| Graduate Program in Applied Geophysics |
An example M.S. curriculum
for a student wishing to complete the coursework in 1 year is given below:
|
|
|
| CIV ENG 178, CIV ENG 173,
CIV ENG 281, CIV ENG 286 |
ENGIN 241, EPS 104 or EPS
130,
any two of CIV ENG 285A, B, C, D |
Core
Sequence
(Course No.,
Title, Units, and Instructor)
| CIV ENG 178 | Applied Geophysics | 3 | Becker/Morrison |
| CIV ENG 285A | Electromagnetic Methods in Applied Geophysics | 2 | Becker/Morrison |
| CIV ENG 285B | Electrical Methods in Applied Geophysics | 2 | Morrison |
| CIV ENG 285C | Seismic Methods in Applied Geophysics | 2 | Rector |
| CIV ENG 285D | Gravity and Magnetic Methods in Applied Geophysics | 2 | Becker/Morrison |
| CIV ENG 286 | Digital Data Processing | 3 | Rector |
|
|
|||
| CIV ENG 290F | Advanced Topics in Seismology | 3 | Rector |
| CIV ENG 290G | Advanced Topics in Electrical and Electromagnetic Methods | 3 | Becker/Morrison |
| CIV ENG 171 | Introduction to Geological Engineering | 2 | Staff |
| PHYSICS 110 | Electromagnetism and Optics | 3 | Physics - Staff |
Technical
Electives
(Course No.,
Title, Units, and Instructor)
| MAT SCI 161 | Chemical Behavior of Minerals, Materials, and Fluids | 3 | Doyle |
| ENGIN 120 | Principles of Engineering Economics | 3 | Barlow |
| ENGIN 230B | Engineering Analysis, Part II | 3 | Staff |
| ENGIN 240 | Fundamentals of Multiphase Flow in Earth Systems | 3 | Patzek |
| ENGIN 241 | Mathematical and Numerical Methods in Earth Sciences | 4 | Patzek/Silin |
| CIV ENG 116 | Environmental Aqueous Geochemistry | 3 | Sposito |
| CIV ENG 172 | Introduction to Rock Mechanics | 3 | Cook/Goodman/Glaser |
| CIV ENG 173 | Groundwater and Seepage | 3 | Rubin/Sitar |
| CIV ENG 175 | Geotechnical and Geoenvironmental Engineering | 3 | Bray/Pestana/Seed/Sitar |
| CIV ENG 193 | Engineering Risk Analysis | 3 | Der Kiureghian |
| CIV ENG 202B | Geostatistics and Stochastic Hydrogeology | 3 | Rubin |
| CIV ENG 219 | Contaminant Transport Processes | 3 | Hunt |
| CIV ENG 268F | Risk Assessment and Management of Technology | 3 | Bea/Roberts |
| CIV ENG 271 | Elastic Signal Interpretation for Engineering Material Characterization | 3 | Glaser |
| CIV ENG 281 | Engineering Geology | 3 | Sitar |
| EPS 104 | Mathematical Methods in Geophysics | 3 | Johnson |
| EPS 111 | Petroleum Geology | 3 | Helgeson |
| EPS 120 | Analysis of Environmental Data | 3 | Kirchner |
| EPS 130 | Strong Motion Seismology | 3 | Johnson |
| EPS 204 | Elastic Wave Propagation | 3 | Staff |
| EPS 205 | Theoretical Seismology | 3 | Johnson |
| EPS 264 | Sedimentary Rocks and Processes | 4 | Berry |
| STAT 102 | Introduction to the Theory of Statistics | 4 | Staff |
| STAT 131A | Statistical Inferences for Social and Life Scientists | 4 | Staff |
| STAT 153 | Introduction to Time Series | 4 | Staff |
| STAT 155 | Game Theory | 3 | Staff |
| BUS ADM 188 | Introduction to International Business | 3 | Staff |
| ESPM 60 | Environmental Policy, Administration and Law | 4 | Fairfax |
| IND ENG 166 | Decision Analysis | 3 | Oren |
| IND ENG 268 | Applied Dynamic Programming | 3 | Dreyfus |
| MEC ENG 248 | Transport in Porous Media | 3 | Udell |
| MEC ENG 290M | Expert Systems in Mechanical Engineering | 3 | Agogino |
| NUC ENG 275 | Principles and Methods of Risk Analysis | 4 | Kastenberg |
| CHM ENG 140 | Introduction to Chemical Process Analysis | 3 | Staff |
| CHM ENG 141 | Chemical Engineering Thermodynamics | 3 | Staff |
| CHM ENG 142 | Chemical Kinetics and Reaction Engineering | 3 | Staff |
| EL ENG 100 | Electronic Techniques for Engineering | 4 | Oldham |
| EL ENG 123 | Digital Signal Processing | 4 | Lee |
| PE175/220 | Well Logging/Advanced Topics in Well Logging | 3 | Stanford University |
BUS ADM = Business Administration
CIV ENG = Civil Engineering
CHM ENG = Chemical Engineering
EL ENG = Electrical Engineering
EPS = Earth and Planetary
Science
ESPM = Environmental Science
Policy & Management
IND ENG = Industrial Engineering
MAT SCI = Materials Science
and Engineering
MEC ENG = Mechanical Engineering
NUC ENG = Nuclear Engineering
PHYSICS = Physics
STAT = Statistics
Last update: July 13,
2001
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