DEPARTMENT OF ELECTRICAL & COMPUTER ENGINEERING
2012 – 2014 CATALOG
BACHELOR SCIENCE ELECTRICAL ENGINEER ING (BSEE)
E 316K
RHE 306
Masterworks of
Literature
Rhetoric & Writing
EE 306
EE 319K
Intro to Computing
Intro to
Embedded Systems
EE 333T
Engineering
Communication
EE 364D
Primary
Tech Core
Intro to Engineering
Design
Co-Requisite
Advanced Lab
Requirement
_________
_
EE 312
Software Design &
Implementation I
EE 464
Primary
Tech Core
Secondary
Tech Core
Secondary
Tech Core
Advanced Math
Advanced Math
Requirement
_________
_
_________
_________
_
(R/K/H/C/G)
Senior Design Project
Primary Tech
Core
Elective
__________
EE 302
EE 411
EE 313
Intro to Electrical
Engineering
Circuit Theory
Linear Systems
& Signals
M 408C
Differential & Integral
Calculus
M 408D
M 427K
Seq., Series, &
Multivariable Calc
Adv Calculus for
Applications I
PHY 303K
PHY 103M
PHY 303L
PHY 103N
M 340L
First Year
Signature
Matrices & Matrix
Calculations
UGS 302 or 303
EE 351K
Probability &
Random Processes
Primary
Tech Core
Elective
Elective
_________
_________
_
_________
_
Primary
Tech Core
Secondary
Tech Core
Primary
Tech Core
Advanced Lab
Advanced Lab
Elective
__________
_________
_
_________
_
Primary
Tech Core
Secondary
Tech Core
Requirement
__________
Requirement
_________
_
CORES / ELECTIVES:
The double-lined boxes represent Basic Sequence courses
Students MUST earn a “C-“ or better and an in-residence GPA
of at least 2.5 in ALL Basic Sequence courses.
Prerequisite course
**a grade of “C-” or better is required**
Co-requisite course
Primary
Tech Core
OTHER REQUIRED COURSES:
Primary Technical Core: 8 courses includes an Advanced
Math and Advanced Lab
Secondary Technical Core: 4 courses includes an
Advanced Math and Advanced Lab
*NOTE: As of Fall 2012, UT Austin now requires students in the 20122014 Catalog to successfully complete two (2) additional FLAG
courses in order to meet graduation requirements. ONLY
DESIGNATED COURSE SECTIONS WILL COUNT TOWARDS
THESES FLAGS.
1.
Cultural Diversity
2.
Global Cultures
GOV 310L (or Equivalent)
__________
GOV 312L (or Equivalent)
__________
HIS 3US
__________
HIS 3US
__________
*Visual & Performing Arts
__________
*Social & Behavioral Science __________
*Approved Elective
__________
TECHNICAL CORES
STEP 1: S E LE C T A P R IM A RY T E CH N I CA L C O RE :
_ __ __ ___ _ __ _ _____ __
CH OOS E 8 COU RSE S: RE FER TO 2012 -2014 TEC HNICA L COR E H AND -OU T FOR AD DITIONA L ELE CTIVES
Major
Profile
Technical Core
ELECTRICA
L
Engineering
Communications,
Signal Processing,
Networks &
Systems
Electronics
&
Integrated Circuits
Energy Systems
&
Renewable Energy
Advanced
Math
Core
Core
Core Lab
M 427L
EE 325
EE 351M
EE 445S
Adv Calculus for
Applications II
Electromagnetic
Engineering
Digital Signal Processing or
Real-Time Digital Signal
Processing Laboratory
Co-requisite
EE 362K
Introduction to Automatic
Control
EE 325
Additional
Elective
Addition
al
Elective
Addition
al
Elective
Addition
al
Elective
Co-requisite
EE 351K
M 427L
EE 325
EE 339
EE 438
EE 316
Adv Calculus for
Applications II
Electromagnetic
Engineering
Solid-State Electronic
Devices
Electronic
Circuits I
Digital Logic Design
Co-requisite
EE 325
M 427L
EE 325
EE 368L
EE 462L
EE 362K
Adv Calculus for
Applications II
Electromagnetic
Engineering
Power Systems Apparatus &
Lab or
Power Electronics
Introduction to
Automatic Control
Co-requisite
EE 369
EE 325
Power Systems Engineering
Fields, Waves &
Electromagnetic
Systems
Co-requisite
Nanotechnology &
Nanoelectronics
M 427L
EE 325
EE 339
EE 440
Adv Calculus for
Applications II
Electromagnetic
Engineering
Solid-State Electronic
Devices
Microelectronics
Fabrication Techniques
M 427L
EE 325
EE 339
EE 438
EE 325K
Adv Calculus for
Applications II
Electromagnetic
Engineering
Solid-State Electronic
Devices
Electronic Circuits I or
Antennas & Wireless
Propagation or
EE 462L
Power Electronics
EE 325
EE 363M
Microwave & Radio
Frequency Engineering
Co-requisite
EE 325
COMPUTER
Engineering
Computer
Architecture &
Embedded Systems
Software
Engineering
& Design
M 325K
EE 316
EE 460N
EE 445L
EE 360C
Discrete Mathematics
Digital Logic Design
Computer Architecture
Prerequisite: EE 316
Microprocessor
Applications &
Organization
Pre-requisite
M 325K
EE 422C
EE 360C
EE 461L
Discrete Mathematics
Software Design &
Implementation II
Algorithms
Software Engineering &
Design Laboratory
Pre-requisite
Algorithms
M 325K
STEP 2: S E LE C T A S E C O N DA RY TE CH N I C AL CO R E:
M 325K
*
____________________
CH OOS E 4 COU RSE S: RE FER TO 2012 -2014 TEC HNICA L COR E H AND -OU T FOR AD DITIONA L CO URS E S UBST IT UTION S IF
NE EDED
A dvan ce
d Ma th
_________
Core
Core
________
________
Core
La b
•
________
AC ADEM IC ENRIC HME NT: Can ONLY be taken as Secondary Technical Core & at
least 14 credit hou rs of coursework to include an approve d
advan ced math/ science course. An Adva nced Lab is NO T required and ON LY ON E course can be lower division.
•
*Software Engineering / Academic Enrichment: You will have additional course requirements in Software Engineering & Design.
design project in EE 364D (software vs. hardware component), you M UST follow the Additional Procedures section at:
http://www.ece.utexas.edu/undergraduate/curriculum/2012/cores/ae when choosing your Software Engineering technical core electives.
Depending on your senior
ECE Undergraduate Office