Nuclear Engineering in Vermont

Vermont is one of the smallest nuclear engineering markets in the nation with just 36 engineers employed — yet its $121,000 average salary reflects a specialized, high-value workforce shaped by the state's nuclear history, its world-class university, and a small but meaningful defense and medical physics community. Vermont's nuclear character is defined largely by the legacy of Vermont Yankee Nuclear Power Station — permanently shut down in 2014 and now in decommissioning — and by the University of Vermont's growing role in connecting Vermont's engineering community to New England's broader nuclear ecosystem.

Major Employers: NorthStar Group Services is managing the decommissioning of Vermont Yankee (Vernon, Windham County) — a single-unit BWR that operated for 42 years before its closure. The decommissioning project employs nuclear engineers in radiological characterization, waste management, site release criteria evaluation, and NRC regulatory compliance through the 2030s. Green Mountain Power (GMP), Vermont's primary electric utility, employs nuclear energy planning engineers as it evaluates advanced nuclear energy options to meet the state's 100% renewable energy goals. University of Vermont (Burlington) has nuclear engineering and nuclear medicine physics research programs that connect Vermont's academic community to the national nuclear enterprise. GE-Hitachi Nuclear Energy (Wilmington, NC) maintains connections to Vermont through Vermont Yankee's historical relationship as a GE boiling water reactor — Vermont engineers who developed deep BWR expertise there are actively recruited by GE-Hitachi's BWRX-300 program. Dartmouth Health (Hanover, NH — adjacent to Vermont's Upper Connecticut River Valley) and Vermont hospitals employ medical physicists and nuclear medicine engineers. The Naval Reactor Facility at Portsmouth Naval Shipyard (Kittery, ME) draws Vermont-resident engineers in the Upper Valley and Northeast Kingdom for naval nuclear work.

Key Industry Clusters: The Connecticut River Valley (Brattleboro / Vernon) hosts the Vermont Yankee decommissioning activity. Burlington and the Champlain Valley anchor Green Mountain Power's headquarters and UVM's academic programs. The Upper Valley (White River Junction, Windsor) connects Vermont engineers to Dartmouth's medical physics programs and New Hampshire's nuclear engineering ecosystem. Vermont's size means virtually every nuclear engineering employer is within a two-hour drive.

Vermont nuclear engineering careers in 2024 are almost entirely shaped by two dynamics: the ongoing Vermont Yankee decommissioning project that is the state's dominant near-term nuclear employment, and the small but growing advanced nuclear policy engagement driven by Green Mountain Power's clean energy ambitions.

Vermont Yankee Decommissioning Track (NorthStar):

• Decommissioning Engineer (0–5 years): $82,000–$108,000 — Radiological survey execution, waste characterization, decommissioning plan implementation, NRC license termination support. Vermont Yankee's DECON strategy (prompt decommissioning rather than SAFSTOR dormancy) is creating compressed timeline experience — completing a full nuclear plant decommissioning cycle in a decade rather than 60 years.
• Senior Decommissioning Engineer (5+ years): $108,000–$140,000 — Complex radiological remediation engineering, NRC regulatory submittals for license termination, site release criteria analysis. Engineers who complete Vermont Yankee's decommissioning cycle will have one of the most complete cradle-to-site-release decommissioning credential sets attainable in the current U.S. market.

Advanced Nuclear / Utility Planning Track: Green Mountain Power's clean energy mission — combined with Vermont's 100% renewable electricity goal and the recognition that reliable baseload is needed — is creating early-stage nuclear planning positions for engineers who understand both SMR economics and Vermont's specific regulatory and community context. These roles are small in number but influential in shaping Vermont's energy future.

Medical Physics Track: Vermont's hospital network employs board-certified medical physicists at $115,000–$155,000 — positions that are persistently difficult to fill given the state's small size and the national shortage of qualified clinical physicists. Vermont medical physicists often serve multiple hospitals in a consulting or traveling physicist capacity, developing broad clinical scope across radiation therapy and nuclear medicine modalities.

