DEPARTMENT OF ELECTRICAL/ELECTRONIC ENGINEERING COURSE OUTLINE YEAR 1 EEE 101: ELECTTRONICS. Semi-Conductor Materials: Intrinsic and Extrinsic Semi-

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DEPARTMENT OF ELECTRICAL/ELECTRONIC ENGINEERING COURSE OUTLINE YEAR 1 EEE 101: ELECTTRONICS Semi-Conductor Materials: Intrinsic and Extrinsic Semi- Conductors; p-n junction, junction barrier,

electronic amplifiers, biasing, stability, load line techniques for transistor amplifiers; Power supply: rectifiers, power suppliers, filters, multipliers, voltage regulation,

1 DEPARTMENT OF ELECTRICAL/ELECTRONIC ENGINEERING COURSE OUTLINE YEAR 1 EEE 101: ELECTTRONICS Semi-Conductor Materials: Intrinsic and Extrinsic Semi- Conductors; p-n junction, junction barrier, junction break-down, applications of p-n dioxides, rectifiers; Transistors: junction transistor, characteristics of CE, CB and CC configuration, FET transistors; Transistors as amplifiers: electronic amplifiers, biasing, stability, load line techniques for transistor amplifiers; Power supply: rectifiers, power suppliers, filters, multipliers, voltage regulation, transistors-operation and characteristics, single-phase controlled rectifiers, single and three phase circuits. EEE 102: ELECTRICAL/ELECTRONICS Basic Laboratory Assignments/Demonstration: Basic Electricity, 1 P a g e

2 Electronics; Amplifiers; Circuit Amplification. EEE 121: NETWORK ANALYSIS I (3-0-3) Network theorising: Kirchhoff s laws, mesh and nodal Analysis, superposition theorem, the venin s and Norton s theorems, reciprocity theorems, delta-star and star delta transformations; alternating voltage and current: currents and voltages, harmonics, sinusoidal alternating quantities by phasors, sinusoidal quantities; single and phase circuits. EEE 143: ELECTRICAL ENGINEERING LAB I (0, 6,2) Electronics I: transistors characteristics, use of load line in amplifier Design, Simple unregulated and regulated d. c. power suppliers; Network Analysis I: verification of circuit laws, verification of Theorems, verification of A.C. circuit laws with R-L-C circuit, delta- star and star- delta transformations MCE 111: APPLIED THERMODYNAMICS II (3-0-3) Internal Basic concept of 1 st and 2 nd laws of thermodynamics: 2 P a g e

3 Combustion engines, compressor, fans, air cooled motors, refrigeration, air conditioning; cooling of electrical devices. EEE 114: PRACTICAL ELECRONICS Investigate ohm's law for a) inductive b) capacitive c) resistive elements in an A-C Circuit, to investigate a) Parallel and b) Series combinations of an inductor, capacitor and resistor in an AC Circuit, to investigate resonance in an L-C-R Series Circuit and Q-factor at resonance, Investigating the forward and, Reverse Characteristics of a semi conductor diode, characteristics of Semi conductor diodes (Silicon and Germamum) using the Oscilloscope, characteristics of a transistor EEE 115: ENGINEERING DRAWING (3-0-3) Visualization in 3 dimensions, interpretation of Orthographic views, geometrical construction, orthographic. Projection, descriptive geometry; intersection and development. 3 P a g e

4 1 ST YEAR 2 ND SEMESTER EEE 102: ELECTRONICS II (3-0-3) Amplifiers, Feedback, Analogue systems, Signal Generation and conditioning. EEE 122: NETWORK ANALYSIS II (2-0-2) Electrostatics, Electromagnetism; Induction as circuits element. EEE 132: ELECTRICAL MACHINES I(3-0-3) Magnetic circuit; Transformers. ELECTRICAL ENGINEERING LAB II EEE 144: A: ELECTRONICS II (3-0-3) Amplifiers and their characteristics filter, Summers, Integrators and differentiators; Signal generation: Sine wave and square wave, Saw-tooth. B: NETWORK ANALYSIS II Experiment: verification of faraday s law; charging and 4 P a g e

