201 102 ENGINEERING GRAPHICS
Introduction to design concept through application of engineering graphics. Drawing instruments, lettering, and geometrical constructions .Freehand sketching, pictorial presentation, axonomeric projection. Principles of projection and multiview representation, sectional, auxiliary views and dimensioning. Introduction to line drawing.
Prerequisite: None
202 202 SUPERVISORY MANAGEMENT
Preparation, duties, responsibilities and problems of first-level managers-through discussion and case studies, consider the skills and understanding needed for supervisory positions and the problems encountered when advancing from "doer" to "manager."
Prerequisite: 500 130
200 302 INDUSTRIAL SAFETY
Safety, hazard identification, risk analysis, accident prevention schemes, ergonomics of machinery safeguards, characteristics of ventilation and exhaust systems, accessibility ergonomics, fire suppression and detection, theories of combustion, estimation of fire severity, and fire resistance tests on materials and structures. Removal of smoke and heat by venting. Fire and explosion suppression systems, detection systems, and economic aspects of fire.
Prerequisite: None
200 402 INTRODUCTION TO SYSTEM RELIABILITY
The concepts and theory of reliable system design are introduced. Design methods of electronic circuits and digital systems (software and hardware),leading to reliable operation, are presented.
Prerequisite: 130 130, 211 313
202 504 ENGINEERING MANAGEMENT
Development of business structure, behavioral view of management. Decision processes, and financial accounting. Financial statement analysis, management science models, and methods-short-term forecasting. Modern formulations, divisional performance, marketing, and market analysis. Long-term forecasting, Industrial relations and person- management.
Prerequisite: 203 403
203 403 ENGINEERING ECONOMY
Introduction to the market system and the behavior of the firm in that context. The course will also consider the interactions of consumers, producers and government in economic activity.
Prerequisite: 110 100
(21) ELECTRICAL ENGINEERING
(210) BASIC
210 222 ELECTRICAL INSTRUMENTATION AND MEASUREMENTS
Basic measurement concepts. Measurement units and standards, DC indicating meters, AC indicating meters, DC and AC bridges, and Oscilloscopes.
Prerequisite: 215 201
A SET OF LABORATORY EXPERIMENTS.
210 311 ENGINEERING ELECTROMAGNETICS
Vector analysis. The static electric field. The static magnetic field of steady electric currents. The static magnetic field of ferromagnetic materials , bounded fields and Laplace's equation.
Prerequisite: 111 223
210 312 ELECTROMAGNETICS AND WAVE PROPAGATION
Time-changing electric and magnetic fields. The relation between field and circuit theory: Maxwell's equation, plane electromagnetic waves, wave polarization, theory and applications of transmission lines. Reflection, and refraction and diffraction.
Prerequisite: 210 311
(211) ELECTRONICS
211 212 ELECTRONIC DEVICES AND CIRCUITS(1)
Semiconductor theory. The diode as a circuit element, diode applications, bipolar junction transistor, and special electronic devices.
Prerequisite: 215 201
A SET OF LABORATORY EXPERIMENTS
211 305 ELECTRONIC INSTRUMENTATION AND MEASUREMENT
Advanced measurement concepts. Measurement of frequency and time intervals. Specialized meters: analog and digital RF and fiber-optic measurements. Waveform generators and analyzers.
Prerequisite: 210 222, 211 212
A SET OF LABORATORY EXPERIMENTS
211 313 ELECTRONIC DEVICES AND CIRCUITS(2)
Small signal BJT amplifiers. Field-effect transistors, FET circuits and applications, h and y parameters, frequency response, feedback amplifiers, and oscillator circuits.
Prerequisite: 211 212
A SET OF LABORATORY EXPERIMENTS
211 318 ANALOG DISCRETE CIRCUITS
Multistage amplifiers. Integrated and differential amplifier circuits , operational amplifier , and power amplifiers.
Prerequisite: 211 313
A SET OF LABORATORY EXPERIMENTS
211 331 ELECTRONIC SYSTEMS AND SERVICING
Fundamental troubleshooting procedures, test equipment and test signals. Tools and aids for servicing and maintenance. Mechanical and electromechanical components. Testing passive components, adjustable controls , and typical examples of troubleshooting.
Prerequisite: 211 313, 213 233
211 413 ANALOG AND DIGITAL INTEGRATED CIRCUITS
Analysis of operational amplifiers application, non linear circuits , active filters , and wave-shaping. Analog switches, multiplexers, and demultiplexers. VCO, and PLL .DAC, ADC, and data acquisition circuits . Characteristics of different digital families and the interfacing requirements with each other as well as with analog ICs. Special analog & digital ICs
Prerequisite: 211 318, 213 336
A SET OF LABORATORY EXPERIMENTS
211 414 ANALOG INTEGRATED CIRCUITS
Multistage amplifiers. Integrated differential and operational amplifier theory, Applications of Operational amplifiers, and power amplifiers.
Prerequisite: 211 318
A SET OF LABORATORY EXPERIMENTS
211 415 DIGITAL INTEGRATED CIRCUITS
Electronic devices. Resistor transistor logic, Diode transistor logic , transistor logic, Emitter coupled logic . MOS gates, and memories.
Prerequisite: 211 312, 213 231
A SET OF LABORATORY EXPERIMENTS
211 516 CIRCUIT DESIGN WITH VLSI
The different audio, video and signal processing VLSI chips are introduced. Techniques of using VLSI circuits in function realizations .
