2027 Best Online Electrical Engineering Master's Programs at Nonprofit Universities
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Choosing an online electrical engineering master's program means balancing a credible credential with a schedule and price that work for you. Nonprofit universities can offer established engineering faculties, recognized institutional oversight, and flexible graduate formats.
The U.S. Bureau of Labor Statistics projects 7% employment growth for electrical and electronics engineers from 2024 to 2034, faster than the average for all occupations. This guide compares reputable online options, explains accreditation and costs, and helps working engineers assess whether a program fits their technical specialization and career goals.
Key Things You Should Know
- Prioritize institutional accreditation, a rigorous electrical or computer engineering curriculum, transparent tuition, and faculty access over nonprofit status or rankings alone.
- Strong online options include programs from public and private nonprofit universities such as Georgia Tech, The University of Texas at Austin, Purdue University, Arizona State University, NC State University, and Johns Hopkins University; formats and total costs differ substantially.
- Most master's programs require about 30 credits and can often be completed in 18 to 36 months part time; electrical engineers had a $111,910 median annual wage in May 2024, but a master's degree does not guarantee a particular role or salary.
Which Nonprofit Universities Offer the Best Online Electrical Engineering Master's Programs, and How Were They Selected?
The best online electrical engineering master's program is the one that matches your technical interests, budget, and professional constraints. A nonprofit university reinvests revenue into its educational mission rather than distributing profits to owners or shareholders. Both public universities and private nonprofit institutions can qualify, but nonprofit status alone does not establish academic quality.
The programs below are notable options for working engineers because they combine established engineering schools, online graduate delivery, recognizable institutional accreditation, and curricula relevant to current technical fields. Tuition and policies can change, so applicants should confirm current charges and state availability directly with each university before applying.
| University | Online degree or pathway | Typical strengths | Best fit |
| Georgia Institute of Technology | Online Master of Science in Electrical and Computer Engineering | Deep technical electives, research-university reputation, working-professional format | Engineers seeking advanced ECE depth and a large technical course catalog |
| The University of Texas at Austin | Online Master of Science in Electrical and Computer Engineering | Structured online graduate pathway and strong engineering brand | Students wanting a rigorous degree with an accessible published program price |
| Purdue University | Online Master of Science in Electrical and Computer Engineering | Systems, communications, power, and electronics course options | Professionals seeking engineering-school resources and specialization choice |
| Arizona State University | Online Master of Science in Electrical Engineering | Multiple engineering focus areas and established online operations | Students who value frequent online-course scheduling and advising infrastructure |
| North Carolina State University | Online Master of Science in Electrical Engineering | Engineering research strengths and courses designed for distance learners | Working engineers who need part-time study and technical electives |
| Johns Hopkins University | Online Master of Science in Electrical and Computer Engineering | Advanced professional coursework and experienced industry-facing faculty | Applicants able to invest more for a private nonprofit option |
Selection should begin with evidence a program can deliver the specialization you need, not a broad "best" label. Useful comparison criteria include institutional accreditation, graduate engineering reputation, program-level engineering accreditation where applicable, published credit requirements, asynchronous availability, total tuition, faculty credentials, and access to career or alumni resources.
Use this short evaluation process before narrowing your applications:
- Match at least five available electives to your target field, such as power systems, embedded systems, machine learning hardware, communications, controls, or microelectronics.
- Calculate the full estimated price by multiplying required credits by the current per-credit rate and adding mandatory university, technology, and distance-learning fees.
- Confirm whether courses are live, asynchronous, hybrid, or offered only in a fixed sequence that could delay completion.
- Ask whether online students receive the same degree title, transcript treatment, faculty instruction, library access, and career resources as campus students.
Why Choose a Nonprofit University for an Online Electrical Engineering Master's Degree?
A nonprofit university may be a sensible choice when you want a degree from an institution with a long-standing academic mission, established faculty governance, and recognizable regional or national reputation. Public nonprofit universities often have lower tuition than private nonprofit institutions, particularly for in-state students, while private nonprofit universities may offer smaller cohorts or more specialized professional programs.
Institution type is only one part of value. Compare the individual program's curriculum, learning design, fees, employer recognition, and student support. Engineers who are focused primarily on speed can also compare online 1 year masters programs, but an accelerated schedule is worthwhile only if it still offers the courses and workload support needed for advanced engineering study.
