Electrical Engineering in Wyoming

📊 Employment Overview

Wyoming employs 380 electrical engineering professionals, representing approximately 0.2% of the national workforce in this field. Wyoming ranks #50 nationally for electrical engineering employment.

💰 Salary Information

Electrical Engineering professionals in Wyoming earn competitive salaries across all experience levels, with an average annual salary of $102,000.

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 Wyoming.

🏢 Industry Landscape & Top Employers

Wyoming's electrical engineering market — 380 engineers earning an average of $102,000 — is the nation's smallest by employment volume, but distinguished by a uniquely favorable combination of no income tax (no corporate or personal income tax, one of only nine such states), extraordinary natural beauty, abundant renewable energy resources, and a growing data center sector attracted by cheap hydroelectric and wind power. For engineers who prioritize lifestyle, financial efficiency, and outdoor access over market scale, Wyoming offers a genuinely compelling engineering destination that rewards those willing to embrace its frontier character.

Major Employers: F.E. Warren Air Force Base (Cheyenne) is Wyoming's most strategically consequential EE employer — the nation's first ICBM wing, hosting the 90th Missile Wing's Minuteman III ICBMs across a massive missile field in southeast Wyoming. Defense contractors supporting Warren (Northrop Grumman, Lockheed Martin, L3Harris) employ EEs for missile guidance electronics maintenance, launch facility control systems, and communications infrastructure connecting the missile alert facilities to USSTRATCOM authority. Warren is also home to the Air Force's 20th Air Force headquarters, which commands all US ICBM operations. PacifiCorp/Rocky Mountain Power employs power systems engineers for Wyoming's electric transmission and distribution infrastructure — including management of the state's substantial wind energy installations in Carbon and Converse Counties. Basin Electric Power Cooperative and Tri-State Generation and Transmission provide additional utility employment. Metallica (now Rio Tinto's Kennecott operation) and other mining operations employ EEs for mine electrical systems. The University of Wyoming (Laramie) employs EE researchers and faculty. Wyoming's growing outdoor recreation technology sector — companies developing avalanche electronics, backcountry communication devices, and smart outdoor gear — creates niche EE employment aligned with the state's recreation identity.

Wind Energy Leadership: Wyoming's high plains and mountain passes offer some of the most consistent and powerful wind resources in the United States. The Chokecherry and Sierra Madre Wind Energy Project — one of the largest proposed wind projects in US history — would add thousands of megawatts of generation in Carbon County. The associated transmission infrastructure (TransWest Express) connecting Wyoming wind to Desert Southwest load centers is a major power systems engineering program. Wyoming is positioned to become a major wind energy exporting state, sustaining long-term EE demand in wind project development and power transmission engineering.

Data Center Emergence: Cheyenne's no-income-tax environment, available land, and access to Wyoming's cheap and renewable electricity have attracted data center interest. Microsoft, Google, and colocation operators are evaluating or establishing Wyoming facilities. Each new data center requires EEs for power distribution, UPS systems, and electrical infrastructure management — creating new employment in a state with historically limited tech sector presence.

📈 Career Growth & Pathways

Wyoming's EE careers center on the F.E. Warren ICBM mission, utility power systems, and the growing wind energy and data center sectors — with remote work representing the most financially optimal path for engineers who want Wyoming's exceptional lifestyle and financial advantages while accessing national-market compensation.

Typical Career Trajectory:

• Junior Electrical Engineer (0–2 years): $65,000–$85,000 — Entry at Warren AFB contractors, PacifiCorp, Basin Electric, or the University of Wyoming. Wyoming's single engineering university (UW Laramie) creates a close-knit alumni network across the state's limited but stable employer base.
• Mid-Level Engineer (3–7 years): $85,000–$112,000 — Cleared Warren AFB engineers command the top of this range. PacifiCorp power systems engineers developing wind integration expertise advance well. Remote work arrangements begin to appear as engineers develop marketable skills attractive to national-market employers.
• Senior Engineer (7–12 years): $112,000–$145,000 — Senior Warren AFB program engineers and senior PacifiCorp grid engineers. Remote senior engineers with Colorado, California, or national tech employers — earning $130,000–$160,000 while living in Cheyenne or Laramie — represent the highest effective compensation in Wyoming's market.
• Principal/Lead Engineer (12+ years): $145,000–$200,000+ — Senior Warren ICBM program technical authorities and remote senior engineers with major employers. Wyoming's zero income tax fully leverages every dollar of compensation at this level.

