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Basic Engineering Courses
BEE012
Computer-Aided Engineering Drawing, (2,1,0)
Prereq. None
Manual sketching and
computer aided engineering drawing techniques.
Lettering, orthographic projections, isometric
projection, oblique projections, auxiliary views,
dimensioning, sectioning, working drawing.
BE022 Engineering Thermodynamics, (2,1,0)
Prereq.
None
Study of basic principles
of thermodynamics. Engineering analysis of physical
systems based on the first and second law. Properties of
pure substance (ideal gas behavior, non-ideal gas
behavior and equation of state). Mixture of ideal gases.
Introduction to cycle analysis.
BE032
Materials Technology, (2,1,0)
Prereq. None
Metals, alloys, ceramics,
glass, materials used primarily for their mechanical
properties. Description of materials processing
techniques, e.g. heat treatment used to develop optimum
properties. Materials selection and processing for
engineering applications.
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Electronic Systems Engineering Courses
EE013
Electric Circuits I, (2,2,0)
Prereq. None
Concepts and basic laws
in analysis of AC and DC linear circuits. Mesh and nodal
methods. Thevenin’s and Norton’s Theorems, superposition
principle, and phasor notation. Transient. Basic
instrumentation.
EE023
Electric Circuits II , (2,2,0)
Prereq. EE013
Ac
circuit analysis: alternating systems (voltage and
current), waveform, average value, RMS value, form
factor, frequency and period.
Power
supplies: rectification, filtering, voltage requlation,
short circuit and over voltage protection, transformers,
oscillators.
Phasor diagram and definitions-addition and subtraction
of sinusoidal signals.
Alternating current and voltage in: resistive circuits,
inductive circuits, capacitive circuits and RLC
circuits. Definition of impedance in a.c. circuits,
capacitors and inductors impedance. Driving-point
impedance of a.c. networks. Two port network: Frequency
response function, Filters: 1st order low-pass, 1st
order high-pass, 2nd order filters: low-pass, high-pass,
band-pass (Series and parallel resonance), band reject.series and parallel resonance
circuits.
EE033
Semiconductor Electronics and Devices, (2,2,0)
Prereq. PH043
The physical principles
of crystal structure, energy band, charge densities in
doped semiconductor, especially Silicon; conduction
mechanism drift and diffusion, carrier lifetime,
mobility, the continuity equations. Junction diode
equation, device capacitance; breakdown mechanics; diode
models and applications. Basic operation principles and
device equations for pn junction diode, biplar junction
transistor, MOS capacitors.
EE043
Digital Circuits Design I, (2,2,0)
Prereq. None
Number systems and code. Boolean
Algebra. Universal logic gates. Cominational Logic
systems: Simplification of boolean expressions using
Karnaugh maps, simplest sum-of-products & simplest
product-of-sums forms. Gate minimization. Implementation
of boolean function using NAND & NOR gates.
Sequential logic systems: RS latch,
D latch, Flip-flops: D-type & JK type flip-flops.
Synchronous & Asynchronous counters, design of
synchrouns counters using D-type flip-flops, registers.
EE053
Electronic Circuits I, (2,2,0)
Prereq. EE033
Biasing, small signal
models and elementary circuits applications of bipolar
junction transistor and field effect transistors.
Bipolar amplifier design, including dc bias, small
signal performance, multistage amplifiers, frequency
response. Bipolar logic and memory design including gate
array and ECL circuit configuration. Introduction to
MOSFET circuit design.
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