Math/Stat/AMSC Graduate Courses
for Fall 2002
(with web pages when available)

General Interest
(Most of this is new!)

• MATH 695 Teaching Seminar -- for first-year TAs only (Frances Gulick)
• MATH/AMSC/STAT 688 Minicourses in the Mathematical Sciences (Dan Rudolph)
• MATH 689 Research Interactions in Mathematics or Statistics (various sections)
• AMSC 689 Research Interactions in Applied Mathematics (various sections)

Algebra/Algebraic Geometry/Number Theory

• MATH 600 Abstract Algebra I (Jim Schafer)
• MATH 606 Algebraic Geometry I (Steve Kudla)
• MATH 608R Topics in Representation Theory (J.-K. Yu)
• MATH 620 Algebraic Number Theory I (Jeff Adams)

Analysis

• MATH 630 Real Analysis I (Ray Johnson)
• MATH 634 Harmonic Analysis (Bob Warner)
• MATH 648R Special Topics in Harmonic Analysis (John Benedetto)
• MATH 660 Complex Analysis I (David Hamilton)

Differential Equations/Dynamical Systems

• MATH 642 Dynamical Systems I (Misha Brin)
• MATH/AMSC 670 Ordinary Differential Equations I (Dan Sweet)
• MATH/AMSC 673 Partial Differential Equations I (Georg Dolzmann)

Logic

• MATH 710 Consistency Proofs in Set Theory (Chris Laskowski)
• MATH 712 Mathematical Logic I (David Kueker)

Geometry/Topology

• MATH 669R Topics in Riemann Surfaces (Bill Goldman)
• MATH 730 Fundamental Concepts of Topology (Karsten Grove)
• MATH 740 Riemannian Geometry (Paul Green)
• MATH 748H Introduction to Homotopy Theory & Characteristic Classes (Jonathan Rosenberg)

Numerical Analysis/Applied Mathematics

• AMSC 612 Numerical Merthods in PDE (Bo Li)
• AMSC 660 Scientific Computing I
  • Section 0101 (Diane O'Leary)
  • Section 0201 (Howard Elman)
• AMSC 662 Computer Organization and Programming for Scientific Computing (Pete Stewart)
• AMSC 663 Advanced Scientific Computing (Dave Levermore)
• AMSC 666 Numerical Analysis I (Ricardo Nochetto)
• AMSC 698F Advanced Topics in Fluid Dynamics (Anil Deane)
• AMSC 698G Probabilistic Optimization (Steve Gabriel)
• AMSC 698H Hydrodynamic Stability (Leon Greenberg)
• AMSC 698M Modern Analytical and Geometric Methods in Classical Mechanics and Control Theory (Stu Antman)
• AMSC 698R Fast Multipole Methods: Fundamentals and Applications (Nail Gumerov)

Probability/Statistics

• STAT 600 Probability Theory I (T.-Y. Lee)
• STAT 698D Selected Topics in Probability: Stochastic Differential Equations (Mark Freidlin)
• STAT 700 Mathematical Statistics I (Ben Kedem)
• STAT 710 Advanced Statistics I (Eric Slud)
• STAT 740 Linear Statistical Models I (Paul Smith)
• STAT 750 Multivariate Analysis (Abram Kagan)

Tentative schedule of graduate courses for Spring 2003

This page last updated 8/28/02.