2027 Online Information Technology Degree Programs That Accept 60, 75, or 90 Transfer Credits
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Transfer students often ask a simple question with expensive consequences: will an online Information Technology program take 60, 75, or 90 credits and let them finish faster? National Student Clearinghouse data shows transfer enrollment increased 4.4% in fall 2024, signaling renewed interest in flexible degree-completion paths.
This guide is for adults, community college graduates, stopped-out students, and career changers with prior credits. You will learn how transfer limits, degree requirements, residency rules, and credit evaluations affect remaining courses, completion time, and total tuition.
Key Things You Should Know
- Most online bachelor's in Information Technology programs require about 120 semester credits, so transferring 60, 75, or 90 credits can theoretically leave 60, 45, or 30 credits, but only credits that match general education, elective, major, or upper-division requirements reduce your remaining workload.
- A school may "accept" up to 90 credits while still requiring 30 or more credits in residence, plus specific IT core courses such as networking, databases, cybersecurity, systems analysis, programming, cloud computing, or capstone work.
- Before enrolling, request an official transfer evaluation, confirm minimum grades and accreditation rules, ask how many credits apply to the IT major, and compare the remaining tuition instead of choosing a program only because it advertises a high transfer-credit maximum.
How Many Transfer Credits Can You Apply Toward an Online Information Technology Degree?
Most online Information Technology bachelor's degrees are built around approximately 120 semester credits. A transfer-friendly program may accept 60, 75, or 90 credits, but "accepted" does not always mean "applied." Accepted credits are credits the university recognizes on your record; applied credits are the credits that actually satisfy your degree plan.
This distinction matters because IT degrees usually include several requirement buckets: general education, major core, concentration courses, upper-division credits, free electives, and a capstone or final project. If your previous credits fill only electives, you may still have to complete many required IT courses even if your transcript shows a large number of transfer credits.
The table below shows the basic math for a 120-credit bachelor's degree. It is a starting point, not a guarantee, because residency rules and major requirements can change the final number.
| Transfer-credit scenario | Credits potentially remaining in a 120-credit degree | What it usually means for an IT student | Main risk to check |
| 60 transfer credits | 60 credits remaining | Often similar to entering as a junior after an associate degree or two years of college | Some technical courses may not match the university's IT core |
| 75 transfer credits | 45 credits remaining | Can shorten the path if general education and electives are mostly complete | Upper-division IT courses may still need to be taken at the new school |
| 90 transfer credits | 30 credits remaining | Can be the fastest route when the school allows a 30-credit residency minimum | The program may still require major, capstone, or concentration courses that exceed 30 credits |
In practical terms, 60 transfer credits can be a strong position if they include general education and lower-division IT foundations. A 90-credit transfer can be even better, but only when the program has enough elective room and does not require more than 30 credits of major coursework after admission.
Which Online Information Technology Degree Programs Accept 60, 75, or 90 Transfer Credits?
Many online IT degree-completion programs are designed for students who already have college credit. The most transfer-friendly options are usually adult-focused public universities, competency-based universities, and private nonprofit institutions with established online divisions.
The table below compares common types of online Information Technology bachelor's programs by transfer-credit allowance. Policies change, so use this as a screening tool and then verify the current catalog before applying.
| Transfer-credit level | Examples of programs or policy types to research | Typical remaining-credit picture | Best fit |
| Programs accepting around 60 credits | Many public online bachelor's completion programs and university IT majors built for associate-degree graduates | About half the degree remains, often including upper-division IT core and electives | Students with an A.A., A.S., A.A.S., or broad lower-division college record |
| Programs accepting around 75 credits | Universities using a 25% institutional residency model or a "up to 75% of degree" transfer policy | About 45 credits remain before major-specific adjustments | Students with an associate degree plus extra courses, military credit, exams, or prior learning |
| Programs accepting around 90 credits | Schools such as Southern New Hampshire University, University of Maryland Global Campus, Liberty University, Purdue Global, Western Governors University, Franklin University, and similar online degree-completion providers may advertise high bachelor's transfer limits, depending on program and transcript fit | About 30 credits may remain if the credits satisfy the right degree areas and residency rules | Students with substantial prior coursework who need a structured finish line |
The best program is not automatically the one with the highest maximum. A school that accepts 90 credits but applies only 65 to your IT degree may cost more and take longer than a school that accepts 75 credits and applies nearly all of them to required categories.
