Mining Engineering

The race to secure critical minerals is shaping the future of mining engineering. What was once focused on extraction alone is now defined by autonomy, advanced data systems and the strategic importance of materials that underpin energy, infrastructure and national security. At the same time, ore bodies are getting deeper, conditions more complex and the margin for error smaller. That reality is pushing the field beyond standard approaches toward engineers who can generate new knowledge, reduce risk to communities and environments and guide high-stakes decisions with precision.

A PhD in Mining Engineering from Colorado School of Mines prepares you to lead that future and fulfill demand for skilled engineers who can provide practical solutions across every challenge within the mining industry. You will evaluate entire mining systems, from autonomous operations to resource recovery strategies, through a critical minerals lens. Through your research, you'll develop the ability to challenge assumptions, optimize complex systems and communicate insights that influence how essential materials are discovered and produced.

If you want to play a direct role in securing the minerals that power the future, this PhD program will give you the expertise and authority to help define what comes next.

Program Overview

The PhD in Mining Engineering is among the nation’s top-ranked mining doctoral programs. This on-campus program is designed for students who want to drive original research that pushes both the theory and practice of mining engineering forward.

Building on your bachelor’s or master’s degree, the program will move you beyond applying established methods to developing innovative solutions. You will deepen your expertise in mining systems, critical minerals, rock mechanics, operations and resource economics, while customizing coursework to directly support your dissertation and research goals.

What you’ll study and do

In this program, your coursework will combine advanced mining engineering classes and electives aligned with your research focus. You can explore topics such as critical minerals, rock mechanics, mine design, mine systems, ventilation, ground control, automation or operations analysis to strengthen your dissertation work.

Through research alongside a faculty mentor, you will examine a real-world challenge within the mining industry and investigate solutions through field studies, laboratory experiments, numerical modeling, data analytics or systems-level optimization. You will then present your findings through a written thesis and oral defense.

What it takes to complete the PhD at Mines

Earning your PhD requires completing advanced coursework, meeting qualifying and candidacy milestones and defending a dissertation. As a fully on-campus program, you will be immersed in research teams, collaborate across disciplines and engage in seminars and technical discussions. Mines’ applied engineering environment ensures that your work stays grounded in real-world mining operations, delivering research that is both credible and actionable.

You and Mines PhD: A right fit?

You may be a strong fit for this program if you:

• Enjoy solving complex, open-ended engineering problems
• Want your research to influence real mining operations and systems
• Have strong preparation in mining engineering or a closely related field