7/24/2019 Field Theory -Course Outline in Hormuud university

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UNIVERSITY OF HORMUUD

FACULTY OF ENGINEERING

COURSE OUTLINE

Department & Faculty: Electrical Engineering Page : 1 of 2

Course: Field Theory Semester: 5

Academic Session: 2015-2016

Prepared by:Name: Eng Burhan Omar Sheikh AhmedSignature:Date: 8/4/2013

Certified by: (Course Panel Head)Name:Signature:Date:

Lecturer : Engr Burhan Omar Sheikh Ahmed

Telephone No. : 0616699953

E-mail : Burhanomar10@yahoo.com

Synopsis : This course introduces students to some major views and theories in the

area of electrostatic, magnetostatic and electromagnetic fields. This

elementary electromagnetic field theory is summarized in Maxwell'sequations for time varying fields in integral and differential forms, energy

storage, static, quasi-static fields and time domain analysis of wave

LEARNING OUTCOMES

By the end of the course, students should be able to:

No. Course Learning OutcomeAssessment

Methods1

Apply different analytical methods based on intergration and

Gauss law to derive the electric field intensity due to discrete

and continous charges. Students will be able to describe the

electric field distribution in these cases

T, F, HW,Pr

2 Describe capacitance of capacitors in different geometries and

circuit arrangements ( paralle plate, cylindrical, spherical,

series and parallel connection)

T,F, HW,Pr

3 Explain the electric potentioal and charge distribution in an

electrostatic system as well as their magnetostatic parameters.

T, F, HW,Pr

4

Gain a working knowledge of vector algebraic and calculus

operations through many of the topics above

T, F, HW, Pr

(TTest ; HWHomework ; PrPresentation; FFinalExam)

7/24/2019 Field Theory -Course Outline in Hormuud university

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COURSE OUTLINE

Department & Faculty: Electrical Engineering Page : 2 of 2

Course: Field Theory Semester: 5

Academic Session: 2015-2016

TEACHINGMETHODOLOGY

Formal Lecture and Discussion,

Teaching Module,

Power Point presentation,

Individual assignments,

Presentations

TEACHING SCHEDULE

REFERENCES :

1. D.K Cheng, Fundamentals of Engineering Electromagnetics ( second edition), 1993

2. Matthew N.O. Sadiku, Elements of Electromagnetics ( 4th edition), 2007

3. Hayt, W.H. and Buck, J.A. 2001. Engineering Electromagnetics. 6th Edition. Mc

Graw