MATH

Mathematics

174 courses on record · 43 with sections in Fall 2026

Live section data currently covers GE courses; the rest is filled in by a nightly pass, so this department is likely running more than is listed here.

174 courses

Lower division 26

Lower division courses in Mathematics
Course	Title	Predicted GPA	This term
1	Precalculus	2.62 n=727	1 section
3A	Calculus for Life Sciences Students	3.36 n=275	—
3B	Calculus for Life Sciences Students	3.37 n=259	—
3C	Ordinary Differential Equations with Linear Algebra for Life Sciences Students	3.67 n=319	—
11	Transition to Upper-Division Mathematics	no grade history	—
11N	Gateway to Mathematics: Number Theory	3.20 n=12 small sample	—
19	Fiat Lux Freshman Seminars	no letter grades	—
31A	Differential and Integral Calculus	3.19 n=3,878	4 sections
31AL	Differential and Integral Calculus Laboratory	2.97 n=1,377	1 section
31B	Integration and Infinite Series	3.09 n=6,101	4 sections
32A	Calculus of Several Variables	3.26 n=6,146	5 sections
32AH	Calculus of Several Variables (Honors)	3.47 n=75	1 section
32B	Calculus of Several Variables	3.34 n=4,014	2 sections
32BH	Calculus of Several Variables (Honors)	3.64 n=72	—
M32T	Essential Calculus for Mathematical Biologists	3.31 n=53	1 section
33A	Linear Algebra and Applications	3.51 n=4,327	3 sections
33B	Differential Equations	3.47 n=4,021	2 sections
42	Introduction to Data-Driven Mathematical Modeling: Life, Universe, and Everything	3.66 n=344	1 section
61	Introduction to Discrete Structures	3.15 n=2,621	—
70	Introduction to Probability	3.25 n=164	—
73XP	Key Issues in K-12 Mathematics	no letter grades	—
74XP	Mathematics and Pedagogy for Teaching Elementary Mathematics	3.34 n=1 small sample	—
75XP	Mathematics and Pedagogy for Teaching Middle School Mathematics	no letter grades	—
94	Mathematical Outreach: Explorations of Mathematics in the Physical World	3.80 n=26	—
95	Transition to Upper-Division Mathematics	3.32 n=30	—
98XB	PEERS Collaborative Learning Workshops for Physical Sciences and Engineering Majors	no letter grades	—

