2026 Best Online Bachelor's in Electrical Engineering With Transfer-Friendly Policies
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Choosing an online electrical engineering bachelor's program is a high-stakes decision because accreditation, transfer credits, labs, and licensure can affect both graduation time and career eligibility. The field remains strong: the U. S. Bureau of Labor Statistics reported a $118,780 median annual wage for electrical and electronics engineers in May 2024.
This guide is for students bringing prior college credits, military training, or an associate degree. You'll learn how to compare transfer-friendly programs, avoid costly mistakes, and choose an online degree that fits your timeline, budget, and career goals.
Key Things You Should Know
- The best transfer-friendly online electrical engineering program is usually ABET-accredited, maps prior calculus and physics credits clearly, and offers transparent lab and upper-division course requirements.
- Most bachelor's electrical engineering degrees require about 120 to 128 credits, so transfer students should focus on how many credits apply to the major, not just how many are accepted by the university.
- BLS data shows electrical and electronics engineers had a $118,780 median annual wage in May 2024, but salary varies by industry, location, experience, security clearance, and whether a role requires professional licensure.
What is the best online bachelor's in electrical engineering with transfer-friendly policies?
The best online bachelor's in electrical engineering with transfer-friendly policies is not simply the cheapest or fastest option. For most students, the strongest choice is an ABET-accredited electrical engineering program that accepts relevant lower-division credits, offers a published transfer pathway, and makes lab expectations clear before enrollment.
A transfer-friendly electrical engineering program should help you enter with completed general education, calculus, chemistry, physics, programming, and circuit fundamentals when those courses match the school's curriculum. This matters because engineering programs are highly sequenced; one missing prerequisite can delay multiple upper-division courses.
When comparing programs, look beyond rankings and ask how each school treats transfer coursework inside the major. If you are also comparing employment outcomes across engineering fields, reviewing broader online electrical engineering career outcomes can help you connect program features to possible career paths.
The table below summarizes common examples of online electrical engineering options that transfer students often compare. Always verify current accreditation, state authorization, tuition, and transfer limits directly with the school before applying.
| Program example | Why transfer students consider it | Best fit | Important caution |
| Arizona State University Online Bachelor of Science in Engineering in Electrical Engineering | Known for a large online infrastructure, engineering advising, and pathways that can work for students entering with lower-division credits | Students who want a major public research university with broad online student support | Engineering prerequisites must still align closely; accepted credits may not always shorten the major sequence as much as expected |
| University of North Dakota Online Bachelor of Science in Electrical Engineering | Offers a long-established online engineering model and is often considered by working adults | Students who can plan around any required lab, exam, or residency components | Students should confirm in-person or synchronous requirements before assuming the degree is fully asynchronous |
| Florida International University Online Bachelor of Science in Electrical Engineering | Appeals to students seeking an online engineering option from a large public university | Transfer students with strong math, science, and circuit preparation | Course equivalencies, sequencing, and availability can affect the actual completion timeline |
A smart shortlist should include no more than three to five programs. For each one, request an unofficial transfer evaluation, a degree plan showing remaining courses, and written clarification about labs, proctored exams, senior design, and state authorization.
Are online electrical engineering bachelor's degrees ABET-accredited?
Some online electrical engineering bachelor's degrees are ABET-accredited, but not all are. ABET accreditation is program-specific, which means a university may be accredited overall while a particular online electrical engineering program is not accredited by the Engineering Accreditation Commission of ABET.
ABET matters because it is widely recognized by employers, graduate engineering programs, and state licensing boards. It is especially important if you may pursue Fundamentals of Engineering testing, Professional Engineer licensure, power systems work, public-sector engineering roles, or graduate engineering study.
Use this comparison to understand what accreditation language usually means when you review program pages.
| Program description | What it usually means | Why it matters |
| ABET-accredited electrical engineering bachelor's degree | The specific program has been reviewed under engineering accreditation standards | Often the safest choice for licensure flexibility and engineering employer recognition |
| Institutionally accredited university, but no ABET program accreditation | The school is recognized as a college or university, but the engineering program may not have ABET review | May limit licensure options or require additional review by employers or boards |
| Electrical engineering technology program | Usually more applied and implementation-focused than a traditional engineering degree | Can lead to strong technical careers, but it may not be treated the same as an engineering degree for some roles |
| Computer engineering or electronics-focused program | May overlap with electrical engineering but has a different curriculum emphasis | Can be excellent if aligned with your goals, but course content should match your target career |
Before enrolling, confirm ABET status using the program's exact name, degree level, campus or online modality, and effective accreditation dates. A common mistake is assuming that a campus-based ABET program automatically covers the online version; in many cases it does, but you should verify the exact listing.
