Year 1, Fall 2020
A first-year calculus course covering typical content, including some real analysis and differential equations.
A first-year structural engineering course covering truss design, beams, and concrete.
A first-year calculus-based classical mechanics course.
A first-year linear algebra course that also covers Matlab. Taught by Prof. Cluett.
Engineering Design course. No notes were taken.
A first-year Python-based programming course. No notes were taken.
Year 1, Spring 2021
Second semester calculus course taught by Prof. Davis. Covers Calc II and some vector calculus.
Proof-based Linear Algebra course. Covers vector spaces, subspaces, coordinates, linear dependence, rank, determinants, eigenvectors, and solving differential equations.
First-year introduction to circuits course. Covers DC analysis, RL/RC circuits, AC circuits, and power analysis.
A second programming course, taught in C. Data structures learned involve linked lists, heaps, queues, AVL and BST trees. Algorithms learned involve searching, sorting, dynamic programming, shortest distance algorithms, and gradient descent.
Introductory materials science course. Covers properties of different types of materials, lattice structures, polymers, etc.
A second engineering design course.
Year 1, Summer 2021
Group theory course taught by Prof. Sunohara in Summer 2021. Most topics are covered in Gallian's Contemporary Linear Algebra, and I have notes for the extra topics.
Year 2, Fall 2021
TBA
TBA
TBA
Engineering Ethics
TBA
Topics include waves, relativity, and quantum mechanics. Taught by Prof. Ania Harlick and Prof. Pekka Sinervo.
Math specialist real analysis course, taught by Dror Bar-Natan.
TBA
Year 2, Spring 2022
Physiology for Engineers
No notes were taken.
Statistics. Only brief notes for part of the course were taken.
Praxis III
TBA
Advanced Classical Mechanics course taught by Professor Michael Luke.
Quantum Information course. This is the first offering of this course at UofT!
Year 2, Summer 2022
Differential Geometry course.
Year 3, Fall 2022
Engineering Economics course.
Learned about diodes, transistors, and amplifiers.
Seminar course.
Mandatory Lab Course
Quantum Mechanics I course.
Computational Physics course.
Nonlinear Physics course.
Groups Rings and Fields course. Full year Course
General Relativity course.
Year 3, Spring 2023
Control Systems course.
Partial Differential Equations course.
Real Analysis II course.
Relativistic Electrodynamics course.
Year 3, Summer 2023
Reading course in Quantum Key Distribution with Prof. Hoi-Kwong Lo.