Do bachelor's degrees from community colleges deliver comparable labor market value to traditional four-year degrees? Using Census Bureau earnings data at one, five, and ten years after graduation, we find that CCB graduates match or exceed traditional BA earnings in most fields by Year 5, with advantages growing at Year 10.
The analysis compares earnings across 8 fields for public institutions classified as associate's-dominant (CCB) versus primarily baccalaureate (traditional BA) using IPEDS. The traditional BA comparison group includes everything from small regionals to flagship research universities. The CCB sample is geographically concentrated (~67% Utah), and PSEO suppression rules disproportionately affect smaller CCB cohorts at longer horizons.
Before examining individual fields, consider the aggregate comparison. Acton et al. (2026) report a roughly $2,000 CCB earnings penalty at Year 1 using regression controls. Using the same public data source (PSEO 2025Q4) but with straightforward unconditional comparisons, we find the opposite: a CCB premium at every time horizon, regardless of aggregation method.
| Approach | Year 1 | Year 5 | Year 10 |
|---|---|---|---|
| Acton et al. (regression-adjusted) | -$2,800 | not reported | not reported |
| Acton et al. (raw unconditional) | ~-$2,000 | not reported | not reported |
| All programs pooled, unweighted median | +$3,975 | +$4,142 | +$6,063 |
| Graduate-weighted mean | +$1,710 | +$2,809 | +$4,244 |
| Average within-field gap (unweighted) | +$965 | +$1,792 | +$136 |
| Average within-field gap (CCB-n weighted) | +$1,193 | +$2,597 | +$3,367 |
Every unconditional approach shows CCB graduates earning more than traditional BA holders, even at Year 1. The discrepancy with Acton et al. likely reflects three factors: (1) their regression controls for institution-level characteristics (selectivity, size, urbanicity) absorb some of the CCB advantage, (2) they used an earlier PSEO data release, and (3) they weight by individual graduate counts at the observation level, which we cannot fully replicate from published program medians.
The gap between the simplest approach (all programs pooled: +$3,975) and the most conservative (within-field average: +$965) illustrates why methodology matters. But across all methods, the direction is the same: CCB graduates are not earning less. The field-level analysis below shows where the premium comes from and where it doesn't.
Acton et al. (2026) explicitly concentrate their analysis on Year 1 earnings. Here we extend to all available horizons, with sample size counts, geographic context, and the nuances that change the picture.
How much more (or less) CCB graduates earn compared to traditional BA holders, by field. Toggle horizons to see the gap shift over time.
A note on sample sizes and selection effects: Across all fields, the CCB sample is orders of magnitude smaller than the traditional BA pool. At Year 10, a typical field has 4-9 CCB institutions compared to 150-320 on the traditional BA side. The traditional BA category includes everything from open-access regionals to R1 flagships, creating a comparison group with far more internal variance than the CCB sample. Where negative gaps appear (Engineering Technology in particular), they are driven less by credential quality and more by which states and institutions have adopted the CCB model. The gaps reflect selection into the CCB system, not the performance of the model itself.
Not just medians: the 25th-to-75th percentile range shows the full spread of outcomes. Select a field to compare distributions.
Roughly two-thirds of CCB program observations come from Utah at every time horizon. That concentration is driven not by having the most institutions, but by the scale of Utah's mature CCB programs.
| Horizon | CCB Programs | Utah Programs | Utah Share | Utah Inst. | Total Inst. | Avg Programs/Inst (UT) | Avg Programs/Inst (Other) |
|---|---|---|---|---|---|---|---|
| Year 1 | 1,514 | 999 | 66.0% | 5 | 28 | 200 | 22 |
| Year 5 | 1,141 | 775 | 67.9% | 5 | 20 | 155 | 24 |
| Year 10 | 459 | 292 | 63.6% | 4 | 13 | 73 | 19 |
Utah's five CCB institutions average 200 programs each at Year 1, compared to 22 in Georgia, 13 in Texas, and 13 in Colorado. Because Utah contributes more than half of all CCB programs at every horizon, the CCB median is necessarily a Utah value. The "national" CCB comparison is, in practice, a comparison of Utah CCB earnings against a genuinely national pool of traditional BA earnings.
West Virginia was the first state to authorize community college bachelor's degrees in 1989. Utah followed closely: in 1992, Utah Valley Community College began offering bachelor's programs in Business Management, Computer Science, and Technology Management. The institution is now Utah Valley University. Today, multiple Utah institutions operate as dual-mission colleges with over three decades of CCB experience.
Utah has the lowest Gini coefficient of any U.S. state (0.426, ACS 2024), meaning its income distribution is the most compressed in the country. For comparison, New York leads at 0.510. This matters because CCB graduates in Utah enter a labor market where the earnings floor is higher and the ceiling is lower relative to other states.
Research from Opportunity Insights (Chetty, Hendren, Kline, and Saez, 2014) ranks the Salt Lake City commuting zone first in absolute upward mobility among the 50 largest metro areas. A child born into the bottom fifth of the income distribution in Salt Lake City has a 10.8% chance of reaching the top fifth, compared to 4.4% in Charlotte. The factors associated with high mobility (low segregation, strong schools, family stability) are all present in Utah.
Utah's economic characteristics work in both directions. Its compressed wage distribution may make CCB earnings look stronger relative to traditional BA, since flagship premiums are smaller. But it also means CCB graduates are entering a genuinely high-mobility economy where credentials translate into stable earnings. Disentangling the Utah effect from the CCB effect is one of the key open questions in this research.
Sources: U.S. Census Bureau ACS 2024 (Gini coefficients); Chetty, Hendren, Kline, and Saez, "Where Is the Land of Opportunity? The Geography of Intergenerational Mobility in the United States," Quarterly Journal of Economics 129(4), 2014; Utah History Encyclopedia (Utah Valley Community College); Inside Higher Ed, "Utah Valley University Thrives by Being Both Community College and University," January 2018.
All fields, all horizons. Green = CCB advantage; red = CCB penalty.
| Field | Y1 Gap | Y5 Gap | Y10 Gap | CCB programs (Y10) | CCB inst. (Y10) | BA programs (Y10) | BA inst. (Y10) |
|---|
Every number on this page can be reproduced from the original PSEO data. Download the workbook below to see the full detailed methodology.
Data source: U.S. Census Bureau Post-Secondary Employment Outcomes (PSEO), 2025Q4 release. Institution classification based on IPEDS HD2023 (INSTCAT), with corrections for graduate-only and medical institutions. All earnings in nominal dollars. Each observation is a program-institution pair (30+ completers required by PSEO). Medians are unweighted across these observations.
Caveats: This analysis is descriptive, not causal. CCB sample at Year 10 is small (425 program observations, 13 institutions, 7 states). Utah contributes ~67% of CCB program observations. Different horizons reflect different graduation cohorts, not the same people tracked over time.
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