Common courses for all departments

Hours per week

A - Level

Subjects, (contents)

Lecture

Exercise

laboratory

Grades

Mathematics (sets, analytical mathematics, calculus)

4

2

Distinction

Mechanics (static & dynamics in 2-D)

4

2

Good

Physics (elastic materials, electrodynamics)

4

2

Distinction

Chemistry (solutions, cement and Tiers industry)

2

1

Distinction

Descriptive geometry (projections & intersections of bodies)

2

2

Very Good

Engineering Drawing (machines, steels, walls)

1

5

Good

Production Engineering (work shop training)

1

2

Good

English languish (vocabulary & expressions)

1

Pass

National course

1

Good

Total hours and final grade

20

11

5

Very Good

Courses offered for Electrical Engineers

Hours per week

Foundation

Subjects, (contents)

Lec.

Exercise

Lab.

Grades

Mathematics (algebra, series, calculus, curvatures)

4

2

Distinction

Applied Mechanics (dynamic motion in 3-D)

4

1

Very Good

Physics (solid state, fluid mechanics, electromagnetic)

4

2

Distinction

Electric technology (electrostatic & magnetic, circuits, power, electronics)

2

1

1

Good

Theory of Structures (beams, frames, trusses)

2

2

Good

Engineering Drawing (machines design)

4

Pass

Production Engineering (work shops, tools, design)

2

2

Very Good

Testing of materials (compression, tension, twisting)

2

1

Good

National course

1

Good

Total hours and final grade

21

10

6

Very Good

Common courses for communication, computer & power section

Hours per week

Elec. Eng.

Subjects, (contents)

Lec.

Tutorial

Lab.

Grades

Mathematics (ODE & Laplace, Fourier series, complex, numerical analysis)

4

2

Distinction

Electric measurements & instruments (AVO, iron, watt meters)

2

1

Distinction

Electro-physics (relativity, atom energy, quantum)

2

1

Good

Circuit theory (resistive network, ac circuit, switches, transfer function)

2

2

1

Distinction

Electronics (bulbs/tubes, diodes/transistors, radio/TV circuits)

2

1

1

Distinction

Electric machines (energy conversion, dc machines)

2

2

1

Good

Theory of machine construction (links, gears, cams)

2

1

Distinction

Hydraulics & Thermodynamic (pumps, turbines, entropy, chart)

2

2

Very Good

Metallurgy

1

1

Very Good

Total hours and final grade

19

10

6

Distinction

Courses offered for Electric power Engineering

Hours per week

Power sec.

Subjects, (contents)

Lec.

Tut.

Lab.

Grades

Mathematics (linear algebra, vector calculus, special functions, integral equations)

4

1

Distinction

Electric measurements & instruments (AVO, speed, torque, encoders, devices)

2

1

1

Very Good

Electromagnetism (fields, waves, distributions)

2

Good

High voltage electric materials (ionization, corona, arc, dielectrics)

2

1

Very Good

Electronics & Communication (Zener Diodes , SCR, BJT, MOSFET and application)

4

1

1

Distinction

Electric machines (3-phase circuit, transformer, induction, synchronous)

2

1

1

Distinction

Power transmission (cables, transmission line, towers, insulations, distributions)

2

1

Very Good

Heat transfer (reservoir, boilers, thermal energy, enthalpy)

2

Very Good

Computer (software/hardware, Fortran, main frame punch cards)

2

1

Good

German Languish (vocabulary, expressions)

1

Pass

Total hours and final grade

23

5

5

Very Good

Final year courses in Power Engineering

Hours per week

B.Sc power

Subjects, (contents)

Lec.

Tut.

Lab.

Grades

System engineer (metric theory, linear & dynamic programming)

2

Good

Industrial electronics (transducers, transductors, transputers)

2

Very Good

Synthesis (Foster, Cower)

1

Very Good

High voltage electric transmission waves & propagation

2

1

Good

Control Engineering (block diagram, time, frequency, state space, stability)

2

2

Very Good

Electric machines (1-phase induction, hysteresis, servo, 2-axis theory)

4

2

1

Very Good

Power system (grids, load flow, short circuit faults, stability)

2

2

Very Good

Protection, measurements & control (relays, circuit breaker, reliability)

2

Pass

Power stations (gas, steam, hydraulic, nuclear)

4

Good

Projects (1- design of synchronous m/c) (2- survey on the power grid of Egypt)

2

6

Very Good

Total hours and final grade

21

8

8

Very Good

Courses of year 2 (department of mathematics & statistics (one year)) & year 3

Hours per week

One Subject (of year 2) = 2 courses

Lec.

Tut.

Set theory & linear algebra (pure mathematics of year 2)

2

1

Series & sequences and statistics (year 2 course)

2

1

One Subject (of year 3) = 9 courses

Complex functions (hyperbolic, trigonometric, logarithmic, exponential, mapping, integration)

1

1

Special functions (error, gamma, beta, polynomials, Bessel)

1

1

Ordinary differential equations & Laplace transform

2

1

Numerical analysis (interpolation, curve fitting, spline, finite element & difference)

1

1

Real analysis (upper & lower bounds, number theory, limits)

2

Groups and Topology (pure mathematics)

2

1

Dynamics & Vectors (applied mathematics)

3

1

Hydrodynamics & Electrostatics

3

Relativity & Old Quantum

3

English Languish (Articles, expressions, translation)

1

Total hours

4 + 19

2 + 6

Final year courses in Applied Mathematics

Hours per week

One Subject (of year 4 of the faculty = year 2 of the department) = 12 courses

Lec.

Tut.

Function analysis (pure mathematics)

2

Homology theory (completeness, connectedness)

2

Measure theory (category, functor)

2

Groups (advanced topics)

1

1

Statistics (distributions, forecasting, operation research)

2

2

Partial differential equations (heat, wave, diffusion, Fourier transform)

2

Differential geometry (involutes, evolutes, surface functions)

1

1

Elasticity (tensors)

2

Statistical mechanics (ensembles)

2

Fluid mechanics (vertex, waves, conformal mapping)

2

1

New Quantum mechanics (atomic energy, nuclear, scattering)

3

Computer (science, graphs, Basic languish)

2

1

Total hours

23

6