Elective courses in years three and four are to be chosen from Electives Lists A and B (shown under fourth year), and by consulting suggested Streams and prerequisite paths. Your complete degree program must:
1) Exceed the minimum Accreditation Units (AU) set by ECE in each CEAB category.
2) Have at least 5 courses from Electives List A.
3) Have at least 5 four-hundred level elective courses.
4) Result in a total of not less than 116.5 credits counting all courses for second, third and fourth years (remaining AU balance is shown below after each year).
Available combinations of elective courses are subject to timetabling constraints.
Second Year Common CORE - 2011-2012
APSC 200
|
Engineering Design and Practice II
|
F
|
3-0-1
|
4
|
CMPE 212
|
Computing Science for Engineers |
F |
3-0-1 |
4 |
| ELEC 221 |
Electric Circuits |
F |
3-0-.5 |
3.5
|
| ELEC 271 |
Digital Systems |
F |
3-0-.5 |
3.5
|
ELEC 293
|
Electrical and Computer Engineering Laboratory I
|
F
|
0-1.25-0
|
1.25
|
MTHE 235
|
Differential Equations for Electrical & Computer Engineers |
F |
3-0-0 |
3 |
ELEC 299
|
Autonomous Robot Design Project
|
W
|
0-.5-.25
|
.75
|
| Complementary Studies, List A |
F |
3-0-0 |
3 |
APSC 293
|
Engineering Communications
|
W
|
.25-0-.75
|
1
|
| ELEC 252 |
Electronics I |
W |
3-0-.5 |
3.5
|
| ELEC 274 |
Computer Architecture |
W |
3-.5-.5 |
4 |
| ELEC 278 |
Fundamentals of Information
Structures and Software Engineering |
W |
3-.5-.5 |
4 |
| ELEC 280 |
Fundamentals of Electromagnetics |
W |
3-0-.5 |
3.5
|
ELEC 294
|
Electrical and Computer Engineering Laboratory II |
W
|
0-1.25-0
|
1.25
|
| MTHE 228 |
Complex Analysis |
W |
3-0-.5 |
3.5
|
| Electives: 1 of Complementary Studies, List A |
F |
3-0-0 |
3 |
| TOTAL CREDITS |
|
|
41.5
|
| REMAINING CREDITS BALANCE |
|
|
71.9 |
Third Year Common CORE - 2012-2013
| ELEC 323 |
Signals and Systems I |
F |
3-.25-.5 |
3.75
|
| ELEC 353 |
Electronics II |
F |
3-.75-.75 |
4.5
|
| ELEC 371 |
Microprocessor Interfacing and Embedded Systems |
F |
3-1-.5 |
4.5
|
| ELEC 381 |
Applications of Electromagnetics |
F |
3-0-.5 |
3.5
|
| APSC 221 |
Economic and Business Practices in Engineering
|
F/W |
3-0-0 |
3
|
| ELEC 324 |
Signals and Systems II |
W |
3-.5-.5 |
4 |
| ELEC 326 |
Probability and Random Processes |
W |
3-0-.5 |
3.5
|
ELEC 390
|
Electrical and Computer Engineering Design
|
W
|
.7-.8-0
|
1.5
|
| ENPH 336 |
Solid State Devices |
W |
3-0-.25 |
3.25 |
|
Electives
|
1 of Electives List A or B |
F/W
|
3 |
|
1 of Electives List A of B
|
F/W
|
3
|
|
1 of Complementary Studies List A
|
F/W
|
3-0-0
|
3
|
| TOTAL CREDITS |
|
|
40.5
|
| REMAINING CREDITS BALANCE |
|
|
32.75
|
Fourth Year Common CORE - 2013-2014
| ELEC 490 * |
Electrical Engineering Project |
FW |
0-6-1 |
7
|
| Complementary Studies, List A, B, C or D |
F/W |
|
3 |
| Electives |
F/W |
|
22.25 |
| TOTAL CREDITS |
|
|
32.75
|
| REMAINING CREDITS BALANCE |
|
|
0 |
* with Departmental and instructor support, students may request to substitute APSC 480 for ELEC 490
Electives List A:| ELEC 333 | Electric Machines | 3-.75-.75 | 4.5
|
ELEC 344
| Sensors and Actuators
| 3-0-.25
| 3.25
|
| ELEC 408 | Topics in Biomedical Engineering | 3-0-0 | 3 |
| ELEC 421 | Signal Processing: Digital Filters and System Design
| 3-.5-.5 | 4 |
| ELEC 422 | Signal Processing: Random Models and Applications
| 3-0-0 | 3 |
| ELEC 431 | Power Electronics | 3-.25-0 | 3.25 |
