2026 Best Online Electrical Engineering Degrees for Veterans
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Choosing an online electrical engineering degree as a veteran means balancing accreditation, VA benefit coverage, lab requirements, transfer credit, and career return. The stakes are real: the U.S. Bureau of Labor Statistics reported a May 2024 median annual wage of $111,910 for electrical engineers, but program quality and fit can strongly affect access to those roles.
This guide is for veterans, active-duty service members, reservists, and military spouses comparing online options. You will learn how these programs work, what to verify before enrolling, and how to choose a degree that matches your benefits, schedule, and career goals.
Key Things You Should Know
- For veterans seeking engineering roles, ABET-accredited online bachelor's programs are usually the safest choice because many employers, graduate schools, and some professional engineering pathways prefer or require ABET-recognized engineering education.
- Post-9/11 GI Bill benefits can cover public in-state tuition at eligible schools and up to $29,920.95 for private or foreign schools for the 2025-2026 academic year, but online-only housing payments differ from campus-based enrollment.
- The strongest programs combine flexible online delivery with real engineering labs, veteran advising, transfer-credit reviews for military training, and career support tied to power systems, electronics, controls, semiconductors, defense, energy, and embedded systems.
What makes an online electrical engineering degree veteran-friendly and how do these programs work?
A veteran-friendly online electrical engineering degree is not just a degree offered on the internet. It is a program designed to help students with military experience complete a rigorous engineering curriculum while managing relocation, work shifts, deployments, VA paperwork, and family responsibilities.
Electrical engineering focuses on the design, analysis, testing, and improvement of systems that use electricity, electronics, signals, and electromagnetics. Online programs usually deliver lectures, assignments, simulations, and exams through a learning platform, while labs may use mailed lab kits, remote instrumentation, simulation software, short campus residencies, or approved local lab arrangements.
The most important veteran-friendly features are those that reduce friction without weakening engineering quality. Before comparing brand names, look for the following characteristics:
- ABET accreditation or a clear accreditation pathway: This matters most for bachelor's-level engineering programs, especially for students who may later pursue licensure, defense engineering roles, or graduate study.
- Military transfer-credit evaluation: Strong schools review Joint Services Transcript, Community College of the Air Force, CLEP, DSST, and prior college credits, but they should be transparent about which credits apply to engineering requirements.
- Flexible pacing: Asynchronous courses, multiple start dates, part-time plans, and stop-out policies can help veterans avoid losing progress when life or service obligations change.
- Dedicated veteran support: A school certifying official, veterans center, military academic advisor, and benefits counselor can prevent costly enrollment or payment mistakes.
- Engineering-specific career services: Look for support with defense contractors, utilities, aerospace firms, electronics manufacturers, energy companies, and federal technical roles.
Online electrical engineering is best for veterans who are comfortable with math, self-directed study, and technology-heavy coursework. It may not fit students who need daily in-person structure, want extensive campus lab access every week, or are unsure whether they want engineering rather than a less math-intensive technology or IT path.
How can veterans use VA education benefits and military tuition assistance for online electrical engineering degrees?
Veterans can often use VA education benefits for online electrical engineering degrees, but the school and program must be approved for VA funding. The benefit strategy should be planned before enrollment because engineering degrees are credit-heavy, course sequences are strict, and retaking prerequisites can consume eligibility quickly.
The Post-9/11 GI Bill is the most common benefit for eligible veterans. At public institutions, it can cover in-state tuition and mandatory fees for qualifying students. At private and foreign institutions, VA's 2025-2026 academic-year cap is $29,920.95, and Yellow Ribbon participation may help cover additional tuition at participating schools.
