The Best Online Master’s in Electrical Engineering Programs

Overview

Earning an online master’s in electrical engineering enables students to deepen their expertise in areas such as circuits, power systems, telecommunications, embedded systems, and signal processing. These programs help engineers strengthen their analytical, technical, and project management skills, preparing them for advanced roles in research, product development, systems design, and emerging technology sectors.

Most online electrical engineering programs require approximately 30–33 credit hours and can often be completed in one to two years of full-time study. According to data from the National Center for Education Statistics (NCES), the average graduate tuition in the United States for the 2023–24 academic year is $23,654, although actual costs vary significantly by institution and program format. Graduates with advanced training in electrical engineering frequently qualify for senior engineering, supervisory, and managerial positions, many of which offer median salaries above $100,000 per year.

How to Choose an Online Master’s in Electrical Engineering Program

1. Identify your academic and career goals

Your first decision is choosing the degree type. Online electrical engineering programs are typically offered as a Master of Science (MS) or a Master of Engineering (MEng). While both cover advanced engineering principles, MS programs often emphasize research and theory, making them ideal for students considering doctoral studies or academic roles. MEng programs tend to focus on applied skills and professional practice, appealing to engineers seeking advancement in industry settings. Some universities also offer dual-degree options, such as an engineering master’s paired with an MBA, though these require a longer academic commitment.

Students may also choose a concentration area. Common focus areas include wireless communication, circuits and systems, computer engineering, robotics, power systems, and bioengineering. If you have a specific career path in mind, look for programs with concentrations that closely match your professional goals.

2. Verify accreditation and evaluate program quality

Select programs offered by regionally accredited institutions to ensure academic quality and eligibility for federal financial aid. For engineering programs, ABET accreditation is especially important, as it is widely recognized in the engineering profession and may be required for licensure or certain industry roles.

As you explore schools, consider factors such as online learning format (synchronous vs. asynchronous), access to laboratory facilities or virtual labs, student support services, faculty expertise, and career development resources. You may also want to ask whether online learners receive the same advising, tutoring, and technical support as on-campus students.

3. Review application requirements

Admission requirements vary by program. Some schools set minimum undergraduate GPA thresholds and require GRE scores, while others are test-optional. Typical application materials include official transcripts, letters of recommendation, a resume or CV, and a personal statement highlighting your academic background and engineering interests. Deadlines may differ across institutions, so begin gathering materials early and verify requirements with an admissions counselor.

4. Compare your options and select a program

After applying, compare your offers based on curriculum structure, faculty expertise, cost, scheduling flexibility, and alignment with your career goals. Consider whether a full-time or part-time format works best for your schedule, and whether you prefer a fully online program or a hybrid option with occasional in-person requirements. Some programs rely heavily on asynchronous coursework for flexibility, while others offer synchronous lectures that allow real-time interaction. Choose the program that best fits your learning preferences, professional objectives, and timeline.

5. Explore financial aid and tuition support

Graduate tuition varies widely, and engineering programs can be especially competitive when it comes to institutional scholarships. Students can begin by completing the Free Application for Federal Student Aid (FAFSA) to determine eligibility for federal loans, work-study programs, or need-based aid. Although funding at the graduate level is more limited, some programs offer assistantships, fellowships, or employer tuition reimbursement opportunities. Contact the financial aid office at each institution to understand available options and plan for the total cost of attendance.

What to Expect from an Online Master’s in Electrical Engineering Program

An online master’s in electrical engineering enables students to develop advanced technical and analytical skills in areas such as circuits, power systems, digital communications, control systems, electromagnetics, and embedded computing. Most programs require 30–33 credit hours and can be completed in one to two years of full-time study, though part-time options allow working professionals to extend the timeline.

Coursework typically combines theoretical foundations with hands-on problem-solving to prepare students for the complex engineering challenges they will face. Students may take classes in signal processing, microelectronics, renewable energy systems, wireless networks, machine learning applications in engineering, or VLSI design. Some programs also incorporate research components, design projects, or a thesis option for students interested in academic or research careers.

Because engineering often involves laboratory and simulation work, online programs commonly use virtual labs, specialized software packages, and remote-access equipment. In some cases, students may be required to complete limited on-campus sessions or coordinate access to labs at approved partner facilities. Additionally, many programs include a capstone project that allows students to apply engineering principles to real-world problems in industry or research settings.

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

An online master’s in electrical engineering prepares graduates for advanced roles across industries that rely on electrical systems, electronics, and emerging technologies. Engineers with graduate-level training may work in various fields, including power generation and distribution, telecommunications, semiconductor design, aerospace, defense, renewable energy, manufacturing, transportation, and healthcare technology. The degree also supports advancement into supervisory, project management, and senior engineering positions.

Below are sample career paths and their median annual salaries based on the most recent U.S. Bureau of Labor Statistics (BLS) data:

*These figures reflect U.S. Bureau of Labor Statistics (BLS) data as of the latest available reporting. Actual salaries vary by location, employer, and level of experience.

Online Master’s in Electrical Engineering Degree Frequently Asked Questions