Elective courses in years three and four are to be chosen from Electives Lists A, B and C shown below (under Fourth Year), and by consulting suggested Streams and prerequisite paths. Your complete degree program must:
- Exceed the minimum Accreditation Units (AU) set by ECE in each CEAB category.
- Have at least 5 four-hundred level elective courses.
- Have at least 4 courses from Electives Lists A, B and C that satisfy the Department criteria for qualified accreditation units in the categories of engineering science and engineering design.
- Have at least 3 courses from Elective List B.
- Counting required core courses, plus elective courses chosen for second, third and fourth years, result in a total of no fewer than 157.5 credits for those years.
Available combinations of elective courses are subject to timetabling constraints.
Second Year Core 2019-2020
|APSC 200||Engineering Design & Practice II||4.00|
|APSC 293||Engineering Communications||1.00|
|ELEC 221||Electric Circuits||4.25|
|ELEC 252||Electronics I||4.25|
|ELEC 270||Discrete Mathematics with Computer Engineering App||3.50|
|ELEC 271||Digital Systems||4.00|
|ELEC 274||Computer Architecture||4.00|
|ELEC 278||Fundamentals Of Information Structures||4.00|
|ELEC 279||Introduction to Object Oriented Programming||4.00|
|ELEC 280||Fundamentals of Electromagnets||3.75|
|ELEC 299||Mechatronics Project||1.50|
|MTHE 235||Diff Equations For Elec & Comp||3.50|
|Complementary Studies List A||3.00|
Third Year Core 2020-2021
|CMPE 365||Algorithms I||4.00|
|ELEC 326||Probability & Random Processes||3.50|
|ELEC 371||Microprocessor Interfacing and Embedded Systems||4.00|
|ELEC 373||Computer Networks||3.50|
|ELEC 374||Digital Systems Engineering||4.25|
|ELEC 377||Operating Systems||4.00|
|ELEC 390||Principles of Design and Development||3.50|
|APSC 221||Economic And Business Practice||3.00|
|CMPE 223||Software Specifications||3.00-4.00|
|or CMPE 320||Fndmnts Software Development|
|Technical Electives (choose 2)||6.00|
Fourth Year Core 2021-2022
|ELEC 498||Computer Engineering Project 1||7.00|
with Departmental and instructor support, students may request to substitute APSC 381 Advanced Design and Skills for Innovation and APSC 480 Multi-disciplinary Industry for ELEC 390 Principles of Design and Development and ELEC 498 Computer Engineering Project
Normally, registration in a course offered by the Department is allowed provided a mark of at least D- has been achieved in each of the prerequisites for the course. Students having one course prerequisite (numbered 200 or higher) with a mark of FR may still be able to register in a course offered by the Department provided their Engineering Cumulative GPA is at least 2.0 at the end of the previous session. Prerequisites are listed under the calendar description for each course.
Refer to the Complementary Studies section of this calendar for details regarding the requirements for all Engineering plans. For the Computer Engineering Program, the Engineering Economics course is APSC 221 Economic And Business Practice, and the Communications course is APSC 293 Engineering Communications (communications units are also included inside course ELEC 498 Computer Engineering Project).