Will an online electrical engineering degree qualify for licensure?
An online electrical engineering degree can support licensure if it meets the requirements of the state licensing board where you plan to practice. In most states, the most straightforward path starts with an ABET-accredited engineering bachelor's degree, followed by the Fundamentals of Engineering exam, Engineer-in-Training or Engineer Intern status, qualifying work experience, and the Professional Engineer exam.
Licensure is not required for every electrical engineering job. Many roles in electronics, embedded systems, semiconductor design, robotics, defense, manufacturing, and software-adjacent hardware work do not require a PE license. Licensure becomes more important when engineers offer services to the public, sign and seal engineering documents, work in power systems, or hold certain government and utility responsibilities.
Students who may want licensure should take these steps before choosing a program:
- Check whether the degree is ABET-accredited under the exact electrical engineering program name.
- Review the licensing board rules in the state where you expect to work, not only the state where the school is located.
- Ask the program whether graduates are eligible to sit for the FE exam in your state.
- Confirm whether online labs, remote exams, and transferred credits create any board-specific issues.
- Keep syllabi for transferred math, science, and engineering courses in case a board requests documentation later.
The biggest red flag is enrolling in a non-ABET program without understanding how it affects licensure. Some boards provide alternate routes, but they can require extra experience, course review, or case-by-case evaluation.
How do transfer-friendly electrical engineering programs handle prior credits?
Transfer-friendly programs usually separate credits into categories: general education, lower-division math and science, engineering prerequisites, electives, and upper-division major courses. The distinction matters because a school may accept many credits toward total graduation requirements while applying fewer credits to the electrical engineering major itself.
The table below shows how prior credits are commonly treated and what students should verify before committing to a program.
| Prior learning type | How it may apply | What to verify |
| Community college associate degree | Often covers general education and some lower-division math or science | Whether calculus, physics, chemistry, and programming match engineering-major requirements |
| Calculus and differential equations | Usually critical for junior-level engineering coursework | Whether the sequence, credit hours, and course content are equivalent |
| Calculus-based physics | Often required before circuits, electromagnetics, and electronics courses | Whether the course included the correct lab component |
| Military or technical training | May apply as elective credit or, less commonly, technical credit | Whether it reduces degree time or only increases total accepted credits |
| Prior engineering courses | May transfer if syllabi and outcomes align closely | Whether the course is considered lower-division, upper-division, or non-equivalent |
To protect your time and money, treat the transfer evaluation as a decision document, not a formality. A program is truly transfer-friendly only if it shows how your credits change the remaining course plan.
- Send transcripts from every institution attended, even if you think the credits will not apply.
- Provide syllabi for technical courses such as circuits, digital logic, programming, physics, and calculus.
- Ask for a remaining-degree worksheet that shows prerequisites by term.
- Confirm the minimum number of credits that must be completed at the new institution.
- Ask whether transferred engineering courses affect ABET-related curriculum requirements.
A common mistake is transferring before completing the right prerequisites. If you still need calculus II, calculus-based physics, or introductory circuits, it may be cheaper to finish those courses at a community college first, as long as the receiving university confirms equivalency in writing.
What courses are in an online electrical engineering bachelor's curriculum?
An online electrical engineering bachelor's curriculum combines advanced math, physical science, computing, circuit theory, electronics, systems, and design. The online format changes how lectures, labs, and collaboration are delivered, but it should not remove the analytical and design depth expected of an engineering degree.
Most programs include a sequence similar to the areas below. This table helps you see why transfer credits must match the curriculum carefully.
| Curriculum area | Common courses | What students learn |
| Mathematics | Calculus I-III, differential equations, linear algebra, probability | Modeling, signal analysis, system behavior, and engineering problem-solving |
| Science | Calculus-based physics, chemistry, laboratory science | Electricity, magnetism, materials, motion, and experimental reasoning |
| Electrical fundamentals | Circuit analysis, electronics, digital logic, electromagnetics | How electrical systems are modeled, built, measured, and tested |
| Systems and signals | Signals and systems, control systems, communications, signal processing | How information and energy move through electrical and digital systems |
| Computing and embedded systems | Programming, microprocessors, computer architecture, embedded design | How hardware and software interact in modern devices |
| Design and labs | Electronics labs, power labs, senior design or capstone | Hands-on testing, design trade-offs, documentation, teamwork, and troubleshooting |
Current curriculum trends include more exposure to embedded systems, power electronics, renewable energy integration, semiconductor technologies, automation, and AI-enabled design tools. These trends do not replace core circuit and math training; they make foundational skills more important because engineers must judge whether automated outputs and simulations are technically sound.
