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Engineering Physics

Minor

Delivery Options

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Fall 2027 Deadline

Priority: November 1
Regular: January 15
Late: April 1

Department

Why Engineering Physics Minor?

Engineering physics sits at the intersection of theory and application. An Engineering Physics minor from Colorado School of Mines gives you a deeper understanding of the physical principles that drive modern engineering systems, from materials and mechanics to electronics and optics.

This minor strengthens your ability to model, analyze and solve complex problems that do not fit neatly into a single discipline. By pairing fundamental physics with engineering applications, you gain insight that helps you adapt to new technologies and evolving industries. Employers value this flexibility because it signals that you can move comfortably between theory and practice and tackle problems with rigor and creativity.

Program Overview

The Engineering Physics minor builds a solid foundation in core physics concepts while emphasizing their use in engineering contexts. You develop advanced analytical skills, learn how to create and test models and apply physics principles to real systems.

At Mines, physics is taught with an applied mindset that aligns naturally with engineering and applied science majors. This minor enhances your bachelor’s degree by sharpening quantitative reasoning, strengthening problem-solving abilities and preparing you to work on technically challenging projects that demand a deep understanding of how systems behave.

Program Options

This minor is housed in the Physics Department.

Applied physics focus

Emphasizes using physics principles to solve engineering problems in areas such as materials, mechanics and electronics.

Advanced modeling and analysis focus

Centers on mathematical modeling, simulation and analytical techniques used across engineering and research settings.

Experiential Opportunities

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Hands-on learning is a key part of the Engineering Physics minor. Many courses include lab work and computational projects that connect theory to measurement and real systems. You gain experience analyzing data, validating models and understanding sources of error.

You can also participate in undergraduate research with physics faculty, working on projects that span applied physics and engineering. These experiences build technical confidence and expose you to open-ended problems similar to those you will encounter in industry or graduate study. Student organizations and interdisciplinary project teams provide additional ways to apply physics in practical settings.