When comparing programs, look for regional or recognized institutional accreditation, transparent transfer maps, published course equivalencies, online IT course availability every term, and an advisor who can provide a written degree plan before you commit.
How Can You Tell Whether Transfer Credits Will Actually Apply Toward Your Information Technology Degree?
You can tell whether credits will apply by comparing each transferred course against the degree audit, not just the admissions transfer total. The degree audit should show whether each course satisfies general education, IT major, concentration, elective, upper-division, or residency requirements.
Accreditation is one of the first filters. Credits from regionally accredited or otherwise institutionally accredited colleges are usually easier to evaluate than credits from unaccredited providers. If you are still building your school list, a resource on accredited schools online can help you understand why accreditation affects transferability and financial aid eligibility.
Use this sequence before you rely on any advertised transfer maximum:
- Send official transcripts from every college, even if the credits are old or from an unfinished program.
- Ask for a program-specific evaluation for the online Information Technology degree, not a general admission estimate.
- Review which credits satisfy general education, major core, concentration, upper-division, and elective categories.
- Ask whether any courses transferred as "free electives" could be re-reviewed with syllabi, course descriptions, or certification documentation.
- Request a remaining-course plan showing course names, credit hours, expected terms, tuition rate, fees, and any required capstone.
A common red flag is a school saying it can accept "up to 90 credits" but refusing to show how those credits apply until after enrollment. You may still choose that school, but you should know that the transfer maximum is not the same as a completion plan.
Online Information Technology programs may consider several types of previous credit. The more closely your prior learning matches the new school's catalog, credit-hour system, grade requirements, and course outcomes, the more likely it is to apply efficiently.
The following categories are commonly reviewed during transfer evaluation, although each university sets its own rules:
- General education courses such as English composition, college algebra, statistics, communication, humanities, social science, and natural science.
- Lower-division computing courses such as introduction to programming, computer concepts, operating systems, web design, database fundamentals, or networking basics.
- Upper-division IT courses from a four-year institution, especially if they match current program outcomes and were completed with the required grade.
- Elective credits from unrelated subjects, which can help reach 120 credits but may not reduce required IT major coursework.
- Associate degree block transfers, where a completed A.A., A.S., or sometimes A.A.S. may satisfy a package of general education or lower-division requirements.
- Exam, military, certification, or prior-learning credits, if the school recognizes them and has room in the degree plan.
Short online courses may also help students fill gaps, but they are not automatically transferable. If you are considering 6 week courses with certificates, ask the receiving IT program whether those courses carry college credit, whether they come from an accredited institution, and whether they match a needed requirement.
Minimum grades also matter. Many schools require at least a C for transfer, while some major courses may need a higher grade or a more recent completion date. Technical courses are evaluated more strictly than broad electives because IT content changes quickly.
Residency requirements specify how many credits you must complete at the degree-granting university. For many bachelor's programs, a common minimum is 30 credits, but some schools require more, and some require that a certain number of upper-division or major credits be completed in residence.
Upper-division requirements are especially important in IT. Even if you transfer 90 credits, the university may still require advanced coursework in cybersecurity, systems architecture, cloud platforms, database administration, project management, or an IT capstone. That is why a 90-credit transfer can still leave more than 30 credits if the missing courses are required for the major.
The table below summarizes how residency and upper-division rules can change the apparent value of 60, 75, or 90 transfer credits.
| Requirement type | How it affects transfer students | Why it matters in an IT degree |
| Institutional residency | Requires a minimum number of credits to be completed at the new school | Can prevent a student from finishing with fewer than 30 credits even if more credits transfer |
| Major residency | Requires some IT major courses to be completed through the degree-granting institution | Protects consistency in technical outcomes but may reduce the usefulness of older IT credits |
| Upper-division minimum | Requires advanced 300- or 400-level coursework | Community college credits may transfer but usually do not count as upper-division work |
| Capstone requirement | Requires a final project, practicum, or integrative course | Usually cannot be transferred because it demonstrates program-level competency |
Programmatic accreditation is less common in IT than in fields such as counseling, nursing, or engineering, but the lesson is similar: the credentialing structure of a field can affect course requirements. Students comparing fields can see this clearly in guides to CACREP-accredited programs, where accreditation-specific coursework can shape transfer decisions.
