Download Engineering Electrom..

HALMSTAD UNIVERSITY
SYLLABUS
Phone +46 35 16 71 00 • www.hh.se
School of Information Science, Computer and Electrical Engineering
•translated from Swedish
Page 1 (2)
Course Code: ET6004 / 7
Engineering Electromagnetics, 7.5 credits
Elektromagnetism, 7.5 hp
First level
Progression: 61•90
Main eld: Electrical Engineering G1F
Syllabus is adopted by the School of Information Science, Computer and Electrical Engineering (2012•05•10) and is valid for students admitted for the autumn
semester 2014.
Placement in the Academic System
The course can be included in the Electrical Engineering Pro•
gramme 180 credits.
Prerequisites and Conditions of Admission
Single Variable Calculus 7.5 credits, Linear Algebra 7.5 cre•
dits, Multi Variable Calculus 7.5 credits, Electrical Circuits 7.5
credits.
induction, polarization / magnetization in media and
energy transport in waves
Primary Contents
Energy / power interaction between electrically•charged
particles and the superposition principle. Magnetostatics.
Maxwell's equation and time•dependent elds. Poynting's
vector. Dielectrics. Electromagnetic waves.
Course Objectives
The over•arching goal of the course is that students should
be able to analyze basic electrical and magnetic phenomena
taking as their points of departure a eld•based description
via Maxwell's equations.
Interaction between waves and matter: re ection, refrac•
tion, dispersion, propagation.
Upon successful completion of the course the student should
be able to:
Teaching Formats
Lectures, exercises and home assignments.
Knowledge and understanding
Teaching is in English.
• account for and understand the signi cance of both
vector and scalar elds
• account for and describe Maxwell's equations in both
integral• and differential form
Skills and ability
• calcuate the electrical and magnetic elds obtained for
certain geometrically•manageable current and charge
distributions
• devise workable numeric strategies for calculating •
elds for realistic current and charge distributions
Judgement and approach
• qualitatively describe and perform simpler calculations
for more complex phenomena such as for example
Course Literature
Applications: eg wave transmission, optical
nae, wave propagation.
bres, anten•
Examination
The overall grades of Fail, 3, 4 or 5 will be awarded for the
course.
Written or oral examination.
Course Evaluation
Course evaluation is part of the course. This evaluation
should offer guidance in the future development and planning
of the course. Course evaluations should be documented and
made available to the students.
Page 2 (2)
ET6004 / 7
Ida, Nathan. Engineering Electromagnetics. Springer•Verlag New York, 2004.