2027 Online Electrical Engineering Degree Programs That Accept 60, 75, or 90 Transfer Credits
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Transferring into an online electrical engineering degree can save time and money, but only if your credits satisfy the right requirements. National Student Clearinghouse Research Center data reported transfer enrollment growth in spring 2024, showing that credit mobility is again a major pathway to completion.
This guide is for students with substantial prior college credit, including community college, military, and returning adult learners. You will learn how 60, 75, or 90 credits may affect remaining courses, tuition, graduation timelines, and which transfer policies to verify before enrolling.
Key Things You Should Know
- A 120-credit online electrical engineering bachelor's degree may leave about 60 credits after a 60-credit transfer, 45 credits after a 75-credit transfer, or 30 credits after a 90-credit transfer, but engineering prerequisites, labs, design courses, and upper-division requirements can increase the actual remaining workload.
- "Accepted" transfer credits are not always "applied" credits; schools may accept electives while still requiring calculus, physics, circuits, signals, electronics, controls, embedded systems, and senior design in the program plan.
- The most transfer-friendly option is not automatically the cheapest or fastest; students should verify maximum transfer limits, minimum grades, ABET status when relevant, residency rules, and the number of major credits that must be completed through the new institution.
How Many Transfer Credits Can You Apply Toward an Online Electrical Engineering Degree?
Most U.S. bachelor's degrees require about 120 semester credits, and online electrical engineering programs usually follow the same structure as campus programs. A school may say it accepts up to 60, 75, or 90 transfer credits, but that number is a ceiling, not a guarantee that every prior course will reduce your remaining degree requirements.
The key distinction is accepted credits versus applied credits. Accepted credits may appear on your transfer evaluation. Applied credits are the ones that fulfill a specific general education, prerequisite, engineering core, technical elective, or graduation requirement. This difference matters more in electrical engineering than in many other majors because the curriculum is sequential: calculus supports physics, physics supports circuits, circuits support electronics and signals, and upper-division courses often require multiple prerequisites.
The table below shows how 60-, 75-, and 90-credit transfer scenarios usually affect a 120-credit degree. Use it as a planning framework, not as a promise, because each university's catalog and department rules control the final evaluation.
| Transfer-credit scenario | Credits potentially remaining in a 120-credit degree | What it usually means for electrical engineering students | Main risk to check |
| 60 transfer credits | About 60 credits remaining | Often fits students with an associate degree, lower-division general education, calculus, physics, and introductory programming or engineering courses. | Some community college courses may transfer as electives if they do not match the engineering school's required sequence. |
| 75 transfer credits | About 45 credits remaining | Can work well for students who completed sophomore-level engineering courses such as circuits, digital logic, differential equations, or electronics. | The school may still require many upper-division engineering courses in residence. |
| 90 transfer credits | About 30 credits remaining | Can be efficient for degree-completion students, but usually only if prior credits align closely with the major and the school permits a 30-credit residency path. | A 90-credit transfer cap may still leave more than 30 credits if major, lab, ABET-related, or senior design requirements are missing. |
A practical way to think about transfer credits is this: 60 credits may reduce the first two years of college, 75 credits may reduce part of the junior year, and 90 credits may place you near the residency minimum. However, electrical engineering departments often care less about the raw number and more about whether you have the correct math, science, and engineering foundation.
Which Online Electrical Engineering Degree Programs Accept 60, 75, or 90 Transfer Credits?
Several online electrical engineering programs can be appropriate for transfer students, but policies change by catalog year, state authorization, course equivalency, and accreditation rules. Instead of choosing only by the highest advertised transfer maximum, compare whether the program can apply your credits to the electrical engineering major, not just to free electives.
The table below summarizes online electrical engineering options that transfer students commonly investigate. It is designed to help you identify programs to contact for an official evaluation, not to replace the university's written transfer decision.
| Online program to investigate | Transfer-credit scenario to ask about | Why it may fit transfer students | Questions to verify before applying |
| Arizona State University Online, B.S. in Electrical Engineering | 60 to 90 credits, depending on source and applicability | Known online engineering option with structured math, science, and engineering progression. | Ask how community college credits, upper-division engineering credits, labs, and major-specific prerequisites apply. |
| University of North Dakota, online B.S. in Electrical Engineering | 60 to 90 credits may be reviewed, subject to degree and residency rules | Designed for distance learners who need an engineering pathway with required labs and design work. | Ask which credits must be completed through UND and whether prior engineering courses match UND course outcomes. |
| Florida International University Online, B.S. in Electrical Engineering | 60 to 75 credits may be especially relevant for transfer students entering upper-division work | May suit students who have completed lower-division prerequisites and want an online public-university pathway. | Ask about last-credit residency, prerequisites, state authorization, and whether transferred technical courses meet department standards. |
| Stony Brook University, online electrical engineering degree-completion pathway | Often best investigated by students with substantial lower-division preparation | Degree-completion structures can be useful when previous coursework already includes calculus, physics, and early engineering content. | Ask whether the program is open in your state and how many upper-division electrical engineering credits must be completed at Stony Brook. |
Students comparing online engineering degrees may also benefit from looking at how other technical programs disclose transfer rules. For example, guides to the best online AI degree programs often show how prerequisites, programming coursework, and math requirements can limit how many credits actually shorten the degree.