Before enrolling, ask how labs work online. Strong programs typically use remote lab kits, simulation software, recorded demonstrations, synchronous lab support, or short in-person components. If a program gives vague answers about labs or senior design, treat that as a red flag.
What are the admission requirements for online electrical engineering programs?
Admission requirements vary by school, but online electrical engineering programs are usually more math-intensive than many online bachelor's degrees. Applicants often need a high school diploma or equivalent, college transcripts, placement readiness in calculus, and prior coursework in chemistry, physics, or programming if they are entering beyond the freshman level.
Compared with a reading- and research-intensive library science degree, electrical engineering typically has stricter prerequisite sequencing. That means admissions is not only about being accepted; it is also about being placed into the correct point in the engineering curriculum.
Most applicants should prepare the following materials before requesting an admissions decision or transfer review:
- Official transcripts from high school and every college previously attended
- Course descriptions or syllabi for calculus, physics, chemistry, programming, circuits, and engineering courses
- Proof of math placement or completed prerequisite math courses
- Documentation for military, professional, or standardized exam credits if the school accepts them
- A statement of goals if the program uses holistic review or requires departmental admission
Some programs admit students to the university first and to the engineering major later. If that is the case, ask whether you must maintain a minimum GPA, complete gateway courses, or pass a departmental review before taking upper-division electrical engineering classes.
How long does an online electrical engineering degree take to finish?
A bachelor's in electrical engineering commonly requires about 120 to 128 credits. A first-time full-time student often needs about four years, while transfer students may finish sooner if their prior credits match the engineering sequence. However, because many courses are prerequisite-based, accepted credits do not always translate directly into fewer semesters.
Engineering timelines are less flexible than some online majors because calculus, physics, circuits, electronics, and labs often must be taken in order. If you are comparing programs across fields, a lab-heavy engineering path will usually have more fixed sequencing than an online degree in exercise science or other applied bachelor's programs with broader elective flexibility.
The table below shows typical completion patterns. Use it as a planning framework, not a promise, because course availability and transfer equivalencies can change the schedule.
| Student profile | Typical remaining time | Main factor affecting speed |
| First-time full-time student | About four years | Ability to follow the full math, science, and engineering sequence each term |
| Transfer student with general education complete | About three to four years | Whether calculus, physics, and programming prerequisites are also complete |
| Transfer student with an engineering-focused associate degree | About two to three years | How closely lower-division engineering courses match the receiving program |
| Working adult studying part time | Often four or more years after transfer | Course load, lab scheduling, employer support, and family obligations |
To estimate your real timeline, ask each school for a term-by-term plan based on your evaluated credits. The most transfer-friendly answer is not "we accept up to a certain number of credits," but "here are the courses you still need and when they are offered."
How much does an online electrical engineering bachelor's degree cost?
The cost of an online electrical engineering bachelor's degree depends on tuition, fees, residency status, transfer credits, lab equipment, software, books, and how long it takes to finish. NCES's 2024 Digest reported that average tuition and required fees for full-time undergraduates at public four-year institutions were about $9,800 for in-state students in 2022-23, while private nonprofit four-year institutions averaged about $40,700.
That benchmark shows why transfer credits and public-university pricing can materially affect total cost.
When reviewing a program's price, look at the full cost of completion rather than the advertised cost per credit. Electrical engineering can involve expenses that are easy to miss at the application stage.
- Tuition charged per credit or per term
- Online program fees, technology fees, and engineering course fees
- Lab kits, electronic components, calculators, software, and testing equipment
- Books, digital platforms, proctoring fees, and exam fees
- Travel costs if the program requires campus labs, orientations, or proctored assessments
- Extra tuition if missing prerequisites extend the degree by one or more terms
The table below explains the major cost variables and how they affect transfer students.
| Cost factor | Why it matters | What to ask |
| Transfer credit acceptance | More applicable credits can reduce tuition and time | How many credits apply to the major, not only to electives? |
| Residency pricing | Some online public programs charge different rates for in-state and out-of-state students | Is online tuition flat-rate or residency-based? |
| Lab requirements | Engineering labs may require equipment, kits, or travel | Are lab costs included in tuition and fees? |
| Course sequencing | Missing one prerequisite can delay graduation | How often are required upper-division courses offered? |
| Financial aid eligibility | Aid depends on enrollment status and program eligibility | Will part-time enrollment affect aid, scholarships, or employer tuition benefits? |
Avoid choosing a program based only on the lowest tuition rate. A slightly higher-priced program may be less expensive overall if it accepts more major-applicable transfer credits, offers required courses more frequently, or prevents delays in lab and capstone sequencing.
What careers can you pursue with an electrical engineering degree?
