Graduate Courses

FALL COURSE ENROLMENT BEGINS AUGUST 2nd, 2017

The complete list of ALL ELITE (APS) graduate courses is here

Students who wish to enrol in 500-level courses are encouraged to do so as early as possible as seats are limited.

Fall 2017 1000-level graduate courses begin the week of September 11 unless otherwise indicated. 500-level courses, and 1000-level courses associated with a 400-level course, begins the week of September 4.

COURSE ADD/DROP DEADLINES:  2017 MIE course ADD and DROP dates are listed here.  For APS Summer courses, please follow deadline dates per ELITE's schedule as noted on the 'Admin. Info' section of each course.

For All Reading Course (MIE 2002H, 2003H, 2004, 2005H) and M.Eng. Project (MIE 8888Y):

     ► ADD and DROP dates are 3 days before the posted SGS deadline

     ►All students must submit a Course ADD/DROP form to the graduate office (signed by student & supervisor) as follows: 

Reading Course (2 forms to submit): (MEng students cannot add a Reading Course without a MEng Project)

MEng Project: MEng Project list here (2 forms to submit):

COURSE OFFERINGS LEGEND Courses are designated to be taught Annually, Biennially (every other year), or Occasionally. However, instructor availability will sometimes affect when a course is next offered.

Courses designated Research are mainly intended for research stream graduate students, to prepare them with a theoretical background. Therefore, these courses tend to be technical and thus are unlikely to be "introductory" or "overview" courses.

 

Academic sessions:

Course areas:

Thermal Sciences

# Course Instructor Type Information
1
Homogeneous and heterogeneous nucleation and bubble growth. Thermodynamic equilibrium and stability during phase change. Pool Boiling. Flow patterns. Models of two-phase flow. Heat transfer in flow boiling. Condensation.

S. Chandra Occasionally Winter 2017
Start: Jan. 12
Thursday
2-4pm
WB 219
2
This course will cover the fundamentals of thermal plasmas: Introduction to thermal plasma processing; plasma generation, arcs, radio frequency (rf) inductively coupled plasmas, microwave (mw) plasmas; theory of the equilibrium plasma, the Ellenbas-Heller equation for the electric arcs, theory of rf and mw plasmas, ambipolar diffusion; two- temperature plasma model; heat transport processes in thermal plasmas, heating and melting of powders in thermal plasmas, particle trajectory and heating history.

J. Mostaghimi Occasionally Winter 2017
Start: Jan. 12
Thursday
10am-12noon
MC 306
3
Variational Calculus: introduction to calculus of variations; Euler-Lagrange equation; extensions to several variables; constrained extremals; methods of approximation. Integral Equations: their classification; series solution; boundary integral equations; delta function responses, Green´s functions, approximate techniques. Linear and Nonlinear Systems: phase space; chaos; differential algebraic systems; dynamic systems.

A. Mandelis Occasionally
Research
Winter 2017
Start: Jan. 17
Tuesday
4:30-6:30pm
MC 306 (To be Confirmed)
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Mechatronics and Dynamics

# Course Instructor Type Information
1
This course provides an overview of robot mobility, control practices and multi-robot exploration and coordination. With respect to mobility, various robotic mechanisms (tracked, wheeled, snake-like) will be investigated for implementation in real world environments which can be a priori unknown and unpredictable. Control schemes that will be discussed will focus on teleoperation (with single or multiple operators), semi-autonomy and autonomy approaches, and the applicability of these different architectures for everyday applications. The course will cover both single and multi-robot systems as applied to human-centred environments. With respect to multi-robot systems, emphasis will be placed on the design of robot team architectures that address fundamental issues when completing single and/or multiple tasks.

The course will include hands-on projects which will focus on cooperation between mobile robot teams.

Pre-requisites: MIE443 and MIE404
G. Nejat Annually Winter 2017
TBA
TBA
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Reading Courses

# Course Instructor Type Information
1
Students may take only one reading course for credit in a degree program, unless special authorization has been granted by the Graduate Studies Committee.

Supervisor
2
Students may take only one reading course for credit in a degree program, unless special authorization has been granted by the Graduate Studies Committee.

Supervisor
3
Students may take only one reading course for credit in a degree program, unless special authorization has been granted by the Graduate Studies Committee.

Supervisor
4
Students may take only one reading course for credit in a degree program, unless special authorization has been granted by the Graduate Studies Committee.

Supervisor
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