Earth and Environmental

Want to move beyond traditional mine operations into roles shaping the future of sustainable resource development? The Master of Science in Earth Resources Science and Engineering (Non-Thesis) at Colorado School of Mines will prepare you to bridge minerals, energy and environmental systems using sensing, modeling and analytics. These tools and methods enable you to create data-driven value where technical performance, environmental risk and long-term accountability intersect.

As a Master of Science in Earth Resources Science and Engineering (Non-Thesis) graduate, you will be ready to take on more complex roles in environmental and mine-closure consulting, geothermal and subsurface energy projects, mining-technology innovation and Earth-observation enterprises. Compared to conventional production-focused paths, these emerging fields offer greater career mobility, earlier exposure to leadership responsibility and direct impact on energy transition, climate accountability and responsible resource governance. Earth Resource Science and Engineering graduates build durable, future-proof expertise at the intersection of Earth systems, technology and societal value.

Program Details

The Earth Resources Science and Engineering (Non-Thesis) master's provides a systems-level understanding of the Earth, strong quantitative and analytical skills and the professional judgment required to lead complex projects. You will complete 30 credits of graduate-level coursework with the option to apply up to six credits toward an applied analytical, professional or technical report. The program is structured for students pursuing professional practice, industry leadership or applied technical roles rather than research-intensive academic careers.

Core coursework emphasizes Earth systems, resource characterization, quantitative analysis and engineering decision-making with electives that allow you to tailor the degree toward minerals, energy, water, geomechanics, data analytics or sustainability. The optional professional report enables deeper engagement with applied industry problems, resource assessments, modeling studies or policy-relevant analyses.

While in residence, students participate in graduate seminars and colloquia that connect coursework to professional practice, current research, regulatory frameworks and industry applications.

Median salary for recent graduates of this program is $76,500. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Water sustains life. That fact drives everything we do in the Master of Science in Hydrology (Non-Thesis) at Mines. Our interdisciplinary program trains the next generation of water scientists and engineers to lead groundbreaking research and deliver solutions to urgent challenges — from climate change and drought resilience to contamination, policy and resource management.

Whether you’re interested in groundwater modeling, climate impacts, contamination remediation or sustainable water policy, a Mines degree will equip you with the technical depth and interdisciplinary breadth to thrive across academia, government and industry.

Program Detail

The Master of Science in Hydrology (Non-Thesis) builds on a rigorous foundation of fluid mechanics, geochemistry and surface-subsurface processes, bridging the gap between hydrological theory and sustainable water management. By integrating remote sensing with field-scale observations, the program develops the technical precision needed to address global water scarcity.

You will master advanced numerical modeling and geospatial analysis, gaining the ability to simulate watershed response and optimize groundwater extraction. Graduates develop the technical expertise and statistical uncertainty analysis skills required to lead multidisciplinary teams in environmental consulting, government agencies and climate adaptation planning, ensuring resilient water infrastructure.

As a Master of Science in Hydrology (Non-Thesis) student, you will complete 30 credit hours, with a core 9 to 12 credits in groundwater, surface water, chemistry, and contaminant fate and transport, as well as an independent research project or design course. Based on your career interests, you can also choose a specialized track of study to pursue, including hydrogeophysics, hydrobiogeochemistry, and hydrology policy and management.

Median salary for recent program graduates is $80,000. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Develop advanced technical expertise in designing, analyzing, and managing infrastructure and environmental systems with a Master of Science in Civil and Environmental Engineering (Non-Thesis) from Colorado School of Mines. This program is designed for you if you want to solve complex engineering challenges affecting communities, industry, and the built environment through advanced coursework and applied learning.

At Mines, you will strengthen skills in analysis, modeling, design, and systems thinking across civil and environmental engineering disciplines. As industries and public agencies face aging infrastructure, growing resource demands, and evolving environmental conditions, engineers who can evaluate systems holistically and apply rigorous engineering methods are increasingly valuable.

What sets Mines apart is its applied, industry-focused approach. Through specialized coursework and project-based learning, you will gain practical experience using modern engineering tools and techniques while developing the technical and professional skills needed for leadership roles in consulting, industry, and public-sector organizations.

Program Detail

The Master of Science in Civil and Environmental Engineering (Non-Thesis) combines advanced coursework with practical application. You'll take graduate-level courses aligned with your technical interests and career goals, selecting one of three emphasis areas:

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

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In a world driven by data, the ability to understand where things happen is just as important as know what happens. The Master of Science in GIS and Geoinformatics (Non-Thesis) at Colorado School of Mines prepares you to transform geospatial data into insight that informs real-world decisions across environmental, resource and technical fields.

This professionally focused program provides advanced training in geographic information systems (GIS), spatial analysis and remote sensing. You’ll work with imagery, field data and large geospatial datasets, learning how to integrate and interpret complex spatial information using modern GIS technologies and computational workflows. You’ll become well-versed with powerful analytical tools for understanding patterns, relationships and change across landscapes and regions.

