Florida International University

What you'll study

The programme combines foundational science with applied geoscience topics. In the early years you will take core courses in mineralogy, petrology, sedimentology, structural geology, introductory geochemistry and geophysics, together with strong mathematics, chemistry and physics requirements. Practical laboratory and quantitative skills are developed through courses in geological mapping, field methods, lab mineral analysis and sedimentary petrography.

Later-year modules typically include hydrogeology, environmental geology, stratigraphy and paleontology, remote sensing and GIS for the geosciences, coastal and marine geology, and applied geotechnics. Students undertake multiple field trips that make use of South Florida and Caribbean field sites to study coastal processes, karst and carbonate systems, and urban geology. Many students complete an independent senior project, internship with industry or government, or a capstone course that emphasises data interpretation, report writing and professional practice.

The curriculum also offers elective options and opportunities for cross-disciplinary study in environmental science, civil engineering, urban planning and policy. Computer and mapping skills — including GIS and basic programming for data analysis — are integrated across the programme.

Entry requirements

Applicants must hold a recognised secondary school diploma or equivalent. Successful candidates typically have strong preparation in mathematics and the natural sciences; courses in chemistry, physics and algebra or calculus are recommended. Admissions decisions consider the overall academic record, subject-specific grades, personal statement and any supporting materials such as teacher references or a résumé of relevant experience.

FIU operates standard undergraduate admissions processes; some applicants may be subject to additional requirements if applying for competitive internal pathways. International applicants must present equivalent secondary credentials and proof of English language proficiency where required. Placement or bridging courses may be advised for students who need to strengthen preparation in maths or chemistry.

Career prospects

Graduates with a BSc in Geological and Earth Sciences pursue a wide range of careers. Common entry roles include environmental consultant, hydrogeology technician, geotechnical field assistant, GIS analyst, natural resource technician and environmental compliance specialist. The programme also prepares students for positions in state and federal agencies (for example environmental and geological surveys), coastal and marine management organisations, engineering firms, and energy and mineral sectors.

Many graduates continue to postgraduate study in applied geology, hydrogeology, geophysics, environmental science or geochemistry; others move into allied professions such as environmental law, policy, education and science communication. The hands-on field and laboratory experience, together with GIS and data-analysis skills, makes alumni competitive for both technical and research roles.

Why study at Florida International University

FIU’s location in South Florida gives students exceptional access to a range of geological environments — including coastal systems, wetlands, carbonate platforms and urban landscapes — enabling frequent, locally relevant field work. The university fosters applied research and partnerships with regional organisations and agencies involved in coastal resilience, groundwater management and environmental monitoring.

Students benefit from modern laboratory facilities, GIS and remote-sensing resources, and opportunities to work alongside faculty engaged in tropical and coastal geoscience research. FIU also emphasises internships and professional experience, helping students build connections with consulting firms, governmental agencies and non‑profit organisations in the region.

Finally, the programme’s flexibility allows students to combine geology with complementary minors or double majors — for example in environmental studies, civil engineering technology, or data science — to tailor qualifications to specific career goals.