When you contact schools, ask for a degree audit that shows your remaining requirements by category. A school that accepts 90 credits but leaves you with 48 credits of required engineering coursework may be less efficient than a school that accepts 75 credits and applies nearly all of them to the correct requirements.
How Can You Tell Whether Transfer Credits Will Actually Apply Toward Your Electrical Engineering Degree?
You can tell whether transfer credits will actually apply by reviewing how each course maps to your new degree plan. In electrical engineering, the most important categories are math, lab science, computing, engineering fundamentals, upper-division engineering, technical electives, general education, and free electives.
Before relying on an advertised transfer maximum, request documentation that separates accepted credits from applied credits. The following checks help prevent one of the most common transfer mistakes: enrolling before knowing the real number of credits left.
- Request an official or preliminary transfer credit evaluation using transcripts from every college you attended.
- Ask for a degree audit that places each accepted course into a specific requirement, such as calculus I, university physics, circuits, digital logic, technical elective, or general education.
- Compare the audit against the current electrical engineering degree map, paying special attention to prerequisite chains and courses offered only once per year.
- Ask whether any credits are accepted only as lower-division electives, because those may not reduce the number of engineering courses you still need.
- Confirm whether the department, not just the admissions office, has approved technical courses such as electronics, electromagnetics, signals, power systems, controls, or embedded systems.
A strong transfer evaluation should show what you have completed, what still remains, and when the remaining courses are offered online. If the school cannot show this clearly, you may face unexpected extra semesters even if the credit total looks generous.
Red flags include vague statements such as "up to 90 credits accepted" without a course-by-course plan, refusal to review syllabi for engineering courses, or unclear answers about ABET-related requirements. For engineering students, the safest decision is to compare degree audits, not marketing pages.
Online electrical engineering programs may review several types of previous learning, but traditional college credit usually carries the most weight. The more technical the course, the more likely the department will require matching content, lab hours, credit hours, and minimum grades.
The table below explains common credit sources and how they may apply. This is useful because a student with 75 prior credits may have a very different outcome depending on whether those credits are calculus, physics, and circuits or mostly unrelated electives.
| Credit source | How it may transfer | Electrical engineering considerations |
| Regionally accredited community college coursework | Often applies to general education, calculus, physics, composition, and lower-division prerequisites. | Engineering-specific courses may need syllabi and departmental approval. |
| Four-year college or university coursework | May apply to lower- or upper-division requirements depending on level, content, and grade. | Upper-division engineering courses are reviewed closely for equivalency. |
| Associate degree credits | May satisfy a large block of lower-division requirements if the school has an articulation pathway. | An associate of science or pre-engineering plan usually fits better than a broad transfer degree with few STEM prerequisites. |
| AP, IB, CLEP, or DSST exams | May apply to general education or selected math and science requirements if scores meet university policy. | Some engineering departments restrict exam credit for prerequisites that feed directly into major courses. |
| Military training | May be evaluated through ACE recommendations and institutional policy. | Technical training may apply as electives unless it closely matches engineering outcomes. |
| Professional certifications | May count through prior learning assessment at some institutions. | Certifications rarely replace core electrical engineering theory courses but may support electives or computing requirements. |
Students who previously explored a business administration degree online may notice that engineering transfer evaluation is usually stricter. Business programs often have more flexible elective space, while electrical engineering requires tightly sequenced technical coursework.
Minimum grades also matter. Many universities require at least a C for transfer, and engineering departments may require a C or higher in calculus, physics, and major prerequisites. A course may transfer to the university but still fail to satisfy the major if the grade is below the department's threshold.
Residency requirements determine how many credits you must complete through the university that awards your degree. Many bachelor's programs require at least 30 institutional credits, but electrical engineering programs may add rules for upper-division engineering courses, labs, or the senior capstone design sequence.
This is why a 90-credit transfer limit can be misleading. If a school requires 30 credits in residence, 90 transfer credits might seem perfect for a 120-credit degree. But if you still lack required engineering courses that exceed 30 credits, your remaining plan may be longer than expected.
The following requirements are especially important for online electrical engineering transfer students because they determine whether your prior credits shorten the degree or simply fill elective space.
- Institutional residency: The minimum number of credits that must be completed at the degree-granting university, often near the final year of study.
