Soyuducu maşınların avtomatlaşdırılmasıCLO↔PLO matrix

Programme learning outcomes

1. 1

   PLO 1

   - he studies the emergence, formation and development of azerbaijan's modern state traditions. - acquires the skills of analyzing and researching the role of political, ideological, economic and cultural factors in the formation of modern azerbaijani statehood. acquires the ability to systematically analyze the place and role of the azerbaijani state in the modern world. - he acquires presentation, public speaking, academic and business writing skills in azerbaijani language. presentation in one of the foreign languages, public speaking, academic and business writing, oral and written skills are acquired.

   No contribution from this subject

2. 2

   PLO 2

   - learns how to perform operations on polynomials and matrices, the properties and calculation rules of the determinant, the application of laplace's theorem. acquires knowledge about linear space and its basis. - learns the system of linear algebraic equations and their solution methods, the kronecker-capelli theorem. has knowledge about euclidean space and orthogonalization method. acquires knowledge about linear and linear transformations. has knowledge about quadratic forms and their classification. the cartesian coordinate system in the plane and space has knowledge of simple problems of analytical geometry. learns the solution of linear equations in two and three variables. knows the elements of the algebra of vectors. acquires knowledge about coordinate transformations, equations of straight line and plane. he studies the properties of sections of a circular cone. binomial algebra has knowledge about lines and surfaces. - one-order ordinary differential equations and systems of equations, methods of construction of solutions of n-order ordinary differential equations, knowledge of existence, uniqueness and stability of solutions of cauchy and boundary value problems for these equations. - acquires the ability to apply ordinary differential equations to mathematical modeling of various processes of natural science. - learns the classification of differential equations with special derivatives, the derivation of mathematical physics equations that express various processes of natural science. - knows the formulation of cauchy and boundary problems for mathematical physics equations, types of boundary conditions and their physical explanation. - studying the correctness of cauchy and boundary value problems for mathematical physics equations. - has knowledge of the methods of solving cauchy problems for hyperbolic and parabolic type equations, elements of harmonic functions and the theory of potentials. learns events and actions on them, different definitions of probability and its calculation rules. he studies the application of complete probability and bayes formulas, the bernoulli scheme for successive repeated trials, the applications of moivre-laplace and poisson's theorems. - has knowledge about distribution laws of discrete and random quantities and their numerical characteristics. - acquires knowledge about the law of large numbers and the basic essence of central limit theorems. - learns the basic elements of mathematical statistics, statistical definition for choosing distribution parameters, laws related to normal distribution. - learns the statistical evaluation of parameters and the construction of reliability intervals, the methods of testing statistical hypotheses.

   No contribution from this subject

3. 3

   PLO 3

   - electric circuits, primary and secondary sources, parameters characterizing electric circuits, control and measuring devices, electric energy demanders, their characteristics, switching devices, linear constant current circuits and their calculation methods, connection forms and characteristics of demanders, alternating current circuits, resonance phenomena occurring in these circuits, three-phase alternating current circuits, circuits with inductive communication, transition processes in bulk parameter linear electric circuits, non-sinusoidal alternating current circuits, magnetic circuits, etc. by acquiring knowledge about, acquires skills for calculation and analysis of those circles.

   No contribution from this subject

4. 4

   PLO 4

   - he studies the design issues of energy production sources and substations, electrical and heating networks and systems, protection and automation of electrical and heating systems, energy supply of industrial enterprises, cities and villages, traditional and renewable energy sources, electro-thermal insulation pipe and cable equipment, electro-thermal technological devices, systems and complexes, technological complexes and automation of processes.

   No contribution from this subject

5. 5

   PLO 5

   - learns how to set the parameters of the optimal operating modes of the energy system equipment. - has the ability to determine the composition of electrical and heating equipment, its parameters and the scheme of energy objects - adheres to all the given parameters of the technological process and ensures the quality of the manufactured product, as well as adopts the principles of system mode management. - acquires the skills of conducting technical-economic and ecological analysis of energy installations and systems.

   No contribution from this subject

6. 6

   PLO 6

   - he has knowledge about the regimes of electricity and heat supply systems of the energy system, their management, operation, regulation systems, calculation methods and methods.

   No contribution from this subject