Sgs calendar Electrical and Computer Engineering



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2015-16 SGS Calendar

Electrical and Computer Engineering

​​​​​​​​​​​​​​​​​​​​​​​​​Faculty Affiliation

Applied Science and Engineering

Degree Programs

Electrical and Computer Engineering



​​​​MASc

Emphasis:

Sustainable Energy​​



​MEng​

PhD​

​​Collaborative Programs

​The following collaborative programs are available to students in participating degree programs as listed below:



  1. Biomedical Engineering
    Electrical and Computer Engineering, MASc, PhD

  2. Optics
    Electrical and Computer Engineering, MASc

Overview

The Edward S. Rogers Sr. Department of Electrical and Computer Engineering offers graduate courses and research opportunities in three programs of study. The Master of Applied Science and Doctor of Philosophy are research-based degree programs and require the completion of a thesis. The Master of Engineering is a course-based degree program and may be taken on a full-time or part-time basis.

The Master of Applied Science program provides students with an opportunity to pursue advanced studies in the particular field of major interest and an opportunity to engage in research. The program requires full-time study for a minimum of one year, coursework, and a thesis on a research project.

The Master of Engineering program is designed to provide professional training beyond the undergraduate level and to accelerate careers with specialized engineering expertise needed in business, government, and industry. The degree requirements, consisting of courses and an optional MEng project, are structured to be completed in one year by a full-time student.

The Doctor of Philosophy program is designed for those exceptional individuals who intend to pursue a career in fundamental or applied research. The program requires coursework and the successful completion of a research thesis.

The department offers research in the following areas:



  1. Biomedical Engineering

  2. Communications

  3. Computer Engineering

  4. Electromagnetics

  5. Electronics

  6. Energy Systems

  7. Photonics

  8. Systems Control

Details are available on the department’s website.

Contact and Address

Web: www.ece.utoronto.ca

Email: ecegradoffice@utoronto.ca

Telephone: (416) 978-5804

Fax: (416) 971-2993

The Edward S. Rogers Sr. Department of Electrical and Computer Engineering

University of Toronto

Sandford Fleming Building

Room 1107, 10 King’s College Road

Toronto, Ontario M5S 3G4

Canada


Degree Programs

Electrical and Computer Engineering

Master of Applied Science​

Minimum Admission Requirements



  1. Applicants are admitted under the General Regulations of the School of Graduate Studies. Applicants must also satisfy the Department of Electrical and Computer Engineering’s additional admission requirements stated below.

  1. An appropriate bachelor’s degree in electrical and computer engineering or its equivalent from a recognized university.

  1. High academic standing equivalent to a mid-B or better, normally demonstrated by an average grade in the final year or over senior-level courses.

Program Requirements

  1. Normally, 2.5 graduate full-course equivalents (FCEs) or five half courses. Students whose undergraduate preparation does not include the study of subjects deemed to be necessary for research in the chosen field will be required to complete additional courses.

  1. Each student’s program of study must receive the approval of the Department of Electrical and Computer Engineering and, in general, shall consist of a research or design project on which a thesis must be submitted.

  1. Thesis. This thesis shall demonstrate the student’s ability to do independent work in relating, organizing, and extending existing techniques where required, and in suggesting and developing new approaches to problems in an area of applied science and engineering. During the first year of registration, students are required to attend the ECE Colloquium and complete JDE 1000H Ethics in Research.

  1. ​Students in the MASc program have the option of completing an emphasis in Sustainable Energy as part of their degree program. Please see details below. ​​

Program Length

6 sessions full-time (typical registration sequence: F/W/S/F/W/S)

Time Limit

3 years full-time

Master of Engineering​

Minimum Admission Requirements



  1. Applicants are admitted under the General Regulations of the School of Graduate Studies. Applicants must also satisfy the Department of Electrical and Computer Engineering’s additional admission requirements stated below.

  1. An appropriate bachelor’s degree in electrical and computer engineering or its equivalent from a recognized university.

  1. High academic standing equivalent to a mid-B or better, normally demonstrated by an average grade in the final year or over senior-level courses.