- Upper-division residency: A rule requiring a certain number of junior- and senior-level credits through the university, which can limit how much advanced engineering coursework transfers.
- Major residency: A department rule requiring core electrical engineering courses, labs, technical electives, or capstone design to be completed in the program.
- Capstone and design requirements: Senior design courses are commonly not waived because they demonstrate program outcomes and teamwork expectations.
- Lab requirements: Online programs may use remote labs, lab kits, simulations, campus visits, or approved local arrangements, and prior lab courses must match required learning outcomes.
A good transfer plan should show whether you can complete the remaining courses fully online and in what sequence. If a program requires a lab or design course only in certain terms, that scheduling rule can affect completion time as much as the transfer-credit count.
The transfer credit evaluation process usually begins with admissions, but electrical engineering credits often need departmental review. That means you may receive a general university evaluation first and a more detailed engineering decision later.
The process below helps you get a usable answer before you commit. It is especially important if you have 60, 75, or 90 credits and need to compare programs by remaining cost and time.
- Collect official transcripts from every college, including withdrawn schools, dual-enrollment providers, and military transcripts if applicable.
- Gather syllabi for technical courses such as calculus, physics, circuits, electronics, digital systems, programming, signals, electromagnetics, power, and controls.
- Apply or request a pre-transfer review, depending on the university's policy, and ask whether engineering faculty will review major courses.
- Request a written evaluation showing both the transferred course equivalent and the degree requirement it satisfies.
- Ask for a remaining-course plan by term, including prerequisites and courses that are not offered every semester.
- Compare at least two schools using the same information: credits applied, credits remaining, tuition per credit, fees, lab requirements, and estimated graduation date.
Do not assume that an unofficial email from admissions is final. The most reliable evaluation is tied to your transcript, catalog year, declared major, and department approval. If you are still taking courses elsewhere, ask the receiving university to approve them in writing before you enroll.
Common mistakes include sending only one transcript, forgetting old dual-enrollment credits, assuming quarter credits convert evenly to semester credits, or relying on a transfer database that has not been updated for the current catalog. These mistakes can delay your evaluation and distort your cost estimate.
Completion time depends on the number of applied credits, your course load, prerequisite sequencing, and how often required online engineering courses are offered. A student with 90 accepted credits may still need two years if key prerequisites are missing, while a student with 75 well-matched credits may finish faster.
The table below gives realistic planning ranges for a 120-credit online electrical engineering degree. It assumes the transferred credits apply meaningfully toward the degree, but it also shows why sequencing can change the result.
| Applied transfer credits | Approximate credits remaining | Possible full-time timeline | Possible part-time timeline | Planning note |
| 60 | About 60 | About 2 years if prerequisites are complete | About 3 to 4 years | Best case when the first two years of math, science, and engineering foundations are already done. |
| 75 | About 45 | About 1.5 to 2 years | About 2.5 to 3.5 years | Can be efficient if remaining courses are upper-division engineering courses offered in a predictable rotation. |
| 90 | About 30 | About 1 year in a highly aligned plan | About 1.5 to 2.5 years | Often limited by residency, capstone, lab, and prerequisite sequencing rather than raw credit count. |
Online degree completion is growing across many majors because working adults want flexible schedules. However, engineering remains less flexible than many fields because missing one prerequisite can block several later courses. A student comparing a bachelor of business administration online with an online electrical engineering degree should expect the engineering pathway to have fewer interchangeable electives and more lockstep sequencing.
The best way to estimate your real timeline is to ask for a term-by-term plan, not just a credit count. If the school's plan shows that one required course is offered only in spring, and that course is a prerequisite for two fall courses, your graduation date may move even if you transferred many credits.
Transfer credits can reduce tuition because you pay for fewer remaining credits at the new university. The savings can be substantial, but only applied credits create real savings. If credits transfer as electives beyond the degree's elective limit, they may not reduce your bill or timeline.
College Board's 2024 Trends in College Pricing reported average published tuition and fees of $11,610 for in-state students at public four-year institutions and $43,350 at private nonprofit four-year institutions for 2024-25. Those figures are annual sticker prices, not online program-specific net prices, but they show why shaving even one or two semesters from a bachelor's degree can matter.
The table below uses simple per-credit examples to show how transfer credits can affect tuition exposure. It does not include fees, books, lab kits, travel, or financial aid, so use it only as a starting point for your own calculation.
| Applied transfer credits | Remaining credits in a 120-credit degree | Remaining tuition at $400 per credit | Remaining tuition at $700 per credit | What to remember |
| 60 | 60 | $24,000 | $42,000 | You may still have two years of tuition if many engineering courses remain. |
| 75 | 45 | $18,000 | $31,500 | Savings improve if the 75 credits satisfy required courses rather than excess electives. |
| 90 | 30 | $12,000 | $21,000 | This can be the lowest-cost scenario, but only if residency and major requirements fit within 30 credits. |
To compare total cost accurately, include tuition per credit, mandatory online fees, engineering course fees, textbooks, software, lab kits, possible campus lab visits, graduation fees, and the cost of any repeated prerequisites. Also ask whether transfer students qualify for the same scholarships, employer tuition benefits, military benefits, or institutional aid as first-time students.
