University of Nebraska, Omaha

Programme overview

The degree combines classroom instruction, laboratory methods and field-based learning to develop skills in interpreting rocks, minerals, sediments and geologic structures. Students learn to apply physical and chemical principles to Earth systems and to communicate scientific findings to technical and non-technical audiences.

What you'll study

Curriculum typically covers core topics such as mineralogy and petrology, sedimentology and stratigraphy, structural geology, geophysics, and surface processes. Training includes laboratory techniques (thin section microscopy, geochemical analysis), quantitative skills (data analysis, mapping, GIS) and sustained field exercises to build observation and sampling proficiency.

Entry requirements

Admission ordinarily requires a secondary-school diploma with strong preparation in mathematics and the physical sciences—particularly chemistry and physics. Successful applicants demonstrate proficiency in quantitative reasoning and an interest in hands-on field and laboratory work; transfer pathways are often available for students from community colleges or related programs.

Career prospects

Graduates enter roles in environmental consulting, natural resource exploration, geological surveying, hydrogeology, and geotechnical sectors, or continue to graduate study for research and specialized professional practice. Employers include environmental firms, government agencies, engineering consultancies and energy companies; skills in GIS, data analysis and field methods increase employability.

Scholarships & funding angle (general)

Undergraduates should explore institutional scholarships, departmental awards, and research assistantships tied to faculty projects. Field courses and conference travel are commonly supported through small grants or work-study arrangements; students are also encouraged to apply for external scholarships from geological societies and national science funding bodies.