Program Requirements

  1. Normally comprise 4.5 graduate full-course equivalents (FCEs) or nine half courses for applicants with adequate undergraduate preparation. At least 2.5 graduate FCEs or five half courses must be drawn from graduate courses offered by the Department of Electrical and Computer Engineering.

  1. All students must enrol in a field of study.

  1. Students may choose to complete an engineer ing project with an equivalent value of 1.5 FCEs. Students choosing the project option will be required to complete a total of 3.0 FCEs in addition to the project. In order to pursue the project option, the student must secure a professor who will act as the supervisor throughout the project.

  1. The MEng degree program may be taken on a full-time, extended full-time, or part-time basis.

  1. Full-time option: students normally complete the requirements in three sessions (one year).

  1. Extended full-time option: students are expected to complete the requirements in six sessions (two years) and are limited to six half courses per year and three half courses per session.

  1. Part-time option: students are limited to four half courses per year and two half courses per session. Students normally complete the requirements in nine sessions (three years).

  1. ​ Students in the MEng program have the option of completing an emphasis in Sustainable Energy as part of their degree program. Please see details below. ​​

Program Length

3 sessions full-time (typical registration sequence: F/W/S);

6 sessions extended full-time (typical registration sequence: F/W/S/F/W/S)

9 sessions part-time

Time Limit

3 years full-time and extended full-time;

6 years part-time

​Doctor of Philosophy​

Minimum Admission Requirements


  1. Applicants are admitted under the General Regulations of the School of Graduate Studies. Applicants must also satisfy the Department of Electrical and Computer Engineering’s additional admission requirements stated below.

  1. Admission may be granted by one of three routes:

  1. University of Toronto master’s degree in Electrical and Computer Engineering with an overall average of at least B+, or its equivalent from a recognized university

  2. direct entry for exceptionally qualified students with an appropriate bachelor’s degree from a recognized university

  3. transfer from the MASc to the PhD may be considered upon completion of 2.5 graduate full-course equivalents (FCEs) with an overall average of at least B+

  1. ​The department must be satisfied of the student’s ability to do advanced research before admission may be granted.

Program Requirements

  1. Normally, students who enter the PhD with a master’s degree will complete 2.5 full-course equivalents (FCEs) not previously used for other degree credit. Students may receive a course reduction of up to 1.0 FCE depending on their PhD research needs in relation to their studies at the master’s level. The number of required courses will be determined by the Associate Chair, Graduate Studies, in consultation with the PhD supervisor.

  1. Direct-entry students will complete 4.0 graduate FCEs.

  1. Normally, students who transfer from the MASc to the PhD will complete 1.5 graduate FCEs, in addition to courses completed while registered in the MASc program. Students may be required to complete up to 1.0 additional FCE depending on their PhD research needs in relation to their studies at the master’s level. The number of required courses will be determined by the Associate Chair, Graduate Studies, in consultation with the PhD supervisor.

  1. During the first year of PhD registration, each student must pass a qualifying oral examination in the area of research.

  1. During the first year of PhD registration, students are required to attend the ECE Colloquium.

  1. During the first year of PhD registration, students are required to complete JDE 1000H Ethics in Research if they have not already done so in a previous University of Toronto master’s program.

  1. Thesis.

  1. Students in the PhD program have the option of completing an emphasis in Sustainable Energy as part of their degree program. Please see det​ails​ below. ​​

Program Length

4 years full-time; 5 years direct-entry; 5 years transfer-from-master’s​

Time Limit

6 years full-time; 7 years direct-entry; 7 years transfer-from-master’s

Emphasis: Sustainable Energy

Doctoral-stream (MASc/PhD) students must successfully complete:



  1. At least three half courses (1.5 full-course equivalents [FCEs]) from the course lists below.

  1. A thesis in an area of relevance to sustainable energy with approval of the Institute of Sustainable Energy steering committee.

​Master of Engineering (MEng) students must successfully complete:



  1. ​​​​​​​Four courses (2.0 FCEs) from the following lists below, of which at least one (0.5 FCE) must be a core course.

