Course abstract/ Curriculum for the Bachelor Degree in Electrical Engineering

Size: px

Start display at page:

Download "Course abstract/ Curriculum for the Bachelor Degree in Electrical Engineering"

Muriel Wheeler
5 years ago
Views:

1 Course abstract/ Curriculum for the Bachelor Degree in Electrical Engineering Electrical Circuits I; [3 Cr. H.] Units; definitions; circuits elements; Ohm s Laws; Kirchhoff s laws; series; parallel; and Star- Delta connections of passive circuit elements; voltage and current dividers; circuits analysis: theorems and techniques RL; RC; and RLC circuits with source-free; RL; RC; and RLC circuits; With unit-step forcing functions; sinusoidal forcing function; phasor diagrams for R;L;C circuit combinations; impedance/admittance; average and RMS values of sinusoidal functions. [Pre-req ] Electrical Circuits II; [3 Cr. H.] Single phase circuits analysis; three-phase circuits: connections and analysis; AC power and power factor; complex frequency; frequency response; parallel and series resonance; magnetically coupled circuits; twoport networks: impedance; admittance; and hybrid parameters; high and low-pass filters; troubleshooting in DC and AC circuits. [Pre-req ] Electrical Circuits Lab; [1 Cr. H.] DC circuits: Ohm s law; KVL and KCL; network theorems; transient analysis of RL; RC; and RLC circuits; impedance concept and techniques; power and P.F; series and parallel resonance; three phase circuits; parameters of twoport networks; magnetically coupled circuits; filters; troubleshooting. [Prereq ] Electronic (1); [3 Cr. H.] Properties of semiconductor materials; doping technique; p-n junction; diode: forward and reverse biasing; VI static characteristics; small and largesignal models; junction capacitance and switching times; types and applications; bipolar junction transistors: construction; connections and biasing; applications; small signal models; ratings; and applications; fieldeffect transistors: construction types; VI characteristics; ratings; and applications. [Pre-req ]

2 Electromagne c; [3 Cr. H.] Vectors; Coulomb s law; potential and gradient; electric flux density; Gauss law and divergence theorem; Poisson and Laplace equations; Biota-Savant law; Ampere law; the Curl and the Stock s theorems; magnetic force and torque; magnetic properties of materials; the B-H characteristics; boundary conditions; inductance; magnetic circuits; interaction between fields and charged particles; Faraday law; displacement current; Maxwell equations. [Pre-req ] Digital Fundamentals; [3 Cr. H.] Logic levels and pulse waveforms; number systems and their conversion; types of logic gates; Boolean algebra; combinational logic; types of sequential elements and their applications; micro controllers and memories: types and classifications. [Pre-req ] Digital Fundamentals Lab; [1 Cr. H.] Gates; sequential and combinational logic circuits; applications of logic circuits; troubleshooting of logic circuits; projects. [Pre-req ] Electronic (2); [3 Cr. H.] Modeling of transistor circuits; amplifiers: differential amplifier; operational amplifiers types and applications; practical operational amplifiers; frequency response of amplifiers; oscillators; power amplifiers. [pre-req ] Power Electronics Lab; [1 Cr. H.] Power semiconductor devices: power transistors: (BJT; MOSFET; IGBT); thyristors; characteristics of drive circuits. Converters (rectifiers; choppers; AC controllers) and inverters. [Pre-req ] Electronics Lab; [1 Cr. H.] Diode characteristics; rectification; regulation; clipping and clamping; BJT characteristic and applications; FET characteristics and applications; frequency response of amplifiers; DC regulated power supplies; troubleshooting projects. [Pre-req ]

