26 PhD programmes offered by the university

The interdisciplinary nature of this Earth Resources Development Engineering graduate program at Colorado School of Mines prepares graduates for any problem they may face and become leaders beyond the classroom. 

As we all know, water is essential to life. This core truth drives the research and academics performed each day in the Hydrologic Science and Engineering programme from Colorado School of Mines.

The Computer Science programme of Colorado School of Mines requires 72 hours of coursework and research credits and starts with five core courses in algorithms, operating systems, theory of computation, advanced computer architecture and research ethics. Candidates must also pass a PhD qualifying exam and successfully defend a thesis.

You’re driven by a fundamental curiosity about processes on Earth and other planets. You want to solve problems related to the subsurface, resources and natural phenomena. The Geophysics and Geophysical Engineering programme at Colorado School of Mines will let you do just that. 

With a flexible curriculum and interdisciplinary approach, this Environmental Engineering program at Colorado School of Mines allows students to tailor their Mines experience to best fit their personal and professional goals and build a successful career.

The Applied Mathematics and Statistics program at Colorado School of Mines is at the forefront of research being used to investigate and find solutions to these important questions. 

The Geochemistry programme at Colorado School of Mines prepares graduates to take the next step in their careers with an interdisciplinary structure and two subprograms.  

With the Quantitative Biosciences and Engineering program of Colorado School of Mines, you will gain rigorous training at the interface of biology and mathematical, computational and engineering sciences to create innovative solutions to real-world problems. 

The Advanced Energy Systems programme at Colorado School of Mines is creating the next generation of thought leaders to capably and creatively guide this vital energy sector transition.

The Civil and Environmental Engineering programme at Colorado School of Mines combines robust research in areas such as environmental and water engineering, geotechnical engineering and structural engineering with world-class faculty and one-of-a-kind industry partnerships. 

The Petroleum Engineering program of Colorado School of Mines must complete at least 48 hours of graduate course credit and a minimum of 30 credit hours of research beyond the bachelor’s degree, resulting in a written dissertation. 

Modern curriculum, program flexibility and award-winning faculty help make the Chemical and Biological Engineering program at Colorado School of Mines the exceptional choice for completing an advanced degree. 

You’re an analytical and creative thinker with an eye for improving or optimizing a system’s functionality but want to take your skills to new heights. Join the Operations Research with Engineering course at Colorado School of Mines.

The Robotics graduate program at Colorado School of Mines offers a core curriculum focused on robotic perception, cognition, action and interaction, with technical electives in computer science, mechanical engineering and electrical engineering.  

Graduates in the world-renowned Mineral and Energy Economics program from Colorado School of Mines gain the skills necessary for understanding the complex interactions of markets and policy that influence the energy, mineral and environmental industries.

You’re an out-of-the-box thinker who wants to solve some of the biggest global challenges. You want a meaningful career that will allow you to design, study and manipulate materials for new applications. The Materials Science program of Colorado School of Mines will help you get there. 

The top-rated, internationally recognized Mining Engineering program of Colorado School of Mines is the premier center for education and applied research in the diverse fields of mining and underground construction and tunneling. 

Solving real-world problems in areas such as sustainability, alternative energy, nanomedicines and water quality assessment are just some of the possibilities an advanced degree in the Chemistry programme at Colorado School of Mines can provide.  

Want to learn how to identify, extract, and utilize resources beyond our planet? Join the Space Resources program at Colorado School of Mines. With the world’s first Space Resources graduate program, Mines prepares scientists, engineers, economists, entrepreneurs and policymakers to set the stage for a new era in space exploration and economic development.

Some of the most important urban innovations happen underground. The only program of its kind in North America, the Underground Construction and Tunnel Engineering program of Colorado School of Mines educates top engineers on the design, construction, rehabilitation and management of underground spaces.