Geophysics, BS

Program Overview

Western Washington University's Geophysics major combines intensive math and physics with practical applications in geology. Students gain expertise in data analysis, interpretation, and numerical modeling, preparing them for advanced studies or careers in geoscience fields such as exploration geology, climate change science, and earthquake monitoring. The program emphasizes hands-on experience through research projects and internships, and graduates are well-equipped for both graduate studies and industry positions.

Program Outline

Degree Overview:

Western Washington University's Geophysics major stands out from traditional geology programs by requiring a more intensive set of math and physics courses, focusing on their practical applications. Through this rigorous curriculum, students gain a deep understanding of the physical processes shaping the Earth, preparing them for advanced studies or professional careers in various geoscience fields.

Outline:

• Content: The program delves into the application of physics to understand geological phenomena, including topics like seismology, potential fields, electrical methods, and seismic exploration.
Students gain expertise in data analysis, interpretation, and numerical modeling.
• Structure: The program typically follows a 4-year structure, with coursework encompassing core subjects like calculus, physics, chemistry, and geology.
Advanced courses delve deeper into specific areas of geophysics, allowing students to customize their learning based on their interests. However, examples of specific courses within the program are listed, including:
• PHYS 363 – Classical Mechanics
• ASTR 315 – The Solar System
• GEOL 453 – Plate Tectonics
• GEOL 454 – Magnetic Fabrics and Geologic Processes
• GEOL 490 – Senior Thesis
However, it is likely that a combination of assignments, exams, presentations, and potentially a senior thesis project are used to evaluate student understanding and application of learned concepts.

Teaching:

The context highlights the importance of hands-on experience within the program. Students are encouraged to participate in research projects and internships, gaining practical skills alongside their theoretical knowledge. Additionally, the Geology department boasts two active professional-society student chapters—SEG (Society of Economic Geologists) and AEG (Association of Environmental & Engineering Geologists)—offering valuable opportunities for networking and professional development.

Careers:

Graduates of the Geophysics program are well-equipped to pursue various career paths. Some potential options include:

• Graduate Studies: Many graduates further their education by pursuing advanced degrees in geology, geophysics, planetary geology/geophysics, physics, or related fields.
• Industry: Others directly enter the workforce, finding employment in positions like:
• Explorations Geologist
• Museum Curator
• Climate Change Scientist
• Earthquake or Volcano Monitor
• Positions within organizations like:
• U.S. Geological Survey
• Department of Natural Resources
• Oil and Mining companies
• U.S. Forest Service
• U.S Army Corps of Engineers

Other:

• The program strongly encourages students to complete a senior thesis project, providing them with a valuable capstone experience to showcase their research and analytical skills.
• The program is housed within Western's College of Science and Engineering, offering access to state-of-the-art facilities and resources.