COURSE SYLLABUS

I. Department: ELECTRICAL AND ALLIED DEPARTMENT

II. Course Code: EE 11

III. Course Title: Power System

IV. Course Description:
The course discusses electrical power generation, transmission, and distribution systems for electrical engineering students. It also discusses the principles of AC/DC transmission and distribution system. It deals also with the study of the calculation of parameters, conductor selection and underground power transmission and distribution.


V. Course Objectives:


At the end of the course, the student shall be able to:

a. Understand a broad range of topics in the power systems.
b. Learn the basic theories and applications in the power systems.
c. Promote their interest in learning more about the electric power industry with emphasis on electric power transmission lines.
d. Solve problems involving short, medium and long transmission lines.
e. Impart the basic foundations of electric power system from which he/she can continue his education while at work in the field.

VI. Unit Credit/Time: 3 units lecture(3.75hours/week; 14 weeks/term)

VII. Semester/Term Offered: 3rd year/second term

VIII. Pre-requisite Subjects:EE3/EE3L

IX. Co-requisite Subject: EE 11L

X. Clientele: BSEE Straight Engineering Students

XI. Requirements:
The requirements of this course and the corresponding inputs into the final grade are as follows:

a. Quizzes, seat works, assignments, recitation, attendance ... 20%
b. Unit Test and actual exercises ............................................... 25%
c. Term Test .................................................................................. 20%
d. Laboratory ................................................................................ 35%
Total ............................................................................................ 100%

XII. Grading System:
Ratings in the quizzes/exercises, homeworks, seat works, unit test, term test and other requirements may be in the 0-100% or the 0-10 scale, wherein 10 is the highest, 0 is the lowest and 5 is the minimum passing.

Whatever scale used, all final grades are transmuted to the 1-5 scale using the following conversion, with 1.00 as EXCELLENT and 5.00 as FAILED.


XIII. Textbook/s:

Stevenson, William Jr. D. Elements of Power System Analysis. 4th Edition New York; Mc Graw Hill Book Company, C 1984