Physics
Minor
Delivery Options
Fall 2027 Deadline
Priority: November 1
Regular: January 15
Late: April 1
Department
Why Physics Minor?
Physics explains how the world works at its most fundamental level. A Physics minor at Colorado School of Mines gives you a deeper understanding of the laws that govern motion, energy, matter and waves. It is a strong complement to a variety of majors and adds analytical depth to your bachelor’s degree.
Physics sharpens how you approach uncertainty, modeling and complex systems. Employers value this background because it signals strong quantitative skills, intellectual flexibility and the ability to learn new technologies quickly.
Program Overview
The Physics minor builds a solid foundation in classical and modern physics while emphasizing problem-solving and quantitative analysis. You explore topics such as mechanics, electromagnetism and waves, learning how physical principles are derived and applied.
At Mines, physics is taught with an applied learning mindset that supports engineering and scientific practice. Coursework emphasizes mathematical rigor, modeling and interpretation of results. This minor strengthens your bachelor’s degree by improving your ability to analyze systems, test assumptions and connect theory to real-world behavior.
Program Options
Classical physics focus:
Centers on mechanics, electricity and magnetism and wave behavior that form the backbone of many engineering applications.
Applied and modern physics focus:
Explores topics that connect physics principles to contemporary technologies and scientific challenges.
Experiential Opportunities
Many courses include laboratory work and computational projects where you test theory through experiment and simulation. You gain experience analyzing data, understanding uncertainty and communicating technical results.
You can also participate in undergraduate research with physics faculty, working on applied or theoretical projects that align with your interests. These experiences help you develop independence, technical confidence and a deeper appreciation for how physics informs engineering and science.