Nonprofit programs can be particularly attractive for employed engineers because many build courses around working professionals. Recorded lectures, evening sessions, predictable course rotations, and part-time enrollment may allow students to apply new concepts at work while progressing toward the degree.
Choose a different route if it better serves your objective. A campus program can make more sense for research-intensive students who need daily laboratory access, close thesis supervision, or a transition into doctoral study. A graduate certificate may be a lower-risk alternative for professionals who want targeted expertise without committing to a full master's degree.
What Accreditation Should an Online Electrical Engineering Master's Program Have?
Start with institutional accreditation. This means the university, rather than necessarily the electrical engineering degree itself, has been reviewed by an accrediting agency recognized by the U.S. Department of Education or the Council for Higher Education Accreditation. Institutional accreditation supports federal-aid eligibility and is an important legitimacy check for employers, future schools, and licensing bodies.
Before enrolling, verify these details with the university and, where relevant, your state licensing board:
- Whether the university holds current institutional accreditation and which recognized accreditor oversees it.
- Whether the specific engineering department or degree has ABET accreditation and whether that distinction matters for your intended licensure path.
- Whether the university is authorized to enroll online students in your state.
- Whether laboratory courses, proctored exams, residencies, or campus visits are required.
- Whether the online diploma and transcript use the same degree title as the campus program.
A common mistake is assuming that "accredited university" and "ABET-accredited graduate degree" mean the same thing. Ask for the exact accreditation status in writing and compare it to your employer's requirements, prospective doctoral programs, or state licensing rules.
Cost varies more by university and residency policy than by online delivery alone. National Center for Education Statistics data for 2023-24 show average graduate tuition and required fees of $12,596 at public institutions and $29,931 at private nonprofit institutions. Those are broad institutional averages, not electrical engineering program prices, so use them only as context rather than as a personal cost estimate.
Most online electrical engineering master's degrees require approximately 30 credits. Some public nonprofit programs advertise total tuition near $10,000 to $15,000 for a 30-credit online degree, while others charge substantially more; private nonprofit programs can cost considerably more depending on per-course pricing. The comparison below shows the cost elements that matter more than a headline tuition number.
| Cost component | Why it changes total cost | What to verify |
| Per-credit tuition | Usually the largest expense and may differ by residency or program | Rate for online graduate engineering students and number of required credits |
| Mandatory fees | Technology, registration, student service, and distance-learning charges can add up | Whether fees apply each term, per credit, or per course |
| Course materials and software | Simulation tools, hardware kits, textbooks, and computing needs may not be included | Required software licenses, equipment, and remote-lab expenses |
| Residency or travel costs | Hybrid components can create lodging and transportation expenses | Number, location, and timing of any required visits |
| Foregone earnings | Reducing work hours can exceed direct tuition costs | Course workload, employer flexibility, and part-time options |
Ask for a term-by-term estimate before accepting admission. Federal Direct Unsubsidized Loans and Grad PLUS Loans may be available to eligible graduate students, but borrowing should follow a realistic repayment plan rather than fill every available loan limit. Employer tuition assistance, professional-development funds, scholarships, veterans benefits, and installment plans can reduce out-of-pocket costs.
Applicants comparing engineering fields may also find the cost framework in this guide to the cheapest online civil engineering degree useful, although civil engineering curricula, licensure expectations, and laboratory requirements differ from electrical engineering.
Admissions standards vary, but most online electrical engineering master's programs expect a bachelor's degree in electrical engineering, computer engineering, a related engineering discipline, physics, mathematics, or another quantitatively demanding field. Programs designed for experienced professionals may weigh technical work history heavily, while research-oriented options may place more emphasis on prior coursework and academic preparation.
Applicants commonly need the following materials. Reviewing these early is useful because prerequisite gaps can take time to address:
- A completed graduate application and application fee where required.
- Official transcripts showing a relevant bachelor's degree and sufficient academic performance.
- Preparation in calculus, differential equations, linear algebra, circuits, programming, signals and systems, or other prerequisites specified by the program.
- A statement of purpose explaining technical interests, career goals, and readiness for online graduate study.
- Professional resume and, when required, recommendation letters.
- English-language proficiency documentation for applicants required to provide it.
- GRE scores only when the program requires or accepts them; many online engineering programs have made them optional or do not require them.
Do not assume a non-electrical engineering bachelor's degree prevents admission. Some schools admit applicants conditionally or require foundation courses first. However, those courses can increase cost and time to completion, so request a written prerequisite review before making an enrollment decision.
