Groundbreaking Technology

If you’re ready to design, build and deploy intelligent machines that operate where humans can’t, the Master of Science in Robotics (Non-Thesis) at Colorado School of Mines helps you take that next step. This interdisciplinary program equips you with advanced technical depth in autonomous systems, perception, AI and machine learning, putting you at the forefront of next-generation robotics innovation.

At Mines, you’ll help shape the systems that enable robots to see, think and act in complex and often extreme environments. Whether you’re designing technology to help navigate deep mine environments, withstand the interiors of nuclear reactors, explore terrain on the Moon or better interact with humans, you’ll gain the expertise to tackle increasingly sophisticated challenges across industries such as aerospace, energy, manufacturing, defense and beyond.

Built on Mines’ strengths in computer science, electrical engineering, mechanical engineering and engineering design, the Master of Science in Robotics (Non-Thesis) gives you the opportunity to work alongside faculty who are advancing AI-driven perception, resilient autonomous platforms and intelligent systems integration, bringing cutting-edge research and industry directly into your coursework. Through in-depth classes and hands-on research opportunities, you’ll develop the technical fluency to integrate hardware and software, translate algorithms into physical systems and deliver solutions that perform reliably in the real world. You’ll graduate prepared to lead in high-impact engineering environments with the skills and perspective to define what robotics can do next.

Program Detail

The Master of Science in Robotics (Non-Thesis) is built for those who want to work in industry, designing, building and deploying the next robotics technologies and systems. Requiring 30 credit hours of coursework, you will study across four key focus areas: perception (sensing, estimating, computer vision, mapping, localization), action (kinematics, dynamics, control), cognition (artificial intelligence, planning, machine learning) and interaction (human-robot interaction, robot ethics).

The non-thesis option is ideal for engineers seeking to deepen their technical mastery through focused, high-impact coursework. It’s a strategic way to sharpen your expertise, elevate your professional profile and position yourself for advanced technical or leadership opportunities.

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

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If you’re ready to turn your STEM background into a career driving data-driven decisions, the Master of Science in Data Science (Non-Thesis) at Mines is designed for you. Whether your undergraduate degree is in biosciences, mathematics, engineering, computer science, geosciences or another STEM field, Mines helps you leverage your domain expertise while gaining the advanced analytical skills that employers increasingly demand.

The program goes beyond teaching tools and techniques. You’ll learn to extract insights from complex datasets, make evidence-based decisions and apply data science to real-world problems in your field. Mines positions you to accelerate your career at the intersection of STEM and data science, turning knowledge into impact.

Program Detail

The Master of Science in Data Science (Non-Thesis) at Mines provides a strong foundation in statistical inference and computational theory, transforming raw data into actionable insights. By combining mathematical rigor with modern software engineering, the program equips students with the skills to extract value from complex datasets. Specialized tracks include Computer Science, Applied Mathematics and Statistics and Business Analytics.

You will master machine learning algorithms and large-scale data visualization, gaining the ability to architect predictive models and communicate findings to executive stakeholders. You will also develop the technical expertise and ethical data stewardship required to lead multidisciplinary teams, ensuring that data-driven solutions are both robust and responsible within the global tech and energy sectors.

Median salary for recent graduates of this program is $96,329. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Harness the power of computer simulation to understand how real products and systems behave before they are built, tested or put into service with an Online Graduate Certificate in Finite Element Analysis (FEA) from Colorado School of Mines. 

As products and infrastructure face higher loads, tighter safety requirements and shorter development timelines, finite element analysis has become essential across many industries. Engineers use FEA to improve aircraft structures, design energy equipment, validate pressure vessels and pipelines, reduce failures in manufactured parts and extend the life of critical systems.

Learn how to model parts and structures, evaluate stress and deformation and use simulation results to make safer, more confident design decisions. This certificate gives you practical, job-ready skills to apply simulation where it matters most—reducing risk, improving performance and supporting engineering decisions long before problems become costly or dangerous.

Program Details

The Online Graduate Certificate in Finite Element Analysis is designed for working professionals with backgrounds in mechanical engineering, aerospace engineering, civil engineering, materials science and related technical fields who want to strengthen their simulation skills and expand career opportunities in analysis-driven roles.

You will gain advanced preparation in the practical use of finite element methods for structural and mechanical analysis. Students develop a strong understanding of modeling assumptions, numerical methods and solution strategies used to evaluate stress, deformation, stability and failure in complex systems.

