UC Davis General Catalog, 2006-2008 - General Catalog - UC Davis
UC Davis General Catalog, 2006-2008 - General Catalog - UC Davis
UC Davis General Catalog, 2006-2008 - General Catalog - UC Davis
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238 Engineering: Electrical and Computer Engineering<br />
Mission. Under its land grant status, the University<br />
of California has a mission to provide the state with<br />
the trained workforce it needs and to advance<br />
knowledge and research in directions that contribute<br />
to the general welfare of the state and the nation.<br />
The Department of Electrical and Computer Engineering<br />
contributes to the mission of the University in<br />
three ways: First, its undergraduate and graduate<br />
education programs seek to provide students with an<br />
understanding of the fundamental principles of electrical<br />
and computer engineering, the skills needed to<br />
solve the complex technological problems of modern<br />
society and the ability to continue to learn and<br />
develop throughout their careers. Second, through<br />
its research programs, the department contributes to<br />
the development and progress of electronics, communications,<br />
and computer technology. Finally, the<br />
department helps to transfer research results to industry<br />
through publication, public service and professional<br />
activities.<br />
Objectives. Teaching—To provide undergraduate<br />
students with sufficient breadth to allow them to participate<br />
in teams, continue their own education after<br />
graduation and select a focus area intelligently; to<br />
provide undergraduate students with sufficient depth<br />
in a narrower discipline to allow them to develop the<br />
ability to solve complex engineering problems; to<br />
educate the students in the graduate program to be<br />
leaders in industry or to do meaningful research in<br />
industry, government or academia. Research—To<br />
develop and maintain research programs that produce<br />
useful technological advances while simultaneously<br />
training the next generation of researchers<br />
and leaders; to update and/or shift the foci of these<br />
programs frequently in response to the needs of our<br />
constituency and the nation; to provide a stimulating<br />
environment that encourages our graduate students<br />
to develop their abilities as far as possible.<br />
Electrical Engineering Program<br />
The Electrical Engineering program is accredited by<br />
the Engineering Accreditation Commission of the<br />
Accreditation Board for Engineering and Technology.<br />
Electrical Engineering involves the design, analysis,<br />
and effective use of electrical systems including electronic<br />
computers. Electrical systems and computers<br />
play a central role in nearly all aspects of modern<br />
life, including communication, medicine, education,<br />
environmental protection, space exploration,<br />
defense, and home entertainment.<br />
Students who complete the Electrical Engineering<br />
curriculum will obtain a Bachelor of Science in Electrical<br />
Engineering, one of the engineering degrees<br />
recognized in all fifty states as eligible for registration<br />
as a Professional Engineer.<br />
Objectives. The Electrical Engineering program<br />
has adopted the following objectives to serve the<br />
long-term interests of our students and the industries<br />
of Northern California and the nation. Foundation—<br />
To provide our graduates with a solid foundation in<br />
engineering science, including mathematics, physical<br />
science, and the fundamentals of electrical engineering.<br />
This foundation is necessary to succeed in<br />
more advanced engineering courses and to be able<br />
to continue learning throughout a career. Breadth—<br />
To provide our graduates with sufficient breadth in<br />
electrical engineering. This breadth is required for<br />
students to understand engineering tradeoffs that<br />
cross disciplines, for them to contribute effectively to<br />
multidisciplinary projects and for them to make an<br />
informed decision about their area of specialization.<br />
Depth—To provide our graduates with sufficient<br />
depth in a specific area of electrical engineering.<br />
This depth is necessary to solve complex real-world<br />
engineering problems and to prepare to contribute<br />
to a specific discipline within electrical engineering.<br />
Ethics—To provide our graduates with a basic understanding<br />
of, and ability to handle correctly, ethical<br />
problems that may arise during their careers. To provide<br />
them with an understanding of their obligations<br />
to society at large.<br />
Lower Division Required Courses<br />
UNITS<br />
Mathematics 21A-21B-21C-21D ............ 16<br />
Mathematics 22A-22B ............................ 6<br />
Physics 9A-9B-9C-9D ............................ 19<br />
Chemistry 2A ........................................ 5<br />
Computer Science Engineering 30 ........... 4<br />
Engineering 6........................................ 4<br />
Computer Science Engineering 40 ........... 4<br />
Electrical and Computer Engineering 1 ..... 1<br />
Electrical and Computer Engineering 70 or<br />
Computer Science Engineering 50 ........... 4<br />
Engineering 17...................................... 4<br />
English 3 or University Writing Program 1, or<br />
Comparative Literature 1, 2, 3, or 4, or<br />
Native American Studies 5...................... 4<br />
Communication 1 or 3............................ 4<br />
<strong>General</strong> Education electives................... 12<br />
Unrestricted electives .............................. 3<br />
Minimum Lower Division Units ..... 90<br />
Upper Division Requirements<br />
Electrical Engineering Curriculum<br />
The Electrical Engineering curriculum prepares students<br />
for careers in electrical engineering or for<br />
graduate studies by providing a solid background in<br />
mathematics, physical sciences, and traditional electrical<br />
