Graduates of Case Western Reserve University earn median 4-year earnings of $94,237, placing Case Western Reserve University in the 93.6 percentile for median earnings four years after enrollment among nonprofit four-year institutions. That figure runs well above the $67,139 median at comparable institutions (same control and size band). Graduates earn about $10,083 more than similar students at comparable institutions, placing Case Western Reserve University in the 85.8 percentile for earnings beyond expectations among nonprofit four-year institutions. Azimuth ranks Case Western Reserve University #80 for return on investment among nonprofit four-year institutions. The earnings pattern at Case Western Reserve University is anchored in engineering, computing, and the biomedical sciences — fields that align closely with Cleveland's research-hospital corridor and the broader Midwest technology and manufacturing economy. Computer Science stands out as the program combining the largest graduate cohort with strong four-year earnings, making it a central driver of the institution's overall return profile. The Computer Science, the highest-earning program tracked by Azimuth, program graduates 141 students with median 4-year earnings of $143,580; Azimuth ranks Computer Science #45 for median earnings four years after enrollment among nonprofit four-year institutions per the program-ranking methodology, at 1.3x the national benchmark for the field. Biology, General and Mechanical Engineering follow with median 4-year earnings of $53,604 and $94,197, respectively, with Azimuth ranking Biology, General #334 and Mechanical Engineering #116 for median earnings four years after enrollment among nonprofit four-year institutions. The dominant program family — Engineering — accounts for 25% of degrees, with Social Sciences at 9% and Business at 8%, a concentration that helps explain why institution-level earnings run consistently above the peer median.
Graduates of Case Western Reserve University earn median 4-year earnings of $94,237, placing Case Western Reserve University in the 93.6 percentile for median earnings four years after enrollment among nonprofit four-year institutions. That figure runs well above the $67,139 median at comparable institutions (same control and size band). Graduates earn about $10,083 more than similar students at comparable institutions, placing Case Western Reserve University in the 85.8 percentile for earnings beyond expectations among nonprofit four-year institutions. Azimuth ranks Case Western Reserve University #80 for return on investment among nonprofit four-year institutions. The earnings pattern at Case Western Reserve University is anchored in engineering, computing, and the biomedical sciences — fields that align closely with Cleveland's research-hospital corridor and the broader Midwest technology and manufacturing economy. Computer Science stands out as the program combining the largest graduate cohort with strong four-year earnings, making it a central driver of the institution's overall return profile. The Computer Science, the highest-earning program tracked by Azimuth, program graduates 141 students with median 4-year earnings of $143,580; Azimuth ranks Computer Science #45 for median earnings four years after enrollment among nonprofit four-year institutions per the program-ranking methodology, at 1.3x the national benchmark for the field. Biology, General and Mechanical Engineering follow with median 4-year earnings of $53,604 and $94,197, respectively, with Azimuth ranking Biology, General #334 and Mechanical Engineering #116 for median earnings four years after enrollment among nonprofit four-year institutions. The dominant program family — Engineering — accounts for 25% of degrees, with Social Sciences at 9% and Business at 8%, a concentration that helps explain why institution-level earnings run consistently above the peer median.
How graduate earnings grow across the currently available FE horizons.
Financial justification for the investment.
Graduates of Case Western Reserve University earn median 4-year earnings of $94,237, placing Case Western Reserve University in the 93.6 percentile for median earnings four years after enrollment among nonprofit four-year institutions. That figure runs well above the $67,139 median at comparable institutions (same control and size band). Graduates earn about $10,083 more than similar students at comparable institutions, placing Case Western Reserve University in the 85.8 percentile for earnings beyond expectations among nonprofit four-year institutions. Azimuth ranks Case Western Reserve University #80 for return on investment among nonprofit four-year institutions. The earnings pattern at Case Western Reserve University is anchored in engineering, computing, and the biomedical sciences — fields that align closely with Cleveland's research-hospital corridor and the broader Midwest technology and manufacturing economy. Computer Science stands out as the program combining the largest graduate cohort with strong four-year earnings, making it a central driver of the institution's overall return profile. The Computer Science, the highest-earning program tracked by Azimuth, program graduates 141 students with median 4-year earnings of $143,580; Azimuth ranks Computer Science #45 for median earnings four years after enrollment among nonprofit four-year institutions per the program-ranking methodology, at 1.3x the national benchmark for the field. Biology, General and Mechanical Engineering follow with median 4-year earnings of $53,604 and $94,197, respectively, with Azimuth ranking Biology, General #334 and Mechanical Engineering #116 for median earnings four years after enrollment among nonprofit four-year institutions. The dominant program family — Engineering — accounts for 25% of degrees, with Social Sciences at 9% and Business at 8%, a concentration that helps explain why institution-level earnings run consistently above the peer median.
