Critical Minerals and Mining

The future of mining engineering will be shaped by automation, data-driven decision-making and the global demand for critical minerals essential to energy transition, infrastructure and national security.

Prepare not only to contribute but to lead that future with a Master of Science in Mining Engineering (Non-Thesis) at Colorado School of Mines, home to the No. 1 mining and mining engineering program in the world (QS World University Rankings). 

As a mining engineer, you will operate at the intersection of geology, mechanical systems, data analytics, environmental stewardship and workforce safety—designing operations that are efficient, resilient and socially responsible.

Program Details

As a Master of Science in Mining Engineering (Non-Thesis) student, you will complete 30 credits of graduate-level coursework, with the option to conduct an analytical engineering report for deeper engagement with applied or industry-sponsored problems.

All students complete a set of core mining engineering courses, including advanced mine planning and design, rock mechanics, mine ventilation and systems or numerical modeling. While in residence, you will also enroll each semester in Graduate Mining Seminar, where you’ll engage with faculty, peers and industry professionals

Median salary for recent program graduates is $102,695. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Gain the foundational knowledge and the tech-enabled skill set needed to excel in a rapidly changing, data-rich geoscience landscape with the Professional Master of Science in Mineral Exploration (Non-Thesis) from Colorado School of Mines.

You will situate new technical knowledge within the broader value chain, from discovery to production to mine closure and see the wider environmental impact, sustainability and resource economics dynamics. Increase your knowledge and skills and gain a thorough update of advances across the spectrum of economic geology, mineral exploration techniques and mining geoscience.

Designed for working professionals, this non-thesis master’s degree represents one of the most comprehensive professional training opportunities in mineral exploration and economic geology worldwide, blending technical and decision-making responsibilities. It positions you for roles at the nexus of technical expertise, strategic leadership and digital transformation.

Program Detail

The Professional Master of Science in Mineral Exploration (Non-Thesis) builds on a rigorous foundation of economic geology, structural analysis and geochemistry, bridging the gap between field-based observations and mineral deposit modeling. By integrating advanced petrology with field mapping, the program develops the technical precision needed to locate global resources. 

You will master advanced field mapping and geospatial data integration, gaining the ability to synthesize geological, geophysical, and geochemical datasets into actionable exploration targets. Graduates develop the technical expertise and business acumen required to lead multidisciplinary teams in the global mining sector, ensuring the efficient and sustainable discovery of critical minerals for the energy transition.

As a Professional Master of Science in MIneral Exploration (Non-Thesis) student, you’ll complete 30 credit hours of coursework, with core areas including mineral deposits, mineral exploration, applied geophysics, geochemistry and structural geology, petrology, field geology and economic evaluation. No research is required.

Median salary for recent program graduates is $93,000. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Geological engineers provide critical expertise needed to build and maintain safe, resilient infrastructure—such as tunnels, foundations, earth dams, highway embankments, and renewable energy sites—while assessing risks including landslides and seismic hazards.

The Master of Engineering in Geological Engineering (Non-Thesis) at Colorado School of Mines is designed for engineers who aspire to practice at the intersection of geology and engineering with a strong emphasis on geotechnical applications. 

Modern geotechnical and geological engineers increasingly combine field observation with advanced computational workflows to predict and mitigate ground-related risk across infrastructure, environmental and energy projects. As a Mines student, you will learn to translate subsurface data into living digital ground models, test design assumptions using numerical simulation and continuously refine predictions through monitoring and data integration—enabling safer, more resilient engineering decisions under real-world uncertainty.

Program Details

The Master of Engineering in Geological Engineering (Non-Thesis) prepares students to apply engineering principles to evaluate and design safe, reliable solutions to complex subsurface and near-surface geotechnical challenges, including foundation design, site characterization, slope stability, soil/rock behavior and earth-structure interaction.

This non-thesis degree combines rigorous coursework with an independent professional project, making it ideal for students pursuing industry-focused engineering careers rather than academic research. The curriculum totals 30 credit hours (24 hours of coursework + 6 credits of independent study project). You will gain foundational competency in geological data analysis, geomechanics, soil and rock mechanics, site investigation methods and applied numerical modeling.

