determine priorities for solving tasks, taking into account the legal and moral aspects of professional activity;

    • Materials resistance
    • Admission to the specialty

28. Competency 28

    The ability to develop plans, programs and methodologies, other test documents included in the design, technological and operational documents, to control compliance with technological discipline, environmental safety of machine-building production;

    • Materials resistance
    • Admission to the specialty

29. Competency 29

    To know the directions of development and modernization of oil and gas, chemical, engineering and other industries and to increase their knowledge due to the scientific and technical information of local and foreign experiences on solving problems related to the specialty;

    • Admission to the specialty
    • Technical foreign language

30. Competency 30

    To the ability to describe the implementation of scientific-research works using standard packages and automated design tools, to perform works on the basis of scientific-research, to apply algorithmic and software of systems and tools of engineering production

    • Theoretical mechanics
    • Materials resistance
    • Flow mechanics
    • Admission to the specialty
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems
    • Technical foreign language

31. Competency 31

    To the ability to conduct experiments according to established methods, process and analyze the results, prepare descriptions of the products and objects of scientific research works, prepare scientific reports and publications;

    • Materials resistance
    • Flow mechanics
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems
    • Technical foreign language

32. Competency 32

    In accordance with the basic and professional training of the bachelor, 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;

    • Theoretical mechanics
    • Materials resistance
    • Flow mechanics
    • Admission to the specialty
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems
    • Technical foreign language

33. Competency 33

    The ability to work in various educational institutions (with the exception of scientific, scientific-pedagogical activity areas in higher educational institutions) in compliance with existing rules;

    • Theoretical mechanics
    • Materials resistance
    • Flow mechanics
    • Admission to the specialty
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems
    • Technical foreign language

34. Competency 34

    To the ability to organize continuous education and training for employees of machine-building industry networks.

    • Theoretical mechanics
    • Materials resistance
    • Flow mechanics
    • Admission to the specialty
    • Pumping and compressor stations
    • Robustness analysis and modeling of hydromechanical systems
    • Technical foreign language