3 Power Electronics; [3 Cr. H.] Basic elements; applications; classification of controllers; Power semiconductor devices: classification; V-I and switching characteristics; basic drive circuits and applications; line commutated converters; singlephase rectifiers: half-wave and full-wave rectifiers with free wheeling diodes; 3-phase half-wave and full-wave rectifiers; single-phase and 3- phase semi-converters; performance of rectifiers circuits; introduction to AC controllers; basics of DC-to-DC converters (choppers). basics of DC-to- AC converters (inverters); applications: power supplies; static variables; compensation and tap changers. [Pre-req ] Analog Communica ons; [3 Cr. H.] Modulation Process, Continuous-Wave (CW) Modulation (AM, FM, PM), Frequency Division Multiplexing, Noise in AM and FM receivers, Sampling Theorem, Pulse Amplitude Modulation (PAM). [Pre-req ] Communica ons Lab; [1 Cr. H.] Oscillators, Low pass Filter, High pass Filter AM Modulation and Demodulation, AM-DSB, Modulation and Demodulation AM-SSB Modulation and Demodulation, FM modulation/demodulation; Pulse Modulation and Demodulation. [Pre-req ] Measurements and Instrumenta on; [3 Cr. H.] Units and error; AVO meters; bridges; potentiometers; oscilloscope; spectrum analyzer and calibration; data acquisition; sensors: types and applications (mechanical; electrical; ultrasonic; photoelectric); measurement of force; torque; pressure; displacement; velocity; acceleration temperature and flow. [Pre-req ] Measurements & Instrumenta on Lab; [1 Cr. H.] Error and accuracy; AVO meters; bridges; potentiometers; oscilloscope; calibration; transducers characteristics and applications; earth resistance and insulation measurement. [Pre-req ] Electrical Machines I; [3 Cr. H.] Magnetic circuits; single-phase transformers: types; construction; ideal and

4 practical transformers; equivalent circuit; testing; voltage regulation and efficiency; three-phase transformers: construction; construction and groups; in-rush currents and harmonics; preventive maintenance and testing; direct current machines: construction and classification; elementary DC machine; excitation; windings; EMF; torques and power relations; armature reaction and commutation; DC generators: performance characteristics and applications; DC motors: performance characteristics; starting; speed control and applications preventive maintenance. [Pre-req ] Electrical Machines and Semiconductor Drive; [3 Cr. H.] Rotating magnetic field; MMF and flux distribution; synchronous generators: classification; construction; equivalent circuit; power and torque relationships; parallel operation; performance and characteristics; synchronous motors: principles; power flow and efficiency; starting; power factor correction and V-curve; 3-phase induction motors: types; construction and basic concepts; equivalent circuit; power and torque relations; power flow and performance characteristics; starting; speed control; single-phase induction motors : construction; classification; starting; equivalent circuit; and performance characteristics; preventive maintenance.electric drive systems. [Pre-req ] Electrical Machines Semiconductor Drive Lab; [1 Cr. H.] Testing of electric drive systems; the mechanical system; braking; gear and belt drive; Testing of motors and converters; Testing of DC motor drive using controlled rectifiers; Testing of DC motor drive using choppers; Testing of induction motor drives: soft starters; control strategies; Testing of synchronous motor drives: control strategies. [Pre-req ] Electrical Machines Lab ; [1 Cr. H.] Transformer magnetic circuits; testing of single and 3-phase transformers; DC generators; speed control of DC motors; testing and characteristics of alternators; characteristics and applications of synchronous motors; characteristics and applications of induction motors. [Pre-req ]

5 Advanced Engineering Mathema cs (1); [3 Cr. H.] complex functions, complex differentiations, closed complex integration, complex sequences, Taylor series, Laurent series, singularities,, conformal mapping,, Eigen values, Eigen vector.. [Pre-req ] Advanced Engineering Mathema cs (2); [3 Cr. H.] curve fitting & least squares, vector space, quadratic forms, pseudo inverse, singular value. [Pre-req ] Control Theory; [3 Cr. H.] Open and closed-loop (feed back) systems; examples of feed back control systems; review of complex variables; Laplace transform and transfer function; modeling of: electrical; mechanical; hydraulic and pneumatic systems; linearization of nonlinear systems; systems block diagram and signal flow graphs; transfer function; block diagram reduction techniques; Mason s gain formula; introduction to state-space representation; sensitivity of open and closed loop control systems; time response analysis and performance indices of first and second order systems; dominant poles of high order systems. Routh-hurwitz stability criterion; steady-state error coefficients; design and effects of basic control actions: proportional; integral and derivative; stability analysis using root-locus; Bode diagrams and nyquist stability criterion; gain and phase margins. [Pre-req ] Control Lab; [1 Cr. H.] Open and closed loops control systems; servomechanism principles; the effect of gain; integral and derivative feed back on control systems. [Pre-req ] Electrical Installa ons; [3 Cr. H.] Electrical system design for residential; commercial and industrial plants: lighting and power distribution; motor branch feeders and controllers; switchboards; unit substation; earthing; light; photometry; light sources; electrical lamps; illumination calculations; testing and maintenance; codes and standards; project. [Pre-req ] Power System analysis; [3 Cr. H.] Power system components and single line diagram; per-unit system;

