Every student for the M.Sc. in Mathematics is required to complete one of two options:

1. Option 1: MATH 696A/B, two courses from MATH 6160, 6310, 6332, 6351, and a minimum of 9 further credit hours in courses chosen from the departmental course offerings, excluding MATH 6299, and a thesis as per General Regulations, Theses and Reports.

2. Option 2: MATH 6299, 696A/B, three courses from MATH 6160, 6310, 6332, 6351, and a minimum of 9 further credit hours in courses chosen from the departmental course offerings.

Every student for the M.Sc. in Statistics is required to complete a minimum of 18 credit hours in graduate courses including STAT 6510 and one of STAT 6500 or STAT 6560 as well as the series STAT 697A/B or the completion of an additional 3 credit hour graduate course from the list below (courses STAT 6509 and STAT 6519 cannot be used to satisfy this requirement). A thesis is required as per General Regulations, Theses and Reports.

Students who already hold a Master of Applied Statistics are only required to complete STAT 6510 and one of STAT 6500 or STAT 6560 and a thesis as per General Regulations, Theses and Reports.

A selection of the following graduate courses will be offered to meet the requirements of students, as far as the resources of the Department will allow.

• 6100 Dynamical Systems
• 6101 Modern Perturbation Theory
• 6102 Mathematical Biology
• 6104 Infinite Dimensional Dynamical Systems
• 6110 Advanced General Relativity
• 6111 Calculus in Manifolds
• 6112-6119 Special Topics in Applied Mathematics
• 6120 Theoretical Fluid Dynamics
• 6121 Functional Differential Equations
• 6130 Introduction to General Relativity
• 6160 Partial Differential Equations
• 6201 Numerical Methods for Partial Differential Equations
• 6202 Nonlinear and Linear Optimization (credit restricted with Computer Science 6933)
• 6204 Iterative Methods in Numerical Linear Algebra
• 6205-6209 Special Topics in Numerical Analysis
• 6210 Numerical Solution of Differential Equations
• 6212 Numerical Methods for Initial Value Problems
• 6230 Differentiable Manifolds and Riemannian Geometry
• 6252 Quantum Information and Computing (cross-listed with Physics 6852)
• 6299 Master's Project
• 6300 Homology Theory
• 6301 Homotopy Theory
• 6302 Theory of Fibre Bundles
• 6304-6309 Special Topics in Topology
• 6310 Functional Analysis
• 6311 Complex Analysis
• 6312 Measure Theory
• 6313 Functional Analysis II
• 6315-6319 Special Topics in Analysis
• 6320 Group Theory
• 6321 Ring Theory
• 6322 Nonassociative Algebra
• 6323 Homological Algebra
• 6324-6329 Special Topics in Algebra
• 6330 Analytic Number Theory
• 6331 Algebraic Number Theory
• 6332 Point Set Topology
• 6333 Representation Theory
• 6340 Graph Theory
• 6341 Combinatorial Design Theory
• 6342 Advanced Enumeration
• 6343-6349 Special Topics in Combinatorics
• 6351 Advanced Linear Algebra
• 696A/B Graduate Seminar (2 credit hours)

• 6500 Probability (credit restricted with former 6586)
• 6503 Stochastic Processes
• 6505 Survival Analysis
• 6510 Mathematical Statistics
• 6520 Linear Models
• 6530 Longitudinal Data Analysis
• 6540 Time Series Analysis
• 6545 Computational Statistics
• 6550 Nonparametric Statistics
• 6559 Statistical Exploration of Data
• 6560 Continuous Multivariate Analysis
• 6561 Categorical Data Analysis
• 6563 Sampling Theory
• 6564 Experimental Designs
• 6571 Financial and Environmental Time Series
• 6573 Statistical Genetics
• 6570-6589 Selected Topics in Statistics and Probability (excluding 6571, 6573, 6586)
• 697A/B Graduate Seminar Series in Statistics (2 credit hours)