The transfer credit evaluation process usually begins after you apply or request a formal pre-enrollment review. Admissions may provide an initial estimate, but the registrar, transfer office, academic department, or program chair often makes the final decision on how each course applies.
For IT students, the evaluation may involve both administrative and technical review. A registrar may confirm credit hours, grades, accreditation, and course level, while the IT department may decide whether an older networking, programming, or cybersecurity course still matches current outcomes.
Follow these steps to get a useful evaluation instead of a vague transfer estimate:
- Collect official transcripts from all colleges, including dual-enrollment, community college, military-affiliated, and unfinished institutions.
- Gather syllabi for technical courses, especially programming, databases, networking, cybersecurity, systems administration, and cloud courses.
- Submit exam score reports, military transcripts, certification records, or prior-learning documentation if the school accepts nontraditional credit.
- Ask for a written degree audit that separates accepted credits from applied credits.
- Confirm the exact remaining courses, course rotation, prerequisites, and whether courses are available online every term.
- Compare at least two schools using the remaining credits, not the advertised transfer maximum.
Do not enroll based only on a phone estimate. A written audit protects you from discovering later that a course transferred as an elective when you expected it to satisfy a database, programming, or cybersecurity requirement.
Completion time depends on remaining credits, course availability, term length, prerequisites, and whether you study full time or part time. In a standard semester model, a full-time student might take 12 to 15 credits per term, while a working adult may prefer 6 to 9 credits.
Bureau of Labor Statistics data published for the 2024 labor market reports a median annual wage of $105,990 for computer and information technology occupations, with employment projected to grow much faster than average. That does not guarantee an outcome for any graduate, but it explains why many adults want to finish efficiently while preserving job and family responsibilities.
The table below estimates completion time based on remaining credits. Actual timelines may be longer if courses have prerequisites, are offered only in certain terms, or require a final capstone sequence.
| Applied transfer credits | Credits remaining in a 120-credit degree | Possible full-time pace | Possible part-time pace | Timeline caution |
| 60 credits | 60 credits | About 4 to 5 semesters | About 7 to 10 terms, depending on term format | Major prerequisites may add time if lower-level IT courses are missing |
| 75 credits | 45 credits | About 3 to 4 semesters | About 5 to 8 terms | Upper-division sequencing can affect speed |
| 90 credits | 30 credits | About 2 to 3 semesters | About 4 to 6 terms | Residency and capstone rules may set a minimum time in program |
Accelerated online terms can shorten calendar time, but they do not remove academic workload. A seven-week networking or programming course may be convenient, but it can be demanding for students who work full time or are returning after a long academic break.
Transfer credits can reduce cost because you pay tuition only for the credits you still need to complete at the new institution. The savings are strongest when your credits apply directly to requirements and when the school charges by credit hour instead of a flat subscription or term rate.
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 the 2024-25 academic year. Those figures are not online IT prices, but they show why finishing with fewer remaining credits can materially affect total cost.
The table below uses simple per-credit examples to show the cost impact. Replace these sample rates with each school's actual tuition, fees, technology charges, and book costs before making a decision.
| Applied transfer credits | Credits remaining | Estimated tuition at $350 per credit | Estimated tuition at $500 per credit | Estimated tuition at $700 per credit |
| 60 credits | 60 credits | $21,000 | $30,000 | $42,000 |
| 75 credits | 45 credits | $15,750 | $22,500 | $31,500 |
| 90 credits | 30 credits | $10,500 | $15,000 | $21,000 |
Cost comparisons should focus on remaining degree cost, not only tuition per credit. A higher-tuition school that applies more credits may cost less overall than a lower-tuition school that makes you retake major courses. This same logic applies across online degree markets; for example, affordability guides such as the cheapest AACSB accredited online MBA rankings are most useful when students compare total completion cost rather than sticker price alone.