At Mines, geoinformatics is grounded in application. You’ll develop the technical depth to manage, analyze and communicate spatial data effectively, preparing you to contribute to interdisciplinary teams working in natural resources, environmental management, geosciences and related technical industries. By graduation, you’ll be equipped to contribute to projects that depend on accurate spatial analysis, bringing clarity, precision and technical expertise to teams that rely on geospatial intelligence to move their work forward and make effective decisions.

Program Detail

The Master of Science in GIS and Geoinformatics (Non-Thesis) at Colorado School of Mines is a fully online graduate program designed for working professionals and students seeking advanced geospatial training for applied practice rather than academic research careers.

Students complete 30 credit hours of graduate-level coursework. The program includes three required core courses, one of which culminates in a graduate project or applied professional report, and seven elective courses that allow students to tailor the degree to specific interests and career goals. Up to six credits may be applied toward an in-depth analytical project or professional report focused on real-world geospatial problems.

The curriculum emphasizes spatial analysis, remote sensing, geospatial programming, quantitative methods and data management, with electives spanning environmental and earth systems, energy and natural resources, infrastructure and land-use planning and geospatial data science. Students may engage with industry-sponsored projects or agency-driven case studies that mirror professional GIS workflows and decision-making environments.

Throughout the program, students participate in graduate seminars and colloquia that connect coursework to professional practice, emerging technologies and applied geospatial challenges across earth, energy and environmental systems.

The GIS and Geoinformatics Graduate Certificate may be applied toward this master’s degree, allowing students to stack credentials and build momentum toward completion. Mines undergraduate students may also apply for the combined bachelor’s and master’s (4+1) program, enabling approved courses to count toward both degrees and accelerating time to completion.

A Master of Science in GIS and Geoinformatics (Non-Thesis) leads to higher-responsibility technical roles and strengthens long-term career flexibility. Graduates apply high-value skills in spatial analysis, remote sensing, geospatial programming and data visualization that are in demand across consulting, energy, environmental, mining, government, technology and urban planning sectors.

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

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Elevate your career trajectory and play a central, interdisciplinary role in the vast, data-driven and AI-augmented $3 trillion metallurgical and materials industry with a Master of Engineering in Metallurgical and Materials Engineering (Non-Thesis) from Colorado School of Mines.

As industry and research look beyond traditional heavy-industry applications, graduate-level engineers move to the forefront of inventing new materials, optimizing processes and integrating advanced computational tools across sectors such as infrastructure, energy, aerospace, health and microelectronics.

With a Master of Engineering in Metallurgical and Materials Engineering (Non-Thesis), you’ll be equipped with the right mix of theoretical and hands-on knowledge for broad career outcomes in high-tech sectors and research leadership.

Program Detail

The Master of Engineering in Metallurgical and Materials Engineering (Non-Thesis) builds on a rigorous foundation of physical metallurgy, transport phenomena and thermodynamics, bridging the gap between raw ore processing and high-performance alloy design. By integrating mineral processing with advanced structural analysis, the program develops the precision needed to lead in the global metals industry.

You will master advanced microstructure characterization and hydrometallurgical processing, enabling you to optimize metal recovery and engineer materials for extreme environments. Graduates develop the technical expertise and failure-analysis acumen required to lead multidisciplinary teams across the aerospace, defense and recycling sectors, ensuring that metallurgical processes are both efficient and sustainable.

As a Master of Engineering in Metallurgical and Materials Engineering (Non-Thesis) student, you’ll complete 30 credit hours, with the option to dig in deeper on the design of ferrous alloys, forging and forming, metallurgical failures and more, or pursue an independent research project with one of Mines’ world-renowned faculty members.

Median salary for recent program graduates is $90,000. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Solve complex environmental challenges in both natural and engineered systems with a Master of Science in Environmental Engineering and Science (Non-Thesis) from Colorado School of Mines. Designed for those without a bachelor's degree in engineering, this flexible program allows you to customize your coursework based on your background in biology, chemistry, mathematics, physics, geology, engineering or another technical field and align your studies with your career goals.

Build the knowledge and skills for a career in the field or laboratory while learning from world-renowned faculty with expertise in environmental chemistry and microbiology, water and wastewater treatment, bioremediation and mining treatment processes, membrane processes, geobiology and more.

Program Details

In the Master of Science in Environmental Engineering and Science (Non-Thesis), you will complete 30 credits of graduate-level coursework with the option to apply up to three credit hours toward an independent research project or design course.

All students complete a core set of environmental engineering courses, including advanced environmental chemistry, chemical fate and transport and microbial processes, with elective courses that may be focused toward a specialized area of emphasis. While in residence, students enroll each semester in the Graduate Environmental Engineering and Science Seminar engaging with faculty, peers and industry professionals. 

