State University of New York at New Paltz

What you'll study

The programme combines classroom lectures, laboratory classes and intensive fieldwork to develop core skills in mineralogy, petrology, sedimentology, structural geology, stratigraphy and geophysics. Students gain proficiency in mapping, rock and mineral identification, sediment analysis, and modern analytical techniques such as X-ray diffraction, thin-section petrography and geochemical assays. Coursework emphasises quantitative methods including statistics, calculus and GIS to prepare students for data-driven problem solving.

• Core modules: mineralogy and crystallography, igneous and metamorphic petrology, sedimentology and stratigraphy, structural geology, geophysics fundamentals, introductory geochemistry.
• Laboratory and practical skills: petrographic microscopy, geochemical sample preparation, sediment grain-size analysis, seismic interpretation basics and instrument handling.
• Fieldwork: regional field mapping and interpretation in the Hudson Valley and nearby Appalachian outcrops, short field trips integrated into courses and a longer, intensive field camp or capstone field project covering mapping, sampling and report writing.
• Advanced options and electives: hydrogeology and groundwater, environmental geology, remote sensing and GIS applications, paleontology and basin analysis, environmental geochemistry.
• Capstone and research: senior seminar or thesis project supervised by faculty, often linked to ongoing departmental research or to internship placements with local agencies or consulting firms.

Entry requirements

Applicants are expected to have completed a high-school diploma (or recognised equivalent) with a strong foundation in science and mathematics. Recommended preparation includes coursework in college-preparatory mathematics (algebra, geometry and preferably calculus), chemistry and physics; prior exposure to Earth science or biology is helpful but not mandatory.

• Standard undergraduate admission to the university is required; applicants should consult the university admissions office for documentation and policies for domestic, transfer and international students.
• Placement or preparatory courses may be advised if applicants have limited prior mathematics or laboratory experience.
• Transfer students should provide transcripts and, where possible, syllabi for previous science and math courses to facilitate credit evaluation.

Career prospects

Graduates are prepared for a broad range of roles that require geoscience knowledge, field competence and analytical skills. Many alumni enter environmental and engineering consulting, working on site assessments, remediation, permitting and impact studies. Others work in water resources and hydrogeology, mineral and energy industries, government agencies (environmental protection, geological surveys), or in hazard assessment and land-use planning.

• Typical job titles: environmental consultant, field geologist, hydrogeologist, GIS analyst, lab technician, exploration geologist, regulatory specialist.
• Opportunities also exist in education, museum curation and public outreach, or in continuing to graduate study (MS/PhD) for careers in academic research, advanced technical roles or specialised industry positions.
• The programme’s emphasis on field methods, instrumentation and data analysis makes graduates attractive to employers seeking applied geoscience skills and practical experience.

Why study at State University of New York at New Paltz

New Paltz offers direct access to a rich variety of geological settings within short field-trip distance, including the Shawangunk Ridge and regional Appalachian outcrops, which the department uses extensively for hands-on training. The geology programme emphasises small class sizes and close faculty mentorship, allowing undergraduates to participate directly in faculty research projects and to develop senior theses supported by laboratory facilities.

• Field-focused curriculum with frequent local field trips and an intensive field practicum to build mapping and observational skills.
• Well-equipped teaching and research laboratories and instruction in modern analytical techniques and GIS tools.
• Strong connections with regional employers, state geological surveys and environmental consulting firms that support internships and job placements.
• Active student organisations and opportunities for outreach and public engagement that broaden professional networks and communication skills.