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Electrical Engineering (Non-Thesis)

Professional Master's

Delivery Options

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Fall 2026 Deadline

Campus
Domestic: August 1st
International: March 1st

Online
Fall I & II (August 19 start): August 1st
Fall III (October 22nd start): October 1st

Program Overview

The Electrical Engineering online professional master’s program at Colorado School of Mines is a flexible, industry‑aligned degree designed for engineers who want to advance their careers without stepping away from work. This applied, non‑thesis master’s degree builds on your bachelor’s degree by deepening technical expertise while strengthening your ability to design, analyze, and manage complex electrical systems.

The curriculum is shaped with input from industry to ensure relevance in a fast‑moving field. You develop practical skills in areas such as information and systems sciences, microwave engineering, and power and energy systems, preparing you for advanced technical and leadership roles. Coursework emphasizes real‑world problem solving, project‑based learning, and systems‑level thinking rather than academic research.

Electrical engineering continues to play a critical role across industries including energy, communications, automation, and advanced manufacturing. Employers seek engineers who can adapt quickly, integrate new technologies, and deliver solutions at scale. Mines stands out by offering a stackable credential model that allows you to earn graduate certificates on the path to a professional master’s degree, giving you flexibility and control over the pace and direction of your education.

This program is a strong fit if you want to sharpen job‑ready skills, expand into new technical areas, or move toward leadership while balancing professional commitments.

Program Details

The Electrical Engineering online professional master’s program is a coursework‑focused, non‑thesis degree completed by stacking three online graduate certificates. There is no research or thesis requirement. Instead, the program emphasizes applied learning, design projects, and industry‑relevant case studies.

To earn the professional master’s degree, you complete the following online graduate certificates:

  • Information and Systems Sciences
  • Microwave Engineering
  • Power and Energy Systems

Each certificate is designed to stand on its own while also contributing directly to the master’s degree. This structure allows you to build expertise incrementally and apply what you learn immediately in your professional role.

Courses are taught by teaching professors, professors of practice, and industry professionals. You engage in project‑based coursework delivered in an online format that supports collaboration, practical application, and flexibility for full‑time work schedules.

The Electrical Engineering professional master’s program is offered fully online.

Program Opportunities

Stackable credentials and flexible pathways

Earn graduate certificates that stack toward the professional master’s degree, allowing you to progress at your own pace and focus on areas aligned with your career goals.

Project‑based online learning

Courses emphasize applied projects that mirror real engineering challenges, helping you translate theory into practice in a virtual learning environment.

Industry‑aligned curriculum

Course content reflects current and emerging workforce needs through ongoing engagement with industry professionals and applied engineering practice.

Program Faculty

Meet three experienced educators and industry leaders who prepare students to advance their careers through applied learning in power systems, communications and information technologies.

 

Qiuhua Huang profile picture

Qiuhua Huang

Associate Professor

Yamuna Phal profile picture

Yamuna Phal

Asst Professor

Katie Johnson profile picture

Katie Johnson

Professor

Application Requirements

  • Bachelor's degree

  • GRE: Not Required

  • Letters of Recommendations (3 letters).
    Letters are not required for professional masters if GPA is below 3.0. Not required for certificates

  • Resume or Curriculum Vitae (CV)

  • Statement of Purpose

  • Transcripts

  • International students please review the English proficiency requirements

Program Curriculum

View Academic Catalog

World-Class Labs, Centers & Facilities

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Antennas, RFID and Computational Electromagnetics Group

The Antenna, RFID, & Computational Electromagnetics (ARC) Lab is equipped with advanced antenna test equipment, RFID development kits and computers with GPUs that can handle fast electromagnetic simulations and designs. Research in this lab, which also includes an antenna chamber that can perform far-field and near-field measurements, is led by Professor Atef Elsherbeni.

A man sitting at a desk in front of a computer.
Power, Intelligence and Computing Lab

The Power, Intelligence and Computing (PIC) Lab works to enable and accelerate electricity-centric energy system digitalization and decarbonization through convergence of physics, AI, computing and control. Led by Associate Professor Qiuhua Huang, the research group focuses on power system modeling and simulation, AI for power and energy systems, and electrification.

