Syracuse University

What you'll study

The programme combines classroom instruction, laboratory practice and field experiences to develop a solid foundation in Earth science principles and applied techniques. Core topics typically include mineralogy and petrology, sedimentology and stratigraphy, structural geology and tectonics, geophysics, paleontology and Earth history, and hydrogeology. Students also take quantitative and supporting courses such as calculus, statistics, chemistry and physics to ensure competency in numerical analysis and laboratory methods.

• Laboratory skills: rock and mineral identification, thin section petrography, geochemical analysis and sample preparation.
• Fieldwork: stratigraphic logging, structural measurement, mapping exercises and multi‑day field trips to learn practical observation and data collection techniques.
• Data and computing: geographic information systems (GIS), remote sensing, basic programming for data analysis, and modelling approaches used in modern geoscience.
• Advanced electives: topics such as environmental geology, geohazards, sedimentary basin analysis, petroleum geology, glacial geology, and climate change science.
• Research and capstone: opportunities to undertake independent research projects or an honours thesis under faculty supervision, often involving original field or laboratory data.

Entry requirements

Admission to the undergraduate Earth sciences programme at Syracuse University requires completion of a recognised secondary school qualification. Applicants are expected to have a strong background in mathematics and the natural sciences; successful candidates commonly present courses in chemistry and physics. For international applicants, an equivalent secondary credential is required along with demonstrated proficiency in English.

• Academic preparation: secondary courses in mathematics (algebra, geometry, pre‑calculus or calculus), chemistry and physics are strongly recommended.
• Application materials: a completed application form, academic transcripts, a personal statement, and letters of recommendation are typically required.
• English language: non‑native English speakers will need to meet the university's English language proficiency requirements through an approved test or equivalent evidence.
• Advanced standing: applicants with prior college coursework, Advanced Placement (AP) or International Baccalaureate (IB) credits should submit documentation for transfer and placement consideration.

Career prospects

Graduates of the programme enter a wide range of careers in both public and private sectors. Typical roles include environmental consultant, hydrogeologist, geotechnical specialist, GIS and remote sensing analyst, geological technician, petroleum or mining industry entry positions, and positions with government geological surveys. Many graduates also pursue graduate study in specialised fields such as geophysics, environmental science, engineering geology or palaeoclimatology.

• Environmental and consulting firms: site assessments, remediation, groundwater studies and regulatory compliance.
• Energy and mineral sectors: exploration, resource evaluation and technical support roles.
• Government and non‑profit: geological surveys, natural hazard mitigation, water resource management and conservation organisations.
• Academia and research: further postgraduate study leading to research or teaching careers.

Why study at Syracuse University

Syracuse University offers an Earth sciences curriculum with strong emphasis on experiential learning, small‑group instruction and accessible faculty mentorship. Students benefit from dedicated laboratory space, modern analytical equipment and integrated GIS and computing resources. The programme emphasises field experience, with local and regional field trips that build practical skills and may be complemented by longer field courses or summer field camp opportunities.

Additionally, Syracuse's location and institutional ties provide ready access to internships with regional environmental agencies, consulting firms and research projects. Interdisciplinary collaboration is encouraged across departments such as environmental studies, civil and environmental engineering, and geography, allowing students to tailor their degree to particular career goals or areas of research interest.