Median salary for recent graduates of this program is $71,125. 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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Reducing, capturing, storing and repurposing carbon emissions has become a defining engineering challenge of our time and one of the largest areas of public and private investment in the global energy transition. Carbon capture, utilization and storage (CCUS) is emerging as a cornerstone of global decarbonization and industrial transformation, spurring an immense need for new technology and skilled professionals who can find the right solutions for this complex challenge.

The Master of Science in Carbon Capture, Utilization and Storage (Non-Thesis) at Mines places graduates at the center of this momentum. This fully online program equips you to lead within the four transitions shaping global climate and sustainability goals: driving down automotive emissions, transforming energy systems, decarbonizing chemicals production and decarbonizing heavy industry. Drawing on Mines’ strengths in earth sciences, engineering, economics and business, you will integrate technical depth with operational, market and policy insight. You’ll graduate prepared  to understand carbon management systems and design, evaluate and lead them, helping shape the next phase of global energy innovation.

Program Detail

The Master of Science in Carbon Capture, Utilization and Storage (Non-Thesis) combines a strong foundation in thermodynamics, fluid mechanics and geochemistry with applied expertise in chemical engineering and subsurface geology. The program equips you with the technical skills necessary to design and implement scalable solutions that link carbon emission sources to secure, long-term storage. Specialized tracks include Capture and Chemical Processing, Geological Sequestration and Policy and Economics.

You will master subsurface reservoir simulation and process integration, gaining the ability to predict CO₂ plume migration and optimize industrial capture systems. You will develop the technical expertise and Monitoring, Reporting, and Verification (MRV) skills required to lead large-scale decarbonization projects, ensuring the safe and permanent removal of carbon from the atmosphere.

Graduates of the Carbon Capture, Utilization and Storage program are uniquely prepared to lead the global energy transition, securing pivotal roles in carbon management, sustainable engineering, and climate policy across the energy and industrial sectors. By mastering the technical and economic complexities of the carbon lifecycle, Mines alumni drive the innovative solutions necessary to achieve international net-zero goals and advance environmental stewardship.

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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Leverage chemistry to explore and protect the systems people depend on—clean water, safe food, critical minerals and materials and a changing climate – with a Master of Science in Geochemistry (Thesis) at Colorado School of Mines. 

Geochemists work where Earth processes meet human needs, turning field samples and laboratory data into decisions that matter. You will combine traditional geochemical field and laboratory methods with modern computational, analytical and data-driven tools used by practicing geochemists in industry and government.

As a geochemist, you will tackle complex real-world problems that directly affect environmental health, resource security and infrastructure resilience while building in-demand technical skills that support long-term career stability and advancement. With a Master of Science in Geochemistry (Thesis) from Mines, you will be prepared to lead technically complex projects that require chemical insight, regulatory awareness and defensible data analysis, leveraging modern computational tools to deliver actionable solutions.

Program Detail

The Master in Science in Geochemistry (Thesis) builds on a rigorous foundation of thermodynamics and chemical kinetics, bridging the gap between geological sampling and quantitative modeling. By integrating isotope geochemistry with environmental mineralogy, the program develops the technical precision needed to address global resource challenges. Specialized tracks include:

• Geochemistry: Focus on the chemical evolution of the Earth’s crust and mantle, geochemistry of energy and mineral resources, chemical mineralogy and more. 
• Environmental geochemistry: Focus on the coupled chemical and biological processes of the Earth’s biosphere and the changes caused by human activities

You will master reactive transport modeling and analytical instrumentation, gaining the ability to predict contaminant migration and characterize mineral deposits with molecular-level accuracy. Graduates develop the technical expertise and data-driven decision-making skills required to lead multidisciplinary teams in the mining, environmental consulting, and energy sectors, ensuring sustainable resource management.

In the Master in Science in Geochemistry (Thesis), you will complete 36 credits of graduate-level coursework. Students will also complete a thesis based on original research they conduct and give a public seminar on their research. 

Median salary for recent program graduates is $72,000. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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From confirming environmental compliance to helping distinguish ore from waste in exploration programs to resolving data inconsistencies in industrial processes, analytical geochemists answer high-stakes questions related to the chemical makeup and potential of rocks, water, soils and industrial materials.

The Professional Master’s in Analytical Geochemistry (Non-Thesis) at Colorado School of Mines will prepare you to generate, verify and interpret analytical data that directly informs decisions in mining, energy, environmental monitoring, materials manufacturing and regulatory compliance.

You’ll gain hands-on experience with classical wet chemistry and modern analytical tools, including mass spectrometry, spectroscopy, chromatography and microscopy, using the same techniques applied in industry, commercial labs and government agencies, and you’ll be ready to lead technically complex analytical projects from start to finish.

