Purdue University

What you'll study

The programme combines core courses in geology, geophysics, geochemistry and sedimentology with supporting maths, physics and chemistry to give a rigorous, quantitative understanding of Earth systems. Typical topics include mineralogy and petrology, structural geology and tectonics, sedimentary systems and stratigraphy, hydrogeology, geomorphology, paleontology, and surface processes.

Practical training is a major component: laboratory work in mineral and rock analysis, geochemical techniques, geophysical data collection and interpretation, and computer-based skills such as GIS, remote sensing and data modelling. Field courses and mapping projects provide hands-on experience in observation, sample collection and terrestrial field methods. Many students undertake a senior research project or capstone that applies classroom knowledge to independent research under faculty supervision.

• Core modules: mineralogy, petrology, structural geology, sedimentology/stratigraphy, geophysics, geochemistry
• Supporting modules: calculus, linear algebra, physics, chemistry, statistics, programming for scientists
• Practical components: rock/mineral lab work, geophysical lab and field surveys, GIS and remote-sensing labs
• Field work: short and extended field mapping trips and regional field courses
• Capstone/research: independent research project or thesis supervised by departmental faculty

Entry requirements

Applicants are expected to have a strong secondary-school background in mathematics (including preparation for calculus), chemistry and physics. Competitive candidates demonstrate solid academic performance, particularly in STEM subjects, and evidence of interest in Earth science through coursework, projects, or extracurricular activities.

For international students, equivalent secondary qualifications are required along with proof of English language proficiency where applicable. Applicants who have completed college or university-level coursework in mathematics, physics or geology may receive advanced standing or placement depending on their transcript. Admissions decisions consider the whole profile, including academic record, references and any relevant experience.

Career prospects

Graduates enter a wide range of careers in industry, government and academia. Typical roles include environmental consultant, hydrogeologist, exploration geologist for mining or energy companies, geotechnical engineer (often with further training), geophysicist, GIS and remote-sensing analyst, and positions in natural hazards and climate science. Alumni also move into research and postgraduate study (MSc, PhD) or careers in policy, natural resources management, and science communication.

Purdue's emphasis on quantitative skills, field training and data analysis also prepares graduates for related fields such as renewable energy, environmental remediation, water resources, and data science roles where spatial and Earth-data expertise is needed.

Why study at Purdue University

Purdue offers Earth-science education within a research-intensive university with strong links to engineering and applied sciences, enabling interdisciplinary projects and real-world problem solving. Students benefit from access to well-equipped laboratories, computing resources, and field training opportunities, plus chances to work alongside faculty on funded research.

The department maintains connections with industry and governmental organisations, supporting internships and placement opportunities. Student societies, seminars and outreach programmes further enrich learning and professional development, while the campus environment provides routes to collaborate across energy, environmental engineering and planetary science areas.