Faculty of Engineering and Applied ScienceFaculty of Engineering and Applied Science
Queen's UniversityEngineeringFaculty of Engineering and Applied Science
Home Page
Calendar & Governance
Calendar 2002-03
Calendar 2002-03

First Year Studies
Chemical Engineering
Civil Engineering
Computer Engineering
Electrical Engineering
Engineering Chemistry
Engineering Physics
Geological Engineering
Mathematics & Engineering
Mechanical Engineering
Mining Engineering

Course Descriptions
Important Dates
Sessional Dates
Faculty & Admin Staff
Undergraduate Program
Complementary Studies
Admissions & Fees
Faculty Regulations
Senate Policies
Scholarships
Integrated Learning
Glossary


Site Links
Site Links

Strategic Plan (.pdf)
News & Events
Speakers Series
Current Students
Prospective Students
Alumni & Friends
Internship/Employment
Integrated Learning Centre
Research & Graduate Studies
Teaching & Learning
Calendar/Governance
Programs
About the Faculty
K-12 Outreach


Print-friendly

Electrical Engineering

Chair of Undergraduate Studies: Dr. E. Morin
Office: Walter Light Hall, Room 423
Telephone: (613) 533-6562
Email:morin@eleceng.ee.queensu.ca

Electrical Engineers work in the fields of telecommunications, computers, electronics, signal processing, robotics, biomedicine, transportation, industrial process control, electrical power generation and distribution, and design and operation of industrial machinery.

Students entering the Electrical Engineering degree program select one of two available options: E1, the General Electrical Engineering option or E3, the Communications Engineering option.

The E1 option offers broad training in the field of Electrical Engineering, including electronics, electromagnetics, power and control systems, computer systems and communications. Some specialization in any of these areas is possible through selection of appropriate fourth year technical electives. The E3 option offers a concentration of courses in communication systems and is designed for students who are particularly interested in the field of telecommunications. The two options have a common second year. Students must select one option upon entering second year, but may freely change options up until the beginning of third year.

First year courses in Mathematics (APSC 171, 172, 174), Physics (APSC 111,112) and Computer Science (APSC 142) form the basis for further study in Electrical Engineering. Good performance (65% or better) in these courses is advisable for students planning to enter this program.

Second Year CORE

ELEC 221 Electric Circuits F 36-0-642
ELEC 271 Digital Systems F 36-0-642
ELEC 290 Electrical and Computer Engineering Laboratory FW 0-33-033
CISC 121 Introduction to Computing Science I F 36-0-1248
MATH 235 Differential Equations for  Electrical & Computer Engineers F 36-0-036
Complementary Studies, List A F36
ELEC 252 Electronics I W 36-0-642
ELEC 280 Fundamentals of Electromagnetics W 36-0-642
MATH 228 Complex Analysis W 36-0-642
ELEC 274 Computer Architecture W 36-6-648
ELEC 278 Fundamentals of Information Structures and Software Engineering W 36-6-648
Complementary Studies, List A W36
MINIMUM TOTAL UNITS 495

Third Year CORE

ELEC 323 Signals and Systems I F 36-0-642
ELEC 353 Electronics II F 36-9-954
ELEC 371 Microprocessor Systems F 36-12-654
ELEC 381  Applications of Electromagnetics F 36-0-642
ELEC 301 Technical Communications F 36-0-642
ELEC 324 Signals and Systems II W 36-0-642
CISC 323 Introduction to Software Engineering W 36-0-642
PHYS 336 Solid State Devices F/W 36-0-339
STAT 356 Probability for Electrical and Computer Engineers W 36-0-642
COMM 244 Project Management and Economics W 36-0-036

or CIVL 463 - Engineering Economics; or CHEE 410 - Technical Entrepreneurship
(4th year students only)

General Electrical Engineering Option (E1)

ELEC 333 Electric Machines W 36-9-954
MINIMUM TOTAL UNITS (E1)  489

Communications Engineering Option (E3)

ELEC 363 Communications Circuits W 36-6-648
MINIMUM TOTAL UNITS (E3) 483

Fourth Year CORE

Complementary Studies, List A, B or C F/W30

General Electrical Engineering Option (E1)

ELEC 490* Electrical Engineering Project FW 0-72-1890
* with permission of the Department, students may alternatively take APSC 400 along with an additional elective from Technical Electives List A
Choose eight electives from Technical Electives List A