With a Professional Master’s of Analytical Geochemistry from Mines, you’ll be prepared to take ownership of analytical workflows and deliver reliable results where accuracy and judgment matter.

Program Detail

In the Professional Master’s of Analytical Geochemistry (Non-Thesis), you will complete 30 credits of graduate-level coursework, with the option to apply up to six credits toward an applied analytical or professional project at Mines, a federal agency or industry partner. The program is designed for students seeking professional practice or technical leadership roles, rather than academic research careers.

Core coursework emphasizes instrumental methods, sample preparation, method validation and data quality assurance, with electives that allow you to tailor the degree toward environmental, exploration, materials characterization or industrial applications. An optional professional report facilitates deeper engagement with applied problems, industry-sponsored projects or method-development studies.

While in residence, students enroll in graduate seminars and colloquia that connect coursework to professional practice, current research and industry applications.

A Professional Master’s in Analytical Geochemistry leads to higher-responsibility technical roles and strengthens long-term career flexibility. Graduates apply high-value skills in instrumental analysis, method validation, data quality assessment and laboratory leadership that are in demand across commercial analytical laboratories, mining companies, environmental consulting, regulatory agencies, materials testing and research institutions.

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The environmental, resource and energy challenges of the 21st century aren't simple, and neither are their solutions. They demand a new generation of leading professionals who can navigate complexity, bridge divides and turn bold ideas into meaningful action.

The Environment, Resources and Energy Policy Master’s Program (Non-Thesis) at Colorado School of Mines prepares you to become that kind of leader.

In this program, you will learn to make thoughtful, forward-thinking decisions that take into account political, environmental and technological change. You’ll analyze policy from multiple perspectives while developing strategic and equitable solutions. The program also equips you to meaningfully engage diverse communities and stakeholders in policy processes and decision-making about the environment, resources and energy.

As the global energy transition accelerates and climate challenges intensify, graduates in the Environment, Resources and Energy Policy Master’s Program (Non-Thesis) program are prepared to lead, ​​understanding how mitigation, adaptation and resource management intersect across industries and institutions. You’ll strengthen your ability to communicate complex ideas with analytical depth, practical skill and leadership perspective, positioning you to influence policy and drive real-world impact.

Program Detail

The Environment, Resources and Energy Policy Master’s Program (Non-Thesis) is uniquely interdisciplinary and connected to real-world decision contexts. The program builds on a rigorous foundation of environmental law and resource economics, bridging the gap between scientific constraints and public policy. By integrating social license with quantitative policy analysis, the program develops the strategic precision needed to lead complex regulatory transitions. 

You will master stakeholder engagement and regulatory risk assessment, gaining the ability to navigate international climate frameworks and optimize resource management strategies. Graduates develop the analytical expertise and policy evaluation skills required to lead multidisciplinary teams in the public and private sectors, ensuring that energy and mineral development align with global sustainability goals.

As a full-time student, this program can be completed in three semesters, on campus or online.

Graduates of the Environment, Resources and Energy Policy Professional Master’s program are prepared for leadership roles at the intersection of industry and regulation, securing pivotal positions in sustainability management, policy analysis, and environmental advocacy. By merging rigorous analytical mastery with the strategic problem-solving synonymous with the Mines brand, alumni emerge as versatile leaders ready to navigate and shape the global energy and resource landscape.

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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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You’re driven by a fundamental curiosity about how the Earth and other planets work. You want to solve engineering challenges related to the subsurface, resources and natural phenomena. Us too.

With a Master of Science in Geophysical Engineering (Non-Thesis) from Colorado School of Mines, you’ll gain a better understanding of the natural world while becoming an effective practitioner of cutting-edge geophysical techniques. Bringing together engineering and geoscience skills, you’ll be ready to design and execute geophysical investigations that meet engineering specs and sign off on engineered solutions across the earth, energy and environmental sectors. 

Program Detail

The Master of Science in Geophysical Engineering (Non-Thesis) builds on a rigorous foundation of physics, continuum mechanics and signal processing, bridging the gap between raw field data and high-resolution subsurface imaging. By integrating wave propagation theory with inverse modeling, you will develop the technical precision needed to solve complex Earth resource challenges. 

You will master advanced seismic processing and field methods, gaining the ability to characterize deep reservoirs and assess geotechnical site stability. Graduates develop the technical expertise and computational modeling skills required to lead multidisciplinary teams in the mineral exploration, renewable energy and environmental engineering sectors, ensuring accurate subsurface risk management.

As a student in Master of Science in Geophysical Engineering (Non-Thesis) you will complete 30 credit hours, including core coursework in geophysics theory, application, computation and earth and space modeling. Geophysical Engineering students must also complete no fewer than 16 credits of engineering coursework, either prior to their arrival at Mines or while at Mines.

Median salary for recent graduates of this program is $100,000. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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