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Electronics Discovery Center

The Electronics Discovery Center is a state-of-the-art electronics laboratory open to electrical engineering students of all levels. Located in the heart of the Electrical Engineering Department in Brown Hall, this newly renovated, student-centered space is designed for hands-on learning, collaboration and innovation. Use the lab to complete coursework, pursue independent research, prototype new ideas and bring Capstone Design projects to life. With roughly half of all Capstone Design projects each year involving electrical engineering students, the Electronics Discovery Center serves as a hub where classroom concepts become real-world solutions.

Career Outlook

Average starting salary for recent program graduates $96,600. Learn more about Mines' comprehensive career development resources and this degree's salary potential.

Explore Mines Career Center

Employers who seek Mines graduates include

Energy and utilities

Companies such as Xcel Energy, Duke Energy, Southern Company, NextEra Energy, Bonneville Power Administration

Technology and electronics

Companies such as Intel, NVIDIA, Texas Instruments, Analog Devices, Qualcomm

Aerospace and defense

Companies such as Lockheed Martin, Northrop Grumman, Raytheon, Boeing

Engineering and consulting

Companies such as Black & Veatch, Burns & McDonnell, AECOM, Jacobs

Manufacturing and automation

Companies such as Siemens, ABB, Schneider Electric, General Electric

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Frequently Asked Questions

What is the value of an online professional master’s degree in electrical engineering?

An online professional master’s degree in electrical engineering provides advanced, applied technical training without requiring a thesis or full‑time campus residency. The program is designed to help you deepen expertise in electrical systems while continuing to work professionally.

Through this degree, you:

  • Strengthen advanced technical skills in systems, power, microwave, and information sciences
  • Gain practical experience through project‑based coursework rooted in real engineering challenges
  • Build leadership‑ready capabilities for roles requiring systems‑level thinking and technical judgment
  • Earn a graduate credential from Colorado School of Mines that reflects applied engineering rigor

This degree is especially valuable if you want to advance technically, expand responsibilities, or move into leadership without stepping away from your career.

How do stackable credentials work in this program?

This program uses a stackable credential model built around online graduate certificates. Each certificate can be completed independently and also counts directly toward the professional master’s degree.

In this program:

  • You complete three approved online graduate certificates
  • Each certificate develops focused expertise in a specific technical area
  • Certificates stack seamlessly into the master’s degree without duplication

This structure allows you to progress at your own pace, apply learning immediately on the job, and decide how far you want to go academically as your career evolves.

What types of roles can this degree prepare me for?

This degree prepares you for advanced technical and leadership‑oriented roles that require strong systems knowledge and applied engineering judgment.

Graduates commonly pursue roles such as:

  • Electrical or systems engineer
  • Power or energy systems engineer
  • Communications or microwave engineer
  • Technical lead, senior engineer, or engineering manager

The program is particularly well suited for professionals who want to move beyond task execution into roles involving design authority, system integration, or technical decision‑making.

Which industries hire electrical engineering professionals with advanced training?

Electrical engineers with advanced, applied training are in demand across industries where performance, reliability, and system integration are critical.

Industries that commonly hire graduates include:

  • Energy and utilities
  • Electronics and semiconductor technology
  • Aerospace and defense systems
  • Manufacturing and industrial automation
  • Engineering consulting and technical services

The skills developed in this program translate across sectors that rely on complex electrical systems and large‑scale engineering solutions.

Is this program suitable if I want to avoid research and thesis writing?

Yes. This is a professional, non‑thesis master’s degree designed specifically for engineers who want applied expertise rather than research training.

Instead of a thesis:

  • You complete coursework‑driven certificates

  • Learning is reinforced through applied projects and case studies

  • Skills focus on design, analysis, and real‑world application

If your goal is career advancement, technical specialization, or leadership preparation rather than academic research, this program is a strong fit.

Featured Alumni

Profile photo of Brett Shearer, MS '22, Electrical Engineering program graduate.

Brett Shearer, '22 Electrical Engineering

"If you are interested in Electrical Engineering (EE), Mines will give you a first-rate EE education and prepare you for anything you could want to do in the field. I would also strongly encourage any student to actively participate in the Mines and EE communities. If you genuinely participate and become part of the community, you will have a list of great experiences, great friends and great mentors on top of a great education!"