7.0 REQUIREMENTS FOR ADMISSION TO THE MASTER OF SCIENCE DEGREE IN ELECTRICAL ENGINEERING FOR INDIVIDUALS WITH BACHELOR OF SCIENCE DEGREES IN FIELDS OTHER THAN ELECTRICAL OR COMPUTER ENGINEERING

Normally, students admitted to the MS program in the Department of Electrical and Computer Engineering are expected to have completed BS degrees in Electrical or Computer Engineering prior to entry into the program. However, students with BS degrees in other fields will be considered for admission if they have completed the equivalent of the core courses of the undergraduate ECE program through the junior year (listed below by general category). Students who have completed the equivalent of all but two or three of the courses may be considered for a "provisional" admission to the MS program. Applicants offered provisional admission must meet the specific criteria, usually undergraduate coursework, stated at the time of their admission before being changed to regular graduate student status. Students who need to complete the equivalent of more than two or three of the remedial courses listed below will not normally be considered for provisional admission. Such students must successfully complete the appropriate remedial courses at UNH or elsewhere before applying to the graduate program. Note that unlike provisional admission, no guarantee of admission to the graduate program will be given in such cases prior to the time that the student completes the remedial course work and applies for admission to the graduate program.

Engineering Mathematics
MATH 425, Calculus I (4 cr)
MATH 426, Calculus II (4 cr)
MATH 527, Differential Equations with Linear Algebra (4 cr)
EE 647, Random Signals and Noise (4 cr)
EE 544, Engineering Analysis (3 cr

Physics
PHYS 407, General Physics I (4 cr)
PHYS 408, General Physics II (4 cr)

Circuits and Electronics
EE 541, Electrical Circuits (4 cr)
EE 548, Electronic Design I (4 cr)
EE 651, Electronic Design II (4 cr)

Computer Engineering
CS 410C, Introduction to Scientific Programming (4 cr)
EE 543, Introduction to Digital Systems (4 cr)
EE 562, Computer Organization (4 cr)

Electromagnetic Field Theory
EE 603, Electromagnetic Fields and Waves (3 cr)

System Theory
EE 633, Signals and Systems I (3 cr)
EE 634, Signals and Systems II (4 cr)

Last Updated 9/28/06 by Kent Chamberlin