Maine
Source: IPEDS Completions, 3-yr avg AY 2022–25 (NCES; 2024–25 provisional), bachelor’s degrees, CIP 14 + 11; China 33.2%: PRC Ministry of Education, 2022 bachelor’s graduates by discipline (NSF NCSES S&E Indicators Fig. HED-30: 32.8%, 2020); Population: Census NST-EST2025.
Maine at China’s rate would graduate 2,583 engineers a year. It graduates 530.
Maine produces 530 engineering and computer science bachelor's degrees a year out of 7,781 total, among the weakest engineering producers in the country, from 12 institutions. At China's rate it would produce 2,583. Output is growing (+24.6% over three years). Gap Score: 20% of the China benchmark. Its own economy is projected to open 1,500 engineering, computing and technician jobs a year through 2034; in-state degrees, associate and bachelor's together, cover 44% of them.
The gap against China’s benchmark
Three-year trend: eng+CS share of degrees
Maine is missing 2,053 engineers a year, and its largest producer, University of Maine, graduates just 269. Digital ROTC is designed to add a community-college route into engineering here.
Where Maine’s engineers are made.
12 institutions produce engineering or computer science bachelor’s degrees in Maine. The top 8 account for 98% of output.
Every producing institution. Circle area = eng+CS bachelor’s degrees per year
Top producers
| # | Institution | Eng+CS / yr | % of its degrees |
|---|---|---|---|
| 1 | University of Maine | 269 | 15.0% |
| 2 | Maine Maritime Academy | 62 | 35.8% |
| 3 | University of Southern Maine | 55 | 5.6% |
| 4 | University of Maine at Augusta | 39 | 9.0% |
| 5 | Colby College | 38 | 6.7% |
| 6 | Bowdoin College | 33 | 6.6% |
| 7 | Thomas College | 13 | 8.4% |
| 8 | Husson University | 10 | 1.9% |
Jobs vs. degrees
Maine's own labor-market projection, 2024–2034, for engineers, computer occupations and engineering technicians, against the degrees the state produces at every level.
Openings against output
Where the openings are
| Occupation | Openings / yr |
|---|---|
| Computer Systems Analysts | 200 |
| Software Developers | 190 |
| Computer User Support Specialists | 150 |
| Civil Engineers | 80 |
| Engineering Technicians, Except Drafters, All Other | 70 |
| Architectural and Civil Drafters | 60 |
Coverage: degrees ÷ openings
Openings are the state labor agency’s own 10-year projection: new jobs plus replacing workers who retire or leave the field (BLS method). Not every opening goes to a new graduate, so this is a coverage measure; it does not count vacant positions. Occupations: engineers (SOC 17-2), computer occupations (SOC 15-12) and engineering technicians (SOC 17-3, the associate-degree tier), the jobs CIP 14 + 11 degrees feed; degrees here include associate degrees to match. Source: Maine labor-market projections via Projections Central (U.S. Dept. of Labor).
Two of Maine's three largest projects have stalled
Maine's largest engineering employers and projects are a defense shipyard, a data center planned at a closed paper mill, and a floating offshore wind port. Two of the three stalled, and the shipyard, which is growing, has to train its own workforce.
The drain.
Maine's problem is less that graduates leave than that there are too few of them and the workers around them are old. About 23% of Maine's population is 65 or older, against 18% nationally.
Sources: University of Maine System; U.S. Census Bureau; Maine Development Foundation, Measures of Growth
Who’s covering it.
Reporters already cover this, but no one has combined it into a single number the way the Index does.
The fix, in Maine.
Put service behind free tuition
Maine's Free College Scholarship is now permanent and has already enrolled more than 23,000 graduates, but it asks nothing back. Add a Digital ROTC track in engineering technology and computing at the seven community colleges where the state now covers tuition, in exchange for a service commitment to a Maine employer or public agency after the credential.
Scale the BIW model statewide
Bath Iron Works already pays a $500 per week stipend for a three-week course that feeds directly into shipyard jobs, and 22 of 29 Central Maine Community College graduates got offers. Digital ROTC should convert that one-employer pilot into a standing statewide corps, paid enrollment plus a two-year service obligation, open to defense, utilities, hospital IT and municipal engineering.
Tie incentives to seats
Jay was promised 125 to 150 jobs and got none, and the Sears Island port lost $456 million in federal money. Maine should require any project seeking state incentives or a data center approval to fund named engineering and computing seats at the University of Maine and the community colleges, so the pipeline survives when the project does not.
What Digital ROTC would fund
Digital ROTC: federal student loans that cover two years of engineering, computer science, or cybersecurity school at a community college, whether those years end in an associate degree or transfer into a bachelor’s program. The loans are forgiven in full after 24 to 36 months of service in government technology roles. In Maine, 20% of engineering-track credentials are associate degrees today. Digital ROTC is built to expand that community-college route.