University of Southern Mississippi

What you'll study

This programme combines classroom instruction, laboratory work and field experience to build a foundation in physical geology, earth materials and processes, and applied earth‑science techniques. Early coursework covers fundamentals such as mineralogy, petrology, sedimentology, stratigraphy and structural geology, alongside supporting subjects in calculus, chemistry and physics.

Progressing through the degree, students encounter modules in hydrogeology, environmental geology, geophysics, and GIS & remote sensing, and take part in field methods courses that emphasise mapping, sampling and data collection in coastal, fluvial and terrestrial settings. The curriculum typically culminates in an integrative capstone, senior research project or practicum that applies classroom skills to a real research question or industry problem.

• Core subjects: Physical Geology; Mineralogy & Petrology; Sedimentology & Stratigraphy; Structural Geology.
• Applied topics: Hydrogeology; Environmental Geology; Geophysics; Petroleum/energy geology (where available); Geologic Hazards.
• Technical skills: Field Methods; Geological Mapping; Laboratory Techniques; Geographic Information Systems (GIS) & Remote Sensing; Data analysis and modelling.
• Capstone/Research: Senior thesis, independent research project or internship with faculty, industry or government partners.

Typical structure

The degree follows a mix of general education requirements, major core courses and electives. Students normally complete introductory science and mathematics in early years, move into intermediate and advanced geology courses in the middle years, and undertake fieldwork and a capstone in the final year. Opportunities for undergraduate research, summer field camps and internships are commonly available.

Entry requirements

Applicants should hold a recognised secondary school qualification with a strong preparation in mathematics and the sciences. Typical preparation includes courses in algebra/calculus, chemistry and physics; additional background in biology and earth science is advantageous. Admissions consider overall academic record and the strength of relevant subjects.

Prospective students transferring from other institutions should present college transcripts showing completion of foundational coursework (calculus, general chemistry and introductory geology or related sciences). Standardised test requirements vary by admission pathway and may be optional; applicants should consult the university for current guidance.

International applicants must present an equivalent secondary school credential and, where English is not the first language, demonstrate English proficiency through an accepted test or alternative institutional requirements.

Career prospects

Graduates gain skills applicable to a broad range of careers in environmental and resource sectors, government and consultancy. Common roles include hydrogeologist, environmental consultant, geological technician, GIS specialist, geoscience field technician, and positions in natural‑resource exploration, coastal management and environmental monitoring. With further study or professional training, graduates can move into geotechnical engineering, petroleum geology, academic research or teaching.

The programme also prepares students for applied laboratory and analytical roles, positions with environmental regulatory agencies, and for graduate study in specialised areas such as hydrogeology, geophysics or palaeoclimate science.

Why study at University of Southern Mississippi

The University of Southern Mississippi offers hands‑on learning supported by local coastal, estuarine and riverine field sites, giving students ready access to diverse environments for fieldwork and projects. The department maintains laboratory facilities and instrumentation for mineralogical, geochemical and geophysical analysis, and faculty research spans applied and theoretical geoscience topics.

Students benefit from connections with regional agencies and industry, opportunities for internships and collaborative research, and a curriculum that emphasises practical skills such as GIS, mapping and data analysis. The university’s location and research centres provide a strong context for studying coastal processes, environmental geology and resource‑related topics relevant to the Gulf Coast region and beyond.