The Systems option is designed for students who want to emphasize problem solving methods and applications rather than a particular topical area in environmental science. A quantitative holistic approach in analysis of environmental problems is emphasized. Students in this option follow the general curriculum for the Environmental Science M.S. degree but are encouraged to take additional courses in quantitative problem solving. Each student is strongly encouraged to prepare a thesis. Current subjects that match faculty research interests include risk assessment, project evaluation, facility sitting, hazardous waste disposal, and energy- environment interactions.
| Approved Graduate Courses: | ||
| EconS 532 | (3) | Natural Resource Economics and Policy |
| Chem 501 | (3) | Advanced Inorganic Chemistry |
| Chem 521 | (2) | Radiochemistry and Radiotracers |
| Chem 522 | (1) | Radiochemistry Laboratory |
| Chem 524 | (2) | Activation Analysis |
| Chem 527 | (2) | Environmental Chemistry |
| CE 547 | (3) | Principles of Environmental Engineering |
| CE 584 | (2) | Environmental Microbiology |
| CE 588 | (3) | Atmospheric Turbulence and Air Pollution Modeling |
| CE 589 | (3) | Atmospheric Chemical & Physical Processes |
| ES/RP 550 | (3) | System Dynamics Models of Environmental Systems |
| Math 364 | (3) | Principles of Optimization |
| Math 440 | (3) | Applied Mathematics I |
| Math 441 | (3) | Applied Mathematics II |
| Math 464 | (3) | Operations Research and Game Theory |
| Math 544 | (3) | Advanced Matrix Computations |
| Math 545 | (3) | Numerical Analysis of Evolution Equations |
| SoilS 521 | (3) | Environmental Soil Chemistry |
| SoilS 537 | (3) | Soil Biochemistry |
| Stat 533 | (3) | Theory of Linear Models |