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Why This Matters

  • ELECTRICAL ENGINEERS WITH MASTER’S DEGREES HAVE MANY CAREER PATHS

    The most popular specialty areas for electrical engineering students to pursue include electronics, microelectronics, signal processing, power, controls, telecommunications, instrumentation, and computer engineering

  • THE FIELD IS EXPECTED TO GROW BY 5% IN THE NEXT 10 YEARS

    According to the Bureau of Labor Statistics, the need for electrical engineers is expected to grow by 5% over the next ten years. Much of this is due to the rapid pace of technological innovation.

  • EARN 19.4% MORE PER YEAR WITH A MASTER’S DEGREE

    Generally speaking, graduates with a master’s degree earn an average of 19.4% more than those with only a bachelor’s degree, and the highest-paid positions in electrical engineering often require a master’s degree.

Our Research

Electrical Engineering is a science and math-related field, and the degree programs highlighted on our list generally award either Master of Science degrees or Master of Engineering in Electrical Engineering & Computer Science degrees. The programs represent a range of delivery methods including strictly online, strictly on-campus, and a combination of the two. Many of the online programs are available asynchronously, allowing distance learners to earn their degree on their own schedule, while those that represent hybrid programs of online and in-person classes are generally offered synchronously.

Accreditation of a Master’s in Electrical Engineering program is extremely important. Not only does it ensure a high-quality education that meets the rigorous standards of the accrediting agency, but in many cases, having graduated from an accredited program is required in order to qualify for certain positions at the federal level or professional examinations. All of the programs included here are fully accredited by one of the regional or professional accrediting agencies.

We evaluated each program on the basis of flexibility, faculty, course strength, cost, and reputation. Then we calculated the Intelligent Score for each program on a scale from 0 to 100. For a more extensive explanation, check out Our Ranking Methodology.

  • 68 hours to write this article
  • 173 universities and colleges we assessed
  • 243 education programs we compared

The Top 49 Master’s in Electrical Engineering Degree Programs

Best Master's in Electrical Engineering Degree Programs
01
Intelligent Pick
South Dakota School of Mines and Technology
01
Best Alumni Network
Texas A&M University Kingsville
01
Best Accelerated Curriculum
Michigan Technological University
01
Best Research Facilities
University of North Texas
01
Best Ph.D. Track
University of California, Berkeley
01
Best Public Research University
University of Colorado Boulder
01
Best in the Southeast
NC State University
01
Best in the Midwest
Purdue University
01
Best Private Research University
Stanford University
01
Best in the South
Electrical and Computer Engineering - Missouri S&T
01
Best Telecommunications Focus
New Jersey Institute of Technology
01
Best in the Northeast
NYU Tandon School of Engineering
01
Best Funded Research Opportunities
Stevens Institute of Technology
01
Best in the West
UCLA
01
Most Innovative Curriculum
University of Wisconsin-Madison
01
Best College of Engineering
Auburn University
01
Best for Working Professionals
Clarkson University
01
Best Non-Thesis Option
Clemson University
01
Best Mentorship Program
Colorado State University
01
Best Ivy League Program
Columbia University
01
Most Experienced Faculty
Drexel University
01
Best Specialization Options
George Washington University
01
Best Microelectronics Focus
Illinois Institute of Technology
01
Best Phototonics Focus
Johns Hopkins Engineering for Professionals
01
Best Non-GRE Program
Massachusetts Institute of Technology
01
Best for International Students
University of Arkansas
01
Best Research Labs
University of Cincinnati
01
Best Student Support Services
University of Southern California
01
Best Technical Proficiency Emphasis
The University of Texas at Arlington
01
Best Polytechnic Institution
Worcester Polytechnic Institute
01
Best in the Northwest
Washington State University
01
Best Mid-Sized University
New Mexico State University
01
Best Robotics Focus
Rochester Institute of Technology
01
Best Thesis Option
University of South Carolina
01
Best for Research Opportunities
Texas A&M University Engineering
01
Best Interdisciplinary Program
Temple University
01
Best Thesis-Optional Program
Texas Tech University
01
Best Faculty
Tufts University
01
Best Financial Support
University of Idaho
01
Most Flexible
University of Michigan-Dearborn
01
Best Biomedical Systems Focus
University of South Florida
01
Most Affordable
The University of Texas at San Antonio
01
Best Full-Time Program
Western New England University

Discover More Options

What You Should Know About This Degree

Engineering is a field that requires creativity, problem-solving skills, and an aptitude for math. But there are many different types of engineers, and there is a significant difference between mechanical engineers and electrical engineers. While electrical engineering is dedicated to the generation of power, whether that is developing new ways of using electricity or other energy sources or troubleshooting problems or inefficiencies, mechanical engineers focus on power’s application — they get parts, motors and components to act in a certain way.

Electrical engineers and mechanical engineers often work for the same companies and on the same projects and often share similar skills. The curriculum for a master’s degree in electrical engineering often overlaps that of the curriculum for a Master’s degree in mechanical engineering.

Each academic institution makes its own decision as to which accrediting agency it works to meet the requirements of, but it is essential for any program offering a Master’s in Electrical Engineering degree program to be accredited. One of the most highly-respected accrediting agencies for this type of program is ABET, or the Accreditation Board for Engineering and Technology.

There are over 40 different national certifications available for electrical engineers, ranging from certificates in residential electronics to certification in critical infrastructure protection. Some are related specifically to military occupational specialties and other industrial settings. Choosing the core and advanced certifications appropriate for you to pursue will depend upon the industry you plan to work within.

What’s Next?

Here are some questions to ask when researching Master’s in Electrical Engineering programs:

  • Am I eligible for this program? Admission to most Master’s in Electrical Engineering programs requires a four-year bachelor’s degree in a STEM or related field from an accredited institution in the United States or similarly accredited international program. Applicants will most likely need a minimum GPA of 3.0 out of 4.0, though some programs may have more demanding expectations. Students will need to submit transcripts sent directly to them from the colleges and universities that they have attended. Some schools may require the GRE (Graduate Record Examination), and international applicants will likely need to submit scores for the TOEFL (Test of English as a Foreign Language). Letters of recommendation, a resume, and a personal essay or statement are also likely to be required.
  • How long does it take to complete this degree online? Most Master’s in Electrical Engineering degrees require at least 30 credits to graduate, though some require as many as 45. Students attending schools requiring just 30 credits are generally able to complete the program within one year if they are studying full time, while students pursuing part-time or online programs generally take two to three years to complete the program.

Admission into a Master’s program in Electrical Engineering is extremely competitive, so it is important that those pursuing this path pay attention to the deadlines set out by each of the programs and adhere to them meticulously.

Financing your studies for a Master’s in Electrical Engineering can be a challenge. The programs generally cost a minimum of $15,000 for an online program, and can go higher than $50,000 for an in-person program. Those seeking financial assistance can look to federal and state scholarships and loans as well as tuition reimbursement from employers. By filling out the Free Application for Federal Student Aid, you will give yourself a sense of how much financing you are eligible for and how much you will need.