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Filter this list of courses using course prefix, course code, keywords or any combination.
Prefix:	Code: [e.g. “101”]	Type	Keyword or Phrase: [e.g. “biology”]


Other Courses
	• 570 . 429 - Surface Effects of Technological Processes and Materials
Applied and Computational Mathematics
	• 625 . 201 - General Applied Mathematics
	• 625 . 250 - Applied Mathematics I
	• 625 . 251 - Applied Mathematics II
	• 625 . 260 - Introduction to Linear Systems
	• 625 . 401 - Real Analysis
	• 625 . 402 - Modern Algebra
	• 625 . 403 - Statistical Methods and Data Analysis
	• 625 . 404 - Ordinary Differential Equations
	• 625 . 409 - Matrix Theory
	• 625 . 411 - Computational Methods
	• 625 . 414 - Linear Optimization
	• 625 . 415 - Nonlinear Optimization
	• 625 . 417 - Applied Combinatorics and Discrete Mathematics
	• 625 . 420 - Mathematical Methods for Signal Processing
	• 625 . 423 - Introduction to Operations Research: Probabilistic Models
	• 625 . 436 - Graph Theory
	• 625 . 438 - Neural Networks
	• 625 . 439 - Mathematics of Finance
	• 625 . 461 - Linear Models and Regression
	• 625 . 462 - Design and Analysis of Experiments
	• 625 . 463 - Multivariate Statistics and Stochastic Analysis
	• 625 . 464 - Computational Statistics
	• 625 . 480 - Cryptography
	• 625 . 490 - Computational Complexity and Approximation
	• 625 . 495 - Time Series Analysis and Dynamic Modeling
	• 625 . 703 - Functions of a Complex Variable
	• 625 . 710 - Fourier Analysis with Applications to Signal Processing and Differential Equations
	• 625 . 714 - Introductory Stochastic Differential Equations with Applications
	• 625 . 717 - Advanced Differential Equations: Partial Differential Equations
	• 625 . 718 - Advanced Differential Equations: Nonlinear Differential Equations and Dynamical Systems
	• 625 . 721 - Probability and Stochastic Process I
	• 625 . 722 - Probability and Stochastic Process II
	• 625 . 725 - Theory of Statistics I
	• 625 . 726 - Theory of Statistics II
	• 625 . 728 - Measure-Theoretic Probability
	• 625 . 734 - Queuing Theory with Applications to Computer Science
	• 625 . 740 - Data Mining
	• 625 . 743 - Stochastic Optimization and Control
	• 625 . 744 - Simulation and Monte Carlo Methods
	• 625 . 800 - Independent Study in Applied and Computational Mathematics
	• 625 485 - Number Theory
Applied Biomedical Engineering
	• 580 . 625-626 - Structure and Function of the Auditory and Vestibular Systems
	• 580 . 628 - Modeling the Auditory System
	• 580 . 630 - Theoretical Neuroscience
	• 580 . 632 - Ionic Channels in Excitable Membranes
	• 580 . 634 - Molecular and Cellular Systems Physiology Laboratory
	• 580 . 637 - Cellular and Tissue Engineering
	• 580 . 638 - Cell Mechanics and Motility
	• 580 . 644 - Neural Control of Movement and Vocalization
	• 580 . 651 - Introduction to Nonlinear Dynamics in Physiology
	• 580 . 673 - Advanced Seminar in Magnetic Resonance Imaging
	• 580 . 683 - High Performance Computing in Biology
	• 580 . 684 - Experimental Foundations for Neural Models
	• 580 . 702 - Neuroengineering
	• 585 . 209 - Organic Chemistry
	• 585 . 405-406 - Physiology for Applied Biomedical Engineering
	• 585 . 407 - Molecular Biology
	• 585 . 408 - Medical Sensors and Devices
	• 585 . 409 - Mathematical Methods for Applied Biomedical Engineering
	• 585 . 605 - Medical Imaging
	• 585 . 606 - Medical Image Processing
	• 585 . 607 - Medical Imaging II: MRI
	• 585 . 608 - Biomaterials
	• 585 . 609 - Cell Mechanics
	• 585 . 610 - Biochemical Sensors
	• 585 . 611 - Practices of Biomedical Engineering
	• 585 . 614 - Applications of Physics and Technology to Biomedicine
	• 585 . 618 - Biological Fluid and Solid Mechanics
	• 585 . 620 - Orthopedic Biomechanics
	• 585 . 624 - Neural Prosthetics: Science, Technology, and Applications
	• 585 . 626 - Biomimetics in Biomedical Engineering
	• 585 . 634 - Biophotonics
	• 585 . 800 - Special Project in Applied Biomedical Engineering
	• 585 . 801 - Directed Studies in Applied Biomedical Engineering
Applied Physics
	• 615 . 441 - Mathematical Methods for Physics and Engineering
	• 615 . 442 - Electromagnetics
	• 615 . 444 - Space Systems I
	• 615 . 445 - Space Systems II
	• 615 . 448 - Alternate Energy Technology
	• 615 . 451 - Statistical Mechanics and Thermodynamics
	• 615 . 453 - Classical Mechanics
	• 615 . 454 - Quantum Mechanics
	• 615 . 460 - Sensors and Sensor Systems for Homeland Security
	• 615 . 462 - Introduction to Astrophysics
	• 615 . 465 - Modern Physics
	• 615 . 471 - Principles of Optics
	• 615 . 480 - Materials Science
	• 615 . 481 - Polymeric Materials
	• 615 . 491 - Physical System Modeling
	• 615 . 492 - Systems Engineering Science
	• 615 . 744 - Space Systems I
	• 615 . 745 - Space Systems II
	• 615 . 746 - Nanoelectronics: Physics and Devices
	• 615 . 747 - Sensors and Sensor Systems
	• 615 . 748 - Introduction to Relativity
	• 615 . 751 - Modern Optics
	• 615 . 753 - Plasma Physics
	• 615 . 755 - Space Physics
	• 615 . 757 - Solid State Physics

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