BASc in Electrical Engineering
BASc in Electrical Engineering
Co-operative education is available with this program.
Compulsory first-year courses:
GNG1106 |
Fundamentals of Engineering Computation |
3 |
MAT1341 |
Introduction to Linear Algebra |
3 |
MAT1348 |
Discrete Mathematics for Computing |
3 |
PHY1124 |
Fundamentals of Physics for Engineers |
3 |
Compulsory second-year courses:
ELG2911 |
Pratique professionnelle en ingénierie et technologie de l'information / Professional Practice in Information Technology and Engineering |
3 |
HIS2129 |
Technology, Society and Environment since 18001 |
3 |
or
PHI2394 |
Scientific Thought and Social Values1 |
3 |
MAT2322 |
Calculus III for Engineers |
3 |
MAT2384 |
Ordinary Differential Equations and Numerical Methods |
3 |
PHY2323 |
Electricity and Magnetism |
3 |
Three credits of complementary studies elective
Compulsory third-year courses:
CEG3185 |
Introduction to Computer Networks |
3 |
ELG3106 |
Electromagnetic Engineering |
3 |
ELG3125 |
Signal and System Analysis |
3 |
ELG3126 |
Random Signals and Systems |
3 |
ELG3155 |
Introduction to Control Systems |
3 |
ELG3175 |
Introduction to Communication Systems |
3 |
ELG3316 |
Electric Machines and Power Systems |
3 |
Six credits of complementary studies elective
Compulsory fourth-year courses (students must choose one of the following options):
Communications option:
ELG4177 |
Digital Signal Processing |
3 |
ELG4179 |
Wireless Communication Fundamentals |
3 |
ELG4912 |
Projet de Design en Génie Électrique : Partie I~~ Electrical Engineering Design Project : Part I |
3 |
ELG4913 |
Projet de Design en Génie Électrique: Partie II / Electrical Engineering Design Project: Part II |
3 |
Six credits of technical electives
Systems engineering option:
CEG4158 |
Computer Control in Robotics |
3 |
ELG4157 |
Modern Control Engineering |
3 |
ELG4159 |
Integrated Control Systems |
3 |
ELG4177 |
Digital Signal Processing |
3 |
ELG4912 |
Projet de Design en Génie Électrique : Partie I~~ Electrical Engineering Design Project : Part I |
3 |
ELG4913 |
Projet de Design en Génie Électrique: Partie II / Electrical Engineering Design Project: Part II |
3 |
Six credits of technical electives
Electronics option:
ELG4137 |
Principles and Applications of VLSI Design |
3 |
ELG4177 |
Digital Signal Processing |
3 |
ELG4912 |
Projet de Design en Génie Électrique : Partie I~~ Electrical Engineering Design Project : Part I |
3 |
ELG4913 |
Projet de Design en Génie Électrique: Partie II / Electrical Engineering Design Project: Part II |
3 |
Six credits of technical electives
Microwave and Photonic Engineering option:
ELG4116 |
Microwave and Optical Transmission Media |
3 |
ELG4117 |
Optoelectronics and Optical Components |
3 |
ELG4178 |
Optical Communications and Networking |
3 |
ELG4912 |
Projet de Design en Génie Électrique : Partie I~~ Electrical Engineering Design Project : Part I |
3 |
ELG4913 |
Projet de Design en Génie Électrique: Partie II / Electrical Engineering Design Project: Part II |
3 |
Six credits of technical electives
Note(s)
1 | Depending on scheduling, HIS2129 or PHI2394 may be interchanged with a complementary studies elective. Faculty approval required. For a complete list of complementary studies electives, consult the Faculty's Academic Regulations section. |
List of Optional Courses
List of Optional Courses
List of technical electives:1
CEG4158 |
Computer Control in Robotics |
3 |
CEG4188 |
Higher Layer Network Protocols |
3 |
CEG4396 |
Computer Network Management |
3 |
ELG4116 |
Microwave and Optical Transmission Media |
3 |
ELG4117 |
Optoelectronics and Optical Components |
3 |
ELG4121 |
Topics in Electrical Engineering II |
3 |
ELG4122 |
Topics in Electrical Engineering I |
3 |
ELG4137 |
Principles and Applications of VLSI Design |
3 |
ELG4157 |
Modern Control Engineering |
3 |
ELG4159 |
Integrated Control Systems |
3 |
ELG4177 |
Digital Signal Processing |
3 |
ELG4178 |
Optical Communications and Networking |
3 |
ELG4179 |
Wireless Communication Fundamentals |
3 |
Note(s)
1 | One graduate course may be substituted for a 4000 level course for those students with a DGPA of at least 7.0. Faculty approval required. |
Last modified : 2015.08.05