Business and academic communication in azerbaijani languageCLO↔PLO matrix

Programme learning outcomes

1. 1

   PLO 1

   Ptn 6: in addition to determining the classification, nature and location of automatic control systems, the regulation principles widely used in electrical and electronic devices (exciting effect, error-based and combined), basic regulation laws and regulators, linear manifolds (inertia-free, i and II design aperiodic, oscillating, conservative, integrating and differentiating manifolds), their frequency and time characteristics, transmission, switching and weighting functions, amplitude-frequency, must demonstrate the ability to determine phase-frequency and logarithmic amplitude-frequency characteristics. they should have fundamental knowledge of performing structural transformations of systems with a complex structure, determining the stability of the system according to the distribution of the roots of the characteristic equation, raus-hurvis, mikhailov and nyquist criteria, the methodology of determining the main quality indicators of the systems (accuracy, stability, quick work ability, stability region, extreme regulation). typical functional and structural schemes of digital control systems, digital-analog and analog-digital converters; mathematical writing of quantization, discretization and filtering process, quantization by time and level, signal recovery; z-transform, limit, impulse transfer function, modified z-transform, structural analysis of discrete systems; spatial state method (state equation and its solution, transfer function, control and monitoring of digital systems); modeling of digital systems (basics of modeling in matlab/simulink and labview); analysis of digital control systems (necessary and sufficient conditions for stability of discrete systems, analysis methods, transition process, decision process); should know the synthesis of digital control systems (general schemes of synthesis, synthesis of a sequential analog controller, synthesis of a feedback analog controller; synthesis of a digital control system with a finite-time transition process; synthesis of digital systems in the spatial state).

   No contribution from this subject

2. 2

   PLO 2

   Ptn 1: must know the purpose and tasks of the process automation engineering specialty, its relationship with other specialty areas, perspectives, basic technologies, apparatus and devices of the specialty area, technical and technological perspectives of the specialty.

   No contribution from this subject

3. 3

   PLO 3

   Ptn 2: operations on matrices, properties/calculation of determinant, linear space, system of linear algebraic equations, kronecker-capelli theorem, euclidean space, orthogonalization method, linear/square transformations, quadratic forms, cartesian coordinate system, simple problems in analytic geometry, vector algebra, equations of straight lines and planes, circular conic sections, biorder algebra lines and surfaces; set theory, limit of sequence, limit of univariate function, discontinuity, regular discontinuity, basics of differential and integral calculus, numerical and functional series, multidimensional euclidean space, limit of multivariable function, discontinuity, regular discontinuity, differential and integral calculus; one-order ordinary differential equations and systems, methods of solving n-order ordinary differential equations, existence, uniqueness and stability of cauchy and boundary value problems, application of differential equations to mathematical modeling, classification of differential equations with special derivatives, derivation of mathematical physics equations, setting of cauchy and boundary value problems for them, types and physical explanation of boundary conditions, investigation of correctness, hyperbolic and parabolic type must have knowledge of methods of solving the cauchy problem for equations, harmonic functions and the theory of potentials. the basic principles of physics, mechanics, molecular physics and thermodynamics, electromagnetism, semiconductor theory, the basic laws of optics and atomic physics, the ways of applying physical phenomena in practice and in the appropriate direction of scientific and technical progress, which form the basis of the theoretical training of undergraduates with an engineering-technical profile; he should know the chemical structure of substances, basic chemical laws, theoretical propositions and results, properties and interactions of elements, the basics of chemical thermodynamics and kinetics, processes taking place in solutions and the structure of complex compounds. the general laws of the movement and interaction of material bodies, the application of these laws in electrical and electronic devices, the habits of applying the general principles of dynamics to specific machines and equipment, the development of project-constructor documents; the designer must know the basic rules of execution of project sketches and electrical schemes, description methods, modern automated design systems (autocad, orcad), execution of two-dimensional and three-dimensional graphic works. theoretical/practical knowledge in the field of computer (information) technologies and equipment, skills of working on a personal computer, using internet resources and free use of electronic educational tools; knowledge in the field of programming and skills in writing free programs in required languages ​​(for example, c++, etc.); should have the ability to prepare presentations with computer resources.

