Ursinus College

What you'll study

The Earth Systems Science curriculum combines foundation courses in the physical and life sciences with integrated, systems‑level classes that emphasise observation, modelling and fieldwork. Core topics typically include Earth materials and mineralogy, structural and historical geology, geomorphology, hydrology, atmospheric processes and climate, biogeochemical cycles, and environmental chemistry. Quantitative training in calculus, statistics and data analysis is woven throughout the programme, along with instruction in geographic information systems (GIS) and remote sensing.

Students complete laboratory courses and multiple field experiences that build practical skills in mapping, stratigraphic analysis, sedimentology, water quality sampling and ecological surveying. The degree culminates in a senior capstone — often a faculty‑mentored research project, independent thesis or community‑focused practicum — where students synthesize observational data, numerical methods and scientific communication.

• Typical modules and courses: Introduction to Earth Systems; Mineralogy and Petrology; Sedimentology and Stratigraphy; Structural Geology; Hydrology and Watershed Science; Atmospheric Science and Climate Change; Biogeochemistry; GIS and Remote Sensing; Environmental Data Analysis; Research Methods in Earth Science; Senior Capstone/Thesis.
• Learning methods: small seminars, laboratory sessions, extended field trips, research practica, internships with regional environmental agencies and industry, and the senior research project.
• Electives and cross‑disciplinary options: courses in environmental policy, ecology, environmental chemistry, computer modelling and statistics, and opportunities to take relevant courses in economics or public policy to support environmental careers.

Entry requirements

Ursinus looks for applicants with a strong secondary‑school record and demonstrated ability in mathematics and the sciences. Typical preparation includes high‑level courses in biology, chemistry and physics where available, plus algebra and preferably precalculus or calculus. Admissions also consider English and writing proficiency, extracurricular engagement in science or environmental activities, and evidence of curiosity for fieldwork or research.

• Academic background: secondary diploma with strong grades in science and mathematics; coursework in biology, chemistry and physics is recommended.
• Standardised tests: Ursinus has test‑optional policies; check the college for current guidance on SAT/ACT submission.
• International applicants: must present equivalent secondary credentials and evidence of English proficiency (for example, TOEFL, IELTS or other accepted measures) if English is not the primary language of instruction.
• Other factors: letters of recommendation, a personal statement describing interest in earth and environmental science, and examples of relevant extracurricular experience (field clubs, internships, research projects) strengthen an application.

Career prospects

Graduates with a degree in Earth Systems Science from Ursinus are prepared for a wide range of careers that value quantitative field skills, critical thinking and interdisciplinary problem solving. Common entry roles include environmental consultant, GIS or remote sensing analyst, hydrology technician, natural resource specialist, water quality scientist, and field geologist or technician.

Many graduates also pursue further study in master's or doctoral programmes in earth sciences, environmental science, hydrology, geology, environmental engineering or related fields. The programme’s emphasis on internships and faculty‑mentored research also supports careers in environmental policy, conservation organisations, consulting firms, state and federal agencies, and non‑profit environmental work.

Why study at Ursinus College

Ursinus is a liberal arts college that emphasises close faculty mentoring, small class sizes and experiential learning — features that benefit students in a hands‑on discipline like Earth Systems Science. The college promotes undergraduate research and provides opportunities for multi‑day field trips, lab projects and summer research, allowing students to gain professional skills before graduation.

Located within reach of regional environmental agencies, consulting firms and research institutions, Ursinus offers access to internship and networking opportunities in the greater Philadelphia area while maintaining the close‑knit campus community ideal for independent projects and collaborative coursework. The programme’s interdisciplinary approach and capstone requirement prepare students both for immediate employment and for advanced study in the earth and environmental sciences.