Upper division 64

Upper division courses in Mathematics
Course	Title	Predicted GPA	This term
100	Problem Solving	no letter grades	1 section
101	Advanced Problem Solving	3.54 n=7 small sample	—
105A	Mathematics and Pedagogy for Teaching Secondary School Mathematics	3.18 n=51	1 section
105B	Mathematics and Pedagogy for Teaching Secondary School Mathematics	3.18 n=44	—
105C	Mathematics and Pedagogy for Teaching Secondary School Mathematics	3.31 n=55	—
106	History of Mathematics	3.49 n=421	—
110A	Algebra	3.11 n=230	1 section
110AH	Algebra (Honors)	3.35 n=164	1 section
110B	Algebra	3.24 n=137	—
110BH	Algebra (Honors)	3.46 n=95	—
110C	Algebra	3.50 n=94	—
111	Theory of Numbers	3.32 n=13 small sample	—
114C	Computability Theory	3.02 n=55	—
114L	Mathematical Logic	3.17 n=91	—
M114S	Introduction to Set Theory	3.31 n=59	—
115A	Linear Algebra	3.22 n=2,057	2 sections
115AH	Linear Algebra (Honors)	3.20 n=346	1 section
115B	Linear Algebra	3.34 n=195	—
116	Mathematical Cryptology	3.27 n=70	—
117	Algebra for Applications	3.15 n=12 small sample	—
118	Mathematical Methods of Data Theory	3.20 n=220	—
120A	Differential Geometry	3.26 n=372	1 section
120B	Differential Geometry	3.59 n=12 small sample	—
121	Introduction to Topology	3.19 n=114	—
123	Foundations of Geometry	3.15 n=41	—
131A	Analysis	2.96 n=1,942	1 section
131AH	Analysis (Honors)	3.27 n=249	1 section
131B	Analysis	2.77 n=601	—
131BH	Analysis (Honors)	3.26 n=143	—
131C	Topics in Analysis	3.28 n=38	—
132	Complex Analysis for Applications	3.02 n=887	2 sections
132H	Complex Analysis (Honors)	3.19 n=84	—
133	Introduction to Fourier Analysis	2.99 n=16 small sample	—
134	Linear and Nonlinear Systems of Differential Equations	3.16 n=757	—
135	Ordinary Differential Equations	3.10 n=1,012	2 sections
136	Partial Differential Equations	3.50 n=137	—
142	Mathematical Modeling	2.89 n=534	—
M148	Experience of Data Science	3.69 n=52	—
151A	Applied Numerical Methods	3.55 n=1,403	2 sections
151AH	Numerical Analysis Part 1 (Honors)	3.52 n=12 small sample	—
151B	Applied Numerical Methods	3.38 n=664	—
155	Mathematical Imaging	3.60 n=298	—
156	Machine Learning	3.51 n=348	1 section
164	Optimization	3.15 n=1,174	1 section
167	Mathematical Game Theory	3.30 n=268	—
168	Introduction to Networks	3.46 n=191	1 section
170A	Probability Theory I	3.30 n=137	—
170B	Probability Theory II	3.39 n=43	—
170E	Introduction to Probability and Statistics 1: Probability	3.23 n=2,146	3 sections
170S	Introduction to Probability and Statistics 2: Statistics	3.29 n=1,048	1 section
171	Stochastic Processes	3.26 n=387	—
174E	Mathematics of Finance for Mathematics/Economics Students	3.18 n=888	—
177	Theory of Interest and Applications	3.05 n=348	—
178A	Foundations of Actuarial Mathematics: Life Insurance and Annuities	2.84 n=102	—
178B	Foundations of Actuarial Mathematics: Additional Topics in Long-Term Actuarial Mathematics	2.95 n=144	—
178C	Foundations of Actuarial Mathematics: Loss Models	2.94 n=146	—
179	Advanced Topic in Financial Mathematics	2.99 n=276	—
180	Graph Theory	3.12 n=242	—
182	Algorithms	3.29 n=340	1 section
184	Enumerative Combinatorics	2.97 n=75	—
191	Variable Topics Research Seminars: Mathematics	3.50 n=16 small sample	—
M192A	Introduction to Collaborative Learning Theory and Practice	3.91 n=171	—
192B	Collaborative Learning Theory and Practice	3.95 n=339	—
195	Community Internships in Mathematics Education	no grade history	—