Vermont nuclear engineers average $121,000 — a strong figure for a very small market, driven by the premium NorthStar pays for decommissioning expertise, the competitive compensation of medical physicists, and the New England cost-of-living premium that federal and contractor salary scales partially address. Vermont's cost of living is approximately 10–20% above the national average, with Burlington being the most expensive market and the Connecticut River Valley corridor being somewhat more moderate.

Burlington / Champlain Valley: Vermont's largest city and primary commercial hub has median home prices of $380,000–$520,000 in desirable neighborhoods — elevated but below Boston or southern New England coastal markets. Burlington's internationally recognized food scene, the University of Vermont's cultural energy, and the extraordinary combination of Lake Champlain waterfront and Green Mountains access make it one of New England's most appealing small cities.

Connecticut River Valley (Vernon / Brattleboro): The Vermont Yankee decommissioning area has more moderate housing — Brattleboro median home prices of $280,000–$380,000, and the rural Vernon / Guilford corridor offering genuine affordability at $220,000–$310,000. The Pioneer Valley of western Massachusetts is accessible to Vernon-area engineers for additional urban amenities across the state line.

Vermont Income Tax: Vermont has a graduated income tax with a top rate of 8.75% — one of the higher rates in the region. Combined with property taxes among New England's higher levels and the state's generally elevated cost structure, Vermont's effective compensation for nuclear engineers is somewhat below what the $121,000 average suggests after full tax and cost-of-living analysis. Engineers choosing Vermont typically do so for lifestyle reasons — outdoor access, community quality, Vermont's distinctive character — rather than purely financial optimization.

Professional Engineering licensure in Vermont is administered by the Vermont Office of Professional Regulation, Board of Professional Engineers. Vermont follows NCEES standards with a four-year experience requirement and full interstate reciprocity — critical for Vermont engineers who frequently work across state lines in New Hampshire, Massachusetts, and New York.

Vermont PE Licensure Path:

• FE Exam: NCEES CBT format, available at testing centers in Burlington and at testing centers in neighboring states for Vermont candidates.
• 4 Years of Progressive Experience: Vermont Yankee decommissioning experience, medical physics program work, and utility nuclear planning activities all qualify under Vermont's PE framework. Multi-state experience (working at PNSY in Maine, or on Massachusetts nuclear projects) qualifies under Vermont's reciprocity provisions.
• PE Exam: Nuclear engineering-specific or related discipline. Vermont has full NCEES reciprocity with all states.

Nuclear-Specific Credentials for Vermont:

• DECON Decommissioning Expertise: Vermont Yankee's accelerated DECON decommissioning strategy — prompt physical dismantlement rather than decades-long SAFSTOR dormancy — is one of only a handful of DECON projects completed or in progress in U.S. nuclear history. Engineers who complete Vermont Yankee's DECON cycle have credentials that are globally valuable as Europe's extensive nuclear fleet enters decommissioning with DECON as the preferred strategy.
• BWR Decommissioning Knowledge: Vermont Yankee's General Electric boiling water reactor design creates specific decommissioning challenges (reactor pressure vessel activation, torus structure dismantlement, spent fuel management) that differ from PWR decommissioning. BWR decommissioning expertise is specifically sought for projects in Japan, Sweden, Germany, and other countries with active BWR fleet decommissioning programs.
• ABR Medical Physics Board Certification: Clinical medical physicists in Vermont's small healthcare market develop unusually broad scope — serving both radiation therapy and nuclear medicine, often across multiple institutions — creating clinical versatility credentials that are genuinely valuable nationally.
• NRC License Termination Regulatory Knowledge: Engineers who participate in Vermont Yankee's NRC license termination process — developing and implementing the final status survey plan, demonstrating compliance with radiological release criteria, and obtaining NRC's license termination approval — are building regulatory expertise applicable to every future U.S. nuclear plant decommissioning project.