6 transmission lines: short; medium and long; equivalent circuits and RLC parameters; cables; sequence networks of synchronous machines and power transformers; load flow; symmetrical components; symmetrical and unsymmetrical fault analysis. Z-bus methods in fault analysis; power system stability. [Pre-req ] Power System Lab; [3 Cr. H.] Equivalent circuits at transmission lines; voltage regulation; reactive power compensation; line losses; various types of loads. Power system simulators; equivalent circuits at power system components; control at real and reactive power; steady state and transient state in power system; frequency controls; voltage controls [Pre-req ] Power Systems Protec on; [3 Cr. H.] Principles; elements and requirement; Voltage & Current transformers; electromechanical; static and numerical relays; over current and earth fault protection; differential and distance protection; protection of power system elements: generator; transformer; bus-bars; lines and motors; testing and maintenance of protection components. [Pre-req ] Power System Distribu on and Transmission; [3 Cr. H.] Basic principles; distribution systems layout; distribution transformers: types; connections; harmonics; and voltage regulation; distribution equipment: circuit breakers; reclosers; fuses and lightning protection; distribution substations. [Pre-req ] Digital Signal Processing and Filters; [3 Cr. H.] Signals and Systems is Discrete Time. Discrete and Fast Fourier transform (FFT). The Z-Transrom. Design Techniques for digital Filters. FIR, IIR Recursive and non Recursive Filters. Application. [Pre-req ] Mobile Communication; [3 Cr. H.] Introduction. Cellular Concept. Coverage Principle. Frequency reuse, Multichannel and Cochannel scheme. Interference. Cochannel and adjacent Channel. Fading. Models and Prediction of the Median Path Loss. Modulation Techniques. Mobile Communication System: Analog and digital cellular phones (AMPS, GSM.etc). private and public Access mobile radio.

7 Radio Paging.. [Pre-req ] Numerical Analysis; [3 Cr. H.] Error analysis, roots of nonlinear algebraic equations, solution of linear and transcendental simultaneous equations, matrix and vector manipulation, curve fitting and interpolation, numerical integration and differentiation, solution of ordinary and partial differential equations. [Pre-req ] Probability and Random Variables; [3 Cr. H.] Probability Theory, Distribution, Set Definition, One Random Variable, Operation on One Random Variable, Multiple Random Variable, Operation on Multiple Random Variable, Random Process, Spectral Analysis of Random Signals, Linear System with Random Signal input. [Pre-req ] Signal Analysis ; [3 Cr. H.] Continuous-Time Signals, Discrete- Time Signals, Continuous and Discrete- Time Convolution, Linear Time- Invariant Systems, System Attributes, Differential and Difference Equations, Fourier Series, Continuous- Time fourier Transform, Properties of Fourier Transform, Laplace Transform, Region of Convergence, Properties of Laplace-Transfom. [Pre-req ] Special Topics in Power Engineering; [3 Cr. H.] Selected topics in electrical power engineering taught by faculty members.. [Pre-req ] High Voltage Engineering; [3 Cr. H.] H.V. generation for testing purposes; H.V. measurements; break down in gasses; cathode processes and secondary effects; streamers and Kanal mechanism; Paschen s law; partial discharges and corona; break down in solid insulation; over voltages caused by dart leaders: strokes to towers and to earth wires; attraction of lightning flashes to lines; shield angle; overvoltage limitations; surge deviators; arrestors and arcing horn;. external insulation; insulators function and types; clearance; creepage distance and contaminatio; insulation coordination. [Pre-req ] Electrical Engineering So ware (1); [1Cr. H.] Pspice, OrCAD for electric circuit and electronic simulations ] [Pre-req.

