Electrical Engineering 17 7 Recommended list of Elective Courses in Electrical Engineering distributed according to variants 18 8 Courses Outlines
The electrical engineering degree program seeks to produce graduates who are trained in the theory and practice of electrical and computer engineering and
Electrical Engineering Sample Courses Electrical Engineering Degree Electrical and Computer Engineering Thompson Engineering Building, Rm 279
We describe our new introductory course in Electrical Engineering, which covers the breadth of the field, rather than in in-depth treatment of circuits
To earn a B S , you must complete all College and University requirements For a complete list: catalog ucr edu Suggested Course Plan for a UC Riverside Major
Curriculum requirements are nearly identical on both campuses and students can complete all degree requirements on either campus Electrical engineering is
Faculty and staff in the electrical and computer engineering department at the more advanced courses, teaching is done primarily by full-time faculty
General Education Courses Global Awareness requirement course Prerequisite on left Course with lab 3Credit ELECTRICAL ENGINEERING Curriculum
3 The courses from content areas one (Arts and Humanities) and two (Social Sciences) must be from four different departments One course from either content
? The Compulsory Elective/Elective courses can also be selected as free elective course(s) Page 5 NAME OF THE DEGREE : Master of Engineering : M Eng
![[PDF] Curriculum-Guide-Electrical-Engineeringpdf [PDF] Curriculum-Guide-Electrical-Engineeringpdf](https://pdfprof.com/EN_PDFV2/Docs/PDF_3/855_3Curriculum_Guide_Electrical_Engineering.pdf.jpg)
855_3Curriculum_Guide_Electrical_Engineering.pdf
Physical
Activity and
Christian
Life
PEF 1990
Composition
ENG 1400
Fundumentals
of Speech
COM 1100
Introduc-
tion to
Humanities
HUM 1400
Politics and
American
Culture
GSS 1100
Literature
Elective
History
Elective
Bible Courses
General Education Courses
Global Awareness requirementAssessment Exam ____/____/____
Corequesite course
Honors
course
Prerequisite on left
Course
with lab
Credithours
. . . . . . .
Digital Logic
Design
EGCP 1010
The
Engingeering
Profession
EGGN 1110
Engineering
Graphics
EGME 1810
Differential
Equations
MATH 2740
Calculus III
MATH 2710
General
Physics II
PHYS 2120
Circuits
EGEE 2010
Statics
and
Dynamics
EGME 2570
Linear
Systems
EGEE 3110
Electronics
I I
EGEE 3220
Senior
Seminar
EGGN 4010
EE
Senior
Design I
EGEE 4810
Digital
Signal
Processing
EGEE 4110
Professional
Ethics
EGGN 3110
EGEEELECTIVES
Analog Filters
Prob. & Random Proc.
Power Electronics
Electrical Machines
Digital Image Proc.
RF Circuits
Advanced Comm.
Digital Control Systems
Power Systems
Medical Imaging
3150
3370
3510
3530
4120
4310
4330
4450
4510
4610
Calculus I
MATH 1710
Electronics I
EGEE-3210
Feedback
Control
Systems
EGEE 4410
Communica-
tions
Theory
EGEE 3330
Thermal
Systems
EGME 3170
Social
Science
Elective
Chemistry
for
Engineers
CHEM 1050
Engineering
Elective
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General
Physics I
PHYS 2110
Calculus II
MATH 1720
Biology
Elective
The Elmer W. Engstom Department of Engineering
The School of Engineeringand Computer Science
ELECTRICAL ENGINEERING
Curriculum and Prerequisites for the Bachelor of Science Degree
The Bible
and the
Gospel
BTGE 1725
Old Testa-
ment
Literature
BTGE 2730
New
Testament
Literature
BTGE 2740
Theology I
BTGE 3755
Theology II
BTGE 3765
Electro-
magnetics
EGEE 3310
Micro-
controllers
EGCP 2120
Object
Oriented
Design
CS 1220
C + +
Programming
CS 1210
Engineering
Analysis
EGEE 2110
Engineering
Elective
Engineering
Elective
EE
Senior
Design II
EGEE 4820
EGCPELECTIVES
Adv. Dig. Log. Des.
Comp. Arch.
Adv. Comp. Arch.
CMOS VLSI Design
3010
3210
4210
4250
EGGNELECTIVES
3510
Systems Optimization