State University of New York

What you'll study

The programme combines core graduate-level geoscience topics with applied skills training and an independent research project or thesis. Students build a strong foundation in Earth processes while tailoring study to interests such as environmental geology, tectonics, geochemistry or geophysics.

• Core subjects: mineralogy and petrology, structural geology, sedimentology and stratigraphy, and field geology.
• Analytical and quantitative methods: geochemical techniques, isotope geochemistry, geochronology, geophysical methods (seismic, gravity, magnetics), and numerical modelling.
• Applied and environmental topics: hydrogeology, engineering geology and geohazards, environmental site assessment, and remediation strategies.
• Spatial and computational skills: GIS and remote sensing for Earth sciences, data analysis, and programming for geoscience applications.
• Practical experience: intensive field courses in regional geological provinces, laboratory practicums (thin section analysis, XRF/ICP methods), and opportunities for internships with government or industry partners.
• Research project or thesis: an original research project supervised by faculty that develops hypothesis-driven investigation, data collection, analysis and written thesis.

Typical structure

The degree is delivered through a combination of taught courses, laboratory and field practicals, and a research thesis or capstone project. Students may choose a thesis track (research-focused) or a non-thesis track with a greater coursework and professional practicum emphasis.

Entry requirements

Applicants should hold a recognised bachelor’s degree in geology, earth sciences or a closely related discipline (e.g. environmental science, geography, physics, chemistry) with substantial science content. Admissions consider the overall academic record, preparation in core geoscience topics and quantitative skills.

• Academic transcripts: evidence of undergraduate coursework in geology, mathematics and physical sciences.
• References: two academic or professional references addressing research or field experience and readiness for graduate study.
• Personal statement: a statement of purpose outlining research interests, relevant experience and career goals.
• CV/resume: detailing academic, research, fieldwork and relevant work experience.
• English language proficiency: for applicants whose first language is not English, accepted proof of proficiency (e.g. TOEFL or IELTS) is required.
• Additional materials: some applicants may be asked to provide a writing sample or samples of previous field/laboratory work; GRE scores may be considered where required by a specific campus.

Specific campus requirements and expectations vary across the SUNY system; applicants should consult the admissions page of the chosen campus for any additional documentation or minimum thresholds.

Career prospects

Graduates gain technical and analytical skills valued across public and private sectors. Typical career paths include:

• Environmental and engineering consulting: site characterisation, contamination assessment and remediation, permitting and compliance work.
• Hydrogeology and water resources: groundwater assessment, resource management and water quality monitoring.
• Energy and resources: roles in mineral exploration, petroleum and unconventional resources, geothermal energy and carbon storage projects.
• Geotechnical and construction sectors: subsurface characterisation, slope stability and foundation assessment (often working alongside civil engineers).
• Government and regulatory agencies: geological surveys, environmental protection agencies and hazard assessment units.
• Research and academia: progression to PhD study or research technician/scientist roles in university and national labs.
• GIS and data science roles: spatial analysis, remote sensing and data-driven Earth science applications.

Graduates typically enter roles that combine fieldwork, laboratory analysis and data interpretation, and the degree supports professional certification pathways where applicable.

Why study at State University of New York

Studying Earth sciences within the SUNY system offers access to a wide network of faculty expertise, cross-campus research facilities and diverse geological field locations across New York State—from the Adirondacks and Catskills to the Finger Lakes and Atlantic coastline. SUNY institutions maintain well-equipped geoscience laboratories, dedicated field programmes and partnerships with state geological surveys and federal agencies.

Benefits include multidisciplinary collaboration opportunities (environmental science, engineering, geography), pathways to internships with industry and government, and professional development support from campus career services. The system’s scale also allows students to draw on specialised courses and research supervisors across multiple campuses, enabling bespoke training aligned with specific career goals in industry, government or research.