Choose one elective from Electives List B

FW 0-72-1890
MINIMUM TOTAL ELECTIVE UNITS                         324
MINIMUM TOTAL FOURTH YEAR E1 UNITS 444
MINIMUM TOTAL SECOND, THIRD AND FOURTH YEAR                             1428
Technical Electives List A
ELEC 421 Signal Processing F 36-6-648
ELEC 422 Communications Signal Processing W 36-0-036
ELEC 431 Power Electronics F 36-3-039
ELEC 436 Electric Machines and Control W 36-0-036
ELEC 443 Control Systems I F 36-6-042
ELEC 448 Introduction to Robotics: Mechanics and Control W 36-0-036
ELEC 451 Integrated Circuit Engineering W 36-0-036
ELEC 454 Analog Electronics W 36-0-036
ELEC 461 Digital Communications F 36-0-036
ELEC 464 Wireless Communications W 36-0-036
ELEC 470 Computer System Architecture W 36-0-642
ELEC 471 Computer Networks I F 36-0-036
ELEC 473** Software Engineering with Applications F 36-0-036
ELEC 476 Modelling and Systems Simulation  W 36-0-642
ELEC 478 Computer Networks II W 36-0-0 36
ELEC 483 Wireless Technology F 36-0-036
ELEC 486 Fiber Optic Communications W 36-0-036
ELEC 487* Microwave and Fiber Optic Laboratory F/W 0-9-09

*ELEC 487 is a laboratory course taken by students in ELEC 483 or 486 and is not counted as a separate technical elective.

** not offered in 2002-03

Communications Engineering Option (E3)

ELEC 492* Communications Engineering Project FW 0-72-1890
* with permission of the Department, students may alternatively take APSC 400 along with an additional elective from Technical Electives List A
Choose six electives from:
ELEC 421 Signal Processing F 36-6-648
ELEC 422 Communications Signal Processing W 36-0-036
ELEC 461 Digital Communications F 36-0-036
ELEC 464 Wireless Communications W 36-0-036
ELEC 471 Computer Networks I F 36-0-036
ELEC 473** Software Engineering with Applications F 36-0-036
ELEC 478 Computer Networks II W 36-0-036
ELEC 483 Wireless Technology F 36-0-036
ELEC 486 Fiber Optic Communications W 36-0-036
ELEC 487* Microwave and Fiber Optic Laboratory F/W 0-9-09
*ELEC 487 is a laboratory course taken by students in ELEC 483 or 486 and is not counted as a separate technical elective
MATH 474 Information Theory F 36-0-036
MATH 478 Topics in Communication Theory F/W 36-0-036
Choose two electives from: 
ELEC 443 Control Systems I F 36-6-042
ELEC 448 Introduction to Robotics: Mechanics and Control W 36-0-036
ELEC 451 Integrated Circuit Engineering W 36-0-036
ELEC 454 Analog Electronics W 36-0-036
ELEC 470 Computer System Architecture W 36-0-642
ELEC 473 Software Engineering with Applications F 36-0-036
ELEC 476 Modelling and Systems Simulation W 36-0-642
** not offered in 2002-03
Choose one elective from Electives List B
MINIMUM TOTAL ELECTIVE UNITS                         324
MINIMUM TOTAL FOURTH YEAR E3 UNITS 444
MINIMUM TOTAL SECOND, THIRD AND FOURTH YEAR     1422
Electives List B
CISC 3XX Any Third Year Computing Science Course
CISC 4XX Any Fourth Year Computing Science Course
PHYS 342 Relativity and Quanta F 36-0-339
PHYS 332 Electromagnetic Theory W 36-0-642
STAT 455 Stochastic Processes and Applications F 36-0-036
Complementary Studies Elective F/W 36-0-036

Course Prerequisites

Normally, registration in a course offered by the 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

The minimum required Complementary Studies component for this program is 276 AU. This total includes Engineering Economics (COMM 244) and communications (ELEC 301) in the core program. In addition, students complete 42 AU of Linkage and Professional Issues normally taken in the First Year (APSC 190), and 102 AU chosen from approved Lists A, B or C, of which at least 72 AU must be taken from List A (refer to the Complementary Studies section of this Calendar for the approved lists.)

Queen's University home| Applied Science Faculty| Site Map| Programs| EngSoc| Search