Electrical Engineering

Learn how to design, program and fly a drone to map land or monitor a wildfire. Build a cube-sat to collect and download information from space. Design and integrate renewable energy systems for the future power grid. Or develop a wireless system to control the lights and appliances in your home from your smart phone. You can do all of this and more when you earn your master’s degree in electrical engineering at ÃÛÌÒÓ°Ïñ.

Our nationally and globally recognized faculty have research expertise in areas such as wireless sensor networks, renewable energy, unmanned aeronautical systems and engineering in extreme environments — just to name a few. A variety of research  and internship opportunities are also available with ÃÛÌÒÓ°Ïñ-based industries and federal agencies such as NASA, DOE and NREL.

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Why Earn Your Electrical Engineering Master’s Degree at ÃÛÌÒÓ°Ïñ?

ÃÛÌÒÓ°Ïñ's M.S. in electrical engineering program is one of the lowest cost graduate programs in the nation, offering research opportunities that rival the top engineering universities. We also offer exceptional opportunities to gain real-world problem-solving experience that will set you apart in your field and give you an edge in the job market. 

Get valuable experience with real-world equipment and systems

  • Design drive systems for land- and air-based electric vehicles and other renewable energy systems; design and program a microcomputer with biosensors to monitor an astronaut or locate and assess the health of a trapped miner; or analyze data to simulate and study the Aurora.

Learn from faculty with diverse research expertise

  • Faculty areas of expertise include wireless sensor networks, embedded systems, wireless communications, unmanned aeronautical systems, space systems, waves and space physics, electrical power systems and machines, renewable energy, microgrids, and engineering in extreme environments.

Get specialized training for careers in ÃÛÌÒÓ°Ïñ and the far North

  • Our location just 200 miles south of the Arctic Circle offers opportunities to gain specialized experience that’s highly sought after by employers. ÃÛÌÒÓ°Ïñ is also home to the only and other state-of-the-art instructional laboratories with industry-level equipment, providing a world-class environment for research related to auroral activity, remote sensing, remote microgrids, and engineering in extreme environments.

Pursue unique course options

  • Some of our electrical engineering master’s degree courses explore topics such as aeronautical engineering; renewable and sustainable energy systems with emphasis on remote microgrids; power electronics design and electric drives; and wireless sensor networks for biomedical, environmental and extraterrestrial applications.

Benefit from personalized advising and mentorship

  • With approximately a 3:1 student-to-faculty ratio, ÃÛÌÒÓ°Ïñ's master’s in electrical engineering program allows for more quality time working with faculty and advisors both in the classroom and on research. Our faculty are also great at leveraging their experience to connect students with graduate internship opportunities and advise on different career pathways.

 

 

What Can You Do With a Master’s in Electrical Engineering?

When you earn your electrical engineering degree at ÃÛÌÒÓ°Ïñ, you can count on getting a job: 100% of our program alumni are employed (or pursuing their Ph.D.’s) within one month of graduation. Some are even hired and begin employment while finishing their thesis or project. Completing your master’s degree will also help you get promoted faster and earn a higher starting salary.

 

 

Get Started on Your Electrical Engineering Master’s Degree

Take the next step toward earning your M.S. in electrical engineering. We have the resources to help you get started.