MATH2032 Complex and Fourier Analysis (University of Western Australia): rated 2.0/5 overall, difficulty 5.0/5 (higher is harder), would-recommend 2.0/5 across 1 review collected on UWA Wall.
MATH2032 is a University of Western Australia course taught by the Physics, Mathematics and Computing in Natural and Physical Sciences. This page brings together its handbook details and what UWA students say about it.
Review data updated 2026-10-24.
Chinese title: 复分析与傅里叶分析
Type: Undergraduate unit
Credit points: 6
Subject area: Natural and Physical Sciences
Faculty: Physics, Mathematics and Computing
Level: Undergraduate Level 2
Handbook year: 2026
This unit provides students with the foundation of complex and Fourier analysis, with an emphasis on Cauchy-Riemann equations, holomorphic functions, analytic continuation in the complex plane, contour integration, residues, Laurent series, Fourier series and Fourier transform, point-wise and L2 convergence.
MATH2032 has 1 scored review: overall 2.0/5 · usefulness 4.0 · difficulty 5.0 · would-recommend 2.0 (all out of 5; higher difficulty means harder).
Sources: 1 review by UWA students on UWA Wall (2.0/5 overall).
The course panel on UWA Wall shows every review and discussion in full.
Q: Is MATH2032 hard?
A: Students rate MATH2032's difficulty 5.0/5 on average (higher is harder), which makes it one of the harder courses. Only a few reviews so far, so treat this as a rough guide.
Q: Is MATH2032 worth taking?
A: Averaged over 1 review: would-recommend 2.0/5, usefulness 4.0/5, overall 2.0/5. Only a few reviews so far, so treat this as a rough guide.
Q: Which faculty teaches MATH2032, and when is it offered?
A: MATH2032 is taught by the Physics, Mathematics and Computing. Check the official handbook for the current year.
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