Here is how the main military education funding options usually differ for electrical engineering students:
| Funding option | Who commonly uses it | Best use in an electrical engineering plan | Key caution |
| Post-9/11 GI Bill | Veterans and eligible dependents. | Covering tuition, fees, books, and housing support while completing a degree. | Online-only housing rates are different from in-person enrollment, and eligibility months can run out before completion if planning is poor. |
| Montgomery GI Bill | Some veterans with older benefit elections. | Students whose benefit calculation works better under Montgomery rules. | Compare carefully before switching benefits because some choices cannot be reversed. |
| Yellow Ribbon Program | Eligible Post-9/11 GI Bill students at participating schools. | Reducing out-of-pocket costs at private or higher-cost institutions. | Participation, award amounts, and seat limits vary by school and degree level. |
| Military Tuition Assistance | Active-duty service members and some reserve component members. | Completing prerequisites or lower-division courses before using GI Bill benefits. | Policies vary by branch, and TA is commonly capped at up to $250 per semester hour. |
| Vocational Readiness and Employment | Eligible veterans with service-connected disabilities. | Funding training tied to a documented employment plan. | Approval depends on individualized counseling and employment feasibility. |
Veterans should take a deliberate sequence before committing benefits. These steps can help avoid delayed payments, uncovered courses, or lost eligibility months:
- Confirm the institution and exact electrical engineering program are approved for VA education benefits.
- Ask whether the tuition rate is considered in-state, out-of-state, online, military, or program-specific.
- Request a written transfer-credit evaluation before registering for your first term.
- Meet with the school certifying official and ask how full-time enrollment is calculated for online engineering courses.
- Compare whether using tuition assistance first for prerequisites preserves GI Bill months for upper-division engineering courses.
- Check whether summer terms, lab residencies, or proctored exams create extra costs not covered by standard tuition.
If you are still active duty, ask your education office how engineering course loads fit your operational schedule. A single calculus-based circuit analysis course can require more weekly time than a typical general education class, so using benefits efficiently also means choosing a sustainable pace.
Which online electrical engineering degrees are best for veterans seeking ABET-accredited programs?
The best online electrical engineering degrees for veterans are usually ABET-accredited bachelor's programs with strong military support, transparent lab delivery, and realistic transfer pathways. ABET matters because it evaluates engineering programs against discipline-specific standards, including curriculum depth, faculty qualifications, continuous improvement, and student outcomes.
Online ABET-accredited electrical engineering options are more limited than general online business or IT degrees, so veterans should compare fit rather than rely only on rankings. Some students may also compare an electrical engineering degree with a mechanical engineering degree if they are deciding between electronics-heavy work and systems, manufacturing, thermal, or mechanical design careers.
The following program types are often the most practical categories for veterans comparing ABET-focused online options:
| Program type | Best fit for veterans who | What to verify | Possible trade-off |
| Fully online ABET-accredited BS or BSE in Electrical Engineering | Want the strongest alignment with engineering jobs and possible PE pathways. | ABET status for the exact campus, delivery mode, degree title, and graduation year. | May have strict math prerequisites and limited start dates for upper-division courses. |
| Online degree-completion electrical engineering program | Already have calculus, physics, programming, and lower-division engineering credits. | Transfer limits, residency requirements, and whether missing prerequisites delay entry. | Not ideal for students starting with few college credits. |
| Hybrid online electrical engineering program | Can travel occasionally for labs, exams, or short residencies. | Frequency, location, and cost of required in-person sessions. | Less flexible for deployed, overseas, or frequently relocating students. |
| ABET-accredited electrical engineering technology program | Prefer applied electronics, testing, field engineering, or technical operations roles. | Whether accreditation is through ABET's engineering technology commission rather than engineering commission. | May not be treated the same as an engineering degree for some PE, graduate, or design engineer roles. |
When evaluating specific schools, veterans should verify current ABET accreditation directly before enrolling because accreditation can vary by program name and campus. A university may have an ABET-accredited on-campus electrical engineering program while its online version, engineering technology program, or newly launched pathway has a different status.
For many veterans, the "best" program is the one that satisfies four conditions at once: ABET status, affordable net cost after benefits, workable lab logistics, and a course plan that accepts meaningful prior credit without pushing graduation too far out.
What admission requirements do online electrical engineering programs have for veterans and active-duty service members?
Online electrical engineering admissions are usually more demanding than many online bachelor's programs because the curriculum depends on calculus, physics, programming, and sequential engineering courses. Veterans may bring strong technical experience, but schools still need evidence that applicants are prepared for college-level math and science.
Typical undergraduate admission requirements include a high school diploma or equivalent, transcripts from all colleges attended, and proof of readiness for calculus. Transfer and degree-completion programs may require specific prerequisite courses before students can begin upper-division engineering work.