| ELEC 433 | Energy and Power Systems | 3-0-.5 | 3.5
|
| ELEC 436 | Electric Machines and Control | 3-0-0 | 3 |
| ELEC 443 | Control Systems I | 3-.75-0 | 3.75
|
ELEC 444
| Modelling and Computer Control of Mechatronic Systems
| 3-0-.25
| 3.25
|
ELEC 448
OR
MECH 456
| Introduction to Robotics: Mechanics and Control
Introduction to Robotics
| 3-.5-0 | 3.5
|
| ELEC 451 | Digital Integrated Circuit Engineering | 3-0-0 | 3 |
| ELEC 454 | Analog Electronics | 3-0-.25 | 3.25 |
| ELEC 457 | Analog Integrated Circuits and System Applications | 3-0-0 | 3 |
| ELEC 461 | Digital Communications | 3-0-.5 | 3.5 |
| ELEC 464 | Wireless Communications | 3-0-0 | 3 |
| ELEC 470 | Computer System Architecture | 3-0-.5 | 3.5
|
| ELEC 471 | Computer Networks I | 3-0-0 | 3 |
ELEC 474
| Machine Vision
| 3-0-.25
| 3.25
|
| ELEC 476 | Modelling and Systems Simulation | 3-0-.5 | 3.5
|
| ELEC 478 | Computer Networks II | 3-0-0 | 3 |
| ELEC 483 | Microwave and RF Circuits and Systems | 3-0-0 | 3 |
| ELEC 486 | Fiber Optic Communications | 3-0-.5 | 3.5
|
ELEC 497
| Research Project
| 0-3-.5
| 3.5
|
* ELEC 487 is a laboratory course taken by students in ELEC 483 or ELEC 486 and is not a separate technical elective.
Electives List B
APSC 381
| Fundamentals of Design Engineering
(with permission of the instructor)
| 3-0-.5
| 3.5
|
CHEE 340
| Biomedical Engineering
| 3-0-.5
| 3.5
|
CHEE 436
| System Identification
| 3-0-.5
| 3.5
|
| CMPE 3XX | Any Third Year Computing Science
Course | 3-0-0 | 3 |
| CMPE 4XX | Any Fourth Year Computing Science Course | 3-0-0 | 3 |
MTHE 337
| Introduction to Operations Research Models
| 3-0-0
| 3
|
MTHE 430
| Modern Control Theory
| 3-1-0
| 4
|
| MTHE 472 | Control of Stochastic Processes | 3-0-0 | 3 |
| MTHE 474 | Information Theory | 3-0-0 | 3 |
| MTHE 477 | Data Compression and Source Coding | 3-0-0 | 3 |
| MTHE 478 | Topics in Communication Theory
| 3-0-0 | 3 |
MECH 228
| Kinematics and Dynamics
| 3-0-.5
| 3.5
|
MECH 328
| Dynamics and Vibration
| 3-0-.5
| 3.5
|
MECH 393
| Biomechanical Product Development
| 3-0-.5
| 3.5
|
MECH 423
| Introduction to Microsystems
| 3-0-.5
| 3.5
|
MECH 455
| Computer Integrated Manufacturing
| 2-1.5-0
| 3.5
|
MECH 465
| Computer-Aided Design
| 3-0-.5
| 3.5
|
MECH 478
| Biomaterials
| 3-0-0
| 3
|
MECH 494
| Kinematics of Human Motion
| 3-0-.5
| 3.5
|
| ENPH 460 | Laser Optics | 3-0-.5 | 3.5 |
MTHE 367
| Engineering Data Analysis
| 3-0-1
| 4
|
| MTHE 455 | Stochastic Processes and
Applications | 3-0-0 |
Course Prerequisites
Normally, registration in a course offered by the ECE Department is allowed provided a mark of at least 50 percent has been achieved in each of the prerequisites for the course. Students having one course prerequisite (numbered 200 or higher) with a mark between 40 and 50 percent may still be able to register in a course offered by the Department provided their cumulative average is at least 65 percent at the end of the previous session. Prerequisites are listed under the calendar description for each course.
Complementary Studies
Refer to the Complementary Studiessection of this calendar for details regarding the requirements for all Engineering programs. For the Electrical Engineering Program, the Engineering Economics course is APSC 221, and the Communications course is APSC 293 (1 credit of communications units are also included in course ELEC 490).