The lowest advertised tuition is not always the lowest final cost. A program charging more per credit may be cheaper overall if it applies more of your prior coursework and lets you graduate earlier.
Prior learning, military training, exams, and certifications can sometimes count toward an online electrical engineering degree, but they are usually more useful for general education, electives, computing, or introductory requirements than for core engineering theory. Electrical engineering programs must protect the integrity of technical outcomes, especially when accreditation, labs, and senior design are involved.
The following credit options are worth asking about if you need to fill non-major requirements or reduce elective credits. They are less likely to replace advanced courses such as signals, electronics, electromagnetics, power systems, controls, communication systems, or capstone design.
- AP or IB exams: May satisfy calculus, physics, chemistry, composition, or general education if the score meets university policy.
- CLEP and DSST exams: May apply to humanities, social science, business, mathematics, or elective categories, depending on the institution.
- Military credit: Joint Services Transcript or Community College of the Air Force credits may be reviewed through ACE recommendations and school policy.
- Prior learning assessment: Some universities let students document college-level learning through portfolios, but engineering departments may limit this for required technical courses.
- Industry certifications: Certifications in networking, electronics, controls, programming, or automation may support elective credit at some schools but rarely replace the electrical engineering core.
Alternative credit is often more flexible in creative or applied programs, such as an online graphic design degree, where portfolios may demonstrate course outcomes. Electrical engineering programs may still value documented experience, but they usually require formal coursework for mathematically intensive topics.
Before paying for exams or prior learning assessment, ask the receiving university exactly where the credit will apply. If it only adds extra elective credit beyond the degree limit, it may not reduce your graduation time or cost.
Do Older College Credits Expire When Transferring Into an Online Electrical Engineering Degree?
Older college credits do not always expire, but they may be treated differently depending on the subject. General education courses such as English composition, history, humanities, and social sciences are often more likely to transfer after many years. Technical courses in electrical engineering, computing, and lab sciences may receive closer review because tools, software, standards, and course outcomes change.
For returning students, the age of credits matters most when older coursework is part of a prerequisite chain. A calculus course from many years ago may transfer, but you may still need a placement test, refresher course, or advisor approval before taking differential equations or signals. A programming course in an outdated language may transfer as an elective rather than satisfy a current computing requirement.
Use the following approach when your credits are old or from multiple institutions. It helps you avoid losing time after admission.
- Ask whether the university has time limits for STEM, engineering, computer science, or lab science credits.
- Request departmental review for older technical courses instead of relying only on a general transfer database.
- Provide syllabi, textbooks, lab descriptions, software tools, and course outcomes if available.
- Ask whether a placement exam, bridge course, or refresher module can preserve your place in the sequence.
- Confirm whether older credits can satisfy prerequisites even if they do not satisfy the current major requirement.
Credit-age policies vary widely by discipline. A student researching an online doctorate in organizational leadership may see different transfer rules for graduate coursework than an undergraduate engineering student sees for calculus, physics, and circuits. Always apply the policy to your specific degree level and major.
The safest strategy is to assume older credits need evidence. If you can show course content, credit hours, lab work, and learning outcomes, the department has more information to make a favorable decision.
Other Things You Should Know About Electrical Engineering
It can be, especially when the degree is from an accredited institution and the transcript does not distinguish online coursework in a negative way. For engineering roles, employers may care about ABET accreditation, technical projects, internships, lab experience, software skills, and whether you can demonstrate engineering problem-solving.
Sometimes, but not all credits will map cleanly. Electrical engineering technology courses are often more applied, while electrical engineering programs usually require more calculus-based theory. Expect departments to review circuits, electronics, physics, and math courses carefully.
Finishing an associate degree can help if it includes the right prerequisites and has an articulation agreement with the university. However, staying too long to complete unrelated electives may not help an electrical engineering degree. Ask the receiving school which remaining community college courses are worth taking before transfer.
Many students do, but the workload can be demanding because engineering courses often include problem sets, labs, simulations, and group projects. If you work full time, a part-time course load may be more realistic, especially during calculus-heavy or lab-heavy terms.
- Best Online Electrical Engineering Degrees 2025 https://www.onlineu.com/degrees/electrical-engineering
- Top Online Schools That Accept Transfer Credits https://www.edvisorly.com/student-guides/online-schools-that-accept-transfer-credits
- Online Electrical Engineering Degrees https://www.affordablecollegesonline.org/degrees/engineering-programs/electrical-engineering/