Most curricula combine foundational advanced work with a concentration, elective sequence, project, comprehensive exam, or thesis option. The table shows common specialization areas and the career interests they can support:
| Specialization area | Typical topics | Potential career relevance |
| Power and energy systems | Power electronics, smart grids, protection, renewable integration | Utilities, grid modernization, electrification, energy technology |
| Communications and signal processing | Wireless systems, digital signal processing, information theory | Telecommunications, aerospace, defense, connected devices |
| Controls, robotics, and automation | Control theory, sensors, embedded control, autonomous systems | Manufacturing, robotics, transportation, industrial automation |
| Microelectronics and VLSI | Integrated circuits, semiconductor devices, chip design | Semiconductor design, hardware development, electronic systems |
| Computer engineering and embedded systems | Embedded software, digital systems, hardware-software integration | IoT, medical devices, consumer electronics, defense systems |
Artificial intelligence is influencing electrical engineering work through intelligent sensing, edge computing, chip design, communications optimization, and automated control. Still, avoid choosing a program solely because it uses "AI" in course titles. Look for prerequisites, hands-on technical depth, and a coherent set of electives that build skills relevant to your intended role.
Students considering adjacent design disciplines can compare how delivery requirements differ in architecture programs online; unlike many electrical engineering master's programs, architecture pathways can involve distinctly regulated professional-degree and licensure requirements.
"Online" does not always mean fully asynchronous. The table helps distinguish formats that can look similar in marketing materials but create very different scheduling demands:
| Format | How learning is delivered | Who it may suit |
| Asynchronous online | Recorded lectures and weekly deadlines; some assessments may still be scheduled | Shift workers, traveling professionals, and students across time zones |
| Synchronous online | Live virtual classes at set times | Students who prefer real-time discussion and can protect regular class hours |
| Hybrid | Online coursework with periodic campus, lab, or residency requirements | Students who need hands-on facilities and can travel |
| Mostly online with proctored exams | Remote instruction with scheduled online or local testing arrangements | Students comfortable with structured assessment windows |
Ask for a sample semester schedule and the planned rotation for required courses. A low-cost program is less valuable if a required course is offered only once a year and conflicts with your work calendar. Students focused on a short completion window should compare course-load expectations with other online one-year master's programs before assuming acceleration is practical.
Do not underestimate workload. Advanced engineering courses often involve substantial problem sets, programming, simulations, design assignments, and group work outside scheduled instruction. Start with one course if you are returning to school after a long break or managing a demanding job.
Electrical engineering professionals developing machine learning and systems expertise may pursue online AI degrees to formalize advanced competencies in neural networks, automation, and intelligent systems design. These accessible programs enable engineers to deepen AI specialization while maintaining career progress, supporting advancement into roles requiring both electrical systems knowledge and machine learning application.
Program quality depends partly on what happens outside the learning platform. Online students should be able to reach instructors, receive timely technical feedback, access library databases and software, and connect with peers. The best fit is not necessarily the program with the most services; it is the one whose services you will realistically use.
During admissions conversations, evaluate support in practical terms rather than accepting broad claims about an "online community." Ask about these areas:
- Faculty office hours, response-time expectations, and whether courses are taught by tenure-line faculty, experienced practitioners, or both.
- Technical support availability during evenings and weekends, especially for simulation software and remote-access tools.
- Career services available to online graduate students, including resume review, employer events, and internship guidance.
- Access to engineering labs, remote laboratories, cloud computing, software licenses, and research opportunities.
- Student organizations, alumni networks, virtual professional events, and opportunities to collaborate with classmates.
- Disability accommodations, tutoring, writing support, and advising tailored to graduate students.
A common red flag is a school that cannot identify who teaches core courses or how online students access technical help. Another is a career office that serves only local campus students. Request examples of current online-student services and verify whether access continues after graduation.
An online electrical engineering master's degree can support advancement into more specialized technical, systems, design, research, management, or interdisciplinary roles. It is most useful when the coursework fills a skill gap relevant to an employer or target industry. Hiring decisions also reflect experience, portfolio quality, security-clearance eligibility where applicable, location, industry demand, and professional network.