engineering subjects of (1) physical electronics,<br />
(2) electromagnetics, (3) analog electronics, (4) digital<br />
electronics, and (5) communication controls and<br />
signal processing. Through the proper choice of 29<br />
units of flexible design and technical electives, you<br />
may focus on any of these five specialty areas or distribute<br />
the 29 units of electives among these areas.<br />
Areas of Specialization<br />
Physical Electronics: solid-state devices, circuits and<br />
fabrication and the theory courses supporting those<br />
subjects.<br />
Recommended elective courses:<br />
Core electives: Electrical and Computer<br />
Engineering 130B, 140B<br />
Design Project Elective: Electrical and<br />
Computer Engineering 132B or 135<br />
Senior Design Sequence: Electrical and<br />
Computer Engineering 196A-196B<br />
Design Electives with Lab: Electrical and<br />
Computer Engineering 114, 118, or 132A.<br />
Select remaining upper-division design<br />
electives from Electrical and Computer<br />
Engineering 110B, 146A, 146B<br />
Technical electives: Electrical and Computer<br />
Engineering 112, 180B<br />
Suggested Advisers: J.P. Colinge, C.E. Hunt, S. Islam<br />
Electromagnetics: microwave circuits and systems,<br />
and fiber optical systems.<br />
Recommended elective courses:<br />
Core electives: Electrical and Computer<br />
Engineering 130B, 140B<br />
Design Project Elective: Electrical and<br />
Computer Engineering 132B<br />
Senior Design Sequence: Electrical and<br />
Computer Engineering 196A-196B<br />
Design Electives with Lab: Electrical and<br />
Computer Engineering 132A, 132C<br />
Select remaining upper-division design<br />
electives from Electrical and Computer<br />
Engineering 110B, 135, 136<br />
Technical electives: Select from Electrical and<br />
Computer Engineering 112, 114, and 133<br />
Suggested Advisers: G.R. Branner, A. Knoesen, A.<br />
Pham, B. Yoo<br />
Analog Electronics: transistor- and system-level analog<br />
circuit design.<br />
Recommended elective courses:<br />
Core electives: Electrical and Computer<br />
Engineering 140B, 150B<br />
Design Project Elective: Electrical and<br />
Computer Engineering 195A-195B-195C<br />
Senior Design Sequence: Electrical and<br />
Computer Engineering 196A-196B<br />
Design Electives with Lab: at least two from<br />
Electrical and Computer Engineering 112,<br />
114, 157A, 165, 195A-195B-195C<br />
Select remaining upper-division design<br />
electives from Electrical and Computer<br />
Engineering 110B, 118, 132A, 132B,<br />
132C, 151, 157B, 160, 210<br />
Technical electives: Select from Electrical and<br />
Computer Engineering 130B, 146A, 194A-<br />
194B-194C<br />
Suggested Advisers: R. Amritharajah, K.W. Current,<br />
P.J. Hurst, S.H. Lewis, R.R. Spencer<br />
Digital Electronics: transistor- and system-level digital<br />
circuit design.<br />
Recommended elective courses:<br />
Core electives: Electrical and Computer<br />
Engineering 140B, 150B<br />
Design Project Elective: Electrical and<br />
Computer Engineering 151 or 183, or 194A-<br />
194B-194C or 195A-195B-195C<br />
Senior Design Sequence: Electrical and<br />
Computer Engineering 196A-196B<br />
Design Electives with Lab: Electrical and<br />
Computer Engineering 118 and 180B or 151<br />
or 165 or 172 or 183 or 194A-194B-194C<br />
or 195A-195B-195C<br />
Select remaining upper-division design<br />
electives from Electrical and Computer<br />
Engineering 110B, 116, 170 or 171<br />
Technical electives: Select from Electrical and<br />
Computer Engineering 130B and 112 or<br />
146A or 157A or 160 or 210<br />
Suggested Advisers. R. Amritharajah, K.W. Current,<br />
P.J. Hurst, S.H. Lewis<br />
Communication Controls and Signal Processing: digital<br />
communication, robotics, classical controls and<br />
communication, wireless and cellular digital communication<br />
systems, signal and image processing, and<br />
computer vision.<br />
Recommended elective courses:<br />
Core electives: Electrical and Computer<br />
Engineering, 150B, 180B<br />
Design Project Elective: Electrical and<br />
Computer Engineering 151<br />
Senior Design Sequence: 196A-196B<br />
Design Electives with lab: Electrical and<br />
Computer Engineering 157A and 157B or<br />
165<br />
Select remaining upper-division design<br />
electives from Electrical and Computer<br />
Engineering 158 or 160<br />
Technical Electives: select from Electrical and<br />
Computer Engineering 112, 194A-194B-<br />
194C, 195A-195B-195C<br />
Suggested Advisers: T.S. Chang, Z. Ding, G.E. Ford,<br />
A.N. Gündes, B.C. Levy, J. Tuqan, Q. Zhao<br />
Upper Division Required Courses<br />
Electrical and Computer Engineering 100,<br />
110A, 130A, 140A, 150A, 180A ........ 26<br />
Statistics 120, 131A, Mathematics 131, or<br />
Civil and Environmental Engineering<br />
114 ..................................................... 4<br />
Engineering 160, 190 or Computer Science<br />
Engineering 188.................................... 3<br />
Upper-division electives***................... 28<br />
Chose at least 8 courses for a minimum of 28<br />
units from the following:<br />
Two core electives: Electrical and Computer<br />
Engineering 110B*, 130B, 140B, 150B,<br />
151*, 157A*, 160*, 170*, 180B*<br />
Design electives: At least two design<br />
electives with lab: Electrical and Computer<br />
Engineering 112, 114, 116, 118, 132A,<br />
132B, 132C, 136, 146A, 146B, 151,<br />
157A, 157B, 165, 172, 180B, 175, 183,<br />
194A-194B-194C (must be taken in<br />
consecutive quarters), 195A-195B-195C<br />
(must be taken in consecutive quarters),<br />
At least one design elective with project**:<br />
Electrical and Computer Engineering 116,<br />
Quarter Offered: I=Fall, II=Winter, III=Spring, IV=Summer; 2007-<strong>2008</strong> offering in parentheses<br />
<strong>General</strong> Education (GE) credit: ArtHum=Arts and Humanities; SciEng=Science and Engineering; SocSci=Social Sciences; Div=Social-Cultural Diversity; Wrt=Writing Experience