An electrical engineering degree can lead to roles in power systems, electronics, communications, controls, robotics, embedded systems, semiconductors, aerospace, defense, manufacturing, energy, transportation, and hardware-adjacent technology. The best career fit depends on your electives, internships, senior design project, software skills, and whether you pursue licensure.
Electrical engineering is also increasingly connected to data-heavy fields. Students interested in signal processing, smart grids, autonomous systems, or sensor data may later consider a master of data science online if they want to move toward analytics, machine learning, or technical leadership roles.
The table below summarizes common career directions and what each path typically emphasizes.
| Career path | Typical responsibilities | Helpful preparation |
| Electrical engineer | Design, test, and improve electrical equipment, systems, and components | Circuits, electronics, labs, simulation tools, and design documentation |
| Power systems engineer | Work on generation, transmission, distribution, grid reliability, or renewable integration | Power courses, protection systems, energy electives, and possible PE pathway |
| Embedded systems engineer | Develop hardware-software systems for devices, controls, sensors, and automation | Programming, microcontrollers, digital logic, real-time systems, and debugging |
| Controls engineer | Design and tune systems used in manufacturing, robotics, aerospace, and process control | Control systems, modeling, MATLAB or Python, and industrial automation exposure |
| Electronics or hardware design engineer | Create and test circuit boards, devices, and electronic products | Analog electronics, PCB design, instrumentation, and hands-on lab experience |
| Test engineer | Develop test procedures, validate systems, analyze failures, and improve quality | Measurement tools, statistics, documentation, and troubleshooting skills |
To improve employability, build a portfolio of projects that shows what you can design, measure, code, and explain. For online students, strong portfolio evidence can help compensate for fewer informal campus networking opportunities.
What salary and job outlook does electrical engineering offer?
The salary outlook for electrical engineering is strong but not uniform. The BLS reported a $118,780 median annual wage for electrical and electronics engineers in May 2024, which places the field well above many bachelor's-level occupations. Use that figure as a labor-market benchmark, not a personal salary forecast, because compensation varies by specialization, region, industry, clearance requirements, and experience.
The employment outlook is also favorable. BLS projections for electrical and electronics engineers show 9% growth from 2024 to 2034, which is faster than the average for all occupations. For students, this suggests sustained demand, but it does not remove the need for relevant projects, internships, software skills, and strong technical communication.
The table below explains how different factors can affect earning potential and job access.
| Factor | How it can affect outcomes | What students can do |
| Industry | Defense, semiconductors, energy, aerospace, and advanced manufacturing may value different technical skills | Choose electives and projects aligned with target industries |
| Location | Engineering hubs and high-cost regions may offer higher pay but also higher living costs | Compare salary with cost of living and remote or hybrid options |
| Licensure | PE licensure can matter more in power, utilities, consulting, and public-facing engineering | Choose an ABET-accredited path if licensure may be relevant |
| Software skills | Programming, simulation, data analysis, and automation skills can broaden job options | Build proficiency in tools such as Python, MATLAB, SPICE, CAD, and embedded platforms |
| Experience | Internships, co-ops, military technical work, and capstone projects can influence entry-level competitiveness | Start building applied project evidence before the final year |
AI and automation are changing engineering workflows, especially in simulation, testing, documentation, and design optimization. The safest strategy is not to avoid these tools, but to learn how to use them while maintaining strong fundamentals in circuits, systems, physics, and engineering judgment.
Other Things You Should Know About Electrical Engineering
Yes, but it can be difficult during semesters with calculus, physics, labs, or senior design. Many working adults take one or two technical courses at a time to protect their GPA and avoid prerequisite delays.
Internships are not always required, but they are highly valuable. If you cannot complete a traditional internship, look for employer projects, undergraduate research, open-source hardware work, robotics teams, or documented independent design projects.
Most students need a reliable computer that can run engineering software, video meetings, simulations, coding tools, and remote lab platforms. Ask the program for hardware specifications before buying a laptop because requirements vary by software package.
It is challenging online or on campus because the subject depends heavily on math, physics, and problem-solving. Online students can succeed when they have structured study time, quick access to tutoring or faculty support, and a realistic course load.
References
- What can you do with an electrical engineering degree? - People of Pacific https://www.pacific.edu/blog/2025/01/24/what-can-you-do-with-an-electrical-engineering-degree/
- Online Electrical Engineering Degrees https://www.affordablecollegesonline.org/degrees/engineering-programs/electrical-engineering/
- Electrical and Electronics Engineers: Salary, career path, job outlook, education and more - RaiseMe https://www.raise.me/careers/architecture-and-engineering/electrical-and-electronics-engineers/
- Despite a sluggish job market, studying electrical engineering offers good prospects https://www.vde.com/en/press/press-releases/electrical-engineering-job-market-studies
