2027 Accredited Online Mechanical Engineering Degree Programs That Accept the Most Transfer Credits
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Key Things You Should Know
- Most transfer-friendly online mechanical engineering-related bachelor's programs commonly allow up to about 90 transfer credits, but engineering sequencing, lab requirements, ABET-related curriculum rules, grades, and course age can reduce what actually applies.
- A high transfer-credit ceiling matters less than the number of credits that satisfy required calculus, physics, chemistry, engineering science, design, lab, and major courses instead of counting only as electives.
- For a 120- to 130-credit bachelor's program, transferring 60 credits can often move a student from a four-year path to roughly two years of full-time study, while transferring 90 credits may leave about one year if prerequisites and upper-division requirements align.
Which Accredited Online Mechanical Engineering Degree Programs Accept the Most Transfer Credits?
The most transfer-friendly accredited online options are usually either ABET-accredited mechanical engineering programs or ABET-accredited mechanical engineering technology programs. That distinction matters: mechanical engineering programs are typically more theory-heavy and may better support engineering licensure pathways, while mechanical engineering technology programs are often more applied and may be more flexible for students with technical associate degrees.
The table below summarizes online or distance-accessible programs students commonly compare when looking for high transfer-credit acceptance. Treat the "maximum" as a policy ceiling to verify with an official degree audit, not as a promise that every prior credit will apply to the major.
| Institution | Online degree option | Accreditation point to verify | Transfer-credit potential | Best fit |
| Arizona State University | BSE in Mechanical Engineering, online | ABET Engineering Accreditation Commission status and institutional accreditation | Potentially high, but community college, upper-division, residency, and major-course rules affect the final count | Students who want a true mechanical engineering curriculum and have strong math, physics, and engineering prerequisites |
| University of North Dakota | BS in Mechanical Engineering, online or distance format | ABET Engineering Accreditation Commission status and institutional accreditation | High transfer potential subject to minimum institutional-credit and curriculum requirements | Students seeking an ABET-accredited engineering degree with a structured distance format |
| The University of Alabama | BS in Mechanical Engineering through distance learning options | ABET Engineering Accreditation Commission status and institutional accreditation | Potentially high, with applicability depending heavily on course equivalency and residency rules | Students who need an established engineering school and can manage a rigorous sequence |
| Old Dominion University | BS in Engineering Technology, Mechanical Engineering Technology concentration or related pathway | ABET Engineering Technology Accreditation Commission status where applicable | Often transfer-friendly for students entering with technical or community college coursework | Associate-degree graduates in mechanical, manufacturing, drafting, CAD, or applied engineering technology fields |
| Indiana State University | BS in Mechanical Engineering Technology, online | ABET Engineering Technology Accreditation Commission status where applicable | Often designed for transfer students, especially those with applied technical coursework | Working adults and technical associate-degree holders seeking an applied bachelor's path |
| University of Massachusetts Lowell | Online or continuing education pathway in mechanical engineering technology where available | Institutional and programmatic accreditation details should be confirmed for the specific catalog year | May be transfer-friendly, especially for general education and lower-division technical courses | Students comparing applied engineering technology completion options |
A student with many transferable credits should not automatically choose the program with the largest advertised limit. The better choice is the program that accepts the most credits into required categories, keeps the remaining sequence manageable online, and supports the student's intended career path.
How Do Online Mechanical Engineering Degree Programs Evaluate Transfer Credits?
Most schools review transfer credits through a process like the one below. Following these steps before enrolling can help you avoid paying for duplicate coursework.
- Submit official transcripts from every college or university previously attended, including institutions where you earned only a few credits.
- Ask for a degree-specific transfer evaluation, not just a general university transfer report.
- Provide course syllabi, catalog descriptions, lab details, and textbooks for calculus, physics, chemistry, statics, dynamics, thermodynamics, materials, circuits, and design courses.
- Confirm the minimum grade required for transfer, because some engineering departments require higher grades for major prerequisites than the university requires for electives.
- Ask whether older technical courses are still valid, especially in computer-aided design, programming, controls, manufacturing, or instrumentation.
- Request a remaining-degree plan showing which transferred credits satisfy general education, math and science, major requirements, technical electives, and free electives.
