Graduate Courses for 2005-2006

AUTUMN 2005

• Math 504A, Modern Algebra (McGovern) (5)
• Math 507A, Algebraic Geometry (Kovács) (5)
• Math 514A, Networks and Combinatorial Optimization (Rockafellar) (3)
• Math 524A, Real Analysis (Chen) (5)
• Math 534A, Complex Analysis (Osborne) (5)
• Math 544A, Topology and Geometry of Manifolds (Arms) (5)
• Math 547A, Geometric Structures (Yuan) (3)
• Math 554A, Linear Analysis (Burke) (5)
• Math 577A, Lie Groups and Lie Algebras (Babson) (3)
• Math 581B: Foundations of Combinatorics I: Enumeration (Billey (3)
• Math 581C: Introduction to L-functions I (Greenberg) (3)
• Math 581D: Morse Theory (Mitchell) (3)
• Math 581E: Random Graphs (Hoffman) (3)
• Math 581F: Inverse Problems I (Uhlmann) (3)
• Math 581G: Exceptional Structures in Mathematics (Cohn/Doran) (3)
• Math 600, Independent Study or Research
• Math 700, Master's Thesis
• Math 800, Doctoral Dissertation

WINTER 2006

• Math 505A, Modern Algebra (McGovern) (5)
• Math 508A, Algebraic Geometry (P. Smith) (5)
• Math 515A, Fundamentals of Optimization (Rockafellar) (3)
• Math 525A, Real Analysis (Chen) (5)
• Math 535A, Complex Analysis (Osborne) (5)
• Math 545A, Topology and Geometry of Manifolds (Arms) (5)
• Math 548A, Geometric Structures (Pollack) (3)
• Math 555A, Linear Analysis (Burke)
• Math 578A, Lie Groups and Lie Algebras (Folland) (3)
• Math 582B: Foundations of Combinatorics II: Graph Theory (Billey) (3)
• Math 582C: Introduction to L-functions II (Greenberg) (3)
• Math 582D: Calabi-Yau Manifolds(Doran) (3)
• Math 582E: Group Cohomology (Pevtsova) (3)
• Math 582F: Geometry of Polytopes (Novik) (3)
• Math 582G: Inverse Problems II (Uhlmann) (3)
• Math 600, Independent Study or Research
• Math 700, Master's Thesis
• Math 800, Doctoral Dissertation

SPRING 2006

• Math 506A, Modern Algebra (McGovern) (5)
• Math 516A, Numerical Optimization (Tseng) (3)
• Math 526A, Real Analysis (Chen) (5)
• Math 536A, Complex Analysis (Osborne) (5)
• Math 546A, Topology and Geometry of Manifolds (Arms) (5)
• Math 549A, Geometric Structures (Pollack) (3)
• Math 556A, Linear Analysis (Uhlmann) (5)
• Math 579A, Lie Groups and Lie Algebras (Folland) (3)
• Math 583A: Optimal Control (Burke) (3)
• Math 583B: Geometry of Algebraic Curves (Vologodskiy) (3)
• Math 583C: Foundations of Combinatorics III: Symmetric Functions (Billey) (3)
• Math 583D: Introduction to Computational Number Theory (Stein) (3)
• Math 583F: Inverse Problems III (Uhlmann) (3)
• Math 583G: Configurations of Points and Lines (Grünbaum) (3)
• Math 583H: Advanced Algebraic Geometry I: Schemes (Kovács) (3)
• Math 600, Independent Study or Research
• Math 700, Master's Thesis
• Math 800, Doctoral Dissertation