5 discharging of capacitors. C: ELECTRICAL MACHINES I Experiment: investigate the operations of simple, threephase and auto-transformers. EEE 132: MECHANICS OF FLUIDS (2-0-2) Definition of fluid, dimension and units, fluid properties, Fluid statics; hydraulic and pneumatic machinery. MAS 133: ENGINEERING MATHEMATICS Functions, series, polynomials and hyperbolic functions; Ordinary differential calculus; partial differential calculus; integral calculus. MAS 134: ENGINEERING MATHEMATICS II Determinants. Complex numbers; Vector algebra; Matrices and EEE 145: ELECTRICAL ENGINEERING Electrical machines II: D.C. machines, separately excited machines, Shunt machines, series machines, compound 5 P a g e

6 machines; Power Systems: power factor correction, measurement of earth resistance. EEE 211: TELECOMMUNICATION I (3-0-3) Radio telecommunication, line transmission, noise cross talk; Career telephone. MAS 233: ENGINEERING MATHEMATICS III First- order differential; linear second-order differential; Theory of the place transforms MAS 234: ENGINEERING MATHEMATICS IV Elementary probability theory; elementary statistics; Probability distribution function; simple regression. 2 nd YEAR 1 st SEMESTER EEE 212: TELECOMMUNICATION II (3-0-3) 6 P a g e

7 Fm wave in face space, microwave radios in Communications, serial systems, receivers, wave guides and cavity resonator. EEE 225: MEASUREMENT AND INDUSTRUMENTS (2-0-2) Electronic measurements, multipurse instruments, Measurement of power, energy and power factor and Insulation, Analog instruments; Electronic instruments. EEE 227: INTRODUCTION TO COMPUTER TECHNOLOGY(1-2-2) Computer hardware; computer programming: high level Programming such as FORTRAN, PASCAL, C++, and AUTOCAD. EEE 231: ELECTRICAL MACHINES II(2-0-2) Machines fundamentals, design and analysis, D.C. machines; Universal (a.c. series commutator) machines. EEE 241: POWER SYSTEMS I (3-0-3) Energy sources, switch gear and protective devices; Economics of power generation. 7 P a g e

8 EEE 243: ELECTRICAL ENGINEERING LAB III (0-6-2) A: Telecommunications I; experiments/ demonstration: Amplitude, Modulation using signal generators and a CRO, Determine modulation factor and modulation index of amplitude modulated wave, Frequency modulation, Standard and fm signal generators; Voltage drop and power loss in lines and cables. B: MEASUREMENT AND INSTRUMENTS Experiments: uses of oscilloscope and multi-meter, measurement of voltage, current, energy, power, power factor, R,L,and C, insulation resistance; application of traducers to measure non -electrical parameters. EEE 245: ELECTRICAL ENGINEERING L IV (0-6-2) A: ELECTRICALENGINEERING Experiments: D. C. Machines: separately machines shunt Machines, series machines; compound machine. B: POWER SYSTEM I Power factor correction; measurement of earth resistance. 8 P a g e

9 2 nd YEAR 2 nd SEMESTER EEE 208: DIGITAL ELECTRONICS (3-0-3) Digital systems: basic logic families, basic logic gate, Booleans algebra, Minimization of logic expressions by Karnaugh maps, Flip flops: jk, d-types, jk master-slave, Latches, Shift registers, Counters, Introduction to general sequential techniques applications, A/D and D/A converters, number systems: binary, octa and hexadecimals. EEE 212: TELECOMMUNICATIONS II (3, 0, 3) Treatment of a plane FM wave in free space, Reflection, Diffraction, Refraction and polarization of plane wave, Aerials and radiation patterns, Field application of microwave radio in communications, Boundary conditions, Waveguide length and cut-off frequencies of energy in wave guides, Matching, Use of slots and screws. EEE 222: CONTROL SYSTEMS I (3-0-3) Control system: transducers, amplifiers and actuators, equation of physical power systems, transfer function, 9 P a g e

10 transducers for the measurement of displacement, velocity, force, temperature and heat flow; Amplifiers and actuators. EEE 232: ELECTRICAL MACHINES I (3-0-3) Synchronous machines, induction machines, transformer; Special machines. EEE 242: POWER SYSTEMS I (3-0-3) System analysis, power transfer; Control. EEE 243: ELETRICAL ENGINEERING LAB III (0, 2, 6) Telecommunications I: amplitude modulation using signal Generators and a CRO, modulation factor and modulation index of modulated wave, Frequency modulation, standard and FM signal generators, voltage drop and power loss in lines and cables, Measurement and Instruments: use of Osciloscope and multi-metre, Measurement of current, voltage, energy, power, power-factor, R, L and C and insulation resistors. EEE 244: ELECTRICAL ENGINEERING LAB V (0-6-2) 10 P a g e

