Fundamentals of physics-2CLO↔PLO matrix

Programme learning outcomes

1. 1

   PLO 1

   The engineer should know the purpose and tasks of the physics specialty, its relationship with other specialty fields, and its perspectives. he should know the origin, formation and development of the traditions of modern statehood of azerbaijan, he should be able to analyze and study the role of political, ideological, economic, and cultural factors in the formation of modern statehood of azerbaijan. azerbaijan should be able to systematically analyze the place and role of the state in the modern world. doing research in the azerbaijani language should improve public speaking, academic and business writing skills. must have presentation, public speaking, academic and business writing, oral and written skills in one of the foreign languages. he should know the basics, forces and means of civil defense, he should have knowledge about civil defense education of the population.

   No contribution from this subject

2. 2

   PLO 2

   Elements of set theory, concept of sequence limit, differential and integral calculus of univariate and multivariable functions, numerical and functional series, complex numbers, differentiation and integration of functions of complex variables, theory of offsets, cartesian coordinate system in plane and space, elements of vector algebra, equations of straight line and plane, two-order algebraic lines and surfaces, matrices and determinants, linear should have knowledge of the system of algebraic equations and methods of their solution, linear transformations and quadratic forms, methods of constructing solutions of ordinary differential equations, classification of differential equations with special derivatives, setting and correctness of cauchy and boundary problems for mathematical physics equations, events and operations on them, various definitions of probability and its calculation rules, laws of distribution of discrete and random quantities and their numerical characteristics, mathematical should know the basic elements of statistics, the statistical definition of distribution parameters for sampling, the laws related to normal distribution.

   No contribution from this subject

3. 3

   PLO 3

   The basis of physical knowledge is laid, which forms the basis of the theoretical training of engineering and technical profile bachelors operating in the world of physical laws. he studies the basic laws and regularities of mechanics, molecular physics and thermodynamics, electromagnetism, optics and atomic physics. it looks at the laws, theoretical propositions and results underlying all chemical sciences, the properties and interactions of chemical elements, the basics of chemical thermodynamics and kinetics, the processes taking place in solutions and the structure of complex compounds are studied.

   No contribution from this subject

4. 4

   PLO 4

   The basic principles of quantum mechanics are explained. application of the stationary schrödinger equation to the solution of some problems is considered. the movement of microparticles in the field of central force, hydrogen atom, quantum statistics, magnetic characteristics of substances are studied. basic principles of statistical physics and thermodynamics are systematically interpreted, real objects are viewed as a collection of many particles interacting with each other as well as with surrounding objects, and various physical processes are explained from this point of view. general knowledge of basic properties of condensed media, symmetry and types of crystals, basics of zone theory of conductivity, crystal lattice dynamics, phonons, quantum theory of heat capacity, surface and contact phenomena are mastered. magnetic properties of solids, superconductivity and high-temperature superconductivity phenomena are studied. the physical principles underlying the operation of lasers are explained. some schemes of the implementation of different generation modes, the physics of the occurring processes, methods of frequency control in the generation process are investigated.

   No contribution from this subject

5. 5

   PLO 5

   The basic rules of making any drawings and electrical schemes, methods of describing geometric figures, geometric spaces and surfaces are studied. program scheme and technique of automated design systems, two-dimensional and three-dimensional graphic works of graphic packages (autocad, orcad) are studied. the basics of logic algebra, the designation and functions of programmable logic controllers produced by various companies and their use in the management of specific technological processes are mastered, the features of mathematical models of non-linear automatic control systems are mastered. the components of informatics and operations on numbers in various number systems, the basic working principles of computers and descriptive characteristics of data in memory, the basics of calculation concepts, methods of problem solving and algorithm construction, the rules for analyzing the results and preparing written reports are studied.

   No contribution from this subject

6. 6

   PLO 6

   Electric circuits, parameters characterizing electric circuits, control measuring devices, sinusoidal alternating current circuits, characteristics of single-phase sinusoidal alternating current, passive elements in single-phase alternating current circuit and their characteristics, calculation and practical study of resonance phenomena and single-phase alternating current circuits, three-phase alternating current circuits, application of three-phase alternating current, inductive communication circuits, energy transfer in inductive communication circuit are studied. operating laws and basic principles of automatic control systems, dynamics of automatic control systems, frequency characteristics and typical clauses of linear systems, mathematical expressions of automatic control systems and typical control laws are mastered.

   No contribution from this subject