8 Electrical Engineering So ware (2); [1 Cr. H.] Matlab, simulink, SimPower Systems, Simelectronics for electric motors drives and control. [Pre-req ] Digital Electronics; [3 Cr. H.] digital signals and systems. logic technologies and families, Interfacing, memory elements and types, programmable logic devices, A/D converter and D/A converter, visual displays.[pre-req ] Communication Electronics; [3 Cr. H.] Radio Frequency Amplifier. Oscillators. Modulation and AM Modulation Systems. AM Transmitter Circuit, AM Receiver Circuit. Frequency Modulations. FM transmitter Circuit. FM Receiver Circuit. PLL in Communication Application. [Pre-req ] Power Plants; [3 Cr. H.] Introduction to power generation systems; steam and cogeneration cycles; construction and analysis of steam power plants; boilers and stem generators; nuclear power plants; fuel and combustion; gas turbine and combined cycles; steam and gas turbine types; analysis and design; computer applications. [Pre-req ] Digital Communication Pluse Code Modulation, TDM, Deferential PCM, Mateched Filter, Intersymbol Interference, Base band M-ARY. PAM Transmission, Geometric Representation of Signals. Correlation Receiver, Digital Modulation Techniques (ASK, FSK, PSK, DPSK and M-ARY) Effect of Noise on Digital Modulation Signals. [Pre-req ] Communica on System; [3 Cr. H.] Introduction to communication Systems and Transmission Media Multiplexing Techniques. Propagation of RF Waves, Microwave Comm. Systems, Satelite Comm. Sys., Satelite Multiple Access Arrangements, Telephony and Telephone Networks.

9 [Pre- req ] Microcontroller; [3 Cr. H.] Definition, construction of PIC, Programming of PIC, Applications of PIC. [Pre- req ] Prac cal Training; [[3 Cr. H.] Training in the field of Electrical Engineering. [Pre- req. pass 110 Cr.H} Special Topics in Communica ons Engineering; [3 Cr.H] Selected Topics in communications engineering taught by Faculty members. [Pre- req ] Microprocessor & Assembly Language; [3 Cr. H.] Organization: registers; memory; microprocessors; and I/O ports; binary and hexadecimal arithmetic; assembler instructions; processor status (flags); program control; the program stack; integer multiplication and division; arrays and addressing modes; using an integrated programming and debugging environment for assembly language; assembler language programming on a PC. String instructions; text display and keyboard programming; macros; memory management (interfacing with a high level language and 32-bit assembler programming); BIOS and DOS interrupts (timers; device drivers); recursion; floating point arithmetic; disk and file operations; machine language translation; and structure of assembler translators. [Pre-req ] Microprocessor & Assembly Language Lab; [1 Cr. H.] Using the microprocessor kit; arithmetic instruction call and return instructions; conditional and unconditional jump; look up tables; software interrupts; hardware interrupts; I/O ports; 6840 programmable mer module (PTM) small project perquisite; compiling; running and debugging; jumping and looping; strings; procedures; macros; riles; interrupts. [Pre - req ]

10 Electrical Drive; [3 Cr. H.] Elements of electric drive systems; the mechanical system; torque equation and steady-state stability; classification of load torques; braking; gear and belt drive; classification of motors and converters; selection of converters and motors (ratings and types). DC motor drive using controlled rectifiers; DC motor drive using choppers; induction motor drives: soft starters; control strategies; analysis and characteristics; synchronous motor drives: control strategies; analysis and characteristics. [Pre-req ] Project I; [1 Cr. H.] [Pre-req. pass 120 credit hours] Project II; [2 Cr. H.] [Pre req ]

Subject-wise Tests Tests will be activated at 06:00 pm on scheduled day

Subject-wise Tests Tests will be activated at 06:00 pm on scheduled day Subject Name EE-01 Control Systems EE-02 Systems and Signal Processing EE-03 Analog and Digital Electronics EE-04 Engineering Mathematics and Numerical Analysis EE-05 Electric Circuits and Fields EE-06