What is yield rate in college admissions?

Yield rate is a ratio: the number of admitted students who enroll, divided by the number of students admitted, for the same cohort and entry term. If a program admits a group of students and some of them register for classes by the census date, the number who registered divided by everyone admitted is the program's yield. Some offices also report deposit yield, which divides deposited students by admitted students, as an earlier read on the same question.

The details of the calculation matter. Decide which date counts as enrolled, such as the first day of classes or the census date, and whether admits who defer to a later term stay in the original cohort. Report admits whose offers were withdrawn separately. Then keep the same rules every cycle, because a change in definition can move the number more than any recruitment effort.

Yield is most useful as a comparison. Compare the current cohort with the same point in previous cycles, and split it by program, student population, source and admission round. A hypothetical university might find that early action admits to its engineering programs enroll at a much higher rate than regular decision admits to the same programs, which points to a timing question rather than a program problem. A single institution-wide figure would hide that.

Many things outside the admissions office move yield: cost and financial aid, program reputation, location and competing offers. But the period between offer and enrollment is when relationships matter most. Admitted-student events, a named counselor for each admit, timely answers about funding and housing, and outreach that reaches the right students at the right time all tend to help. Asking admitted students who decline where they chose instead, and why, adds context the numbers alone cannot give.

Yield connects two other terms. The enrollment deposit is the commitment step that usually comes first, and summer melt is the loss between deposit and enrollment, so a strong deposit yield can still end in a weaker final yield if melt is high.