The program serves students targeting careers as geotechnical engineers and geological engineers with an engineering design focus. This is not the ideal path for graduates whose interests center on petroleum geology, mineral exploration or pure earth sciences research. 

Median salary for recent graduates of this program is $75,000. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Understanding how the Earth works is essential to addressing some of today’s most pressing challenges, from securing natural resources to managing environmental change and geologic hazards. As demand grows for data-driven decisions in energy, infrastructure and sustainability, there is an increasing need for geologists who can analyze complex Earth systems and translate that knowledge into action. 

The Master of Science in Geology (Thesis) program at Colorado School of Mines builds on your bachelor’s degree by developing advanced understanding through applied geological research. The program is designed for graduate students who want to study economic geology or mineral exploration and make a contribution to our understanding of ore deposit geology. You’ll strengthen skills in field methods, data interpretation, geologic analysis and research design, preparing you to locate and evaluate resources, assess hazards and support engineering and environmental projects. 

Mines is world-renowned for its leadership in applied Earth science, with a reputation that carries significant weight across industry, government and research organizations. Through the thesis requirement, you conduct original research, work closely with expert faculty and gain experience that reflects professional geological practice. Graduates are highly sought after for their technical rigor, applied mindset and ability to translate complex geologic data into decisions that matter, positioning you for competitive roles in industry, consulting, government or further doctoral study. 

Program Detail

The Master of Science in Geology (Thesis) program combines advanced coursework with independent research. You’ll take graduate-level classes in areas such as structural geology, sedimentology, geochemistry, geophysics and field methods. Coursework can be tailored to align with your research interests and career goals while maintaining a strong geological foundation. The thesis is a defining component of the degree. You’ll work with a faculty advisor to identify a research question, conduct field, laboratory or computational research and present your results through a written thesis and oral defense. Research topics often connect fundamental geology with applied challenges in resources, engineering and environmental systems.

The program is well suited for you if you are seeking advanced geological training, hands-on research experience and preparation for professional practice or doctoral study.

Program Opportunities

Field-based learning:

You’ll gain hands-on experience through field studies that apply geological concepts to real Earth systems.

Research collaboration:

You’ll work closely with faculty on applied and fundamental geological research projects.

Interdisciplinary connections:

Geology at Mines intersects with geological engineering, geophysics and environmental science.

Average starting salary for recent program graduates $91,500. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Integrate economic modeling, policy analysis and technical knowledge to solve complex, cross-cutting challenges in energy and mineral systems with a Master of Science in Mineral and Energy Economics (Non-Thesis) from Colorado School of Mines.

At Mines—home to the only mineral and energy economics graduate program in the United States—you'll gain a distinctive combination of quantitative, analytical, technical and supply chain risk management skills rarely found together in traditional economics or business programs. As global demand for critical minerals, energy security and resilient supply chains continues to grow, you'll develop the expertise to evaluate complex markets, guide strategic investments and inform decisions that shape industries around the world.

You'll also become part of a community of faculty experts, researchers and industry partners that has positioned Mines as a global leader in mineral and energy economics for decades. Through close connections with industry and government, you'll gain insight into the economic, technical and policy factors influencing resource development while building a professional network that extends across the energy and mining sectors. Your financial, policy and technical training will prepare you for careers in industry, banking and investment, government, consulting and international organizations.

Program Detail

The Master of Science in Mineral and Energy Economics (Non-Thesis) builds on a rigorous foundation of microeconomic theory and quantitative modeling, bridging the gap between geological constraints and market dynamics. By integrating mineral law, resource economics, finance and policy analysis, the program develops the strategic perspective and analytical precision needed to lead high-stakes decision-making in the global energy and extractive sectors.

You'll complete 36 credit hours of coursework, beginning with the core analytical, economic and quantitative skills required for graduate-level study of energy, mineral and environmental systems before customizing your degree through electives aligned with your career goals. Because the non-thesis option is entirely coursework-based, you'll be able to focus on building practical, career-ready expertise without the time commitment of an independent research project, making it an ideal choice if your goal is to advance professionally or transition quickly into leadership roles across the public and private sectors.

