Earth and Society Programs

Meeting society’s grand challenges and serving as responsible stewards of the planet’s resources

Colorado School of Mines’ programs in Earth and Society prepares students for successful careers in a wide range of fields, from our traditional fortes of resource extraction and the earth sciences to disciplines where science and engineering interact with society. Our groundbreaking education and research are making the world a better and more sustainable place.

Engineer a better world.

59 Degree Programs

Mines’ programs in earth and society, with sustained excellence in both teaching and research, prepares students at all levels for successful careers in industry, academia and beyond

13 Online Programs

The diversity of Mines’ offerings will only continue to grow – online courses, graduate certificates, thesis and non-thesis master’s degrees and doctoral programs.

$30M Research Funding

Faculty in the earth and society programs garner support from government, industry and other sources, attracting the best and brightest research talent.

Research Spotlight

Water shortage is a significant problem for communities across the United States year after year, but a new mobile direct potable reuse system developed at Colorado School of Mines could help provide a fast and reliable solution.

The Conveyor Podcast: Giving Mobility to Direct Potable Water Reuse Systems »

From the Dean

Terri HogueIf you know anything about Colorado School of Mines, it’s likely our long and storied history in resource extraction and the associated earth sciences. Founded in 1874 with academic departments in drafting, physics, metallurgy, chemistry and mining, the university expanded to include geology, petroleum engineering and geophysics in the 1920s.

We’ve maintained our core strengths over the decades—we’ve been ranked No. 1 for mineral and mining engineering in the QS World University Rankings for several years running and our graduates enjoy excellent outcomes soon after graduation.

But there’s more to Mines than an excellent return on investment—we take our responsibility as stewards of the Earth seriously. We strive to make mining safer and more energy efficient. Our humanitarian science and engineering program prepares students to serve communities around the world. Math and statistics faculty work with colleagues in geology and geophysics to develop methods that lessen the environmental impact of harvesting critical materials. Our unique Underground Construction and Tunneling program is building a better tomorrow.

That’s just the tip of the proverbial iceberg, and we’re happy to tell you more.

Dr. Terri Hogue
Dean, Earth and Society Programs
Professor, Civil and Environmental Engineering

Digging Deep

The Edgar Experimental Mine serves as an underground laboratory for future engineers, one of the many Mines facilities creating valuable experiences for those training to discover, develop and process the world’s natural resources.

Innovative Programs

Mines’ graduate program in humanitarian science and engineering integrates cutting-edge social science, engineering and applied science, preparing technical professionals to foster sustainable community development around the world.

Mines By The Numbers

Mineral and Mining Engineering Programs, QS World University Rankings

Petroleum Engineering Graduate Program, U.S. News & World Report

Best U.S. Engineering Colleges, Money Magazine

Best Value Colleges, Payscale

Top Universities Based on Alumni Ratings, Forbes

Best Earth Sciences Graduate Programs, U.S. News & World Report

Best Environmental Engineering Graduate Programs, U.S. News & World Report

Top Public Schools, U.S. News & World Report

Best Civil Engineering Graduate Programs, U.S. News & World Report

Best Undergraduate Engineering Programs, U.S. News & World Report

Earthshaking Discoveries

Geophysics Assistant Professor Ebru Bozdag is one of the five principal investigators of a $3.2 million research project over four years that will unite seismic data analysis and modeling with supercomputing power to answer some of the biggest questions about Earth’s seismic activity, interior, and dynamics.