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Success is when preparation meets opportunity. |
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The Edward S. Rogers Sr. Department of Electrical and Computer Engineering |
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Teaching |
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ECE101H1F - Seminar Course Introduction to electrical and computer engineering, topics covering various research areas within the department and latest trends in the field of engineering. ECE110H1S - Electrical Fundamentals Physics of electricity and magnetism, basic circuit analysis techniques, STC analysis and electric power. ECE159H1S - Fundamentals of Electric Circuits DC/AC circuit analysis, introduction to operational amplifier, and frequency response analysis. ECE201H1F - Seminar_Electrical and Computer Engineering Magellan (course selection software), area talks, and graduate attributes. ECE221H1S - Electric and Magnetic Fields Study of electromagnetic fields and their sources using Maxwell’s equations. ECE231H1S - Introductory Electronics Study of operational amplifiers, diodes, bipolar junction transistors and field-effect transistors. ECE241H1F - Digital Systems Fundamental digital logic, memory, finite state machine, FPGAs, digital circuit design using computer-aided design software—Quartus II. ESC471H1F/S - Engineering Science Capstone Design Design project that brings together students from different options working in small groups on projects specified by course staff. APS105H1F - Computer Fundamentals Computer systems and basic programming in C using Linux/Unix system. APS111H1F - Engineering Strategies & Practice I Framework for the design process, communication and team work skills training are the primary objectives. APS112H1S - Engineering Strategies & Practice II Project management, design process and presentation skills are put to use in real life projects. MAT186H1F - Calculus I Limits, differentiation, maximum/minimum problems, integration, application in geometry, mechanics and engineering problems. MAT196H1F - Calculus A Limits and continuity, differentiation, maximum/minimum problems, integrals, application in geometry, mechanics and engineering problems, introduction to first order differential equations. |
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Belinda B. Wang |
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