Veterans and active-duty applicants should expect schools to review several academic and military records. The most common requirements include:
- Official transcripts: Schools normally require high school, community college, university, and military-related transcripts.
- Joint Services Transcript or CCAF transcript: These may support elective, technical, or lower-division credit, but they rarely replace advanced engineering design courses.
- Math placement or prerequisite proof: Calculus readiness is critical because circuits, signals, controls, and electromagnetics build on it.
- Prior GPA review: Competitive programs may set minimum GPA expectations, especially for transfer admission into engineering majors.
- English proficiency documentation: This may apply to applicants whose prior education was not completed in English.
- Military documentation for benefits: Students using VA or military funding may need a Certificate of Eligibility, TA authorization, or other service-specific records.
Graduate electrical engineering programs usually require a bachelor's degree in electrical engineering or a closely related field. Applicants without an ABET-accredited engineering background may need bridge courses in circuits, signals, electromagnetics, microelectronics, or engineering mathematics.
A common mistake is assuming military electronics, avionics, radar, communications, nuclear, or cybersecurity experience will automatically satisfy engineering prerequisites. That experience can be valuable in admissions essays and career interviews, but degree plans are still governed by academic outcomes, accreditation requirements, and prerequisite chains.
How does online electrical engineering compare with on-campus study for military and veteran students?
Online study can be a strong fit for veterans because it reduces relocation pressure and can accommodate work, family, disability needs, and transition schedules. On-campus study may be better for students who want frequent face-to-face labs, peer study groups, undergraduate research, or a structured daily routine.
The trade-off is not simply convenience versus quality. A well-designed online engineering program can be rigorous, but students must be honest about how they learn complex material. Electrical engineering involves abstract math, debugging, lab reports, design projects, and cumulative problem solving, which can be difficult without consistent study time.
This comparison can help veterans decide which format fits their circumstances:
| Factor | Online electrical engineering | On-campus electrical engineering | Best choice when |
| Schedule | Often more flexible, especially with asynchronous lectures. | More fixed class and lab times. | Online fits changing work or family schedules; campus fits students needing structure. |
| Labs | May use kits, simulations, remote labs, or short residencies. | Usually offers direct access to lab equipment. | Campus fits students who want frequent hands-on lab access. |
| Networking | Requires intentional effort through virtual teams, faculty contact, and career events. | More organic peer and faculty interaction. | Online works if the student proactively builds connections |
| Benefits planning | Can affect housing allowance calculations and enrollment certification. | May support campus-based housing allowance if attendance rules are met. | Compare net cost after VA benefits, not just tuition. |
| Relocation | Usually avoids moving near campus. | May require moving or commuting. | Online is often better for active-duty, rural, overseas, or caregiving students. |
Veterans exploring science-heavy alternatives may also compare engineering with an online geology degree, especially if they are interested in energy, natural hazards, environmental monitoring, or field-based technical work rather than circuit design and electronics.
Online electrical engineering is most likely to work when the student has a quiet study environment, reliable broadband, time for weekly problem sets, and willingness to ask for help early. It is less likely to work if the student chooses the format only because it seems easier; engineering content is not easier online.
What courses, concentrations, and skills are covered in an online electrical engineering curriculum?
An online electrical engineering curriculum usually begins with math, physics, programming, and foundational engineering science. Upper-division courses then move into circuits, electronics, signals, control systems, communications, electromagnetics, embedded systems, power, and design.
Current industry trends are shaping what students should look for. Employers increasingly value engineers who understand automation, embedded intelligence, grid modernization, semiconductor systems, cybersecurity-aware hardware, and data-driven design. Students interested in software-intensive engineering may also compare an electrical engineering path with a computer science degree online, especially if they want to focus more on algorithms, cloud systems, AI software, or application development.
