Harvey Mudd College

What you'll study

The programme emphasises the physical, chemical and quantitative aspects of the solid Earth and surface environments. Students take a balance of classroom, laboratory and field courses that cover the fundamentals of mineralogy, petrology, structural geology, sedimentology, stratigraphy and geomorphology, together with applied topics such as hydrogeology, environmental geoscience and geophysics.

• Core topics: mineralogy and crystallography, igneous and metamorphic petrology, structural geology and tectonics, sedimentology and stratigraphy.
• Analytical and quantitative skills: geochemistry, geochronology introduction, geophysics principles, statistics for earth scientists, and numerical modelling.
• Applied and environmental topics: hydrogeology, environmental site assessment, soil science, paleoclimatology and climate change applications.
• Tools and methods: field methods and mapping, remote sensing and GIS, laboratory techniques (thin section petrography, X-ray diffraction, mass spectrometry), and data visualisation.
• Capstone and research: a substantial senior research project or thesis carried out under faculty supervision, often including independent fieldwork, laboratory analysis and presentation of results.

Coursework is supplemented by regular field trips, seasonal field courses and opportunities for summer research. Students frequently take complementary electives in mathematics, physics, chemistry, computer science and environmental studies to strengthen quantitative and interdisciplinary skills.

Entry requirements

Admission to Harvey Mudd is selective and looks for applicants with strong preparation in mathematics and science. Successful candidates typically present a high school curriculum with advanced coursework in:

• Calculus
• Physics
• Chemistry
• Laboratory-science coursework (where available)

Typical application materials include a completed application, academic transcripts, teacher recommendations (preferably from science and mathematics instructors), and a personal statement demonstrating interest in rigorous scientific study and research. International applicants must demonstrate English proficiency through recognised examinations or equivalent evidence where required. Harvey Mudd practices a holistic review, so evidence of research experience, fieldwork, internships, or strong quantitative projects can strengthen an application.

Career prospects

Graduates with a degree in Geological and Earth Sciences are prepared for a wide range of careers that apply earth-science knowledge and quantitative skills. Common paths include:

• Environmental consulting and remediation, working on contaminated-site assessments, environmental impact studies and regulatory compliance.
• Hydrogeology and water-resource management for public agencies, utilities and consulting firms.
• Geotechnical engineering and engineering geology for infrastructure and construction projects.
• Energy and mineral exploration roles in exploration geology, reservoir characterisation and resource evaluation.
• Remote sensing, GIS and spatial-data analysis roles across government, industry and NGOs.
• Research and higher education: graduates often pursue postgraduate degrees (MS/PhD) in earth sciences, environmental science, geophysics or related fields, leading to academic or research careers.
• Related careers in data science, environmental policy, science communication and conservation organisations.

Harvey Mudd’s emphasis on quantitative skills, independent research and teamwork also makes graduates attractive to employers outside traditional geosciences, including technology and consulting firms.

Why study at Harvey Mudd College

Harvey Mudd is known for rigorous STEM education delivered in a small-college setting where undergraduates work closely with faculty. Students in Geological and Earth Sciences benefit from:

• Small class sizes and close mentorship: frequent interaction with faculty and opportunities to join ongoing research projects.
• Hands-on learning: substantial fieldwork, lab-based training and a required senior research project that develops practical skills in data collection, analysis and scientific communication.
• Access to the Claremont Colleges consortium: broader course options, specialised facilities and cross-registration opportunities with nearby institutions that expand academic and extracurricular resources.
• Strong quantitative and interdisciplinary training: a curriculum designed to integrate physics, chemistry, mathematics and computational approaches with traditional earth-science topics.
• Career and research support: active faculty mentoring, a culture that emphasises undergraduate research, and connections to internships, industry partners and government agencies.

Overall, Harvey Mudd provides a challenging, research-rich environment for students seeking a solid foundation in earth sciences combined with the quantitative and problem-solving skills valued by employers and graduate programmes.