   No contribution from this subject

4. 4

   PLO 4

   Ptn 4: parametric electronic devices semiconductor diodes, bipolar and unipolar transistors, photocells and light emitting diodes (led), optocoupler switches and circuit options, connection methods, parameters, analysis methods and main characteristics; amplifiers, their structural schemes, parameters and characteristics, operating modes, amplifier classes, transistor amplifier devices and types, feedback connections and its effect on quality indicators, multi-cascade amplifiers, calculation and analysis methods, constant current amplifiers, zero drift reduction methods, differential amplifier circuits and characteristics. operational amplifiers and linear/non-linear circuits based on them, electronic switches (diode, thyristor and transistor switches), control circuits and applications; signal generators (lc, RC generators), linear variable voltage generators and application areas; second power sources, one-period and two-half-period rectification schemes, reporting algorithms, electrical filters and selection, parameter calculation, voltage and stabilizer currents should be known. modern digital integrated microcircuits, parameter and operating characteristics, simple/complex logic elements with TTL and c-mos technology, bistable slots-triggers, functional circuits and algorithms, synthesis of other triggers in universal d- and jk-trigger circuits; electronic counters and their types, serial transmission counters with addition and subtraction modes, synchronous counters, counter schemes with arbitrary counting coefficients; they should study timer circuits (555 series), registers, build circuits, parallel and serial (shift) registers, johnson counters, encoders. realizations and areas of application of combination devices (coder, decoder, adder, comparator, multiplexer and demultiplexer) in small and medium integrated microcircuits; they should know the synthesis of widespread programmable logic integrated circuits and their realization in fully functional elements.

   No contribution from this subject

5. 5

   PLO 5

   Ptn 5: microprocessors, which are the basis of modern automation techniques and control systems, their main technical parameters, structural structure, command system, memory block and organization principles, main memory elements (sram, dram, rom), direct memory access mode, STACK memory organization, input-output system, universal keyboards and displays, parallel and serial interface organization principles and standards, serial lines for data transfer, principles of organization of information exchange with external devices, system of requests and interruptions, microprocessors in automation, control-measuring devices, telecommunications, transport, etc. must know its applications in fields. synthesis of currently widespread programmable logic integrated microcircuits (built-in), processing, minimization and implementation of these circuits based on fully functional elements; problems of automation of technological processes and integrated computerization of industry, transmitters and executive mechanisms, industrial bus systems (asi, hart, profibus), software-controlled logic controllers (pmk) and their architecture, programming languages, "moeller" controllers, EASY 3.0 and 5.0 software, siemens "logo!" controllers, logo soft software, schneider electric's zelio logic controller, zelio soft 2.0 software, siemens s7 controllers, simatic manager software package, SCL language structure and operators, hi-graph language, SCADA systems architecture and working principle. basic principles of industrial automation, automatic regulation and control systems, conventional signs of sensors, execution mechanisms and functions, control and regulation principles/systems of widespread technological parameters (temperature, pressure, level, consumption and quality), examples of regulation and automation in various technological processes, automation of processes in conditions of information scarcity; should know the purpose, purpose, functions, types, operating modes, technical support (object communication devices, measuring devices and transmitters, execution mechanisms, communication lines and channels - bus systems), mathematical support (setting the issue of modeling and optimal management), software and information support, human-machine interaction in these systems, computers and controllers in tpais, design issues of tpais.

   No contribution from this subject

6. 6

   PLO 6

   Ptn 3: by acquiring knowledge about electric circuits, parameters that characterize them, linear constant current circuits and calculation methods, alternating current circuits, resonance phenomena, three-phase alternating current circuits, inductively coupled circuits, switching processes, non-sinusoidal alternating current circuits, magnetic circuits, they should acquire the skills of calculation and analysis of those circuits, should know the basic concepts and laws in the field of electromagnetism, ferromagnetic materials and characteristics. methods and means of measuring electrical parameters, measurement errors and their reduction methods, modern digital measurements and their application to various parameters, intellectual and virtual measurement methods and means; they should know the measurement methods and tools of electrical quantities (voltage, current, power, energy), elements (resistance, capacity, inductance, conductivity, parameters of electronic devices, etc.) and signals (instantaneous, average, mean square, smoothed, amplitude, integral parameters, shapes, phase shifts, time parameters, etc.).

   No contribution from this subject