Most online electrical engineering programs cover a mix of theory, lab practice, and design work. The table below summarizes common curriculum areas and why they matter:
| Curriculum area | Common topics | Career relevance |
| Mathematics and science | Calculus, differential equations, linear algebra, physics. | Supports modeling, analysis, simulation, and advanced engineering problem solving. |
| Circuits and electronics | Analog circuits, digital logic, semiconductor devices, instrumentation. | Prepares students for electronics, hardware testing, product design, and troubleshooting. |
| Signals and communications | Signal processing, communication systems, RF fundamentals. | Relevant to defense, wireless systems, radar, telecom, and aerospace. |
| Power and energy | Power systems, machines, renewable integration, grid analysis. | Useful for utilities, energy firms, infrastructure, and electrification projects. |
| Controls and automation | Feedback systems, robotics, industrial controls. | Applies to manufacturing, autonomous systems, aerospace, and process control. |
| Embedded systems and computing | Microcontrollers, programming, real-time systems, hardware-software integration. | Fits roles in defense electronics, IoT, vehicles, medical devices, and smart systems. |
| Senior design | Team-based capstone, requirements, testing, documentation. | Demonstrates job-ready engineering judgment and communication. |
Veterans should pay close attention to capstone and lab expectations. A strong program should help students produce evidence of hands-on ability, such as design reports, test results, simulation files, circuit builds, code repositories, and presentations.
The most transferable skills from military service often include systems thinking, troubleshooting, safety discipline, documentation, leadership, and mission-focused execution. The degree adds the theoretical foundation employers expect for engineering design and analysis roles.
How long do online electrical engineering degrees take and what do they cost for veterans?
A bachelor's degree in electrical engineering commonly requires about 120 to 130 credits, although engineering programs can feel longer because prerequisites must be taken in sequence. Full-time students starting from scratch often need about four years, while part-time veterans may need longer depending on transfer credits, work schedules, and course availability.
Cost depends heavily on residency status, public versus private tuition, transfer credit, military benefits, fees, books, lab kits, and whether the student enrolls full time. College Board's 2024 pricing data reported average published tuition and fees of $11,610 for in-state public four-year students, $30,780 for out-of-state public four-year students, and $43,350 for private nonprofit four-year students for the 2024-2025 academic year. For veterans, the more important number is net cost after benefits, not sticker price.
Typical timeline and cost factors look like this:
| Student starting point | Typical completion pattern | Cost drivers to watch | Planning note |
| No prior college credit | About four years full time, longer part time | General education, calculus sequence, physics sequence, engineering labs. | Start with math placement and a full degree map before using benefits. |
| Some transferable college credit | Often three to four years depending on prerequisites | Credits that transfer as electives but do not replace engineering requirements. | Ask which credits apply to the major, not only which credits transfer. |
| Associate degree in engineering or science | Often two to three years if prerequisites align | Upper-division tuition, lab requirements, residency credit rules. | Best case occurs when the associate degree was designed for engineering transfer. |
| Active-duty student taking part time | Often extended over several years | TA limits, deployment interruptions, course sequencing. | Use a conservative plan that avoids taking too many technical courses at once. |
| Graduate electrical engineering student | Often one to three years depending on pace | Per-credit graduate tuition, employer funding, prerequisite bridge courses. | Confirm whether the program fits your undergraduate background. |
Veterans can reduce avoidable costs by planning before registration. The following steps are especially useful for engineering programs:
- Complete placement testing early so you do not pay for unnecessary remedial or repeated math courses.
- Request degree-applicable transfer credit in writing before committing to the school.
- Ask whether lab kits, software, proctoring, travel, or residency sessions have separate fees.
- Compare online tuition with military tuition rates, in-state public rates, and Yellow Ribbon availability.
- Avoid enrolling in technical courses without prerequisites, even if the registration system allows it.
- Use academic tutoring before withdrawing, because repeating engineering courses can be expensive and can affect benefit use.
The cheapest program is not always the best value if it lacks ABET accreditation, has poor transfer alignment, or requires travel you cannot manage. The better financial question is whether the program can get you to graduation with the least wasted credit, least uncovered cost, and strongest career alignment.
What careers can veterans pursue with an online electrical engineering degree and what roles fit military experience?
An online electrical engineering degree can prepare veterans for roles in power, electronics, defense, aerospace, manufacturing, telecommunications, automation, semiconductors, transportation, and federal technical agencies. Military experience can be a major advantage when it aligns with systems operations, maintenance, communications, radar, avionics, nuclear power, cybersecurity, logistics, or technical leadership.