A common mistake is assuming that "accepted by the university" means "applied to the mechanical engineering degree." A course may transfer as elective credit but still fail to replace a required engineering course, which means it does not shorten the program as much as expected.
How Can Transfer Credits Shorten an Online Mechanical Engineering Degree?
Transfer credits shorten a degree only when they replace courses required for graduation. In mechanical engineering, the biggest time savings usually come from completed calculus, differential equations, calculus-based physics, chemistry, general education, and introductory engineering courses.
The table below uses a typical 128-credit engineering bachelor's degree to show how transfer credits may affect remaining coursework. Actual timelines vary because many engineering courses must be taken in sequence and may not be offered every term.
| Credits that apply to the degree | Approximate credits remaining in a 128-credit program | Possible completion pattern | Main caution |
| 30 credits | 98 credits | About three years of full-time study, sometimes longer online | Many major prerequisites may still remain |
| 60 credits | 68 credits | About two years if math, science, and engineering prerequisites align | An associate degree may not automatically cover engineering-specific requirements |
| 75 credits | 53 credits | Roughly 18 to 24 months for some students | Upper-division sequencing can still extend the timeline |
| 90 credits | 38 credits | About one year to 18 months if remaining courses are available online and in order | Residency requirements and capstone design courses usually must be completed at the degree-granting school |
The fastest path is not always the one with the most transferred credits. A program that accepts fewer credits but maps them cleanly into required courses may be faster than a program that accepts more credits as electives.
Transfer credits can reduce tuition by cutting the number of credits you must complete at the new school. This matters because published tuition continues to rise: the College Board's 2024 Trends in College Pricing reported average published tuition and fees of $11,610 for in-state public four-year students and $43,350 at private nonprofit four-year institutions for the 2024-2025 academic year. For transfer students, the practical question is how many expensive upper-division credits remain after the evaluation.
Use this simple cost framework before comparing programs. Students looking broadly at affordability can also compare strategies used in the cheapest online college options, where total completion cost often matters more than advertised annual tuition.
- Remaining tuition cost equals accepted degree-applicable credits subtracted from total required credits, multiplied by the school's per-credit tuition and required fees.
- Potential savings from transfer credits equals the number of credits that apply to degree requirements, multiplied by the tuition and fee rate you would otherwise pay at the receiving institution.
- Net value should include books, software, lab kits, proctoring fees, travel for any campus requirements, lost work time, and the effect of a shorter graduation timeline.
For example, if a program charges $600 per credit and 30 additional credits apply directly to the degree, the tuition reduction would be $18,000 before fees. That calculation is useful, but it should be paired with career fit, accreditation, scheduling reliability, and whether the remaining courses can be completed without unnecessary delays.
Military training, professional certifications, standardized exams, and prior learning assessments may transfer into an online mechanical engineering-related degree, but they usually apply best to general education, lower-division electives, technical electives, or applied technology requirements. They are less likely to replace core engineering science courses such as thermodynamics, fluid mechanics, heat transfer, machine design, or senior design.
Adult learners with technical experience should ask schools how they use American Council on Education recommendations, Joint Services Transcripts, CLEP, DSST, AP, industry certifications, and portfolio assessment. Similar transfer-value questions also arise in other technical online fields, including students comparing the cheapest online masters in artificial intelligence, where prior coursework and employer-sponsored learning may affect total cost differently by institution.
Before relying on nontraditional credits, ask these questions in writing:
- Will the credit apply to a required course, a technical elective, a free elective, or only total-credit standing?
- Is there a maximum number of credits accepted from military, exam-based, certification-based, or portfolio sources?
- Does the engineering department approve the credit, or only the central transfer office?
- Will professional or military credit affect eligibility for ABET-related degree requirements, financial aid, or future graduate admission?
The red flag is a school that advertises large prior-learning awards without showing how those credits fit into a mechanical engineering degree plan. Always request a degree audit before making an enrollment decision.
The strongest transfer credits are recent, graded, college-level courses from regionally accredited institutions that closely match the receiving program's required courses. Mechanical engineering programs are especially careful with math, science, engineering analysis, and laboratory courses because later courses depend on them.