The U.S. Bureau of Labor Statistics reported a median annual wage of $111,910 for electrical engineers in May 2024. This figure covers workers across education and experience levels, not only master's degree holders, and it should not be interpreted as an expected starting salary. It does indicate that electrical engineering remains a high-wage technical occupation with outcomes that can justify careful investment in advanced education.
| Potential role | Typical responsibilities | Master's degree value |
| Electrical design engineer | Designs and tests electrical systems, components, or products | Can deepen analysis, power, electronics, or systems expertise |
| Power systems engineer | Supports generation, transmission, distribution, protection, or grid modernization | Useful for advanced power systems and renewable-integration coursework |
| Controls or automation engineer | Develops control systems for industrial processes, equipment, or robotics | Can strengthen controls, embedded systems, and optimization skills |
| Communications engineer | Works with wireless, networking, signal-processing, or communications systems | May provide specialized theory and design preparation |
| Engineering manager or technical lead | Coordinates technical work, schedules, quality, and cross-functional teams | Helpful when paired with substantial engineering experience and leadership skills |
For a credible return-on-investment assessment, compare the program's full cost against the promotion, role-change, or technical mobility it could reasonably support in your situation. Ask your employer whether a particular specialization is valued, whether tuition benefits are available, and whether graduates from the school have moved into relevant internal roles.
Is an Online Electrical Engineering Master's Degree From a Nonprofit University Worth It?
An online electrical engineering master's degree can be worth the investment when it has a clear connection to your next career step: qualifying for a more technical role, moving into a growing specialty, preparing for doctoral study, or meeting an employer's education preference. A reputable nonprofit university can add confidence in institutional oversight, but the degree's value ultimately depends on curriculum relevance, total cost, your prior experience, and how well the format fits your life.
It may offer strong value for an engineer with a relevant bachelor's degree, employer support, and a targeted specialization plan. It may offer weaker value for someone who needs hands-on lab access unavailable online, has not identified a technical goal, or would need substantial debt without a realistic career benefit.
Before committing, use this final decision check:
- Define the specific role, technical domain, or capability you expect the degree to support within two to five years.
- Confirm that the required and elective courses directly support that goal.
- Compare the all-in cost, including fees and potential lost work time, with employer assistance and a conservative repayment plan.
- Verify accreditation, state authorization, online delivery requirements, and degree-title equivalence.
- Speak with current students, alumni, or employers when possible to test whether the program's format and reputation fit your target market.
Do not choose based on rankings, tuition, or brand recognition alone. The best option is the accredited nonprofit program that delivers the right technical depth at a cost and pace you can sustain. Professionals exploring other accelerated fields can also review the best online paralegal programs, though that career path has different coursework, credentials, and labor-market expectations.
Other Things You Should Know About Electrical Engineering
Usually, employers focus on the university, degree title, technical skills, projects, and experience. Many universities issue the same diploma for online and campus students. Confirm this policy with the school, and be ready to discuss the advanced coursework, design work, and tools you used.
Possibly. Some programs admit applicants from computer engineering, physics, mathematics, or related fields, often with prerequisite requirements. Applicants from unrelated majors may need substantial foundation coursework before beginning graduate classes.
Not always. Many professional online programs offer a coursework-only, capstone, or comprehensive-exam route, while others permit a thesis for students who can arrange research supervision. Review the graduation requirements because thesis availability can differ between online and campus pathways.
Many do. Programs often require a bachelor’s degree in electrical engineering or a closely related field from an ABET-accredited program, plus prerequisites such as circuits, signals, and calculus. Some schools admit non-ABET applicants conditionally and require leveling courses before full graduate status.
- What Financial Aid Offers Don't Tell You About the Cost of College | U.S. GAO https://www.gao.gov/blog/what-financial-aid-offers-dont-tell-you-about-cost-college
- Top Electrical Engineering Schools Ranked for 2025 - Delta Wye Electric https://deltawye.com/top-electrical-engineering-schools/
- Best Electrical Engineering Master's Degrees Online 2026 https://www.onlineu.com/degrees/masters-electrical-engineering
- Private Colleges Now Use Nearly Half of Tuition Revenue For Financial Aid https://www.nacubo.org/Press-Releases/2019/Private-Colleges-Now-Use-Nearly-Half-of-Tuition-Revenue-For-Financial-Aid
- Best Online Electrical Engineering Master's Degree Programs in 2025 https://www.onlinemastersdegrees.org/best-programs/engineering/electrical-engineering/
- 7 Best Online Electrical Engineering Degrees for Working Professionals https://www.masaischool.com/blog/7-best-online-electrical-engineering-degrees-for-working-professionals/
