UCLA Department of Mathematics

Mathematics Undergraduate Courses, Graduate Courses, & PIC Courses

2013-2014 Tentative Schedule
2013-12 PIC Tentative Schedule

Math 1 : Precalculus
Math 2 : Finite Mathematics
Math 3A, 3B, 3C : Calculus for Life Sciences Students and Calculus and Probability for Life Sciences Students
Math 31A, 31B : Differential Calculus and Integration and Infinite Series
Math 31BH : Integration and Infinite Series (Honors)
Math 32A, 32B : Calculus of Several Variables
Math 32AH : Calculus of Several Variables (Honors)
Math 32BH: Calculus of Several Variables (Honors)
Math 33A : Linear Algebra and Applications
Math 33AH: Linear Algebra and Applications (Honors)
Math 33B : Differential Equations
Math 61 : Introduction to Discrete Structures
Math 71SL: Classroom Practices in Elementary School Mathematics
Math 72SL: Classroom Practices in Middle School Mathematics
Math 100: Problem Solving
Math 103ABC: Observation and Participation: Mathematics Instruction
Math 105A: Mathematics and Pedagogy for Teaching Secondary Mathematics
Math 105B: Mathematics and Pedagogy for Teaching Secondary Mathematics
Math 105C: Mathematics and Pedagogy for Teaching Secondary Mathematics
Math 106 : History of Mathematics
Math 110A, 110B, 110C : Algebra
Math 110AH, 110BH : Algebra (Honors)
Math 111 : Theory of Numbers
Math 114C: Computability Theory
Math 114L: Mathematical Logic
Math M114S : Introduction to Set Theory (Formerly numbered M112)
Math 115A, 115B : Linear Algebra
Math 115AH : Linear Algebra (Honors)
Math 116 : Mathematical Cryptology
Math 117 : Algebra for Applications
Math 120A, 120B : Differential Geometry
Math 121 : Introduction to Topology
Math 123 : Foundations of Geometry
Math 131A, 131B : Analysis
Math 131AH, 131BH : Analysis (Honors)
Math 131C : Topics in Analysis
Math 132 : Complex Analysis for Applications
Math 133: Introduction to Fourier Analysis
Math 134: Linear and Nonlinear Systems of Differential Equations
Math 135: Ordinary Differential Equations
Math 136 : Partial Differential Equations
Math 142 : Mathematical Modeling
Math 146 : Methods of Applied Mathematics
Math 149 : Mathematics of Computer Graphics
Math 151A, 151B : Applied Numerical Methods
Math 155 : Mathematical Imaging
Math 157 : Software Techniques for Scientific Computation
Math 164 : Optimization
Math 167 : Mathematical Game Theory
Math 170A, 170B : Probability Theory
Math 171: Stochastic Processes
Math 172A, 172B : Actuarial Mathematics
Math 174: Mathematics of Finance
Math 180: Combinatorics
Math 182: Algorithms
Math 184: Topics in Combinatorics
Math 191: Advanced Variable Topics in Mathematics
Math 191H: Honors Seminar: Mathematics
Math 195: Community Internship in Mathematics Education
Math 197: Individual Studies in Mathematics
Math 199: Directed Research or Senior Project in Mathematics

These descriptions reflect the official program requirements for the MA and PhD in mathematics and are the official word on the acceptability of a course for degree credit.

