Two credible answers exist. Georgetown CEW: the median bachelor's degree returns $306,000 in net present value over 40 years, and $2.8M in lifetime earnings vs $1.6M for high school grads. FREOPP, counting taxes, loan interest, and dropout odds: median $160,000, with more than a quarter of programs negative. Both are true. The question isn't "is college worth it" — it's "is this degree, at this price, for me, worth it." Here's how to answer that.
Georgetown's Center on Education and the Workforce has run the numbers at the institution level. Their ROI work ("A First Try at ROI," 2019) computes net present value of the earnings premium over 40 years at a 10% discount rate, net of tuition, fees, and living costs. The follow-up "College Payoff" (2021) tracks lifetime earnings by credential:
| Credential | Median NPV (40 yrs, CEW) | Median lifetime earnings |
|---|---|---|
| Certificate | $88,000 | — |
| Associate | $141,000 | $2.0M |
| Bachelor's | $306,000 | $2.8M |
| Master's | — | $3.2M |
| Doctorate / professional | — | $4.0M / ~$4.7M |
| High school only | $0 (baseline) | $1.6M |
FREOPP's program-level analysis is the useful pessimist in the room: nearly 30,000 bachelor's programs scored individually, a $160,000 median, and a quarter-plus with negative ROI — meaning graduates would have done better, financially, never enrolling. The disagreement between $306k and $160k is methodology, not truth: CEW discounts at 10% but ignores taxes and loan interest; FREOPP subtracts them and weights in the students who don't finish. Reality sits between, and tilts toward FREOPP for expensive schools and weak majors.
Salary, comparison wage, net cost, and growth assumptions — lifetime gain, NPV, and break-even year, benchmarked to CEW.
Open the College ROI Calculator →A real ROI counts money you didn't earn while you were in class. The full investment:
Add them up: a typical in-state path invests about $260,000. An out-of-state or private path can pass $400,000. The degree has to beat that, not just produce a salary.
The spread by field is wider than the spread by school selectivity. FREOPP's top performers: engineering, computer science, nursing, economics. NACE's Winter 2025 starting-salary data agrees at the front of the line — computer engineering $82,565, software engineering $82,536 — and CEW's lifetime view puts architecture and engineering bachelor's holders at $3.8 million, a million above the bachelor's median.
The bottom of FREOPP's table clusters in fine arts, anthropology, and a slice of education and psychology programs. Not "humanities" as a bloc — economics is a humanity-adjacent top performer. The pattern is narrower: fields where the median graduate's salary lands within a few thousand dollars of the no-degree wage can't outrun four years of lost earnings plus tuition.
Three scenarios, same assumptions (2% annual premium growth, 3% discount):
Notice what moves the answer: the premium matters more than the price, and the price is the part you can still shop. Community-college transfer paths, in-state publics, and employer tuition programs cut the investment without touching the premium.
Skip the four-year math when: your realistic program lands in the negative-ROI clusters and you'd pay sticker; you can earn $45,000+ now in a trade or apprenticeship (a high comparison wage shrinks any premium); or the degree targets a field where credentials arrive cheaper (associate nursing, certificates in tech, employer-sponsored). And run the same analysis on grad school, where the FREOPP logic bites harder — the MBA ROI calculator does that version, tuition plus forgone salary against the pay bump.
For most students, yes - but not for all. Georgetown CEW's analysis puts the median bachelor's net present value at $306,000 over 40 years, and lifetime earnings at $2.8 million versus $1.6 million for high school grads. FREOPP's stricter cut, which subtracts taxes, loan interest, and dropout risk, still shows a $160,000 median - but more than a quarter of the nearly 30,000 bachelor's programs analyzed come out negative. The median student wins; a meaningful minority of program choices lose.
Two pieces, and skipping the second is how the math gets lied about. First, what you pay: net cost after grants. Second, opportunity cost: the wages you gave up while enrolled - four years at a $45,000 comparison wage is $180,000 on its own, usually bigger than tuition at an in-state school. A full in-state investment runs about $260,000; an out-of-state or private path can pass $400,000.
Engineering, computer science, nursing, and economics, per FREOPP - the fields where a $70,000-$82,000 starting salary against a $45,000 comparison wage clears the investment in about a decade (CEW puts architecture and engineering lifetime earnings at $3.8 million, a million above the bachelor's median). NACE's Winter 2025 data anchors the top: computer engineering at $82,565 and software engineering at $82,536 to start. The slowest payoffs cluster in fine arts, anthropology, and some education and psychology programs.
Roughly $15,000 a year clears a typical in-state path in about 16 working years; $30,000 clears even an expensive private path in around 9. The line to watch: premium times working years must beat cost plus opportunity cost, and the earlier the premium starts, the more compounding works for you. If your realistic expected salary is within a few thousand of what you'd earn without the degree, the degree as a financial product is a bad buy - it can still be worth having for other reasons, but price it honestly.
Per dollar invested, often better than a bachelor's. CEW's 40-year medians: $141,000 for an associate degree and $88,000 for a certificate, against $306,000 for a bachelor's - but the associate costs a fraction as much and takes half the time, so the return per dollar and per year is competitive. Two-year nursing, radiologic tech, and skilled-trade programs are the classic examples.