Vermont's nuclear engineering market is in a transitional phase — the Vermont Yankee decommissioning project that currently defines the market will complete in the 2030s, after which the state's nuclear engineering employment will depend on whether advanced nuclear energy becomes part of Vermont's energy strategy and whether the medical physics and university research sectors can sustain a meaningful nuclear engineering community.

Key Factors Shaping the Outlook:

• Vermont Yankee Decommissioning Completion Timeline: NorthStar is targeting license termination and site release for Vermont Yankee in the 2030s. The decommissioning project currently defines the state's nuclear employment, and its completion will represent a major market transition event for Vermont nuclear engineers.
• Green Mountain Power SMR Evaluation: Vermont's 100% renewable electricity goal — established by the 2020 Global Warming Solutions Act — is creating serious utility-level discussion about baseload clean energy options. Green Mountain Power has engaged with advanced nuclear developers and publicly acknowledged nuclear energy's potential role in Vermont's grid. Any GMP commitment to an advanced nuclear project would be transformative for Vermont's nuclear engineering market.
• Vermont Nuclear Policy Evolution: Vermont historically had a state law requiring legislative approval for nuclear power plant operating licenses — a unique political barrier. The repeal of this law in 2016 opened the door to new nuclear development in Vermont for the first time in decades, and the state's clean energy imperative is creating political space for advanced nuclear that didn't exist five years ago.
• New England Grid Reliability: The ISO-New England grid operator has repeatedly identified baseload clean energy shortage as a critical grid reliability challenge. Vermont's participation in regional energy markets means that any new nuclear development in New England — in Vermont or neighboring states — would benefit Vermont's electricity consumers and potentially attract Vermont utility investment.

Employment is projected to decline modestly (5–10%) in the near term as Vermont Yankee decommissioning completes its most labor-intensive phases, then stabilize or grow modestly depending on advanced nuclear policy outcomes. Engineers entering the Vermont decommissioning market today are building time-limited but highly marketable credentials.

Nuclear engineering in Vermont offers a professional experience as distinctive as the state itself — the purposeful, technically demanding work of nuclear plant decommissioning in a natural and cultural environment that is, by broad consensus, one of the most beautiful in the United States.

At Vermont Yankee Decommissioning (Vernon): Engineers working on Vermont Yankee's decommissioning are completing a historic technical challenge — returning the site of a nuclear power plant that served New England for 42 years to a condition suitable for unrestricted use. A typical day might involve planning and executing radiological surveys of the reactor building to characterize remaining contamination levels, reviewing NorthStar's decommissioning plan against NRC regulatory requirements, coordinating with radioactive waste disposal contractors on waste stream manifesting, or preparing regulatory submittals for the NRC's license termination review. The work is methodical and consequential — every survey, every waste characterization, every decision about remediation depth has permanent regulatory implications for Vermont Yankee's final status. Engineers who have worked on nuclear plant decommissioning often describe it as among the most technically complete nuclear engineering experiences available — touching every system, every material, and every aspect of a plant's physical existence from a fundamentally different perspective than operations engineering.

Vermont Life: Vermont's quality of life is legendary among those who have experienced it — the fall foliage (genuinely the most spectacular in North America), world-class skiing at Stowe, Killington, and Mad River Glen, sugaring season in April's maple woods, summer hiking on the Long Trail, the craft brewing and farm-to-table food culture of Burlington and Montpelier, and the genuine community engagement of Vermont's small-town democracy all combine to create a quality of life that engineers from urban nuclear markets consistently describe as transformative. Vermont is genuinely small — 625,000 people in the entire state — which means that nuclear engineers here know each other, are known in their communities, and carry individual professional identities in ways that large-market nuclear engineers rarely experience. For engineers who value intimacy, beauty, and community over scale and amenity, Vermont's nuclear engineering community, though small, offers something genuinely irreplaceable.