Computer Science
Minor
Delivery Options
Fall 2027 Deadline
Priority: November 1
Regular: January 15
Late: April 1
Department
Why Computer Science Minor?
Computer science powers nearly every modern industry, driving how data is processed, systems are automated and software solutions scale. Employers are looking for engineers and scientists who understand how computing works under the hood and how to apply it to real technical problems.
At Colorado School of Mines, the Computer Science minor gives you a strong foundation in computational thinking, programming and problem solving. This minor helps you work more effectively with code, algorithms, and digital systems that show up across engineering and applied science. It is designed to complement technically focused majors and help you apply computing tools with confidence.
Adding this minor to your bachelor’s degree shows you can think logically, work with data and build solutions that scale. These skills are valuable across engineering, science, business and research and they continue to grow in importance as systems become more connected and data-driven.
Program Overview
The Computer Science minor introduces you to the fundamentals of computer science, including programming, algorithms, data structures and software development. It complements your primary major by equipping you with essential computational skills and problem-solving abilities applicable across various industries.
You’ll learn how to break down complex problems, design efficient solutions and implement them in code. Coursework emphasizes both conceptual understanding and hands-on practice. You gain experience writing and testing programs while developing habits that support long term maintainability and performance.
When you graduate, you add stronger computational confidence, logical problem-solving skills and software literacy to your bachelor’s degree, all of which support a wide range of technical careers.
Program Options
The Computer Science minor, offered through the Department of Computer Science, is designed to complement a wide range of majors and expand your technical skillset in meaningful ways. Whether you’re studying engineering, applied science, business or another discipline, this minor gives you a strong foundation in programming, algorithms and computational thinking—skills that are increasingly essential across industries.
- Core courses focus on programming fundamentals and computational thinking.
- Electives allow you to explore areas such as algorithms, systems or applied computing depending on availability and interest.
Minor/Major Pairings
Electrical Engineering:
Electrical engineers benefit from stronger programming and systems skills, particularly in controls, embedded systems, signal processing and smart grid technologies. The minor strengthens your ability to design and optimize software-driven hardware systems.
Chemical and Biological Engineering:
Process modeling, optimization and control systems all depend on strong computational tools. The minor supports work in process automation, computational modeling and data analysis in industrial and biotech settings.
Geophysics, Geological and Mining Engineering:
Mines’ strengths in earth and energy fields increasingly depend on computational modeling, simulation and large-scale data analysis. A computer science minor enhances capabilities in resource modeling, automation and geospatial analytics.
Mechanical Engineering:
Mechanical engineers increasingly rely on simulation, robotics and automation. A computer science minor enhances capabilities in modeling, controls, machine learning and autonomous systems.
Experiential Opportunities
Computer science at Mines emphasizes learning by doing. You can expect coursework that includes programming assignments, projects and collaborative problem solving. These experiences help you translate abstract ideas into working software.
Undergraduate research opportunities allow you to apply computing skills to problems in computer science and across campus. Projects may involve software development, data analysis, or computational modeling. Student clubs and competition teams focused on coding, robotics, and computing provide additional ways to build experience outside the classroom. Participating in these activities gives you additional opportunities to apply computer science skills in practical, team-based settings that mirror professional work.
Internships and industry sponsored projects further connect the minor to professional practice. The computer science minor helps you contribute meaningfully in roles where software and technical problem solving intersect.