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Colorado School of Mines logo on the side of a building

Why Mines?

Colorado School of Mines welcomes prospective students, industry partners, government and donors to advance our mission of protecting national security and global resilience, from critical mineral supply chains to advanced manufacturing and next-generation energy technologies.

As a right-sized, focused public R-1 engineering and STEM powerhouse, Mines combines academic rigor, top-tier research and industry-sponsored experiential learning. Our faculty, alumni and students garner the trust and confidence of the world’s leading innovators — across the critical domains of Earth, energy, materials and space.

Together, we rally great minds and new technologies to engineer tomorrow and solve the world’s most pressing challenges.

Right-Sized

Colorado’s Focused Public R-1 Powerhouse

Mines is a uniquely specialized research university: small, agile and deeply collaborative. With the scale of an R-1 and the cohesion of a tight-knit technical campus, Mines is built for lasting societal impact.

Right Purposed

Earth, Energy, Materials and Space

The Mines community awakes each day set on advancing our understanding of the fundamental resources and technologies that power society. From critical minerals and advanced materials to clean energy, water, infrastructure and space systems.

Right Aimed

Driving Solutions for National Security and Global Resilience

Mines research advances the technologies that strengthen U.S. security and competitiveness—from critical materials and energy security to advanced manufacturing, critical supply chains, quantum, geoscience and aerospace systems.

Right Fit

A Hands-On, Experience-Rich and Mentored Education

Mines students graduate with the practical experience, technical depth and problem-solving mindset demanded by today’s industries. Mines prepares you to lead—in labs, in the field and in the industries shaping America’s next century.

Mines President Paul C. Johnson and Maybell Quantum CEO Corban Tillemann-Dick discuss the Maybell Big Fridge currently in the final stages of qualification in a space inside the Labriola Innovation Hub on the Mines campus.

America’s #3-Ranked School for ROI

Top 10 - Most Heavily Recruited Engineering Graduate

America's Agile STEM/Engineering School

Researchers working with a thin-film deposition and surface characterization system for materials research

Fast-Moving Majors

Mines adapts its programs at the speed of industry, updating majors and concentrations to match emerging technologies, new markets and national priorities. Students graduate with skills shaped for where engineering will lead — tomorrow and into the future.

This image shows students collaborating on a technical project, with one person typing on a laptop while the other observes.

AI/Machine Learning Driven

From data-driven design to intelligent systems and digital twins, Mines weaves AI and machine learning into the core of engineering education and research, preparing graduates to lead in a world where every discipline requires computational skills.

A technician measuring metal components while wearing protective equipment

Talent Pipeline

Close partnerships with industry, national labs and government agencies create a robust pipeline of future-ready engineers. Mines graduates enter the workforce with hands-on experience, modern tools and the practical agility organizations depend on.

Prototype and Demo Culture

Students Henry Bryndal, Matthew Dyer and Mathew Grossman work on a Capstone Design project focused on restoring a six-axis motion racing simulator for use in automotive classes and for Formula SAE.
Field and Capstone Industry Projects

Mines students immerse themselves in real industry challenges —bringing engineering to life through fieldwork, site-based research and industry-sponsored capstone projects.

Two Mines students kneeling down in from of 3D printers to confirm the output is correct.
Makerspaces and Shops

From rapid prototyping to advanced fabrication, the Labriola Innovation Complex gives students the tools, space and expert guidance to turn ideas into working solutions.

2023 Spring Capstone Design with Mines students showcasing their robot design.
Team Competitions

At Mines, you will join teams and learn to innovate under pressure, collaborate across specialties and push technical boundaries through discipline-specific design challenges and intercollegiate engineering competitions.

Colorado: Adventureland

Mines students standing on top of mountain

Mines and Colorado's Innovation Partners

  • Money
  • Forbes
  • Track Field
  • Geogetown
  • US Track & Field

Connect with Colorado's Innovation Future

Drone image of Colorado School of Mines campus

Front Range Corridor

Mines joins with peers and partners across the Front Range innovation corridor to accelerate research—positioning Colorado as a core national security asset comprised of R-1 universities, national labs, startups and global technology companies.

A researcher in a lab setting working with scientific machinery

Mines + National Laboratories

Deep partnerships with leading national laboratories connect Mines researchers and students to high-impact projects in energy, materials, security, geoscience and advanced manufacturing.

A group of students displaying their student-built engineering project of a Mars rover prototype

Industry Leaders in Mining, Construction, Infrastructure and Energy

Through long-standing alliances with industry leaders, Mines drives applied research and real-world solutions that strengthen the nation’s mining, engineering, construction, infrastructure and energy sectors.