Electrical Engineering in Maine

📊 Employment Overview

Maine employs 760 electrical engineering professionals, representing approximately 0.4% of the national workforce in this field. Maine ranks #41 nationally for electrical engineering employment.

💰 Salary Information

Electrical Engineering professionals in Maine earn competitive salaries across all experience levels, with an average annual salary of $104,000.

Note: Salaries are adjusted for cost of living and local market conditions. Data based on BLS statistics and industry surveys (2024-2025).

🎓 Schools Offering Electrical Engineering

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🚀 Career Insights

Key information for electrical engineering professionals in Maine.

🏢 Industry Landscape & Top Employers

Maine's electrical engineering market — 760 engineers earning an average of $104,000 — is defined by two world-class naval defense employers, a growing offshore wind opportunity that could transform the state's energy economy, and a small but technically sophisticated electronics manufacturing sector. Maine's location and strategic naval heritage create engineering opportunities that cannot be found in most other states, and the state's extraordinary natural environment provides a quality of life that consistently draws and retains engineering talent.

Major Employers: Bath Iron Works (Bath), a subsidiary of General Dynamics, is Maine's most important EE employer — one of only two shipyards in the United States capable of building US Navy destroyers. BIW designs and constructs Arleigh Burke-class guided missile destroyers, employing electrical engineers for the Aegis Combat System electrical integration, ship's electrical distribution systems, radar and weapons electronics, and propulsion power management. The work is classified, technically sophisticated, and mission-critical — Arleigh Burke destroyers are among the most capable surface combatants in the world. Portsmouth Naval Shipyard (Kittery, Maine), operated by the US Navy, is one of four nuclear submarine maintenance and overhaul facilities in the country — employing electrical engineers directly and through contractors (Serco, SY Coleman) for submarine electrical systems maintenance, nuclear plant equipment overhaul, and shipyard facility systems. L3Harris and BAE Systems have smaller Maine operations. Pratt & Whitney's North Berwick facility manufactures turbine engine components. Central Maine Power (Avangrid) and Versant Power (Emera) employ power systems engineers for Maine's transmission and distribution infrastructure. The University of Maine (Orono) employs electrical engineering researchers and faculty, with growing programs in offshore wind technology and composite materials.

Offshore Wind Opportunity: The Gulf of Maine is one of the highest-quality offshore wind resources in the world, and Maine's deep waters (too deep for fixed-bottom turbines) make it a natural proving ground for floating offshore wind technology. The New England Aqua Ventus project and other early-stage floating offshore wind developments position Maine as a potential future center of offshore wind manufacturing and engineering, though commercial scale remains a decade away.

📈 Career Growth & Pathways

Maine's EE careers are shaped by the naval shipbuilding sector — Bath Iron Works and Portsmouth Naval Shipyard together create a career environment where ship electrical systems, combat electronics, and nuclear plant technology are the primary specializations.

Typical Career Trajectory:

• Junior Electrical Engineer (0–2 years): $68,000–$88,000 — Entry at Bath Iron Works or Portsmouth Naval Shipyard contractor operations. University of Maine's EE program has established relationships with BIW. Early clearance initiation is important for both employers' classified programs.
• Mid-Level Engineer (3–7 years): $88,000–$118,000 — BIW engineers who develop Aegis Combat System integration expertise or ship's electrical distribution design skills command strong premiums. Portsmouth nuclear submarine overhaul engineers who qualify on submarine electrical systems become highly valued.
• Senior Engineer (7–12 years): $118,000–$152,000 — Technical authority in destroyer electrical integration or nuclear submarine systems. Cleared senior engineers at BIW leading major ship programs represent the premium tier in Maine's defense electronics market.
• Principal/Lead Engineer (12+ years): $152,000–$195,000+ — Senior technical authority at BIW or Portsmouth Shipyard. The experience depth required for these roles — 12+ years of classified ship systems work — makes the individuals holding them genuinely irreplaceable within the naval shipbuilding community.

Naval Shipbuilding Career Depth: Working at Bath Iron Works for a decade creates expertise in naval combat systems that is essentially unavailable anywhere else — the Aegis system's complexity, combined with the demands of ship's electrical distribution at naval scale (high-voltage DC and AC systems, damage control electrical isolations, shock-hardened equipment), creates engineers with credentials that General Dynamics and the US Navy value enormously. The career stability that comes with being one of only two DDG builders is significant.

💰 Salary vs. Cost of Living

Maine's $104,000 average EE salary against a moderate cost of living — elevated in recent years by coastal lifestyle demand but still manageable — creates reasonable purchasing power for engineers committed to Maine's distinctive lifestyle.

Portland Metro: Maine's largest city and primary commercial hub, with cost of living roughly 10–20% above the national average — elevated by its desirability as a coastal lifestyle destination and the remote-work influx since 2020. Median home prices of $400,000–$550,000 in the Portland area have risen sharply, creating homeownership challenges for engineers in the early career stages. Rent for a one-bedroom apartment in Portland averages $1,600–$2,200/month.

Bath / Mid-Coast: The primary BIW engineering employment center, with more affordable housing than Portland — median home prices of $280,000–$380,000 in the Bath and Brunswick areas. Engineers who live in mid-coast communities and commute to BIW achieve better financial outcomes than those who choose Portland's urban lifestyle.

Kittery / York County: The Portsmouth Shipyard area, with cost of living heavily influenced by proximity to the New Hampshire seacoast market. Housing costs vary from more affordable inland communities ($280,000–$360,000) to expensive Kittery Point and York Beach coastal properties.

Tax Note: Maine levies a personal income tax with rates reaching 7.15% at higher income levels — one of the higher state rates in the region. This is a meaningful cost for engineers earning near the $104,000 average, representing approximately $5,500–$7,000 in state taxes annually.

