Eastern Washington University

What you'll study

This degree combines core geoscience principles with applied laboratory and field skills. You will study the composition, structure and history of the Earth through courses in mineralogy and petrology, sedimentology and stratigraphy, structural geology, geophysics and geochemistry. Applied modules commonly include hydrogeology, environmental geology, engineering geology, and geological field methods.

Practical learning is emphasised: students typically take multiple laboratory courses, learn to use mapping and analytical tools (including GIS and remote sensing), and complete extended fieldwork. The programme normally culminates in an advanced field course or a senior capstone/research project in which you synthesise data, interpret geological histories and present findings.

• Fundamental courses: introductory geology, mineralogy, petrology, paleontology, sedimentology
• Applied courses: hydrogeology, environmental geology, engineering geology, geophysics
• Quantitative and technical skills: statistics for geosciences, GIS and remote sensing, analytical lab methods
• Fieldwork and practicum: regional field camps, mapping projects, collaborative field research
• Capstone and research opportunities: senior thesis, directed research with faculty or industry partners

Entry requirements

Applicants must hold a high school diploma or recognised equivalent; transfer students with college coursework in mathematics and science are also welcome. Successful applicants usually have completed preparatory high-school courses in mathematics (including algebra and precalculus), chemistry and at least one physical science. Prior laboratory experience, fieldwork, or coursework in Earth science is advantageous.

Admission is contingent on meeting Eastern Washington University's general admission standards. International applicants need to demonstrate English language proficiency through university-accepted tests or qualifications. Prospective students with non-traditional backgrounds are encouraged to contact the department to discuss pathway options and preparatory coursework.

Career prospects

Graduates enter a range of public- and private-sector roles. Typical career paths include environmental consultant, hydrogeologist, geological or mining technician, GIS analyst, engineering geologist, and roles in natural resource and land-use planning. The programme also provides solid preparation for graduate study in geosciences, environmental science, hydrology or engineering geology, and for certification or licensure pathways where required.

Many students gain practical experience through internships with state geological surveys, environmental consultancies, energy and mining firms, or municipal water resources departments, which can lead directly to entry-level employment.

Why study at Eastern Washington University

Eastern Washington University offers a strong undergraduate focus with accessible faculty and opportunities for mentored research and applied projects. The university's location in the Inland Northwest provides easy access to a variety of geological settings—mountain ranges, river valleys and volcanic terrains—that are excellent for field instruction and student research.

Students benefit from small class sizes, dedicated laboratory space and equipment, hands-on field courses, and local partnerships that facilitate internships and applied projects with government agencies and industry. The department emphasises career-relevant skills such as GIS, field mapping, sample analysis and scientific communication, preparing graduates for both immediate employment and further study.