M.S. in Geophysics
Overview
MS in Geophysics: Geophysics is an interdisciplinary field that combines mathematics, geology, computer science, signal processing, engineering, and many other sciences to study Earth, energy, and the environment. UTEP graduates with an MS in geophysics are hired by (1) groundwater, environmental, and engineering consulting firms, (2) petroleum, mining, and renewable energy companies, (3) government agencies, and (4) academic institutions.
Admission Requirements
In addition to the materials required of all Master's program applicants by the UTEP Graduate School, applicants for the M.S. in Geophysics must provide
- Three letters of reference
- An official transcript, with the four-year baccalaureate degree posted, from the degree-granting institution and copies of transcripts for all other relevant upper-division and graduate work at accredited U.S. institutions or equivalent work and degrees at foreign institutions.
- A personal statement/essay explaining the applicant's motivation for pursuing the M.S. in Geophysics and their qualifications and preparation for graduate study.
- GRE is not a requirement
- Applicants from countries where English is not the first language are required to demonstrate English proficiency. Please consult the graduate school website for required scores
All admission requirements will be reviewed holistically to assess the potential of the applicant. We strongly encourage applicants to contact Geological Sciences faculty for research opportunities.
Degree Requirements
All University-wide UTEP requirements for Master's degrees and graduate student progress will apply. Graduate students are required to enroll in the GEOL 5101 Graduate Seminar for four semesters.
Students must complete at least 30 semester hours, including three semester hours each of Thesis I and Thesis II, which may not be taken concurrently. No more than six semester hours can be in Directed Study coursework and no more than nine semester hours can be in approved undergraduate coursework.
Thesis
A written thesis, approved by the student's thesis committee, is required for graduation. The subject of the thesis is to be selected in consultation with the student's thesis advisor, and must be approved by the student's thesis committee.
Before enrolling in Thesis I, and prior to the start of the third full semester, all students must successfully complete a written thesis proposal. The thesis proposal is successfully defended after it has been signed and approved by their thesis committee and circulated to and approved by the Department of Geological Sciences faculty. The student's thesis committee shall be approved by the Department of Geological Sciences Graduate Studies Committee.
The student is required to successfully defend the thesis on an open meeting under the supervision of his or her thesis committee. A draft copy of the thesis, approved by the student's thesis advisor, must be submitted to the thesis committee 14 days before the defense.
Degree Plan
Required Credits: 30
Code | Title | Hours |
---|---|---|
MS in Geophysics (All courses require a grade of C or better) | ||
Required Courses: | ||
GEOL 5101 | Graduate Seminar (Student must enroll in Graduate Seminar every semester in residence) | 1 |
Graduate Course Work: | ||
Select twenty-three hours from the following: | 23 | |
Selected Topics in Geol Scien | ||
Directed Study in Geology | ||
Selected Topics in Geol Scienc | ||
Directed Study in Geology | ||
Graduate Research in Geol Sci | ||
Computer Appl in Earth Sci | ||
Earth Structure | ||
Earth Materials | ||
Planetary Geology | ||
Mineral Resrcs, Econ & Environ | ||
Intro Entrepreneurial Geosci | ||
Selected Topics-Geological Sci | ||
Hydrogeology | ||
Petroleum Geology | ||
Environmental Tracers in Water | ||
Introduction to GIST | ||
Advanced GIST | ||
Spat Analysis Earth/Env Sci | ||
Machine Learning in Geoscience | ||
Isotope Geology | ||
Advanced Petrology | ||
Directed Study in Geology | ||
Sandstone Petrography | ||
Sedimentary Depositional Envir | ||
Basin Analysis | ||
Quantit Techniq Geological Sci | ||
Low Temperature Geochemistry | ||
Global Biochemical Cycles | ||
Paleoclimatology | ||
Graduate Research in Geol Sci | ||
Geol/Mineral Resources Mexico | ||
Fundamentals of Earth Science | ||
Fundmtls/Fld Meth in Earth Sci | ||
Directed Study in Geology | ||
Adv Topics in Geological Scien | ||
Directed Study in Geology | ||
Doctoral Research in Geol Sci | ||
Directed Study in Geology | ||
Adv Topics in Geological Scien | ||
Sandstone Petrography | ||
Carbonate Petrogrph & Dep. Env | ||
Sedimentary Depositional Env | ||
Sequence Stratigraphy | ||
Hydrogeology | ||
Environmental Tracers in Water | ||
Doctoral Research in Geol Sci | ||
Directed Study in Geophysics | ||
Directed Study in Geophysics | ||
Atmospheric Processes | ||
Digital Image Processing | ||
Geophysical Inverse Theory | ||
Reflection Seismic Data Proces | ||
Seismology | ||
Intro to Remote Sensing | ||
Topics in Geophysics | ||
Well Logging | ||
Plate Tectonics | ||
Directed Study in Geophysics | ||
Geop App-Digital Signal Proces | ||
Directed Study in Geophysics | ||
Directed Study in Geophysics | ||
Directed Study in Geophysics | ||
Advanced Seismology | ||
Advanced Seismic Methods | ||
Thesis: | ||
GEOL 5398 & GEOL 5399 | Thesis and Thesis | 6 |
Total Hours | 30 |