Course Distribution - 1st Year Fall, CSED

MP 113 - Mathematics III {6 hours}:
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Differential Equations {3 hours}:
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Lectures: 2 hrs/week.
Tutorial: 1 hr /week.
Topics:
1st Order: Separable equations, Homogeneous equations, Exact equations,
Linear differential equations, Bernoulli's equation, Some special methods,
1st order equation of higher degrees.
Higher Order: Homogeneous with constant coefficients, Non-homogeneous with
constant coefficients, variation of parameters, simultaneous equations,
Euler-Cauchy equation, Reduction of the order, Reduction to the normal form,
Ricatti's equation, Change of the independent variable, Operational
refactoring, Solution of differential equations in series.

Integration {3 hours}:
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Lectures: 2 hrs/week.
Tutorial: 1 hr /week.
Topics  : Methods of Integration, some special techniques, successive
reduction method, improper integrals, mean value theorem special
function: the error, gamma and beta functions of several variables, limits
and continuity, partial derivatives, chain rule directional derivatives,
Taylor expansions of functions of several variables, extreme, differentiation
under integral sign.

MP 127 - Mechanics VII {4 hours}:
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Theory {4 hours}:
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Lectures: 3 hrs/week.
Tutorial: 1 hr /week.
Orbital motion, Charged particle motion, Dynamics of systems of particles,
variable-mass systems, Plane kinematics of rigid bodies, Plane dynamics of
rigid bodies, Initial motion, Thrust & collision of rigid bodies, vibrations.

EE 131 - Modern Physics {6 hours}:
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Thoery {5 hours}:
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Lectures: 4 hrs/week.
Tutorial: 1 hr /week.
Topics  : Special relativity, Quantum effects: particle aspect of
electromagnetic radiation and wave aspects of material particles, Atomic
physics, Introduction to nuclear, molecular and solid-state physics,
Introduction to crystallography.

Practice {1 hour}:
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Labs:     1 hr /week.
Experiments:
Determination of e/m, Study of Balmer series of hydrogen, Franck-Hertz
experiment, Planck's constant, Dual nature of waves and particles.

EE 112 - Electrical Engineering Fundamentals {6 hours}:
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Theory {4 hours}:
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Lectures: 4 hrs/week.
Tutorial: 1 hr /week.
Topics  : Electrostatics. Electromagnetics. Transformers. Electromagnetic
energy transformation.

Practice {1 hour}:
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Labs:     1 hr /week.

CS 121 - Programming I {5 hours}:
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Theory {5 hours}:
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Lectures: 4 hrs/week.
Tutorial: 1 hr /week.
Topics  : Introduction to the course content, structured programming concepts,
data types and elementary data structures, Procedures, Top-down problem
solving and debugging techniques, principles of good programming style,
Iterations, Recursion, Introduction to object oriented programming, Sorting
algorithms.

Practice {2 hours}:
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Labs    : 2 hrs/week.
Content : Training students on computer programming & topics taught in
lectures & tutorials. A final project is to be delivered by every student.

HS 171 - Computer & Productivity Support {4 hours}:
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Theory & Soft-skills {2 hours}:
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Lectures: 2 hrs/week.
Topics  : Introduction to Computer Science, Computer Engineering, and
Information Technology, Algorithmic foundations, Hardware world, Software
world, Networks and the Internet, Applications.
Presentations: Students divide into groups, every group does
a 45-min presentation about a specific topic in *technology* with technically
rich content.

Practice {2 hours}:
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Labs    : 2 hrs/week.
Topics  : Training students on: Microsoft Word/LibreOffice Writer,
Microsoft Excel/LibreOffice Calc, Microsoft Access/LibreOffice Base,
Introduction to Relational Database Model & MySQL, Introduction to
TCP/IP suit, OSI model, and the web, HTML, Cascade Style sheets,
Javascript.