BASc in Electrical Engineering

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Co-operative education is available with this program.

Compulsory first-year courses:
CHM1311 Principles of Chemistry 3,0
ECO1192 Engineering Economics 3,0
GNG1105 Engineering Mechanics 3,0
GNG1106 Fundamentals of Engineering Computation 3,0
ITI1100 Digital Systems I 3,0
MAT1320 Calculus I 3,0
MAT1322 Calculus II 3,0
MAT1341 Introduction to Linear Algebra 3,0
MAT1348 Discrete Mathematics for Computing 3,0
PHY1124 Fundamentals of Physics for Engineers 3,0
Compulsory second-year courses:
CEG2136 Computer Architecture I 3,0
ELG2136 Electronics I 3,0
ELG2137 Circuit Theory II 3,0
ELG2138 Circuit Theory I 3,0
ELG2911 Pratique professionnelle en ingénierie et technologie de l'information / Professional Practice in Information Technology and Engineering 3,0
ENG1112 Technical Report Writing 3,0
HIS2129 Technology, Society and Environment since 1800 3,0
or
PHI2394 Scientific Thought and Social Values 3,0
MAT2322 Calculus III for Engineers 3,0
MAT2384 Ordinary Differential Equations and Numerical Methods 3,0
PHY2323 Electricity and Magnetism 3,0
Three credits of complementary studies elective
Compulsory third-year courses:
CEG3185 Introduction to Computer Networks 3,0
ELG3106 Electromagnetic Engineering 3,0
ELG3125 Signal and System Analysis 3,0
ELG3126 Random Signals and Systems 3,0
ELG3136 Electronics II 3,0
ELG3155 Introduction to Control Systems 3,0
ELG3175 Introduction to Communication Systems 3,0
ELG3316 Electric Machines and Power Systems 3,0
Six credits of complementary studies elective
Compulsory fourth-year courses (students must choose one of the following options):
Communications option:
ELG4139 Electronics III 3,0
ELG4156 Linear Systems 3,0
ELG4176 Communication Systems 3,0
ELG4177 Digital Signal Processing 3,0
ELG4179 Wireless Communication Fundamentals 3,0
ELG4912 Projet de Design en Génie Électrique : Partie I / Electrical Engineering Design Project: Part I 3,0
ELG4913 Projet de Design en Génie Électrique: Partie II / Electrical Engineering Design Project: Part II 3,0
PHY2361 Modern Physics 3,0
Six credits of technical electives
Systems engineering option:
CEG4158 Computer Control in Robotics 3,0
ELG4156 Linear Systems 3,0
ELG4157 Modern Control Engineering 3,0
ELG4159 Integrated Control Systems 3,0
ELG4177 Digital Signal Processing 3,0
ELG4912 Projet de Design en Génie Électrique : Partie I / Electrical Engineering Design Project: Part I 3,0
ELG4913 Projet de Design en Génie Électrique: Partie II / Electrical Engineering Design Project: Part II 3,0
PHY2333 Mechanics 3,0
Six credits of technical electives
Electronics option:
ELG4115 Microwave Circuits 3,0
ELG4137 Principles and Applications of VLSI Design 3,0
ELG4139 Electronics III 3,0
ELG4176 Communication Systems 3,0
ELG4177 Digital Signal Processing 3,0
ELG4912 Projet de Design en Génie Électrique : Partie I / Electrical Engineering Design Project: Part I 3,0
ELG4913 Projet de Design en Génie Électrique: Partie II / Electrical Engineering Design Project: Part II 3,0
PHY2361 Modern Physics 3,0
Six credits of technical electives
Microwave and Photonic Engineering option:
ELG4114 Antennas and Propagation 3,0
ELG4115 Microwave Circuits 3,0
ELG4116 Microwave and Optical Transmission Media 3,0
ELG4117 Optoelectronics and Optical Components 3,0
ELG4178 Optical Communications and Networking 3,0
ELG4912 Projet de Design en Génie Électrique : Partie I / Electrical Engineering Design Project: Part I 3,0
ELG4913 Projet de Design en Génie Électrique: Partie II / Electrical Engineering Design Project: Part II 3,0
PHY2311 Waves and Optics 3,0
Six credits of technical electives
List of Optional Courses
List of Optional Courses
List of technical electives:1
CEG4158 Computer Control in Robotics 3,0
CEG4186 Wireless Networks2 3,0
CEG4187 Optical Networks 3,0
CEG4188 Higher Layer Network Protocols 3,0
CEG4190 Computer Network Design3 3,0
CEG4316 Digital Image Processing 3,0
CEG4396 Computer Network Management 3,0
ELG4114 Antennas and Propagation 3,0
ELG4115 Microwave Circuits 3,0
ELG4116 Microwave and Optical Transmission Media 3,0
ELG4117 Optoelectronics and Optical Components 3,0
ELG4121 Topics in Electrical Engineering II 3,0
ELG4122 Topics in Electrical Engineering I 3,0
ELG4137 Principles and Applications of VLSI Design 3,0
ELG4139 Electronics III 3,0
ELG4156 Linear Systems 3,0
ELG4157 Modern Control Engineering 3,0
ELG4159 Integrated Control Systems 3,0
ELG4176 Communication Systems 3,0
ELG4177 Digital Signal Processing 3,0
ELG4178 Optical Communications and Networking 3,0
ELG4179 Wireless Communication Fundamentals 3,0
Note(s)
1One graduate course may be substituted for a 4000 level course for those students with a DGPA of at least 7.0. Faculty approval required.
2CEG4186 cannot be chosen as a technical elective in the Communications option.
3CEG4190 cannot be chosen as a technical elective in the Computing Technology program.
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Last updated: 2014.04.01