Department of Earth, Environmental & Planetary Sciences

Undergraduate Program

DEEPS prepares students for diverse careers through an innovative undergraduate program supported by one of the nation's top research departments.

We encourage students of all backgrounds to learn more about how the land, water, and air around us directly affect our lives, whether by taking one course, or several, or a concentration program with independent research. Are you interested in mitigating climate change and environmental problems? Earthquakes, volcanoes, and other natural hazards? How the Earth's surface and interior have evolved over time? Whether other planets are habitable? These are just a sampling of the fundamental topics that we address in DEEPS.

Our department is known on campus for being open, friendly, and uniquely down-to-Earth. With approximately 30 faculty, 60 undergraduate concentrators, and 60 graduate students, classes are comfortably small, and faculty, graduates, and undergraduates interact frequently. Undergraduates are able to engage in varied research opportunities.

After graduation, DEEPS concentrators pursue a wide variety of career options, including environmental consulting, academia and geoscience education at all levels, government agencies like NASA, NOAA, EPA, and the USGS, non-governmental agencies (NGOs), technology and software companies, the green energy sector, and much more. The success of the undergraduate program is demonstrated by the demand for DEEPS graduates in top-notch graduate programs across the nation and in jobs that require the ability to solve important and complex problems.

DEEPS courses (EEPS course code in Courses@Brown) build expertise in applying concepts from biology, chemistry, physics, math, and computing to understanding the environment and processes at the surface and in the interior of the Earth and other planetary bodies. We offer A.B. and Sc.B degrees in four concentrations, allowing students to flexibly pursue their interests. 

Driven to inspire future space enthusiasts, Brown University student Skye Rosario is designing and installing a new lunar science exhibit at the Museum of Natural History and Planetarium this summer.
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UCF's Florida Space Institute manages the Exolith Lab, which replicates a moon-base site using simulated lunar soil to allow researchers to design and test lunar spacesuits, rovers, and exploration hardware in realistic conditions. Cecilia D’Hondt-Gorbea, a Brown University rising junior studying in DEEPS, commented on the unique experience of participating in the moon-base infrastructure practice. "...it can get warm in there quickly, which is why we take so many breaks and make sure that we're all hydrating well," D’Hondt-Gorbea said, "But it is fun."
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Following the Artemis II mission, Hania Khan, a Brown Mechanical Engineering student and DEEPS Communications Assistant, sat down with Professor Jim Head to discuss the past, present, and future of the NASA lunar exploration programs, from Apollo to Artemis and beyond.
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DEEPS courses are uniquely suited to providing in-depth, hands-on learning opportunities about the Earth, our environment, and other planets.
DEEPS provides a highly collaborative learning environment that emphasizes process-oriented, active learning in courses, in research labs, and on field trips.
Whether you enjoy making measurements in the lab, analyzing data and modeling processes through computing, or collecting samples in the field, there are research opportunities in DEEPS that will let you develop your interests.
DEEPS offers students a close community and diverse learning opportunities, including career development events, field trips, and social activities.

Undergraduate Advisors

We encourage you to talk with one of the undergraduate advisors about courses, concentrations, and research possibilities.