Fall Quarter is Sep–Dec; Winter Quarter is Jan–Mar; Spring Quarter is Mar–Jun; Summer Session A is Jun–Aug; Summer Session C is Aug–Sep.
Courses with 🧑🏫 were taught as instructor of record.
2024–2025 | Fall | MATH 495 | Teaching College Mathematics |
2023–2024 | Summer C | MATH 131A | Analysis🧑🏫 |
Spring | MATH 151B | Applied Numerical Methods | |
Winter | MATH 32BH | Calculus of Several Variables (Honors) | |
MATH 151AH | Numerical Analysis Part 1 (Honors) | ||
Fall | MATH 32AH | Calculus of Several Variables (Honors) | |
MATH 151A | Applied Numerical Methods | ||
2022–2023 | Spring | MATH 136 | Partial Differential Equations |
MATH 151BH | Numerical Analysis Part 2 (Honors) | ||
Winter | MATH 32BH | Calculus of Several Variables (Honors) | |
MATH 151AH | Numerical Analysis Part 1 (Honors) | ||
Fall | MATH 32AH | Calculus of Several Variables (Honors) | |
MATH 131AH | Analysis (Honors) | ||
2021–2022 | Spring | MATH 151BH | Numerical Analysis Part 2 (Honors) |
Winter | MATH 131BH | Analysis (Honors) | |
Fall | COMPTNG 10A | Introduction to Programming |
Winter Session Term 1 is Sep–Dec; Winter Session Term 2 is Jan–Apr.
The Math Learning Centre (MLC) is a drop-in help centre for undergraduate students.
The Math Exam Resources (MER) wiki is a wiki (online resource) for past exam solutions.
2020–2021 | Term 2 | MATH 421/510 | Real Analysis II/Functional Analysis |
Term 1 | CPSC 302 | Numerical Computation for Algebraic Problems | |
MATH 256 | Differential Equations | ||
2019–2020 | Term 2 | MATH 221 | Matrix Algebra |
(MER) | Math Exam Resources wiki | ||
Term 1 | MATH 320 | Real Variables I | |
(MLC) | Math Learning Centre | ||
2018–2019 | Term 2 | CPSC 303 | Numerical Approximation and Discretization |
Term 1 | (MER) | Math Exam Resources wiki | |
2017–2018 | Term 2 | (MER) | Math Exam Resources wiki |
Term 1 | CPSC 302 | Numerical Computation for Algebraic Problems | |
(MER) | Math Exam Resources wiki | ||
2016–2017 | Term 2 | CPSC 303 | Numerical Approximation and Discretization |
Term 1 | APSC 160 | Introduction to Computation in Engineering Design |