Math 201A, 201B, 201C: Topics in Algebra and Analysis (4)
Math 202A, 202B: Mathematical Models and Applications (4)
Math 203: Masters Linear Algebra
Math 204: Masters Analysis
Math 205A, 205B, 205C: Number Theory (4)
Math 206A, 206B: Combinatorial Theory (4)
Math 207A, 207B, 207C: Topics in Number Theory (4)
Math M208A, M208B: Topics in Applied Number Theory (4)
Math M209A & M209B: Cryptography & Cryptographic Protocols (4)
Math 210A, 210B, 210C: Algebra (4)
Math 211: Structure of Rings (4)
Math 212: Homological Algebra (4)
Math 213A, 213B: Theory of Groups (4)
Math 214A, 214B: Introduction to Algebraic Geometry (4)
Math 215A, 215B: Commutative Algebra (4)
Math 216: Further Topics in Algebraic Geometry (4)
Math M217: Geometry and Physics (4)
Math 218A: Discrete Mathematics: Probabilistic Methods (4)
Math 218B: Discrete Mathematics: Algebraic Methods (4)
Math 220A, 220B, 220C: Mathematical Logic and Set Theory (4)
Math 222A, 222B: Lattice Theory and Algebraic Systems (4)
Math 223C: Topics in Computability Theory (4)
Math 223D: Topics in Descriptive Set Theory (4)
Math 223M: Topics in Model Theory (4)
Math 223S: Topics in Set Theory (4)
Math 225A: Differentiable Topology (4)
Math 225B: Differential Geometry (4)
Math 225C: Algebraic Topology (4)
Math 226A, 226B, 226C: Differential Geometry (4)
Math 227A, 227B: Algebraic Topology (4)
Math 229A, 229B, 229C: Lie Groups and Lie Algebras (4)
Math 233: Partial Differential Equations on Manifolds (4)
Math 234: Topics in Differential Geometry (4)
Math 235: Topics in Manifold Theory (4)
Math 236: Topics in Geometric Topology (4)
Math 237: Topics in Algebraic Topology (4)
Math 238A, 238B: Dynamical Systems (4)
Math 240: Methods of Set Theory (4)
Math 245A, 245B, 245C: Real Analysis (4)
Math 246A, 246B, 246C: Complex Analysis (4)
Math 247A, 247B: Classical Fourier Analysis (4)
Math 250A: Ordinary Differential Equations (4)
Math 250B: Nonlinear Ordinary Differential Equations (4)
Math 250C: Advanced Topics in Ordinary Differential Equations (4)
Math 251A: Introductory Partial Differential Equations (4)
Math 251B, 251C: Topics in Partial Differential Equations (4)
Math 252A, 252B: Topics in Complex Analysis (4)
Math 253A, 253B: Several Complex Variables (4)
Math 254A, 254B: Topics in Real Analysis (4)
Math 255A: Functional Analysis (4)
Math 255B, 255C: Topics in Functional Analysis (4)
Math 256A, 256B: Topological Groups and Their Representations (4)
Math 259A, 259B: Operator Algebras in Hilbert Space (4)
Math 260: Introduction to Applied Mathematics (4)
Math M261: Game Theory (4)
Math 264: Applied Complex Analysis (4)
Math 265A, 265B: Real Analysis for Applications (4)
Math 266A: Applied Ordinary Differential Equations (4)
Math 266B, 266C: Applied Partial Differential Equations (4)
Math 266D, 266E: Applied Differential Equations (4)
Math M268A: Functional Analysis for Applied Mathematics and Engineering (4)
Math M268B: Topics in Functional Analysis for Applied Mathematics and Engineering (4)
Math M268C: Topics in Applied Functional Analysis (4)
Math 269A, 269B, 269C: Advanced Numerical Analysis (4)
Math 270A: Mathematical Aspects of Scientific Computing: Techniques of Scientific Computing (4)
Math 270B, 270C: Mathematical Aspects of Scientific Computing: Computational Linear Algebra (4)
Math 270D, 270E: Mathematical Aspects of Scientific Computing: Computational Fluid Dynamics (4)
Math 270F: Mathematical Aspects of Scientific Computing: Parallel Numerical Algorithms (4)
Math 271A: Tensor Analysis (4)
Math 271B: Analytical Mechanics (4)
Math 271C: Introduction to Relativity (4)