📜 Licensing & Professional Development

Maine's EE professional development is dominated by naval defense credentials, with offshore wind engineering certifications becoming increasingly relevant as the state's renewable energy sector develops.

The Maine State Board of Licensure for Professional Engineers administers PE licensure via the standard FE → 4 Years Experience → PE Exam pathway. Maine has reciprocity with neighboring New England states, useful for engineers who work across the region.

High-Value Credentials in Maine:

• DOD Security Clearances (Secret / TS): Mandatory for Bath Iron Works engineers working on Aegis Combat System integration and classified ship programs. Portsmouth Naval Shipyard's nuclear submarine work requires both DOD clearances and DOE nuclear access authorizations. Cleared engineers in Maine's naval sector are in sustained demand with limited available supply.
• NAVSEA Ship Systems Qualification: For BIW engineers, qualification on specific ship's electrical systems through NAVSEA-approved training programs is both a regulatory requirement and a career differentiator. Engineers qualified on DDG-51 Flight III electrical systems are a genuinely scarce resource nationally.
• Nuclear Power Plant Operator / Naval Reactor Systems: For Portsmouth Shipyard engineers working on submarine nuclear plants, qualification on S9G reactor (Virginia-class submarine) or S6G (Los Angeles-class) electrical and propulsion systems through Navy nuclear training programs represents the apex of naval EE credentialing.
• Offshore Wind / IEC 61400: Growing relevance as Maine's offshore wind sector develops. Engineers with floating offshore wind foundation electrical systems experience and IEC 61400 wind turbine certification knowledge will be valuable when Gulf of Maine projects advance to construction.
• NABCEP Solar / CMP / Versant Utility Credentials: For engineers at Maine's electric utilities, smart grid, solar interconnection, and distribution automation expertise is growing in importance as Maine pursues its renewable energy goals.

Education: The University of Maine (Orono) is the state's primary EE program, with research strengths in offshore energy systems and composites technology that align well with Maine's emerging wind energy opportunity. The University of New England and Southern Maine Community College provide applied engineering pathways feeding into BIW and regional employers.

📊 Job Market Outlook

Maine's EE market is expected to remain stable near current levels, with destroyer production sustaining BIW employment and offshore wind development representing a potential long-term growth driver.

DDG-51 Production Continuation: The Arleigh Burke-class destroyer remains the backbone of US surface combatant forces, with a production backlog extending well into the 2030s. BIW's role as one of two DDG builders ensures sustained engineering employment for the foreseeable future. The Flight III upgrade program, incorporating significant new radar and combat system capabilities, creates additional engineering complexity and demand.

AUKUS and Submarine Demand: The AUKUS agreement — providing nuclear submarines to Australia — has created pressure on the US submarine industrial base to expand. Portsmouth Naval Shipyard's overhaul capacity is relevant to this mission, and sustained federal investment in the shipyard's modernization sustains its engineering workforce.

Floating Offshore Wind: The Gulf of Maine's extraordinary wind resources and deep waters make it a natural site for commercial floating offshore wind development. Several projects are in the permitting and design phases, and if commercial development proceeds in the late 2020s and 2030s, Maine could see significant EE employment growth in offshore wind installation, operations, and manufacturing. The state's existing marine and naval engineering expertise provides a foundation for this transition.

Remote Work Community: Maine's quality of life has attracted a growing remote work community — engineers employed by Boston, New York, and other metro employers who choose to live in Maine while working remotely. This community supplements local EE employment with higher coastal salaries, strengthening the state's professional engineering community even without direct local hiring growth.

🕐 Day in the Life

Electrical engineering in Maine means working on the most capable surface warships in the world or maintaining the nuclear submarines that serve as America's ultimate deterrent — within a state whose rugged coastal landscape, lobster culture, and four-season outdoor beauty represent some of the most distinctive quality of life in New England.

At Bath Iron Works (Bath): Engineers arrive at a shipyard where Arleigh Burke destroyers in various stages of construction are visible from the parking lot. Ship's electrical engineers might spend the morning in a design office reviewing electrical load analysis for a new ship variant, then the afternoon on the ship itself — walking through tight passageways to inspect cable routing, verify switchboard installation, or witness a power-on test of a weapons system. The physical reality of naval shipbuilding — enormous, complex machines being assembled by hundreds of tradespeople — creates a uniquely tangible engineering environment. Aegis Combat System engineers work in a classified environment, interfacing directly with the Navy's Surface Warfare Center technical representatives who will eventually operate the systems they're building.

At Portsmouth Naval Shipyard (Kittery): Nuclear submarine overhaul engineers work on vessels that have completed operational deployments and are returning for comprehensive maintenance. Submarine electrical systems — operating in extreme space constraints with redundant safety features designed for under-ocean operation — require meticulous overhaul documentation and verification. The shipyard's federal employment model offers strong job security, excellent benefits, and the satisfaction of maintaining national defense capabilities at the highest technical standards.

Lifestyle: Maine's lifestyle is genuinely exceptional for engineers who love outdoor recreation and a slower pace. The Maine coast — accessible by kayak, sailboat, or lobster boat — is among the most beautiful in North America. Acadia National Park is a world-class recreation destination within two hours of most Maine employment centers. The skiing at Sunday River and Sugarloaf is excellent by New England standards. Maine's food culture is anchored by its fishing heritage — fresh lobster, clams, and oysters are not special occasion foods but regular weekly pleasures. Portland has grown into a nationally recognized food and arts destination. The winter is real — cold, dark, and demanding — but engineers who embrace Maine's seasons find a richness of experience across the calendar year that warmer states simply cannot offer.

🔄 Compare with Other States

See how Maine compares to other top states for electrical engineering: