Undergraduate Bulletin - Loyola Marymount University

Junior Year
Fall Semester S.H.
CMSI 281 Data Structures/Algorithms .............. 3
ELEC 301 Junior Lab I ................................... 3
ELEC 333 Circuit Applications ........................ 3
ELEC 353 Electronics I .................................. 3
ELEC 383 Intro to Microprocessors ................. 3
___
Spring Semester S.H.
ELECTRICAL ENGINEERING AND COMPUTER SCIENCE / 383
15
ELEC 302 Junior Lab II .................................. 3
ELEC 354 Electronics II ................................. 3
ELEC 371 Linear Systems .............................. 3
MATH 355 Methods of Applied Mathematics ..... 3
____ ___ University Core .............................. 3
___
Senior Year
Fall Semester S.H.
15
CMSI ___ Elective ......................................... 3
ELEC 400 Design Methodology ....................... 2
ELEC 401 Senior Lab I .................................. 3
ELEC 423 Communications I .......................... 3
ELEC 584 Intro to Microprocessors II ............... 3
____ ___ University Core .............................. 3
___
Spring Semester S.H.
17
ELEC 402 Senior Project ................................ 3
ELEC 424 Communications II ......................... 3
ENGR 400 Senior Seminar .............................. 0
____ ___ Elective ......................................... 3
____ ___ University Core .............................. 3
____ ___ University Core .............................. 3
___
The proper sequence of all courses should be discussed
with the student’s advisor.
15
Electrical Engineering
ELEC 232
Circuits
3 Semester Hours
Introduction to techniques in electrical circuit analysis,
including branch, node, and mesh methods; Thevenin and
Norton theorems; step and sinusoidal responses of RLC
circuits; operational amplifier circuits; single phase power.
Lecture, 3 hours.
Prerequisites: CMSI 185 or ENGR 240; MATH 132; PHYS
201 recommended.
ELEC 260
Introduction to Electricity and Applications
3 Semester Hours
Presentation of a brief history of electricity and electrical
devices. Introduction to basic concepts of circuit and
system analysis, electronic instruments, devices, and
modern electric equipment. Demonstrations of concepts
and devices are included.
Lecture, 3 hours.
Prerequisite: MATH 101 or higher, or placement into MATH
106 or higher.
ELEC 281
Logic Design
3 Semester Hours
Introduction to computer systems, number systems.
Boolean algebra, combinational and sequential logic
design, minimization and analysis techniques. Concepts of
programmable logic devices.
Lecture, 3 hours.
ELEC 301
Junior Lab I
3 Semester Hours
Introduction to the use of contemporary lab equipment
and techniques of measurement and experimentation;
introduction to technical report writing; class is used
to provide a laboratory experience related to junior level
courses.
Laboratory, 3 hours; Lecture, 1 hour.
Prerequisites: ELEC 281 and concurrent enrollment in
ELEC 333 and 353 or permission of the instructor.