Median salary for recent program graduates is $85,000. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Are you a mid-level global mining professional? Level up your business and technical acumen with the Professional Master of Science in Mining Industry Management (Thesis) at Colorado School of Mines, the first and only online degree of its kind. 

Home to the No. 1 mineral and mining engineering program in the world since 2016 (QS World University Rankings), Mines knows the need for leaders with multidisciplinary expertise. The Professional Master’s in Mining Industry Management tracks the evolving nature of mining technologies, operations and targets.

Globally, the mining industry is a nearly $750 billion enterprise, seeking top management capable of adapting to and anticipating a future driven by advanced analytics, modeling and automation technologies.

With a Professional Master’s in Mining Industry Management, you’ll be better prepared to lead that future compared to peers who choose the narrow technical or research-oriented training of an engineering degree or the shallow option of an MBA. Be ready for advancement to senior and executive management roles with critical financial responsibility, as well as technical leadership and innovation.

Program Detail

The Professional Master of Science in Mining Industry Management (Thesis) builds on a rigorous foundation of mining engineering, mineral economics and business analytics, bridging the gap between technical operations and executive management. By integrating organizational behavior with financial strategy, the program develops the precision needed to lead global mining enterprises. 

You will master advanced project valuation and operational optimization, gaining the ability to manage complex mineral supply chains and lead digital transformation initiatives. Graduates develop the technical expertise and leadership acumen required to manage multidisciplinary teams and navigate the environmental, social, and governance (ESG) challenges of the modern global mining industry.

As a Professional Master’s in Mining Industry Management student, you will complete 33 credit hours, including an independent project where you apply your new skills and knowledge to a real-world project in the mining industry. Each course is delivered over a 6-8 week period, building on your existing mining and engineering knowledge and broadening your perspectives regarding current and future mining best practices.

A surge in North American mining—driven by a projected 40% increase in domestic rare earth production and a $30 billion market valuation by 2030—demands engineers with an aptitude for business. 

Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Markets for energy, minerals and materials are constantly shifting, shaped by global demand, policy decisions and economic uncertainty. The ability to interpret those signals and turn data into insight is what sets professionals apart.

The Resource Commodity Analytics certificate is a graduate-level program focused on commodity markets, data analytics and financial analysis across energy, minerals and materials industries. It’s designed for you if you want to analyze markets, prices and risk in resource-based sectors. Through this four-course program, you’ll build skills in economic reasoning and advanced quantitative methods to understand how commodity markets operate and how decisions are made within them.

Drawing from the most quantitative elements of Mines’ globally recognized programs in Mineral and Energy Economics and Engineering and Technology Management, this certificate provides focused, accelerated training with immediate relevance. You will build skills in natural resource markets and regulation, data analysis and forecasting, and financial valuation, gaining tools to evaluate supply and demand dynamics, price behavior and market risk.

Designed with flexibility in mind, the program can be completed in as little as one intensive semester or spread over multiple semesters depending on your schedule. Credits are stackable, allowing you to apply them toward a future master’s degree if you choose to continue your education.

Whether you are looking to advance in your current role, pivot into analytics-focused work or build a foundation for graduate study, this graduate certificate offers practical, applied training grounded in the real-world dynamics of energy and resource markets.

Program Detail

The Resource Commodity Analytics graduate certificate offers a curriculum centered on the economic and analytical tools used to understand resource markets. You’ll study topics such as commodity pricing, market structure, supply chains, risk analysis and quantitative methods. Coursework emphasizes interpretation, uncertainty and communication so insights can support real decisions.

This certificate program requires 12 credit hours of coursework and will engage in dynamic discussion, collaboration and applied learning. Courses often include case studies, data-driven projects and analysis of real commodity markets. Research is not required for this certificate, though applied projects are a common part of the learning experience.

The program is geared toward individuals with a bachelor’s degree who want to work at the intersection of resources, markets and analytics. It is well suited for professionals in technical, operational or business roles as well as those preparing for a master’s degree. The certificate requirements include completion of coursework in natural resource economics or econometrics, along with graduate-level electives to achieve the 12 credit hour requirement.