Veterans should map their military background to civilian engineering functions rather than only to job titles. For example, a veteran who maintained shipboard electrical systems may be competitive for power systems, test engineering, or field applications roles after completing the degree; a communications specialist may fit RF, signals, telecom, or defense electronics work.
The following career paths are common targets for electrical engineering graduates and may align well with military experience:
| Career path | Typical responsibilities | Military experience that may transfer well | Common employers |
| Electrical engineer | Designs, analyzes, tests, and improves electrical systems and components. | Electrical maintenance, systems troubleshooting, technical documentation. | Engineering firms, manufacturers, utilities, defense contractors. |
| Power systems engineer | Works on generation, transmission, distribution, protection, and grid reliability. | Power generation, nuclear operations, facilities, energy systems. | Utilities, energy companies, federal agencies, infrastructure firms. |
| Electronics or hardware engineer | Develops and tests circuit boards, sensors, devices, and embedded hardware. | Avionics, electronics repair, radar, weapons systems, communications | Aerospace, defense, medical device, semiconductor, consumer electronics firms. |
| Controls engineer | Designs automation, feedback, robotics, and industrial control systems. | Maintenance leadership, process operations, mechanical-electrical systems. | Manufacturing, automotive, aerospace, industrial automation companies. |
| RF or communications engineer | Works with wireless systems, antennas, signal propagation, and communications networks. | Radio, satellite, radar, tactical communications, spectrum operations. | Telecom firms, defense contractors, aerospace companies. |
| Test engineer | Creates test plans, validates products, analyzes failures, and documents results. | Quality assurance, inspection, diagnostics, operational testing. | Manufacturing, defense, electronics, transportation, energy companies. |
| Systems engineer | Coordinates requirements, integration, risk, verification, and lifecycle performance. | Mission planning, cross-functional leadership, complex equipment operations. | Defense, aerospace, federal contractors, technology firms. |
Some veterans use electrical engineering as a bridge into technical management, product development, reliability engineering, or engineering project coordination. Others may decide their strengths point toward adjacent fields, such as technical writing, data systems, cybersecurity, or information management; for example, a veteran interested in archives, digital information systems, or knowledge organization might compare engineering with an MLIS degree online.
To improve employability, veterans should build a civilian portfolio while enrolled. Useful evidence includes senior design projects, circuit simulations, embedded systems code, lab reports, CAD or PCB work, technical presentations, and examples of translating military troubleshooting into engineering analysis.
What salaries and job outlook can veterans expect with an online electrical engineering degree?
Salary outcomes vary by role, region, employer, clearance status, degree level, internship experience, and industry. The degree can open the door to higher-paying technical roles, but it does not guarantee a specific salary or job title.
The U.S. Bureau of Labor Statistics reported a May 2024 median annual wage of $111,910 for electrical engineers. That figure is useful as a labor-market benchmark, not as a promise; entry-level pay may be lower, while experienced engineers in high-demand industries, leadership roles, or specialized defense and semiconductor work may earn more.
The broader employment outlook is also favorable. BLS projections published in 2024 estimated 9% growth for electrical and electronics engineers from 2023 to 2033, which suggests continued demand tied to engineering services, electronics, power infrastructure, automation, and advanced technology development.
Veterans should evaluate salary potential by target role rather than by degree name alone. This table summarizes common salary and outlook considerations:
| Factor | Why it affects earnings | What veterans should do |
| Industry | Defense, aerospace, semiconductors, utilities, and technology firms may value different specializations. | Choose electives and projects that match the industry you want. |
| Location | Engineering salaries and job availability vary by metro area, defense presence, manufacturing base, and energy infrastructure. | Compare local job postings before selecting a concentration. |
| Security clearance | Active or recent clearance can be valuable for certain defense and federal contractor roles. | Document clearance status appropriately and target employers that can use it. |
| Internship or co-op experience | Employers often prefer candidates who have applied engineering concepts in real projects. | Look for remote, local, summer, SkillBridge, or veteran-focused technical internships. |
| ABET accreditation | Some employers and licensing paths use ABET as a screening factor. | Prioritize ABET-accredited programs when seeking engineering design or PE-related roles. |
| Graduate education | Specialized master's work can support advanced roles in RF, power, controls, semiconductors, or signal processing. | Consider graduate study only after confirming it matches your target role. |
Technology trends are likely to keep electrical engineering relevant. AI is changing how engineers simulate circuits, optimize systems, analyze sensor data, and automate testing, but employers still need professionals who understand physical systems, safety, reliability, and design constraints.