11 A: Control system I, l electrical machines III, experiments: Synchronous machines, - induction machines, reluctance motor, permanent magnet motor, - synchros. EEE 246: ELECTRICAL ENGINEERING LAB V (0-6-2) A: TELECOMMUNICATIONS II Experiment: use of slots and screws for matching, measurement of VSWR (voltage standing wave ratio), determination of radiation polar diagram of a simple half- wave dipole, measurement of amplitude and phase response at IF of a microwave system. B: POWER SYSTEMS II Experiments: synchronization of 3-phase supplies motor/generator set of machines power mains, phase shifts unbalanced load measurement on synchronous generator. 3 rd YEAR 1 st SEMESTER EEE 301: MICROCOMPUTERS (3-6-3) Microprocessor classification, Organisation of micro- Processors with examples, Semi-conductor memories, Interface devices, Programming micro-processor, Hardware and Software; Muti- microprocessor systems. 11 P a g e

12 EEE 311: TELECOMMUNICATIONS (3-0-3) Sound and television generation, Sound and television transmission; Sound and television transmitters. EEE 315: MEDICAL EQUIPMENT TECHNOLOGY I (3-0-3) Electro-medical equipment; Diagnostic x-ray equipment. EEE 321: CONTROL SYSTEMS II (3-0-3) Block diagrams; Transfer functions. EEE 323: COMPUTER OPERATING SYSTEMS (3-0-3) Introduction: Operating system types, Hierarchical structures, Real time clock management; Devices: drivers, disk driver, a data link communication driver. System initialization and configuration. EEE 327: COMPUTER APPLICATION (1-4-2) Application of software packages: database, lotus, word perfect, Simulation packages, Auto card, Windows, Excel, Word, etc. EEE 331: POWER ELECTRONICS I (3-0-3) 12 P a g e

13 Switching devices, Line commutated converters, Drive Circuits; protection and components. EEE 337: ELECTRICAL EQUIPMENT MAINTENANCE (0-6-2) Electrical machines maintenance of instruments. EEE 341: POWER SYSTEMS III (3-0-3) Substation, Transmission networks, Overhead liners, Cables, Over voltage transients; Insulation and Breakdown. EEE 343: ELECTRICAL ENGINEERING LAB VII (3-0-1) Microcomputer, Telecommunication III, Medical equipment Technology I, Power electronics I, Power system III. EEE 345: ELECTRICAL ENGINEERING PRACTICE (2-2-3) Electrical engineering drawing, Design and installations, Wiring code; Illumination design. 3 rd YEAR 2 nd SEMESTER EEE 306: ELECTRONIC SERVICING (0-3-1) 13 P a g e

14 Testing and diagnosing faults in power supplies; Measuring, Testing and diagnosing faults in amplifiers; Basic measurement, Testing of oscillators and multivibrators, and wave-form, generators; Testing and fault find on basic digital circuits; Testing adjustment and fault finding in radio and TV circuits; Testing and fault finding in basic control systems and associated sub-systems. EEE 312: TELECOMMUNICATION IV (3-0-3) Networks, Transmission lines and wave guide; Mismatch at Different terminations; Assembly of super group; PTO, Non-director, Systems; Cross bar systems; Satellite transmission, Cellular radio telephone; Fibre optics. EEE 316: MEDICAL EQUIPMENT TECHNOLOGY II (3-0-3) Dental equipment, standard operating theatre equipment; Dental surgery layout and dental chair unit. EEE 322: CONTROL SYSTEM III (3-0-3) Process control; Analogue computers. EEE 324: DIGITAL COMPUTER DESIGN (3-0-3) Electrical machines, Motor; Power systems. 14 P a g e

15 EEE 332: POWER ELECTRONIC II (3-0-3) Force commutated converters; Application. EEE 342: POWER SYSTEMS IV (3-0-3) System operation, Circuit breakers; Protection. 15 P a g e

Associate In Applied Science In Electronics Engineering Technology Expiration Date:

PROGRESS RECORD Study your lessons in the order listed below. Associate In Applied Science In Electronics Engineering Technology Expiration Date: 1 2330A Current and Voltage 2 2330B Controlling Current