Prerequisite: 213 431, 215 508
A SET OF LABORATORY EXPERIMENTS
211 517 LASER AND OPTICAL ELECTRONICS
Nature of light-principle of laser action ,characteristics of gas laser, organic dye laser, solid state laser, and laser applications . Light emitting diodes , photoconductors, solar cells , photovoltic devices , spectral response , efficiency, and interface circuits.
Prerequisite: 210 312, 211 212
A SET OF LABORATORY EXPERIMENTS
211 518 MICROWAVE ELECTRONICS
Planar tubes, performance, pulsed operation, multitude arrangements, efficiency and gain, construction, Klystrons, reflex Klystron, two cavity Klyston oscillator, extended-Interoscillator, two-cavity amplifier, multicavity amplifiers, noise, applications and circuits, TWT, the electron gun, magnetic beam focusing, and the interactive circuit. Crossed field tubes, crossed field interaction mechanism, slow, wave circuits for cross field tubes, crossed field oscillators, coaxial magnetrons, voltage-tunable magnetrons, and crossed-field amplifiers. Microwave semiconductor devices, schottky barrier diodes, mixer diode parameters, varactor diodes, varactor-frequency multiplexed, varactor parametric amplifier, PIN diode, and microwave bipolar transistor. Gnu devices, IMPUTE diode.
Prerequisite: 211 313, 210
211 519 SOLID STATE ELECTRONICS
Fundamentals of carrier generation, transport, recombination and storage in semiconductors, physical principles of p-n junction, MOS and bipolar junction transistors. MOS capacitor, solar cells-photoconductors and photodetectors. Computer device modeling.
Prerequisite: 211 313
211 538 FAULT DIAGNOSIS
Introduction to fault detection and fault diagnosis. Fault models ,analog circuits, fault detection, and fault location and diagnosis. Combination logic circuits, test generation fault detection, and fault location and diagnosis. Sequential logic circuits: test, generation, and testing procedures.
Prerequisite: 211 313, 213 336
(212) COMMUNICATIONS
212 323 COMMUNICATION SYSTEMS(1)
Telecommunications systems characteristic , telephone communication systems , radio systems , and T.V systems.
Prerequisite: 215 202, 112 224
A SET OF LABORATORY EXPERIMENTS
212 412 COMMUNICATION THEORY
Introduction. Representation of signals and systems. Amplitude, frequency , and angle modulation. Random processes. Noise in CW modulation.
Prerequisite: 111 325
A SET OF LABORATORY EXPERIMENTS
212 421 ACOUSTICAL ENGINEERING
The wave equation, Electro-mechano-acoustical circuits , radiation of sound, acoustic components . Micro phone. Direct-radiator loudspeakers , enclosures-Horn loudspeakers .Sound in enclosures-noise control . Acoustic measurements , hearing, speech intelligibility, and psychoacoustic criteria.
Prerequisite: 111 223, 121 131
A SET OF LABORATORY EXPERIMENTS
212 423 ANTENNA THEORY AND DESIGN
Fundamentals of Electromagnetic radiation. Application of field equivalence to transmitting and receiving antennas and noise evaluation. Theoretical treatment of dipoles, loops, linear and planar arrays, horns, and parabolic reflectors and lenses. Antenna test equipment and measurement techniques.
Prerequisite: 210 312
212 242 COMMUNICATION SYSTEMS (2)
Radar systems, optical communication systems, and satellite communication systems
Prerequisite: 212 323
212 521 COMPUTER COMMUNICATIONS
Fundamental concepts. PC and communications hardware . Communications software , packet networks and information utilities , local area network , and network strategies.
Prerequisite: 212 412
212 325 DIGITAL COMMUNICATIONS
Introduction , pulse analog modulations , pulse-digital modulations (PCM and DM) , base-band digital transmission, and band -pass digital transmission.
Prerequisite: 213 336, 214 441
A SET OF LABORATORY EXPERIMENTS
212 524 SWITCHING AND COMPUTER NETWORKS
Circuit-Switching , call processing in digital circuits, switching systems, Queuing theory. Layered architecture. Data Network layer, flow control and congestion control. Routing function. Transport layer, polling and random access in data networks. The evolution towards integrated networks.
Prerequisite: 212 523
212 525 MICROWAVE ENGINEERING
Electromagnetic plane wave , microwave transmission lines, microwave wave guides , micro-strip lines , microwave linear-beam tubes . Transferred electron devices , and avalanche transit-time devices.
Prerequisite: 210 312
A SET OF LABORATORY EXPERIMENTS
212 527 SATELLITE COMMUNICATIONS
Technical aspects of satellite communication , economical aspects of satellite communication . Design consideration of low, medium and high power transponders . Antenna types, and ground station design.
Prerequisite: 212 412, 210 312
A SET OF LABORATORY EXPERIMENTS
212 528 INFORMATION THEORY AND CODING
Continuous and discrete source and channel models, measure of information, channel capacity, noisy-channel coding theorem, linear block codes, convolution codes, algebraic codes, and decoding methods.
Prerequisite: 214 441
212 529 OPTICAL FIBER COMMUNICATIONS
Evolution of optical fiber communication system. Step index and graded index optical fiber. Absorption characteristics of glass. Refraction index. Geometrical optics. Snell's law, and wave theory. Mode of t
First Semester