How should veterans evaluate and choose a reputable online electrical engineering program?
Veterans should evaluate online electrical engineering programs through a decision lens: accreditation, benefits fit, academic fit, delivery fit, and career fit. A program can be well-known and still be wrong for your schedule, transfer situation, or intended engineering role.
Start by separating must-have requirements from preferences. For many veterans seeking engineering design roles, ABET accreditation, VA approval, and workable lab delivery should be nonnegotiable. Preferences may include tuition rate, start dates, course length, brand reputation, and elective options.
Use the following checklist before applying or paying an enrollment deposit:
- Verify institutional accreditation and ABET accreditation for the exact electrical engineering program.
- Confirm the school is approved for the VA education benefit you plan to use.
- Request a written estimate of net cost after GI Bill, Yellow Ribbon, TA, scholarships, and fees.
- Ask how labs are completed and whether any campus travel, kits, or proctored exams are required.
- Get a degree map showing prerequisite order, expected graduation term, and transfer-credit application.
- Review faculty qualifications, tutoring availability, office-hour access, and engineering advising support.
- Ask for recent career support examples, employer connections, internship resources, and veteran placement services.
- Check whether the program supports part-time enrollment without delaying required courses by a full year.
Red flags deserve serious attention because engineering degrees require a major investment of time and benefits. Be cautious if a school avoids answering ABET questions, promises unrealistic completion times, will not provide a transfer-credit evaluation, downplays lab requirements, or pressures you to enroll before benefits are certified.
The best choice is usually the program that you can complete, afford, and defend to an employer. A veteran with strong electronics experience but limited college math may benefit from starting at a community college with calculus and physics before transferring. A veteran with an engineering associate degree may be better served by a degree-completion program. A veteran who wants software rather than hardware may be better off choosing a computing pathway instead of forcing an electrical engineering curriculum.
Other Things You Should Know About Electrical Engineering
Not always. Many electrical engineers work in product design, electronics, software-adjacent hardware, defense, or manufacturing roles without a PE license. Licensure is more important for engineers who offer services to the public or work on regulated infrastructure, power, construction, or public-safety systems. Requirements vary by state.
Yes, if the program has well-designed labs, kits, simulations, remote equipment, and a serious capstone project. Students should ask exactly how circuits, instruments, measurements, troubleshooting, and design validation are taught before enrolling.
It depends on the student, but electrical engineering is usually more math- and physics-intensive. IT programs often focus more on networks, systems administration, cloud tools, cybersecurity operations, and user-facing technology. Students who dislike calculus and physics should compare both paths carefully.
Many do, but course load matters. Calculus, physics, circuits, electronics, and signals can be time-consuming. Veterans working full time often do better with part-time enrollment, especially during upper-division engineering courses.
References
- Electrical Training for a Post-Military Career https://www.uti.edu/blog/electrical/veterans-electrical-training-for-career
- Veterans & Transitional Military | Electric Boat Recruitment https://ebcareers.com/veterans-and-transitional-military/
- Navy Veteran looking for Online Engineering - Engineering Majors - College Confidential Forums https://talk.collegeconfidential.com/t/navy-veteran-looking-for-online-engineering/3605548
- Electrical and Electronic Engineering https://www.questonline.co.uk/careers/career/electrical-and-electronic-engineering
- Find Programs - ABET https://www.abet.org/accreditation/find-programs/
- 2025 Best Military-Friendly Online Colleges https://www.onlineu.com/online-schools/military-friendly
- Military & Veterans Career Opportunities at ERS https://www.electricalreliabilityservices.com/pl-emea/careers/military-and-veteran-opportunities/
- The 4 Best Engineering Jobs for Veterans | Jobs for Veterans | G.I. Jobs https://www.gijobs.com/4-best-engineering-jobs-for-veterans