Core Courses

APS 1032H,

MIE 515H, MIE 1120H

​Elective Courses

AER 507H, AER 1304H, AER 1315H, AER 1415H,

CHE 568H, CHE 1053H, CHE 1118H, CHE 1123H, CHE 1142H, CHE 1143H,

CIV 575H, CIV 576H, CIV 577H, CIV 1037H, CIV 1303H,

ECE 533H, ECE 1055H, ​​​​​​​ECE 1085H, ECE 1086H, ECE 1094H, ​

MIE 516H, MIE 517H, MIE 1128H, MIE 1129H, MIE 1130H, MIE 1715H,

MSE 558H, MSE 1022H, MSE 1028H​​

Course List

The following groups of courses in the more distinct fields of graduate study in electrical and computer engineering are presented for student guidance in selecting courses. Suitable courses offered by other departments may be selected subject to the approval of the Department of Electrical and Computer Engineering. Students registered in a graduate degree program which involves research are required to complete the seminar course JDE 1000H Ethics in Research during their first year of registration. The department should be consulted each session as to course offerings.



Energy Systems

​ECE 533H

Power Electroni​cs​

​ECE 1030H

​Space Vector Theory and Control

​ECE 1049H

Special Topics in Energy Systems​

​ECE 1055H

​Dynamics of HVdc/ac Transmission Systems

​ECE 1059H

Special Topics in Power System​s​

​ECE 1065H

​Custom Power Controllers

​ECE 1066H

​Design of High-Frequency Switch-Mode Power Supplies (SMPS)

