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Electrical Engineering

Minor

Delivery Options

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Fall 2027 Deadline

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

Why Electrical Engineering Minor?

Electrical engineering sits at the center of modern technology. From power systems and electronics to sensing and communication, electrical engineering principles shape how many engineered systems work today. An Electrical Engineering minor from Colorado School of Mines lets you add this high‑impact skill set to your bachelor’s degree without changing your major.

This minor is a strong choice if you want to better understand how hardware, signals, and electrical systems influence performance, reliability, and cost. It helps you think more holistically about the systems you design and use, especially when electrical components interact with mechanical, chemical, or computational elements. Employers value engineers and scientists who can work across disciplines and understand how electrical systems fit into larger designs—and this minor helps you do exactly that.

Program Overview

The Electrical Engineering minor provides a solid foundation in core concepts such as circuits, signals, and electronic systems. You gain hands‑on experience working with real hardware, learning how electrical components behave and how systems are designed, tested, and improved.

At Mines, electrical engineering is taught with an applied, problem‑solving focus. Courses emphasize practical skills, analytical thinking, and experimentation grounded in real engineering challenges. By adding this minor, you strengthen your bachelor’s degree with technical breadth that prepares you to collaborate more effectively across disciplines and contribute meaningfully to complex projects.

Program Options

The Electrical Engineering minor offers focused pathways that allow you to tailor the program to your interests.

Circuits and Electronics focus

Builds understanding of analog and digital circuits, electronic components, and system behavior used across modern electrical systems.

Signals and Systems focus

Explores how signals are represented, processed, and applied in sensing, communication, and control applications.

Minor/Major Pairings

Mechanical Engineering

Pairing electrical engineering with mechanical engineering strengthens your ability to design and control electromechanical systems. This combination supports work in robotics, manufacturing, and system‑level design.

Computer Science

This pairing helps you understand the hardware that supports software systems. It prepares you for work involving embedded systems, hardware‑software integration, and performance optimization.

Engineering Physics

Electrical engineering adds applied tools to a strong theoretical foundation. Together, these disciplines support advanced technology development and research‑driven roles.

Experiential Opportunities

A Mines student focused on assembling a small circuit board component in the laboratory

Hands‑on learning is central to the Electrical Engineering minor at Mines. You work in teaching labs that emphasize experimentation, measurement, and system troubleshooting, helping you build confidence working with electrical hardware and move smoothly from theory to practice.

You can also participate in undergraduate research with faculty on projects related to electronics, sensing, or system development. Student organizations focused on engineering design, robotics, and electronics offer additional opportunities to apply what you learn in collaborative, real‑world settings while strengthening teamwork and communication skills valued by industry.