UNIVERSITY OF MARYLAND

DEPARTMENT OF ELECTRICAL ENGINEERING

 

ENEE 380/380H                                                                                            Fall 2013

 

TITLE:                                   Electromagnetic Theory

 

INSTRUCTOR:                    T M. Antonsen Jr.

                                                antonsen@glue.umd.edu

                                                3339 A. V. Williams

                                                405-1635

                                                Office hours: Monday 1:00-3:00

                                                or by appointment

 

ROOM:                                  CHE 2118

 

TIME:                                    MW                3:30 Ð 4:45

 

RECITATIONS:

TA:                                         Kevin Landsman

                                                kevinlandsman@gmail.com

                                                Office hours: Wednesdays 11a-12p in 1143 AV Williams

 

380-0101                                 Tu 9:00am- 9:50am (PLS 1113)

380H-0101                              Tu 10:00am- 10:50am (PLS 1113))

           

COURSE                               Static electric and magnetic fields, Solution of

DESCRIPTION:                   boundary value problems, Steady electric currents

                                                Time varying fields and Maxwell's Equations

                                                                                               

TEXT:                                    Field and Wave Electromagnetics (2th edition)

                                                David K. Cheng, McGraw Hill, 1992.

                                               

 

REFERENCE:

                                                Ramo, Whinnery and Van Duzer, Fields and Waves in

                                                Communication Electronics, (2nd Edition), J. Wiley and Sons, Inc.

                                                Electrostatics with MATLAB, Eric Dunn (available on course web site)

                                               

HOMEWORK:                     Assignments will be made on the web.

                                                Some assignments will require MATLAB or its equivalent.

 

PROJECT:                            There will be a project involving the solution of a practical

                                                problem.  More about this later.

 

EXAMS:                                There will be three exams: two midterms and a

                                                final exam. Grades will be assigned as follows.

 

            Homework:                                                                            20%

            Project:                                                                                   10%

            Exam 1: (TBA)                                                                     20%

            Exam 2: (TBA)                                                                     20%

            Final: (Wednesday, Dec 18   1:30 Ð 3:30)                          30%