Courses

McGill University

• Realistic Image Synthesis (ECSE 689), Derek Nowrouzezahrai.
• Fundamentals of Computer Animation (COMP 559), Paul Kry.
• Fundamentals of Computer Graphics (COMP 557), Paul Kry.
• Computational Photography (ECSE 683), James Clark.
• Applied Machine Learning (COMP 551), Joelle Pineau.

Université de Sherbrooke

• Problem solving and design in engineering (GEN 101).
• Communication and team work (GEN 111).
• Linear differential equations (GEN 122).
• Electrical circuits I (GEN 135).
• Electrical circuits II (GEN 136).
• Introduction to programming (GEN 143).
• Programming and algorithms (GEN 144).
• Programming workshop (GEN 145).
• Semi-conductors physics I (GEN 150).
• Measurements of electrical circuits (GEN 170).


• Electrical and computerized systems design (GEN 200).
• Mathematics of continuous time signals (GEN 210), Roch Lefebvre.
• Combinatory digital systems (GEN 220), Jean Rouat.
• Sequential digital systems (GEN 225), Jean Rouat.
• Analog electronics I (GEN 230).
• Modelization and object oriented programming (GEN 241).
• Advanced concepts in object oriented programming (GEN 242).
• Discrete mathematics I (GEN 260).
• Discrete mathematics II (GEN 265).
• Health and security of the engineer (GEN 502).
• Graphical user interfaces (GIF 250).
• Discrete mathematics III (GIF 261).


• Internship I (STA 361), Canadian Space Agency.
• System architecture design (GIF 301).
• Computer organization and architecture (GIF 310), Daniel Dalle.
• Operating systems (GIF 320).
• Networks and communication protocols (GIF 331).
• Introduction to compiler design (GIF 340).
• Probability and discrete systems design (GIF 360).
• Discrete mathematics IV (GIF 362).


• Internship II (STA 362), Ubisoft.
• Engineers and society (GEN 400).
• Mechanics for engineers (GEN 441).
• Digital signal processing systems design (GIF 401).
• Modelization and simulation (GIF 421).
• Digital signal processing (GIF 443), Eric Plourde.
• Discrete calculus (GIF 450).
• Mechanics for virtual reality (GIF 460).


• Internship III (STA 363), Autodesk.
• Law for engineers (GEN 501).
• Embedded and networked systems design (GIF 500).
• Microprocessor systems (GIF 510).
• Material properties for engineers (GIF 521).
• I/O circuits and interfaces (GIF 530).
• Real time operating systems and concurrency (GIF 540).
• Embedded and networked systems (GIF 550).
• Statistics and reliability of systems (GIF 560).


• Ethics for engineers (GEN 600).
• Vector calculus (GEN 650).
• Distributed systems design (GIF 600).
• Distributed operating systems (GIF 611).
• Databases (GIF 620).
• Computer security and cryptography (GIF 630), Frédéric Maillot.
• Information transmission (GIF 650).
• Electromagnetic waves transmission (GIF 655).
• Multiplexed systems (GIF 660).


• Internship IV (STA 364), Autodesk.
• Digital signal modelization (GEI 780), Philippe Gournay.
• Digital signal quantization (GEI 781), Philippe Gournay.
• Economic analysis in engineering (GEN 700).
• Final project in computer engineering I (GIF 701).


• Internship V (STA 365), Autodesk.
• Classical artificial intelligence (GEI 790), Jean Rouat.
• Probabilistic artificial intelligence (GEI 791), Jean Rouat.
• Bio-inspired artificial intelligence (GEI 792), Jean Rouat.
• Final project in computer engineering II (GIF 801).
• History of natural sciences and mathematics (SCI 100).