AIM Courses, Mathematics Courses, and Possible Courses in Partner Disciplines Core AIM courses: Math 525 Probability Theory Math 526 Stochastic Processes Math 555 Complex Variables Math 556 Methods of Applied Math I Math 557 Methods of Applied Math II Math 558 Applied Nonlinear Dynamics Math 565 Combinatorics and Graph Theory Math 566 Combinatorial Theory Math 571 Numerical Methods for Scientific Computing I Math 572 Numerical Methods for Scientific Computing II Other possible math courses: Math 561 Linear Programming Math 563 Mathematical Biology Math 564 Topics in Mathematical Biology Math 567 Coding Theory Math 625 Stochastic Equations Math 651 Topics in Applied Math I Math 652 Topics in Applied Math II Math 654 Introduction to Fluid Dynamics Math 655 Topics in Fluid Dynamics Math 656 Introduction to PDEs Math 657 Nonlinear PDEs Math 658 Introduction to ODEs Math 663 Nonlinear Porgramming Math 669 Topics in Combinatorial Theory Math 671 Analysis of Numerical Methods Math 756 Advanced Topics in PDEs The following lists possible partner discipline courses. The list is not exhaustive, merely indicative. Life Sciences Physiology 502 Introductory Physiology Physiology 519 Quantitative Physiology Physiology 540 Cell and Molecular Physiology Physiology 510/511 Systems and Integrative Physiology Physiology 693 Nervous System Structure and Function Physiology 541 Mammalian Reproductive Endocrinology Physiology 618 Compartmental Analysis Physiology 620 Membrane Biophysics Physiology 650 Gastrointestinal Physiology Physiology 812 Renal Physiology Microbiol. 501 (1) Introductory Microbiology. Microbiol. 502 (1) Introductory Immunology. Microbiol. 503 (1) Introductory Virology. Microbiol. 505 (1) Introduction to Infectious Disease. Microbiol. 525 (2) Cellular and Molecular Networks. Microbiol. 604 (1) Microbial Genetics. Microbiol. 605 (1) Strategies of gene regulation in microbes. Microbiol. 606 (1) Microbial Physiology and Metabolism. Microbiol. 630 (1) Special Topics in Genetics. Human Gen. 561/562 Introduction to Genetics Biol. Chem. 570 Protein Structure (1) Biol. Chem. 571 Nucleic Acids: Structure and Dynamics (1) Biol. Chem. 572 Control of Gene Expression Biol. Chem. 573 Enzyme Kinetics and Ligand Binding (1) Biol. Chem. 576 Signal Transduction Biol. Chem. 574 Catalysis Biol. Chem. 585 Cell Cycle Regulation. Neurosci. 510 Introduction to Chemical Senses and Hearing Neurosci. 721 Introductory Neurochemistry and Neuropharmacology Biology 523 Cellular and Molecular Approaches to Neurophysiology. Biology 534 Developmental Neurobiology. Biology 594 Molecular Aspects of Gene Action Biology 622 Topics in Molecular and Cellular Neurobiology Biology 630 Special Topics in Genetics Biostats 503 Introduction to Biostatistics Biostats 560 Statistical Mathods in Epidemiology Biostats 601 Probability and Distribution Theory Biostats 666 Statistical Models & Numerical Methods in Human Genetics Engineering Sciences Aero 522 Advanced Fluid Dynamics Aero 525 Turbulent Flows I Aero 620 Turbulent Flows II Aero 550 Linear Systems Theory Aero 551 Nonlinear Systems and Control Aero 571 Digital Control Systems Aero 576 Optimal Control Aero 578 Estimation, Filtering and Detection Aero 580 Linear Feedback Systems Aero 524 Aerodynamics II Aero 510/511 Finite element methods I and II Aero 520 Compressible flow I Aero 523/623 Computational Fluid Dynamics I and II Aero 524 Aerodynamics II Aero 532 Gas kinetic theory Aero 533 Combustion Processes Aero 740 Special Topics in Flight Dynamics and Control Aero 840 Dynamics and Control Systems AOSS 555 Spectral Methods AOSS 551 Advanced Geophysical Fluid Dynamics AOSS 564 The Stratosphere and Mesosphere AOSS 567 Chemical Kinetics AOSS 595 Magnetosphere and Solar Wind AOSS 597 Fundamentals of Space Plasma Physics (Aero 597) IOE 512 Dynamic Programming IOE 574 Simulation Analysis IOE 591 Stochastic Programming IOE 612 Network Flows IOE 536 Cognative Ergonomics IOE 539 Safety Engineering Methods ME 520/521 Advanced Fluid Mechanics I and II ME 523 Computational Fluid Dynamics I (aero 523) ME 527 Multiphase Flows ME 532 Advanced Combustion ME 535/635 Thermodynamics ME 524 Advanced Engineering Acoustics ME 571/572 Heat Transfer ME 622 Inviscid Fluids ME 623 Hydrodynamic Stability ME 624 Turbulent Flow ME 631 Statistical Thermodynamics NERS 551 Nuclear Reactor Kinetics NERS 571 Intermediate Plasma Physics I NERS 572/ApplPhys 672 Intermediate Plasma Physics II MSE 532 Advanced Thermodynamics of Materials MSE 535 Kinetics, Phase Transformations and Transport MSE 550 Fundamentals of Material Science and Engineering MSE 560 Structure of Materials ChemE 507 Mathematical Modeling in Chemical Engineering ChemE 512 Physical Polymers ChemE 527 Fluid Flow ChemE 538 Statistical and Irreversible Thermodynamics ChemE 542 Intermediate Transport Phenomena ChemE526 Heat Transfer ChemE541 Fluid Mechanics and Heat Transfer EECS 501 EECS 502 Stochastic Processes EECS 542 Vision Processing EECS 550 Information Theory EECS 551 Wavelets and Time Frequency Distributions EECS 554/555 Digital Communication and Coding EECS 556 Image Processing EECS 557 Networks EECS 560/562/565 Linear and Nonlinear Systems and Control EECS 564 Filtering and Detection EECS 569 Signal Analysis in Biosystems EECS 584 Advanced Database Systems EECS 587 Parallel Computing EECS 589 Advanced Computer Networks EECS 600 Function Space Methods in System Theory EECS 662 Advanced Nonlinear Control EECS 760 Special Topics in Control Physical Sciences Physics 505 & 506 Electricity and Magnetism I & II Physics 507 Theoretical Mechanics Physics 510 Statistical Physics Physics 511 & 512 Quantum Mechanics I & II Physics 513 Advanced Quantum Mechanics I Physics 517 Graduate Physics Laboratory Physics 519 Group Theory Physics 520 Condensed Matter Physics 521 Particle Physics I Physics 522 Atomic Physics Physics 523 Advanced Quantum Mechanics II Physics 525 Intro Topics in Astrophysics Physics 540 Advanced Condensed Matter Physics 541 Particle Physics II Physics 542 Quantum Optics Physics 619 Selected Topics in Solids Physics 630 Concepts and Methods of Quantum Mechanics Physics 644 Advanced Topics in Laser-Matter Physics AP 540 Applied Quantum Mechanics I AP 560 Classical Mechanics and Electromagnetism I AP 561 Classical Mechanics and Electromagnetism II