Coursework emphasizes application and interpretation. Students work with realistic engineering models, nonlinear material behavior and advanced solver techniques that reflect challenges faced in aerospace, energy, automotive, manufacturing and defense industries. Through an applied engineering lens, the program connects theoretical foundations of mechanics with hands-on simulation practices used in professional design and analysis workflows.

The curriculum integrates advanced principles of finite element analysis and computational mechanics, including:

• Linear and nonlinear structural analysis
  
  
• Material modeling and constitutive behavior
  
  
• Contact mechanics and large deformation analysis
  
  
• Failure, fatigue and fracture modeling
  
  
• Verification, validation and interpretation of simulation results

This 9-credit online certificate can be completed in as little as one year while balancing professional and personal commitments. Courses are delivered through Mines’ interactive online learning platform, allowing you to engage with expert faculty and experienced engineering peers from across industry.

Students may apply certificate coursework toward select master’s degree programs at Mines, providing a pathway to advanced graduate study without losing time or credits.

In today’s increasingly connected world, cybersecurity is essential for keeping those connections safe and reliable. Mines’ Graduate Certificate in Cybersecurity for Cyber Physical Systems equips you to stay ahead of evolving threats and protect the systems that power modern life.

Designed for working professionals with flexible online coursework and instruction led by top experts in the field, this 9-credit program will teach you practical and immediately applicable skills so you can make an impact in your organization from day one.

If you’re ready to transform your technical expertise into a strategic advantage, the Graduate Certificate in Cybersecurity for Cyber Physical Systems will help you grow your career and position you for leadership and long-term success in a rapidly evolving digital landscape.

Program Detail

The Graduate Certificate in Cybersecurity for Cyber Physical Systems provides advanced preparation in securing data, networks and control systems against evolving cyber threats. You gain a systems-level understanding of vulnerability analysis, network defense, secure software design and risk management across both IT and operational technology environments.

Coursework emphasizes practical application. Students engage with real-world case studies, security assessment tools and hands-on scenarios that replicate challenges faced by the energy, manufacturing and national security sectors. Through a multidisciplinary lens, the program connects core principles of computer and network security with engineering best practices that ensure reliability, resilience and safety.

This 9-credit online certificate can be completed in as little as one year while balancing professional and personal commitments. Courses are delivered through Mines’ interactive online learning platform, allowing you to collaborate with faculty experts and experienced peers across the globe.

The Master of Science in Mechanical Engineering (Thesis) program at Colorado School of Mines builds on your bachelor’s degree by developing advanced technical depth and research experience in the design, analysis and optimization of mechanical systems. This program is designed for you if you want to tackle complex engineering problems that span mechanics, materials, thermal systems and dynamic behavior.

Mechanical engineers play a critical role across industries that depend on reliable, efficient and well-designed systems, from manufacturing and energy to aerospace and advanced technology. This degree prepares you to approach problems with rigor, adapt to evolving technical demands and contribute meaningful engineering solutions.

Program Detail/Options

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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The Master of Science in Electrical Engineering (Thesis) program at Colorado School of Mines builds on your bachelor’s degree by developing advanced technical depth and research experience in electrical systems, devices, and computation. This thesis‑based program is designed for engineers who want to move beyond application‑level work and understand how electrical technologies are analyzed, designed, and improved at a deeper level.

You will strengthen skills in circuit analysis, signal processing, electromagnetics, control systems, and computational methods. Electrical engineering remains central to industries that depend on reliable power, communication systems, sensing technologies, and intelligent devices. Employers value engineers who can apply theory with precision and adapt to complex technical environments.

What distinguishes Mines is its applied, engineering‑first approach. Through the thesis requirement, you pursue original research in close collaboration with faculty and graduate with experience that reflects how advanced electrical engineering work is conducted in industry and research settings. This degree prepares you for high‑impact technical roles or further doctoral study.

Program Details

This on‑campus master’s thesis program combines advanced coursework with independent research (some courses available to be taken online). You take graduate‑level courses in areas such as electrical circuits, signals and systems, electromagnetics, controls, electronics, and computational methods. Course selection allows you to tailor your academic plan around your research interests while maintaining a strong electrical engineering core.

The thesis is a central component of the degree. Working with a faculty advisor, you define a research problem, carry out analytical, experimental, or computational work, and communicate your results through a written thesis and oral defense. Research topics often connect electrical engineering theory to real‑world systems and applied technologies.

This program is well suited if you are seeking deep technical expertise, hands‑on research experience, and preparation for advanced professional practice or doctoral study.