The table below shows which credits commonly transfer well and which ones need extra documentation. It can help you decide whether your previous coursework is likely to reduce major requirements or only add elective credit.
| Previous credit type | Transfer strength | Why it matters | What to verify |
| Calculus I, II, III and differential equations | Very strong if equivalent and graded | These courses unlock most engineering sequences | Course level, credit hours, grade minimum, and sequence match |
| Calculus-based physics with lab | Very strong when lab and calculus components match | Often required before statics, dynamics, circuits, and mechanics courses | Whether it was algebra-based or calculus-based |
| Chemistry with lab | Strong if it matches engineering chemistry requirements | May satisfy a foundational science requirement | Lab component and credit-hour equivalency |
| Statics, dynamics, materials, thermodynamics, circuits | Strong but closely reviewed | These are core engineering prerequisites | Syllabus, textbook, outcomes, ABET alignment, and course age |
| CAD, manufacturing, drafting, machining, or technical graphics | Often strong for engineering technology programs | Applied programs may use these credits efficiently | Whether the course fulfills a major requirement or only a technical elective |
| General education courses | Usually strong | Can clear writing, humanities, social science, and communication requirements | Institutional general education categories and minimum grades |
| Free electives | Helpful but limited | They may increase total transferred credits without shortening the major sequence | Whether the degree has enough elective space to use them |
Students with an Associate of Science in engineering usually have stronger transfer alignment than students with a general associate degree. Students with an Associate of Applied Science may find a better fit in mechanical engineering technology programs because those curricula often recognize applied technical courses more efficiently.
Transfer agreements, articulation pathways, and 2+2 plans can make degree completion more predictable because they show which community college courses satisfy bachelor's requirements. They are especially valuable in engineering because taking the wrong physics sequence or missing a prerequisite can delay graduation by a full term or more.
A strong transfer agreement usually includes a term-by-term map, required grades, accepted course equivalents, general education coverage, and a clear list of remaining upper-division courses. The same principle applies beyond engineering; when students compare structured pathways in fields such as the cheapest online EdD, predictable credit application can be just as important as the advertised tuition rate.
Before trusting an agreement, check these details with both institutions:
- The agreement is current for the catalog year you will enter.
- The pathway applies to the online version of the degree, not only the campus program.
- The agreement covers engineering major requirements, not just general education.
- The receiving school confirms that courses will apply after admission, not merely transfer as general credits.
- The remaining courses are offered online often enough for your intended timeline.
The biggest advantage of a transfer agreement is not just credit volume. It is reducing uncertainty before you spend time and money on courses that may not fit the final degree plan.
Students should compare transfer policies at the degree level, not only the university level. A university may accept many credits overall while the mechanical engineering department applies fewer of them to required major courses.
Use the following checklist when speaking with admissions counselors, transfer evaluators, and engineering advisors. The goal is to get a written, degree-specific answer before committing.
- Maximum transfer credits: What is the highest number of credits that can count toward the bachelor's degree?
- Residency requirement: How many credits must be completed at the degree-granting institution?
- Upper-division requirement: How many advanced engineering or technology credits must be completed at the school?
- Major-course transfer rules: Which math, science, engineering science, and design courses can be replaced by prior coursework?
- Grade requirement: Is a C enough, or do some courses require a higher grade?
- Course age limits: Are older technical, computing, CAD, or engineering courses excluded or reviewed differently?
- Lab requirement: Will online, hybrid, or in-person labs from another school satisfy the requirement?
- Elective limits: How many credits can transfer only as free electives before they stop helping you graduate faster?
- Accreditation: Is the institution accredited, and is the engineering or engineering technology program accredited by the relevant ABET commission where needed for your goals?
- Licensure relevance: If you may pursue the Professional Engineer pathway, does the degree meet the educational expectations in your state?
A major red flag is pressure to enroll before receiving an official or near-official transfer evaluation. Another is vague language such as "we accept up to 90 credits" without a degree map showing exactly what remains.
Transfer-friendly online mechanical engineering and mechanical engineering technology programs are most valuable for students whose previous credits align with the curriculum. They are especially useful for learners who have already completed substantial math, science, engineering, or technical coursework and need a flexible route to finish a bachelor's degree while working.
The best candidates usually include:
- Community college engineering students who followed a calculus-based engineering transfer pathway.
- Associate of Science graduates with calculus, physics, chemistry, and introductory engineering courses.
- Associate of Applied Science graduates in mechanical, manufacturing, CAD, industrial, or engineering technology fields who are open to an applied engineering technology degree.
