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MIT graduates with computational biology degrees earn $94,408 annually, nearly $24,000 more than Cornell alumni despite both schools charging similar tuition rates. This earning gap reflects the Boston-Cambridge biotech corridor's concentration of pharmaceutical giants like Biogen and computational startups that compete aggressively for quantitative talent. The most affordable path appears at BYU-Idaho, where students pay just $4,656 annually, though public options like UC San Diego offer stronger value propositions at $15,265 in-state tuition paired with $71,015 median earnings. Virginia Commonwealth represents the field's accessibility challenge, accepting 91% of applicants but producing graduates who earn $37,208, highlighting how program selectivity often correlates with career outcomes. These programs train students to model disease progression, analyze genomic datasets, and develop drug discovery algorithms for an industry where computational skills command premium salaries across pharmaceutical research, biotech consulting, and academic medical centers.
50
Programs
$4,783 – $41,942
Net Price Range
$68,764
Avg. Program Earnings
70.9%
Avg. Graduation Rate

50 Biomathematics, Bioinformatics, and Computational Biology Programs

Program rankings
# School Net Price Program Earnings In-State Tuition Graduation Rate Acceptance Rate
1 $11,750 $71,015 $15,265 87.6% 23.7%
2 $14,487 $71,015 $6,496 82.2% 66.7%
3 $19,813 $94,408 $60,156 96.1% 4.0%
4 $32,337 $70,176 $66,014 95.1% 7.5%
5 $19,452 $37,208 $16,458 65.4% 91.0%
6 $23,819 $37,452 51.0% 78.0%
7 $31,671 $63,829 92.5% 11.3%
8 $35,350 $54,466 64.8% 92.3%
9 $19,568 $13,494 70.6% 82.5%
10 $20,004 $34,595 61.7% 72.5%
11 $38,909 $64,671 87.0% 27.4%
12 $12,514 $8,634 47.8% 93.2%
13 $12,983 $8,989 92.1% 17.1%
14 $34,454 $65,805 95.8% 6.4%
15 $18,127 $60,300 91.9% 17.0%
16 $9,900 $8,379 46.6% 92.1%
17 $20,470 $10,782 73.4% 67.7%
18 $30,074 $21,524 84.3% 49.1%
19 $27,151 $40,150 70.4% 81.1%
20 $29,694 $57,016 70.8% 67.2%
21 $33,139 $61,884 83.2% 64.5%
22 $4,783 $7,332 19.4% 81.8%
23 $18,322 $32,720 70.7% 77.7%
24 $6,199 $6,863 39.8% 27.6%
25 $40,468 $60,952 89.9% 46.2%
26 $23,519 $17,239 85.0% 66.3%
27 $25,060 $54,892 81.6% 53.9%
28 $17,722 $12,594 51.2% 79.0%
29 $29,237 $48,700 80.1% 87.2%
30 $12,997 $9,648 61.2% 88.4%
31 $25,884 $50,920 68.4% 90.5%
32 $23,790 $15,478 86.3% 57.0%
33 $15,265 $6,074 34.2%
34 $11,234 $8,991 51.2% 86.9%
35 $18,762 $33,660 68.6% 96.7%
36 $23,636 $51,384 64.2% 85.1%
37 $17,760 $31,728 42.4%
38 $41,942 $54,844 80.2% 45.9%
39 $23,206 $37,951 69.5% 80.9%
40 $25,610 $38,824 68.7% 71.1%
41 $10,896 $37,300 56.0% 87.5%
42 $20,899 $43,300 61.9% 59.4%
43 $21,232 $17,046 49.1% 78.0%
44 $26,572 $68,230 95.9% 5.1%
45 $18,686 $62,412 94.1% 6.9%
46 $30,528 $52,309 80.8% 84.4%
47 $23,331 $41,100 72.1% 73.4%
48 $20,360 $15,978 71.9% 70.5%
49 $27,663 $56,402 68.9% 76.2%
50 $27,375 $45,908 69.7% 74.9%

Frequently Asked Questions

What explains the $57,200 earnings gap between the highest and lowest-paying programs?

MIT graduates earn $94,408 while Virginia Commonwealth graduates average $37,208, reflecting geographic job markets and program rigor. Boston's biotech sector offers computational roles at companies like Moderna and Ginkgo Bioworks that pay premium salaries. Regional pharmaceutical presence, research university partnerships, and proximity to NIH funding also drive salary differences. Schools with sub-10% acceptance rates typically produce graduates who secure positions at top-tier research institutions and biotech firms.

How do public universities compare to private schools for computational biology value?

UC San Diego offers strong value at $15,265 in-state tuition with graduates earning $71,015, matching BYU's earning potential at half MIT's cost. Public schools like University of Delaware charge $16,080 while producing graduates earning competitive salaries. Private schools dominate the highest earning tiers, with MIT, Cornell, and USC graduates all exceeding $70,000. However, debt loads at private institutions often reach $15,500-19,000 compared to lower public school borrowing.

Does program selectivity predict better career outcomes in this field?

Schools accepting under 25% of applicants consistently produce the highest-earning graduates, with MIT (3.96% acceptance) and Cornell (7.47%) leading at $94,408 and $70,176 respectively. Virginia Commonwealth accepts 91% of applicants but graduates earn just $37,208, the field's lowest median. Graduation rates follow similar patterns, with highly selective programs achieving 87-96% completion rates. The correlation suggests competitive programs attract stronger students and provide better industry connections.

What makes computational biology programs worth their cost compared to traditional biology?

Computational biology graduates command significantly higher starting salaries than traditional biology majors, who average around $31,000 nationally. These programs combine programming skills with biological knowledge, preparing students for roles in pharmaceutical modeling, genomics analysis, and biotech consulting. The field's growth in personalized medicine and drug discovery creates strong demand for quantitative biologists. Students learn Python, R, and machine learning alongside molecular biology, making them valuable to both tech companies and research institutions.

Where do computational biology graduates typically find employment?

Major pharmaceutical companies like Pfizer, Roche, and Johnson & Johnson hire computational biologists for drug discovery and clinical trial analysis roles. Biotech hubs in Boston, San Francisco, and San Diego offer the highest concentrations of relevant positions. Academic medical centers and government agencies like the NIH also employ graduates for genomics research and public health modeling. Technology companies including Google, Microsoft, and Amazon increasingly seek computational biologists for healthcare AI initiatives, expanding career options beyond traditional life sciences.

Net price reflects the average cost after grants and scholarships for first-time, full-time students. See our methodology for details.