Math 271D: Wave Mechanics (4)
Math 272A: Foundations of Continuum Mechanics (4)
Math 272B: Mathematical Aspects of Fluid Mechanics (4)
Math 272C: Magnetohydrodynamics (4)
Math 272D: Rotating Fluids and Geophysical Fluid Dynamics (4)
Math 273: Optimization, Calculus of Variations, and Control Theory (4)
Math 274A: Asymptotic Methods (4)
Math 274B, 274C: Perturbation Methods (4)
Math 275A, 275B: Probability Theory (4)
Math 275C: Stochastic Processes (4)
Math 275D: Stochastic Calculus (4)
Math 275E: Stochastic Particle Systems (4)
Math 285A: Seminar: History and Development of Mathematics (4)
Math 285B: Seminar: Number Theory (4)
Math 285C: Seminar: Algebra (4)
Math 285D: Seminar: Logic (4)
Math 285E: Seminar: Geometry (4)
Math 285F: Seminar: Topology (4)
Math 285G: Seminar: Analysis (4)
Math 285H: Seminar: Differential Equations (4)
Math 285I: Seminar: Functional Analysis (4)
Math 285J: Seminar: Applied Mathematics (4)
Math 285K: Seminar: Probability (4)
Math 285L: Seminar: Dynamical Systems (4)
Math 290A: Seminar: Current Literature in History and Development of Mathematics (4)
Math 290B: Seminar: Current Literature in Number Theory (4)
Math 290C: Seminar: Current Literature in Algebra (4)
Math 290D: Seminar: Current Literature in Logic (4)
Math 290E: Seminar: Current Literature in Geometry (4)
Math 290F: Seminar: Current Literature in Topology (4)
Math 290G: Seminar: Current Literature in Analysis (4)
Math 290H: Seminar: Current Literature in Differential Equations (4)
Math 290I: Seminar: Current Literature in Functional Analysis (4)
Math 290J: Seminar: Current Literature in Applied Mathematics (4)
Math 290K: Seminar: Current Literature in Probability (4)
Math 290L: Seminar: Current Literature in Dynamical Systems (4)
Math 290M: Seminar: Current Literature in Mathematics (4)
Math 296A: Participating Seminar: History and Development of Mathematics (1)
Math 296B: Participating Seminar: Number Theory (1)
Math 296C: Participating Seminar: Algebra (1)
Math 296D: Participating Seminar: Logic (1)
Math 296E: Participating Seminar: Geometry (1)
Math 296F: Participating Seminar: Topology (1)
Math 296G: Participating Seminar: Analysis (1)
Math 296H: Participating Seminar: Differential Equations (1)
Math 296I: Participating Seminar: Functional Analysis (1)
Math 296J: Participating Seminar: Applied Mathematics (1)
Math 296K: Participating Seminar: Probability (1)
Math 296L: Participating Seminar: Dynamical Systems (1)
Math 296M: Participating Seminar: Mathematics (1)
Math 495 : Teaching College Mathematics
Math 596 : Directed Individual Study or Research (2 to 8)
Math 599 : Directed Individual Study or Research (2 to 8)

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PIC Courses

PIC 10A: Introduction to Programming (C++)
PIC 10B: Intermediate Programming (C++)
PIC 10C: Advanced Programming (C++)
PIC 15: Introduction to LISP and Symbolic Computation
PIC 20A: Principles of Java Language with Applications
PIC 20B: Advanced Aspects of Java Language with Applications
PIC 20C: Seminar: Enterprise Computing with Java
PIC 30: Machine Organization and Assembly Language Programming
PIC 40A: Introduction to Programming for Internet
PIC 40B: Advanced Topics in Programming for Internet
PIC 60: Data Structures and Algorithms
PIC 97: Special Topics in Programming
PIC 110: Parallel and Distributed Computing
PIC 130: Cryptography
PIC 187: Advanced Variable Topics in Programming

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For more information, contact Student Services, ugrad@math.ucla.edu.

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