Graduate 84

Graduate courses in Mathematics
Course	Title	Predicted GPA	This term
205A	Number Theory	3.62 n=12 small sample	—
206A	Combinatorial Theory	3.78 n=25	—
206B	Combinatorial Theory	3.80 n=27	—
207A	Topics in Number Theory	3.67 n=12 small sample	—
M209A	Cryptography	3.44 n=22	1 section
210A	Algebra	3.22 n=79	1 section
210B	Algebra	3.49 n=59	—
210C	Algebra	3.65 n=44	—
212A	Homological Algebra	3.85 n=39	—
212B	Homological Algebra	3.64 n=10 small sample	—
214A	Introduction to Algebraic Geometry	3.69 n=47	—
214B	Introduction to Algebraic Geometry	3.73 n=17 small sample	—
215A	Commutative Algebra	3.69 n=46	1 section
216A	Further Topics in Algebra	3.69 n=24	—
M217	Geometry and Physics	no letter grades	—
218A	Discrete Mathematics: Probabilistic Methods	3.83 n=37	—
220A	Mathematical Logic	3.44 n=29	1 section
223D	Topics in Descriptive Set Theory	3.62 n=9 small sample	—
225A	Smooth Manifolds	3.71 n=99	1 section
225B	Differential Geometry	3.88 n=66	—
225C	Algebraic Topology	3.83 n=46	—
226A	Differential Geometry	3.82 n=31	—
226B	Differential Geometry	3.89 n=55	—
226C	Differential Geometry	3.74 n=18 small sample	—
227A	Algebraic Topology	3.67 n=12 small sample	1 section
227B	Algebraic Topology	3.64 n=10 small sample	—
229A	Lie Groups and Lie Algebras	3.77 n=47	—
234	Topics in Differential Geometry	3.74 n=18 small sample	—
235	Topics in Manifold Theory	3.89 n=54	—
236	Topics in Geometric Topology	3.79 n=24	—
238A	Dynamical Systems	3.80 n=27	—
238B	Dynamical Systems	3.65 n=11 small sample	—
245A	Real Analysis	3.50 n=89	1 section
245B	Real Analysis	3.69 n=53	—
245C	Real Analysis	3.84 n=41	—
246A	Complex Analysis	3.67 n=90	1 section
246B	Complex Analysis	3.65 n=50	—
246C	Complex Analysis	3.75 n=37	—
247A	Classical Fourier Analysis	3.70 n=32	—
251A	Introductory Partial Differential Equations	3.68 n=27	—
251B	Topics in Partial Differential Equations	3.39 n=9 small sample	—
253A	Several Complex Variables	3.62 n=10 small sample	—
254A	Topics in Real Analysis	3.37 n=12 small sample	—
255A	Functional Analysis	3.85 n=39	—
259A	Operator Algebras in Hilbert Space	3.65 n=12 small sample	—
260	Introduction to Applied Mathematics	3.66 n=13 small sample	—
266A	Applied Ordinary Differential Equations	3.72 n=69	1 section
266B	Applied Partial Differential Equations	3.61 n=59	—
266D	Applied Differential Equations	3.65 n=11 small sample	—
269A	Advanced Numerical Analysis	3.81 n=72	1 section
269B	Advanced Numerical Analysis	3.84 n=56	—
269C	Advanced Numerical Analysis	3.87 n=50	—
270A	Mathematical Aspects of Scientific Computing: Techniques of Scientific Computing	3.81 n=29	—
270B	Mathematical Aspects of Scientific Computing: Computational Linear Algebra	3.67 n=57	—
270C	Mathematical Aspects of Scientific Computing: Computational Linear Algebra	3.73 n=39	—
272B	Mathematical Aspects of Fluid Mechanics	3.63 n=30	—
273A	Optimization and Calculus of Variations: Basic Optimization Theory	3.76 n=81	1 section
273B	Optimization and Calculus of Variations: Calculus of Variations	3.91 n=68	—
275A	Probability Theory	3.55 n=44	1 section
275B	Probability Theory	3.75 n=20	—
275D	Stochastic Calculus	3.71 n=20	—
276	Topics in Network Science	3.45 n=23	—
277	Foundations of Machine Learning and Artificial Intelligence	3.79 n=24	—
280	Programming++ for Mathematics Graduate Students	3.64 n=12 small sample	—
285J	Seminar: Applied Mathematics	3.87 n=80	1 section
285K	Seminar: Probability	3.56 n=9 small sample	—
285N	Seminar: Combinatorics	3.65 n=11 small sample	—
290B	Participating Seminar: Current Literature in Number Theory	no grade history	—
290C	Participating Seminar: Current Literature in Algebra	no grade history	—
290D	Participating Seminar: Current Literature in Logic	no grade history	—
290F	Participating Seminar: Current Literature in Topology	no grade history	—
290G	Participating Seminar: Current Literature in Analysis	no letter grades	—
290I	Participating Seminar: Current Literature in Functional Analysis	no grade history	—
290J	Participating Seminar: Current Literature in Applied Mathematics	no grade history	—
290M	Participating Seminar: Current Literature in Mathematics	no letter grades	—
290N	Participating Seminar: Current Literature in Combinatorics	no letter grades	—
296B	Research Seminar: Number Theory	no grade history	—
296D	Research Seminar: Logic	no grade history	—
296I	Research Seminar: Functional Analysis	no grade history	—
296J	Research Seminar: Applied Mathematics	no grade history	—
296K	Research Seminar: Probability	no grade history	—
296N	Research Seminar: Combinatorics	no grade history	—
375	Teaching Apprentice Practicum	no letter grades	—
495	Teaching College Mathematics	no letter grades	2 sections

“Predicted” is shrunk toward the department average, so a course taught once to a dozen students sits near the department mean rather than at whatever those twelve happened to get. The figure is always shown — small sample marks where it rests mostly on that prior.