- Working technicians, designers, drafters, machinists, or manufacturing specialists who need a bachelor's credential for advancement.
- Veterans or service members with technical training who can combine military credit with college coursework.
Students should avoid choosing a program primarily for its high transfer limit if their career goal requires a specific type of engineering degree, state licensure eligibility, or graduate admission prerequisites. If your interests have shifted away from engineering, a faster completion path in another field, such as a bachelor in human services, may provide a better fit than forcing unrelated credits into a demanding engineering sequence.
The student who benefits most is not necessarily the one with the most credits. It is the student whose credits reduce the most required courses while preserving the degree's career value.
How Should Students Choose an Online Mechanical Engineering Degree Based on Transfer Efficiency?
Transfer efficiency means the percentage of your prior credits that actually reduce the courses, time, and cost needed to graduate. A program with a lower advertised maximum can be more efficient if it accepts your credits into required categories and offers the remaining courses in a predictable online sequence.
A practical selection process should include the following steps:
- Clarify your career goal first -- mechanical engineer, engineering technologist, manufacturing engineer, product designer, project engineer, technical manager, or graduate-school applicant.
- Decide whether you need an ABET Engineering Accreditation Commission program or whether an ABET Engineering Technology Accreditation Commission program supports your goals.
- Collect every transcript, syllabus, lab description, and course catalog entry before requesting evaluations.
- Apply to more than one transfer-friendly program if possible, because evaluations can differ substantially.
- Compare remaining credits by category: general education, math and science, engineering core, major electives, free electives, and residency credits.
- Estimate total cost using remaining credits, per-credit tuition, fees, lab costs, software, and travel requirements.
- Check course availability for the next two years so that prerequisites do not create hidden delays.
- Ask how the degree appears on the transcript and diploma, especially if comparing mechanical engineering with mechanical engineering technology.
- Weigh transfer savings against outcomes, accreditation, advising quality, employer recognition, and flexibility.
Students who expect to move into management later may also compare engineering completion with graduate pathways such as the best organizational leadership master's programs online. The right decision is the one that fits both the credits you already have and the role you want next.
As a final rule, choose the program that gives you the clearest written degree plan after transfer evaluation. A transparent 45-credit remaining plan is usually better than a vague promise that "up to 90 credits" may transfer.
Other Things You Should Know About Mechanical Engineering
They can be, especially when the institution is accredited and the program has the appropriate ABET accreditation for the student's career goal. Employers typically care about accreditation, skills, projects, internships or work experience, and whether the curriculum matches the role.
Some do. Even when lectures are online, certain programs may require in-person labs, proctored exams, design activities, or short campus sessions. Students should confirm these requirements before enrolling, especially if they live far from campus.
Possibly, but requirements vary by state. Students who may pursue PE licensure should verify that the degree meets their state board's education requirements and should pay close attention to ABET Engineering Accreditation Commission status.
Common requirements include college transcripts, a minimum GPA, completed prerequisite math and science courses, and good academic standing at prior institutions. Competitive programs may expect calculus readiness, physics preparation, and strong grades in technical coursework.
- Transfer Credit Evaluation Checklist with Timelines from Spark Admissions https://www.sparkadmissions.com/blog/credit-transfer-evaluation/
- 2026 Best Accelerated Engineering Degree Programs - Educating Engineers https://educatingengineers.com/degrees/accelerated-engineering-degree-programs/
- Transfer College Credit Limits https://www.ivyscholars.com/transfer-college-credit-limits/
- Top Online Schools That Accept Transfer Credits https://www.edvisorly.com/student-guides/online-schools-that-accept-transfer-credits
- Find Programs - ABET https://www.abet.org/accreditation/find-programs/
- T.I.M.E. Double Degrees https://timeassociation.org/t-i-m-e-double-degrees/
- How to Evaluate Online College Credit Providers https://www.straighterline.com/blog/transfer-how-to-evaluate-online-college-credit-providers
- Transfer Evaluation https://www.ensign.edu/transfer-evaluation
- Transfer Access for All? Depends on Where You Start https://www.nists.org/post/transfer-access-for-all-depends-on-where-you-start
- Evaluating International Credentials: Problems of Transfer Credit https://wenr.wes.org/accreditation-and-quality-assurance/evaluating-international-credentials-problems-of-transfer-credit/
