College Credit Transfer Estimator
How to Estimate Transfer Credits
Use published normal annual loads to create a rough system-level conversion. Then apply an eligibility scenario based on courses you expect the target institution to review.
Enter the credits completed and documented on the source transcript.
Conversion is not equivalency
A similar quantity of study does not establish that a course matches a target requirement. Content, level, grade, accreditation, recency, and residency rules may all matter.
What the Estimate Includes—and Excludes
The first result compares each system's standard annual credit load. The second applies your hypothetical eligible share. Neither result predicts an admission decision or evaluates course content. Institutions may award elective credit, deny credit, cap transferable amounts, require minimum grades, or accept credits without applying them to a major.
Credit Transfer Planning Examples
ECTS to a 30-credit annual system
Source and target assumptions
Planning estimate
Thirty ECTS represents half of a 60-credit year, so the load-based equivalent is half of 30.
Conservative applicability scenario
Source and target assumptions
Planning estimate
The load conversion is 19.2, then the planning scenario applies 75%.
Request a written evaluation
Ask whether accepted credits apply to the major, general education, electives, and residency requirements—not only how many are accepted.
Frequently Asked Questions
Still have questions about this calculation?
Try the CalculatorRelative Credit-Load Formula
The ratio normalizes credits by each system's typical full-time year.
Formula
Load-based equivalent
target equivalent = completed credits × (target annual load ÷ source annual load)
Planning applicability
potentially applicable = target equivalent × eligible percentage ÷ 100
Scientific Background
Credit frameworks describe the volume of learning, but transfer decisions also assess learning outcomes, academic level, quality assurance, grades, and program rules. Quantitative conversion is only one input.