BSU/EE Course Transfer Equivalances
September 2004
UI Equivalent
ECE 210*
ISU Equivalent
ENGR 240
ACI Equivalent
x (note 1)
BYUI Equivalent
COMPE 250
CSI Equivalent
ENGI 240
ECE 212
ECE 213
x (note 1)
x
x
x
x
x
x
EE 230
EE 230L
EE 320
EE 320L
Circuit Analysis and Design
Circuit Analysis and Design
Lab
Digital Systems
Digital Systems Lab
Semiconductor Devices
Device Characterization Lab
ECE 240
ECE 241
ECE 466
x
EE374/CS 374
x (note 2)
x
x
PHYS-230 (note 2)
x
x
x
COMPE 224
x (note 1)
x
x
x
x
x
x
EE 322
EE 322L
EE 332
Microelectronic Circuits
Microelectronic Circuits Lab
Microprocessors
ECE 310
ECE 311
ECE 340
x
x
x
x (note 2)
x
COMPE 360
x
x
x
EE 332L
EE 350
EE 350L
EE 360
EE 376
EE 390/PHYS 381
EE 410
ECE 341
ECE 350
ECE 351
x
x
ECE 330
x
x
x
x
x
x
x
x
x (note 1)
x
x
x
x
x
x
x
x
x
x
x
x
x
ECE 415
x
x
x
x
x
x
x
x
x
x
x
x
x
x
EE 430
EE 430L
Microprocessors Lab
Signals and Systems
Signals and Systems Lab
System Modeling and Control
Industrial Power Distribution
Electromagnetic Theory
Integrated Physical Circuit
Design
CMOS Analog IC Design
RF IC Design
Advanced Device Design and
Simulation
Digital Hardware Design
Digital Hardware Design Lab
EE429 or EE329?
x (note 3)
EE g426/CS g476
(note 4)
x (note 4)
EE345 (note 5)
x
x
x
EE325
x
ECE 440
x
x
x
x
x
COMPE 340
x
x
x
EE 432
Computer Architecture
ECE 441
x
x
EE 433
Embedded and Portable
Computing Systems
Computer Networks
Advanced IC and MEMS
Processing
Advanced IC and MEMS
Processing Lab
Communication Systems
x
EE427
CSC-231& CSC-331 COMPE 324
(note 3)
x
COMPE 460
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
ECE 452
x
x
x
x
BSU Course Number Course Name
ENGR 240
Introduction to Electric Circuits
EE 225
EE 225L
EE 411
EE 413
EE 420
EE 434
EE 440
EE 440L
EE450
BSU/EE Course Transfer Equivalances
EE450L
EE454
EE 457
EE 460
EE 472
EE 472L
EE 473
EE 474
EE 480
EE 482
Communication Systems Lab
Digital Signal Processing
Digital Image Processing
Control Systems
Power Electronics
Power Electronics Lab
Power System Analysis
Power System Control
Senior Design Project I
Senior Design Project II
ECE 453
ECE 470
ECE 427
ECE 425
ECE 420
ECE 423
x
x
x
EE475
CS g444
EE g492
EE g482
x
x
x
x
x
September 2004
x
x
x
x
x
x
x
x
x
x
x
x
x
COMPE 470
x
x
x
x
x
x
Other notes on transfers:
1) UI/ENGR 240 is not a substitution for ENGR 240 at BSU and may not be counted as Circuits I credit for EE
students. Student must go back and take BSU’s ENGR 240 or UI’s ECE 210.
2) If ECE 398 Electrical Engineering Cooperative Internship is transferred in, it doesn’t count as an EE or
Technical elective in our curriculum. It may only be used as part of the unrestricted elective credits.
UI
ISU
1) Students need to take EE225 here. Their Circuits II (ENGR 340) is not equivalent.
2) We will waive the EE230L lab but students need to replace it with one credit of upper division EE course.
3) Students will have to take EE322L here. The 1/2 credit lab is not sufficient. If they have taken EE430 we can
perhaps waive the lab requirement.
4) This course contains no lab component so students will need to take the lab (EE332L) at BSU.
If they have taken EE g427 and EE494 we can waive the lab requirement.
5) Students will have to take EE350L here since they have no Signals lab
BYU-I
1) The BYU-I courses have labs so we will not require students to retake the labs. The credits for the labs must
be made up with other EE elective courses, not unrestricted electives.
2) BYU-I/COMPE 350 Electronic Devices and Circuits is not an acceptable substitution for EE322.
ACI
1) Their PHYS 240 is NOT an acceptable substitution for ENGR 240. They currently use the same text as BSU's
Applied Tech department.
2) Students need to take the EE230L lab here because ACI has no lab.
3) Students need to take both CSC231 and CSC331 to count for EE 432. The courses together cover the
portions of the text covered in EE432.
x
x
x
x
x
x
x
x
x
x