Also check financial aid rules. Federal aid eligibility may depend on enrollment intensity, degree-seeking status, satisfactory academic progress, and whether your remaining courses count toward the program. If you have already accumulated many credits, ask whether you are approaching institutional or federal aid limits.
Yes, some online IT programs award credit for prior learning, military training, standardized exams, professional certifications, portfolios, or employer-based training. These credits can be valuable for adults who have worked in help desk support, networking, cybersecurity, systems administration, software support, cloud operations, or IT project coordination.
Schools may evaluate nontraditional credit through American Council on Education recommendations, Joint Services Transcript entries, CLEP or DSST scores, certification mappings, portfolio assessment, or internal faculty review. Commonly reviewed IT-related credentials may include CompTIA, Cisco, Microsoft, AWS, Google, ISC2, or other vendor certifications, but acceptance varies widely.
Before relying on prior learning, ask these questions:
- Is there a maximum number of credits from exams, certifications, military training, or portfolio assessment?
- Will the credit apply to the IT major, a concentration, general electives, or only free electives?
- Is the certification current, and does the school require active status at the time of evaluation?
- Are portfolio or prior-learning assessment fees charged even if credit is not awarded?
- Will prior-learning credit count toward residency, or will it reduce only elective requirements?
Credit-for-prior-learning rules are highly field-specific. In professional degree areas such as social work, for instance, affordability resources like the cheapest online MSW guide can help students see how accreditation and fieldwork requirements may limit substitution; IT programs are usually more flexible, but they still require careful evaluation.
Do Older College Credits Expire When Transferring Into an Online Information Technology Degree?
Older college credits do not always expire, but they may be treated differently depending on subject area. English, history, psychology, humanities, and many general education courses are often usable years later. Technical IT credits are more likely to face age limits or department review because tools, security standards, programming languages, and infrastructure practices change.
A school may accept an older course as elective credit while refusing to apply it to a current IT core requirement. For example, an old networking course may still count toward total credits but may not satisfy a modern course that covers cloud networking, wireless security, virtualization, and current protocols.
Common mistakes include assuming older credits are worthless or assuming they will all count. A better approach is to submit everything and let the school evaluate the full record. If a technical course is denied for major credit, ask whether you can provide a syllabus, complete a placement assessment, use a current certification, or substitute a higher-level course.
Older credits can still reduce your cost if they fill electives or general education requirements. The key is to separate "credit age" from "credit usefulness": a 15-year-old literature course may be fully useful, while a 15-year-old operating systems course may need review before it can support a modern IT degree plan.
Other Things You Should Know About Information Technology
An online IT degree can be respected when it comes from an accredited institution and includes relevant coursework, projects, and technical skill development. Employers usually care more about accreditation, competencies, experience, certifications, and portfolio evidence than whether courses were completed online or on campus.
Information Technology may be a better fit if your credits include applied computing, networking, systems, cybersecurity, business technology, or support courses. Computer Science may require more math, programming theory, algorithms, and software development coursework, which can reduce how many prior credits apply.
Yes, many online IT programs accept A.A.S. credits, but applied associate degrees can transfer differently than A.A. or A.S. degrees. Some technical courses may apply to the major, while others may count as electives, so an official degree audit is essential.
Compare the remaining courses, total cost, course schedule, accreditation, and time to completion. The better choice is usually the program that gives you the clearest and most efficient path to graduation, not simply the one that accepts the largest number of credits on paper.
- Top Online Schools That Accept Transfer Credits https://www.edvisorly.com/student-guides/online-schools-that-accept-transfer-credits
- Best Online Bachelor's in Information Technology Programs I Computerscience.org https://www.cyberdegrees.org/listings/best-online-bachelors-in-information-technology-programs/
- 20 Best Online Bachelor's in Information Technology Degree Program - OnlineDegrees.com https://www.onlinedegrees.com/bachelors-in-information-technology/
- Online Bachelor's Degree in Information Technology (IT) | CSU Global | Accredited https://csuglobal.edu/academic-programs/undergraduate-degrees/bachelors-degree-information-technology
- IT Schools Online | Information Technology Careers | OEDb https://www.oedb.org/rankings/online-it-programs/
