Complete list of courses
Here are the courses I have taken at McGill, listed in numerical order. If I have
taken the course and you need help in it, you can
email me and I will try my best to
get back to you ASAP. I also help people with college (known as CEGEP in Montreal)
courses (mathematics and physics mostly).
COMP-206, 250, 251, 273, 302, 303, 304, 310, 330, 360, 400, 417, 421, 423, 424, 462, 520, 526, 531, 535, 557, 558
MATH-222, 223, 314, 315, 317, 323, 324, 329, 343
Some course material worth mentioning
For COMP-304, I collected all my TABLET PC notes in a
file. You can download and use them as supplementary notes. DO NOT skip class
because these notes are meant to help you, not do the job for you. You can also read
about them at the very bottom of the COMP-304
webpage. This course was taught by Professor
Hans Vangheluwe of the
Modelling, Simulation and Design Lab (MSDL).
The notes are named by date in the form DDMMYY.pdf. Let me know if you have any problems.
For COMP-400, my entire research project is available with documentation. My supervisor was
Professor Muthucumaru Maheswaran of the
Advanced Networking and Research Lab (ANRL).
My project focused on developing a plug-in for
GINI, a tool extensively used in
COMP-535. The tool would allow users to fiddle with a "mock" network by instantiating a
user-defined network on a single machine. My plug-in allowed the distribution of the network
components (routers and workstations) to remote machines, while maintaining communication via
sockets. You can read more about it here. Note that you must
have GINI installed on your machine. You can follow the instructions at the
For COMP-424, came in 3rd place in the game AI class tournament. Cool...
For COMP-520, my group and I designed a complete compiler which took the WIG language and
compiled it to a Perl script. Here is the report we made in PDF
format. Due to the nature of the course, I have not posted the compiler and its code. Sorry...
For COMP-558, my group and I did an analysis of a face recognition algorithm. We verified its
robustness under varying conditions of the real world. You can view the report in
For MATH-317, I worked with a great group of people analyzing numerical methods for solving
systems of equations, specifically PDEs. You can view our web based report
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