Those in bold are probably the most relevent ones for graduate schools . For grades see my transcript.
Spring Year 4 |
|
CSC2535H1 | Advanced machine learning |
CSC2541H1 | Bayesian methoods in machine learning |
ESC478H1 | Design Project (hacking kinnect) |
ESC499H1 | Thesis (object recognition using capsules) |
CSC401H1 | Natural Language Computing |
Fall Year 4 |
|
CSC2503H1 | Computer Vision |
CSC411H1 | Machine Learning |
CHE374H1 | Engineering Economics |
ECO100Y1 | Introduction to Economics |
ESC499H1 | Thesis (object recognition using capsules) |
Spring Year 3 |
|
CSC320H1 | Introduction to Visual Computing |
CSC321H1 | Neural Networks |
CSC365H1 | Enriched Complexity & Computability |
ECE344H1 | OPERATING SYSTEMS |
ECE356H1 | LINEAR SYSTEMS AND CONTROL |
ESC301Y1 | ENG. SCI:OPTION SEMINAR |
Fall Year 3 |
|
CSC418H1 | Computer Graphics |
ECE352H1 | COMPUTER ORGANIZATION |
ECE355H1 | SIGNAL ANALYSIS &COMMUNICATION |
ECE360H1 | ELECTRONICS |
ESC301Y1 | ENG. SCI:OPTION SEMINAR |
MAT389H1 | COMPLEX ANALYSIS |
Spring Year 2 |
|
AER201H1 | ENGINEERING DESIGN |
BME210H1 | Molecular Chemistry |
CHE218H1 | Chemical Kinetics |
ESC202H1 | Praxis IV |
PHY291H1 | Quantum Mechanics |
PHY292H1 | Statistical Mechanics |
SOC101Y1 | Intro Sociology |
Fall Year 2 |
|
STA286H1 | Probability & Statistics |
AER205H1 | Fluid Mech & Trans Phenomena |
ECE253H1 | DIGITAL & COMPUTER SYSTEMS |
ECE259H1 | ELECTRICITY AND MAGNETISM |
ESC201H1 | Praxis III |
MAT292H1 | Calculus III |
MAT293H1 | Vector Calculus |
PHY290H1 | Vibrations and Waves |
Spring Year 1 |
|
BME105H1 | Systems Biology |
CHE119H1 | Thermodynamics |
ECE159H1 | ELECTRONIC CIRCUITS & DEVICES |
ESC102H1 | Praxis II |
MAT185H1 | LINEAR ALGEBRA |
MAT195H1 | CALCULUS II |
PSY100H1 | Intro Psychology |
Fall Year 1 |
|
CIV102H1 | STRUCTURES. & MATERIALS |
CSC192H1 | Computing Programming, Algrithms, and Data Structures |
ESC101H1 | Praxis I |
MAT190H1 | Matrix & Vector Algebra |
MAT194H1 | CALCULUS 1 |
PHY180H1 | Classical Mechanics Physics I |
PHY190H1 | Relativity |