Program Opportunities

Research‑driven learning:

You engage in faculty‑led research that applies electrical engineering principles to practical systems and technologies.

Interdisciplinary collaboration:

Electrical engineering research at Mines often intersects with computer science, mechanical engineering, applied physics, and other engineering disciplines.

Laboratory and system experience:

You gain hands‑on experience with hardware platforms, modeling tools, and system‑level analysis methods central to advanced electrical engineering work.

Median salary for recent graduates of this program is $96,600. 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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Looking to gain advanced technical training in computing without stepping away from your career? The Master of Science in Computer Science (Non-Thesis) at Colorado School of Mines is flexible and designed for working professional, career changers and technical specialists looking to deepen their expertise in high-demand areas such as machine learning, data science and cybersecurity.

The program emphasizes applied, industry-relevant coursework that mirrors how computer science is practiced today. You will expand the foundation from your undergraduate degree while strengthening your capabilities in systems thinking and computational problem solving.

Computer science continues to shape nearly every sector of the economy, from engineering and manufacturing to finance, healthcare and national security. Organizations need professionals who can design reliable systems, work with complex data and adapt to rapidly evolving technologies. Mines stands out by grounding computer science in engineering and applied science, ensuring you learn how to build solutions that work at scale and under real-world constraints.

This program prepares you to contribute immediately and grow into advanced technical or leadership roles, backed by the practical, outcomes-driven education Mines is known for. With flexible pathways and stackable coursework options, you can tailor the program to your goals while continuing to advance your career.

Program Design

The Master of Science in Computer Science (Non-Thesis) focuses on advanced coursework and applied learning rather than a research thesis. You complete a rigorous mix of foundational and upper-level computer science courses designed to strengthen core computer science knowledge while allowing flexibility to pursue topics aligned with your professional goals.

Courses emphasize real-world relevance, preparing you to design, implement and evaluate systems that perform under practical constraints. While a thesis is not required, many courses emphasize project-based work. These projects help you build practical experience in system design, coding, testing and technical communication. You graduate with a portfolio of advanced work that demonstrates your capabilities.

This program offers four distinct specialization tracks, allowing you to customize your degree around your career aspirations:

• Applied Machine Learning: Build expertise in machine learning, data science and artificial intelligence techniques to solve complex, data-driven problems across industries.
• Cybersecurity: Develop advanced knowledge in cryptography, system security and cyber-physical systems to protect digital infrastructure and mitigate evolving cyber threats.
• Analytics and Project Management: Combine data analytics with leadership and business strategy to drive innovation, manage technical teams, and lead data-informed decision-making.
• Advanced Software Technologies: Master advanced programming, software architecture, and engineering practices to design and develop scalable, high-performance systems.

Program Opportunities

Applied, project-based learning:

Many courses include substantial projects that mirror real-world software and systems challenges.

Interdisciplinary collaboration:

You can apply computer science skills across engineering and applied science disciplines unique to Mines.

Career-focused preparation:

The non-thesis structure supports professional advancement and technical specialization for industry roles.

Median starting salary for recent program graduates $102,055. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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Additive manufacturing engineers are redefining how complex parts are designed, built and delivered. They’re finding new solutions to lightweight aerospace components, medical devices, energy systems and more, enabling customization at scale, shortening supply chains and taking prototype to production.

The Master of Science in Additive Manufacturing (Non-Thesis) at Colorado School of Mines prepares you to harness advanced 3D printing technologies to design, optimize and produce next-generation components for the next era of manufacturing. 

You’ll move up the problem-solving ladder, taking on greater responsibility and a more direct role in the technical decisions that shape product performance and production strategy. With hands-on experience with powder bed fusion, directed energy deposition, binder jetting and polymer printing, you’ll graduate with in-demand expertise in process optimization, material behavior and part qualification.

With a Professional Master’s in Additive Manufacturing from Mines, you’ll be ready to advance your career with in-demand skills that are challenging, valued and impactful.

Program Detail

In the Master of Science in Additive Manufacturing (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 report. The program is designed for students seeking professional practice or technical leadership roles rather than academic research careers.

Students are expected to have undergraduate preparation comparable to a degree in mechanical engineering, materials science, aerospace engineering, manufacturing engineering or a closely related field with strong foundations in materials and design

Core coursework emphasizes AM processes, design for additive manufacturing (DfAM), material behavior, process control and quality assurance with electives that allow you to tailor the degree toward metals, polymers, ceramics or application-specific manufacturing. An optional professional report enables deeper engagement with applied problems, industry-sponsored projects or process qualification studies.