​ECE 1068H

​Introduction to EMC

​ECE 1084H

​Design of Advanced High-Efficiency Switched Mode Power Supplies

​ECE 1085H

Power System Optimization​

​ECE 1086H

​Power Management for Photovoltaic Systems

ECE 1094H

​Mathematical Methods in Power Systems

Electromagnetics

​ECE 524H

​Microwave Circuits​

​ECE 1228H

Electromagnetic Theory​

​ECE 1229H

​Advanced Antenna Theory

​ECE 1236H

​Microwave and Millimetre-wave Techniques

​ECE 1243H

​Topics in Electromagnetic Waves

​ECE 1252H

​Introduction to Computational Electrodynamics

​ECE 1253H

​Active Microwave Circuits

​ECE 1254H

Modeling of Multiphysics Systems​

​ECE 1255H

​​Special Topics in Electromagnetics

Electronics

​ECE 512H​

Analog Filter​s​

​ECE 530H

​Analog Electronics

​ECE 534H

Integrated Circuit Engineering​

​ECE 1333H

​Selected Topics in Semiconductor Physics

​ECE 1334H

​Selected Topics in Solid State Electronics/VLSI Technology

​ECE 1336H

​Semiconductor Physics

​ECE 1352H

​Analog Circuit Design I

​ECE 1360H

​Selected Topics in Instrumentation

​ECE 1364H

​Selected Topics in Solid State Circuit Design

​ECE 1365H

High Frequency Integrated Circuits​

​ECE 1371H

​Advanced Topics in Analog Circuits

​ECE 1373H

​Digital Design for Systems-on-Chip

​ECE 1379H

​Introduction to Compound Semiconductor Devices

​ECE 1384H

​Digital Circuit Design

​ECE 1385H

Selected Topics in VLSI Systems​

​ECE 1387H

​CAD for Digital Circuit Synthesis and Layout

​ECE 1388H

​VLSI Design Methodology

​ECE 1390H

​Selected Topics in Circuits and Systems

​ECE 1391H

​Advanced Microelectronic Devices

​ECE 1392H

​Integrated Circuits for Digital Communications

​ECE 1393H

​Semiconductor Devices

​ECE 1395H

​Power Semiconductor Devices and Applications

Biomedical Engineering

​JEB 1365H

Ultraso​und: Theory and Applications in Biology and Medicine​

​JEB 1433H

​Medical Imaging

​JEB 1444H

​Neural Engineering

​JEB 1447H

​Sensory Communications

​BME 1452H

​Signal Processing for Bioengineering

Photonics

​ECE 525H

​Lasers ​and Detectors

​ECE 527H

​Passive Photonic Devices

​ECE 1448H

​Quantum Mechanics for Engineers

​ECE 1450H

​Ultrafast Photonics

​ECE 1460H

​Special Topics in Photonics

​ECE 1461H

​Advanced Laser Processing

​ECE 1467H

​Integrated Optical Circuit Design

​ECE 1473H

​Micro and Nano Fabrication Technologies for Compound Semiconductors

​ECE 1475H

Bio Photonics​

​ECE 1476H

​​High-efficiency Photovoltaics

ECE 1477H

​Optical Interconnects

Communications

​ECE 537H

​Random Pro​cesses

​ECE 1501H

​Error Control Codes

​ECE 1502H

​Information Theory

​ECE 1503H

​Power Semiconductor Devices and Applications

​ECE 1505H

​Convex Optimization

​ECE 1508H

​Special Topics in Communications

​ECE 1510H

​Advanced Inference Algorithms

​ECE 1511H

​Signal Processing

​ECE 1512H

​Digital Image Processing and Applications

​ECE 1517H

​Biometric Systems

​ECE 1518H

​Seminar in Identity, Privacy, and Security

​ECE 1520H

​Data Communications I

​ECE 1521H

Statistical Communication Theory​

​ECE 1522H

​Data Communications II

​ECE 1528H

Special Topics in Data Communications​

​ECE 1529H

​Adaptive Systems for Signal Processing and Communications

​ECE 1531H

​Quantum Information Theory

​ECE 1541H

​Communication Networks I

​ECE 1542H

​Communication Networks II

​ECE 1543H

Mobile Communications Systems​

​ECE 1545H

​Bridges and Routers

​ECE 1548H

​Advanced Network Architectures

​ECE 1549H

​Stochastic Networks

​ECE 1550H

​Physics of Information

Systems Control

​EC​E 557H

​System​s Control

​ECE 1635H

Special Topics in Control I​

​ECE 1636H

Control of Discrete-Event Systems I​

​ECE 1637H

Control of Discrete-Event Systems II​

​ECE 1639H

​Analysis and Control of Stochastic Systems I

​ECE 1643H

​Special Topics in Control II

​ECE 1647H

​Introduction to Nonlinear Control Systems

​ECE 1648H

​Nonlinear Control Systems

​ECE 1653H

​Hybrid Systems and Control Applications

​ECE 1656H

​Nonlinear Modeling and Analysis of Biological Systems

​ECE 1657H

Game Theory and Evolutionary Games​​

​Computer Engineering

​ECE 516H

​Personal Cy​bernetics and Intelligent Imaging Systems

​ECE 532H

​Digital Hardware

​ECE 540H

​Optimizing Compilers

​ECE 1718H

​Special Topics in Computer Hardware Design

​ECE 1724H

​Special Topics in Software Engineering

​ECE 1749H

​Interconnection Networks for Parallel Computer Architectures

​ECE 1754H

​Compilation Techniques for Parallel Processors

​ECE 1755H

Parallel Computer Architecture and Programming​

​ECE 1756H

​Reconfigurable Computing and FPGA Architecture

​ECE 1759H

Advances in Operating Systems​

​ECE 1762​H

​Algorithms and Data Structures

​ECE 1767H

​Design for Test and Testability

​ECE 1769H

Behavioural Synthesis of Digital Integrated Circuits​

​ECE 1770H

​Trends in Middleware Systems—Selected Topics and Concepts

​ECE 1771H

​Quality of Service

ECE 1773H​

​Advanced Computer Architecture

​ECE 1774H

​Sensory Cybernetics

​ECE 1776H

​Computer Security, Cryptography, and Privacy

​ECE 1777H

​Computer Methods for Circuit Simulation

​ECE 1778H

​Creative Applications for Mobile Devices

​ECE 1780H

​Advanced Mobile User Interfaces

​ECE 1781H

​Dependable Software Systems (prerequisite: ECE 344H Operating Systems or similar)

​ECE 1782H

​Programming Massively Parallel Multiprocessors and Heterogeneous Systems

Master of Engineering​

​ECE 1092H

​Smart​ Grid Case Studies

​ECE 1093H

​Electrical Insulation Design and Coordination

​ECE 1394H​

Technical Management of Modern IC Design​

​ECE 1524H

​Service Provider Networks

​ECE 1551H

​Mobile Broadband Radio Access Network (prerequisite: ECE 316; exclusion: ECE 1508H)

​ECE 1779H

​Introduction to Cloud Computing

​ECE 2500Y

​Master of Engineering Project​

​​


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