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Dept. | Num. | Course Name | |||
---|---|---|---|---|---|
ASE | 380P | Analytical Methods | |||
BME | 383 | Mathematical Modeling | |||
BME | 380J | 5-Biostatistics, Study Design, and Research Methods | |||
BME | 383J | Introduction to Mathematical and Physical Biology | |||
BME | 383J | Mathematical Physiology | |||
CH | 382L | Advanced Physical Chemistry: Statistical Mechanics | |||
CS | 384R | Geometric Bio-Modeling and Visualization | |||
CS | 395T | Computational Statistics with Application to Bioinformatics | |||
CSE | 383K | Numerical Analysis: Linear Algebra | |||
CSE | 384K | Theory of Probability | |||
CSE | 386L | Mathematical Methods in Science and Engineering | |||
CSE | 389C | Introduction to Math Modeling in Science and Engineering | |||
CSE | 389D | Mathematical Modeling in Science and Engineering II | |||
CSE | 393F | Finite Element Methods | |||
CSE | 393H | Advanced Finite Element Theory | |||
CSE | 397 | Introduction to Mathematical and Physical Biology | |||
CSE | 397 | Validation and UQ in Computational Modeling | |||
CSE | 397 | Computational Variational Methods for Inverse Problems | |||
EDP | 380E | Fundamentals of Statistics | EDP | 482K | Experimental Design and Statistical Inference |
EE | 380L | Data Mining | |||
EE | 381J | Probability and Stochastic Process | |||
EM | 388 | Solid Mechanics I | |||
EM | 384K | Continuum Mechanics | |||
GEO | 384M | Inverse Theory | |||
M | 384C | Mathematical Statistics I | |||
M | 392C | Lie Groups | |||
M | 392C | Dynamical Systems | |||
PHR | 394M | Statistics | |||
SDS | 380C | Statistical Methods I | |||
SDS | 380D | Statistical Methods II | |||
SDS | 383C | Statistical Modeling I | |||
SDS | 384 | Mathematical Statistics | |||
SDS | 384 | Bayesian Statistics | |||
SDS | 384 | 4-Regression Analysis | |||
SDS | 384 | 6-Design and Analysis of Experiments | |||
SDS | 385 | Computational Biology and Bioinformatics | |||
SDS | 385 | Applied Regression | |||
SDS | 385 | Statistical Models for Big Data | |||
SDS | 386D | Monte Carlo Methods | |||
SDS | 392 | Introduction to Scientific Programming | |||
STA | 380 | 10-Mathematical Statistics for Applications |
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