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

Areas of Specialization

The Master of Science in Additive Manufacturing allows you to align your graduate training with the manufacturing challenges you want to address.

Metal Additive Manufacturing and Process Control

Prepare for roles focused on laser powder bed fusion (L-PBF), electron beam melting (EBM), directed energy deposition (DED), process parameter optimization and defect mitigation using advanced metal AM technologies.

Design for Additive Manufacturing and Topology Optimization

Develop expertise in generative design, lattice structures, multi-material design, support structure optimization and data-driven approaches to exploiting AM design freedom.

Materials Development and Qualification

Prepare for careers supporting new alloy development, material characterization, mechanical testing, microstructure analysis and certification pathways for AM materials through applied materials science.

Average starting salary for recent program graduates is $97,900. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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In today’s fast-changing tech landscape, organizations need leaders who can integrate technical knowledge with business strategy to stay competitive. The Master of Science in Engineering and Technology Management (Non-Thesis) at Colorado School of Mines prepares engineers and applied scientists to lead with confidence – backed by a powerful combination of analytics, technology and leadership training.

This one-year, accelerated non-thesis master’s program blends technical expertise with executive-level insight, equipping you to amplify your STEM foundation with in-demand skills in business strategy, project management and data-driven decision-making. You’ll examine the strategic use of technology and innovation to gain and sustain competitiveness in industrial economies with an understanding of the complexity and dynamism of modern high-technology enterprises, while sharpening your skills in quantitative analysis.

The Master of Science in Engineering and Technology Management (Non-Thesis) offers the flexibility and tools to advance your career, whether you're looking to manage teams, lead innovation, launch ventures or optimize operations. You’ll graduate ready to design, develop and deploy innovative strategies, products, services and systems and thrive across industries such as aerospace, energy, software, manufacturing, finance and more.

Program Detail

The Master of Science in Engineering and Technology Management (Non-Thesis) builds on a rigorous foundation of engineering principles and business analytics, bridging the gap between technical expertise and executive decision-making. By integrating project management with strategic finance, the program develops the precision needed to lead technology-driven organizations. Specialized tracks include Operations and Supply Chain Management, Applied Economics, and Business Analytics.

You will master quantitative risk analysis and strategic technology management, enabling you to evaluate the financial viability of complex engineering projects and optimize global supply chains. Graduates develop the leadership acumen and data-driven decision-making skills required to manage multidisciplinary teams, ensuring that technical innovation translates into sustainable commercial success.

This 30-credit-hour program is designed for engineers and applied scientists who want to accelerate their careers into leadership roles. This program can be completed in one year, on campus or online. 

Program Opportunities

A High-Impact Technical Alternative to an MBA

Unlike a traditional MBA, the Master of Science in Engineering and Technology Management is designed exclusively for STEM professionals. You’ll enhance your technical foundation with executive-level business acumen, moving beyond general management to master the quantitative and strategic tools required for tech-driven industries. You’ll build quantitative strength and experience managing people, projects and technology while developing in-demand skills, such as strategic innovation management skills and data-driven decision-making. You’ll graduate with a cross-functional mindset and the ability to speak the language of both the engineering lab and the boardroom.

Industry-Aligned Curriculum and Accelerated Format

Our curriculum is built around high-demand tools within rapidly changing, competitive business environments and the skills global employers demand in technology, energy and manufacturing sectors. You’ll master predictive methodologies and project management alongside soft skills often overlooked in STEM programs, such as interpersonal communication and formal leadership. Most courses emphasize team-based projects rather than traditional exams, ensuring your work directly translates to your career, and flexible pacing enables you to earn your degree in as little as one year. We support full-time professionals, recent grads and career changers alike with on-campus options or a fully online, asynchronous format that offers career advancement without compromising quality.

Career Connection and Industry Access

Mines provides a direct pipeline to alumni and partners serving as senior leaders at top companies in aerospace, finance, energy, manufacturing and emerging tech. You’ll connect with our robust employer network through alumni panels, career fairs featuring hundreds of recruiting companies, on-campus speakers and personalized mentorship from faculty with deep industry expertise. Through the Executive Seminar Series each spring, you’ll engage with seasoned leaders from partners like Lockheed Martin, Kiewit and the National Laboratory of the Rockies, gaining their mentorship and insight into real-world business challenges.

Average starting salary for recent graduates of this program is $88,200. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

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