Program mix and student pathways explain much of the earnings story.
Case Western Reserve University's program mix is anchored in engineering, computing, and the health sciences — a signature that reflects the university's research-intensive identity and its deep ties to Cleveland's medical and technology sectors. Engineering represents 25% of graduates, with Social Sciences and Business rounding out the institution's core degree output at 9% and 8%, respectively. This concentration in high-demand technical and professional fields is the primary driver of Case Western Reserve University's strong median earnings outcomes across the student body. Computer Science anchors the institution's economic signature, combining a substantial graduate cohort with median earnings that place it among the strongest programs in the Azimuth coverage set — a combination of scale and pay that makes it the single largest contributor to Case Western Reserve University's aggregate return. Azimuth ranks Computer Science #45 for median earnings four years after enrollment among nonprofit four-year institutions, with graduates earning median earnings of $143,580. Economics and Electrical, Electronics, and Communications Engineering also rank competitively, with graduates earning median earnings of $114,601 and $99,557 four years after enrollment, respectively — both reflecting strong direct-to-workforce outcomes in fields with sustained national hiring demand. Among the university's most-enrolled programs, Computer Science program graduates 141 students annually, with graduates earning median earnings of $143,580 four years after enrollment. Biology, General and Mechanical Engineering follow as high-enrollment programs, with graduates earning median earnings of $53,604 and $94,197, respectively. Several health-science and biology programs — including Psychology, General and Nursing — serve large cohorts but are grad-school-dependent pathways where four-year earnings undercount the full trajectory of graduates who continue to medical or graduate study. The supply and demand for college graduates provides context for how Case Western Reserve University's dominant program families align with national labor-market demand.
Latest FE earnings field: 10-year
Lower quartile, 10-year field
Upper quartile, 10-year field
Graduates of Case Western Reserve University earn median 4-year earnings of $94,237, placing Case Western Reserve University in the 93.6 percentile for median earnings four years after enrollment among nonprofit four-year institutions. That figure runs well above the $67,139 median at comparable institutions (same control and size band). Graduates earn about $10,083 more than similar students at comparable institutions, placing Case Western Reserve University in the 85.8 percentile for earnings beyond expectations among nonprofit four-year institutions. Azimuth ranks Case Western Reserve University #80 for return on investment among nonprofit four-year institutions. The earnings pattern at Case Western Reserve University is anchored in engineering, computing, and the biomedical sciences — fields that align closely with Cleveland's research-hospital corridor and the broader Midwest technology and manufacturing economy. Computer Science stands out as the program combining the largest graduate cohort with strong four-year earnings, making it a central driver of the institution's overall return profile. The Computer Science, the highest-earning program tracked by Azimuth, program graduates 141 students with median 4-year earnings of $143,580; Azimuth ranks Computer Science #45 for median earnings four years after enrollment among nonprofit four-year institutions per the program-ranking methodology, at 1.3x the national benchmark for the field. Biology, General and Mechanical Engineering follow with median 4-year earnings of $53,604 and $94,197, respectively, with Azimuth ranking Biology, General #334 and Mechanical Engineering #116 for median earnings four years after enrollment among nonprofit four-year institutions. The dominant program family — Engineering — accounts for 25% of degrees, with Social Sciences at 9% and Business at 8%, a concentration that helps explain why institution-level earnings run consistently above the peer median.