No Income Tax — Wyoming's Strongest Card: Wyoming has no personal income tax and no corporate income tax — one of only nine states with no personal income tax. At a $102,000 average salary, engineers save $4,500–$7,500 annually compared to most states, and substantially more versus high-tax states. For remote engineers earning $150,000+ for coastal employers while living in Cheyenne, the no-income-tax advantage represents $8,000–$20,000 annually — wealth accumulation that compounds dramatically over a career.

💰 Salary vs. Cost of Living

Wyoming's $102,000 average EE salary with no state income tax and significantly below-national-average living costs creates excellent purchasing power — particularly for engineers who embrace remote work to access higher compensation while living in Wyoming's affordable communities.

Cheyenne: Wyoming's capital and largest city, with cost of living roughly 10–15% below the national average. Median home prices of $280,000–$380,000 make homeownership accessible within 2–3 years for most engineers. Warren AFB's presence creates a stable community infrastructure, and Cheyenne's proximity to Fort Collins and Denver (90 minutes south via I-25) provides urban amenity access when needed. The Colorado Rockies are 90 minutes west for skiing, hiking, and climbing.

Laramie (UW Area): College town character with very affordable housing — median homes of $240,000–$330,000 — and the intellectual energy of the University of Wyoming. Laramie sits at 7,200 feet elevation in a high desert valley surrounded by the Snowy Range and Medicine Bow Mountains. The wind is genuine (Laramie regularly records among the highest wind speeds of any US city) but the mountain access and university vitality make it a distinctive and affordable community.

Jackson / Teton County: Wyoming's premier destination and most expensive real estate market by far — median home prices exceeding $1,000,000 for modest properties, with luxury properties reaching $10 million+. The combination of no income tax and world-class skiing/outdoor access attracts wealthy remote workers, creating a unique market segment for Wyoming engineers who can afford the housing costs and access coastal-level compensation remotely.

After-Tax Math: An EE earning $102,000 in Cheyenne takes home approximately $77,000–$79,000 after only federal taxes (no state income tax). In the Cheyenne market, this income supports homeownership on a $320,000 home, strong retirement savings, and excellent access to Colorado Front Range recreation — a financial position requiring $165,000–$185,000 in California or the DC area.

📜 Licensing & Professional Development

Wyoming's small EE community places high value on PE licensure for utility engineering, clearances for the Warren AFB defense community, and wind energy expertise that is growing in national and state significance.

The Wyoming State Board of Professional Engineers and Professional Land Surveyors administers PE licensure via the standard pathway. PacifiCorp, Basin Electric, and municipal utilities value PE licensure for engineers signing off on utility system designs across Wyoming's geographically vast service territories.

High-Value Credentials in Wyoming:

• DOD Secret / TS Clearances (Warren ICBM Programs): The paramount career credential for Wyoming defense engineers. F.E. Warren's ICBM mission requires clearances for virtually all meaningful engineering work on missile guidance systems, launch facility electronics, and command and control communications. Cleared engineers at Warren face essentially no involuntary unemployment risk — the nuclear deterrence mission will require sustained engineering support indefinitely.
• NERC Reliability Standards / Wind Integration: For PacifiCorp and Basin Electric engineers managing Wyoming's rapidly expanding wind portfolio — increasingly the state's dominant generation source — NERC CIP cybersecurity standards and wind energy integration expertise (reactive power management, frequency regulation from wind plants, grid stability with high wind penetration) are career-defining credentials.
• IEC 61400 Wind Turbine Standards: For engineers working on Wyoming's massive wind project pipeline — Chokecherry/Sierra Madre, Ekola Flats, Rock Creek — familiarity with IEC 61400 wind turbine certification, electrical design requirements for wind farms, and the specific commissioning procedures for large-scale wind arrays is a growing professional credential in the state's energy engineering community.
• High-Voltage DC (HVDC) Transmission: The TransWest Express project — a 730-mile HVDC transmission line planned to carry Wyoming wind energy to Nevada and Southern California load centers — would be one of the longest HVDC lines in North America. EEs who develop HVDC converter station design expertise and long-distance DC transmission engineering skills would be positioned for the highest-profile power systems project in Wyoming's history.

Education: The University of Wyoming (Laramie) is Wyoming's only four-year engineering university — a concentration that creates strong alumni loyalty and close industry-university relationships. UW's engineering programs have benefited from Wyoming's energy industry investment, developing particular strength in power systems and energy resource engineering aligned with the state's dominant economic sectors.

📊 Job Market Outlook

Wyoming's EE market will remain the nation's smallest in absolute terms, but the wind energy buildout, data center expansion, and ICBM modernization program create genuine growth opportunities in a state that offers unmatched financial efficiency for engineers who embrace its character.

Sentinel ICBM Transition at Warren: F.E. Warren's 90th Missile Wing will be among the first to transition from Minuteman III to the new Sentinel (GBSD) ICBM — a multi-decade modernization program that requires extensive electronics infrastructure upgrades throughout Warren's 150-missile field. New launch facility control systems, updated missile alert facility communications, and next-generation guidance electronics all require engineering support that will sustain Warren's contractor workforce through the transition period and decades of subsequent operations.

Chokecherry/Sierra Madre Wind Project: If developed as planned, this Carbon County wind project — up to 1,000 wind turbines on ridgelines between Rawlins and Baggs — would be one of the largest wind energy projects in world history. The associated TransWest Express HVDC transmission line adds a major infrastructure engineering program. Combined, these projects would represent a years-long surge in power systems EE demand in Wyoming of a scale the state has never experienced.

Data Center Growth: Cheyenne's no-tax, low-cost-power environment continues attracting data center attention. Microsoft's existing Wyoming presence and the evaluations underway by other hyperscale operators suggest continued data center growth — each new facility adding EE demand for power distribution, electrical infrastructure, and ongoing operations engineering.

Remote Work Permanence: The most structurally significant change in Wyoming's engineering landscape is the permanent establishment of remote work as a viable career strategy for the state's engineers. As coastal employers permanently adopt remote-friendly policies, Wyoming's combination of zero income tax, low costs, and extraordinary outdoor access creates a financial proposition that an increasing number of engineers are finding impossible to ignore.

🕐 Day in the Life

Electrical engineering in Wyoming means maintaining the electronics of nuclear missiles that underpin American deterrence across the vast southeastern plains, managing the power systems of one of the windiest grids in the nation, or working remotely for a coastal employer while skiing Jackson Hole on powder days — within a state whose untamed landscapes and zero income tax create a financial and lifestyle combination available nowhere else in America.

At F.E. Warren AFB (Cheyenne): ICBM electronics engineers work in a mission environment that dates to 1959 — Warren hosted the first operational Minuteman missiles and has maintained nuclear deterrence continuously since. Daily work involves maintaining launch control system electronics in underground launch control centers, troubleshooting missile guidance system components, and supporting the communications infrastructure that connects 150 missile alert facilities across a region roughly the size of Indiana. Driving across Wyoming's grasslands to reach remote missile sites — with the wind howling and antelope herds crossing the road — is a uniquely Wyoming engineering experience. The mission's gravity is ever-present: these missiles are America's last resort, and the electronics systems that keep them reliable are the direct responsibility of Warren's engineers and maintenance crews.

At PacifiCorp / Rocky Mountain Power: Utility power systems engineers manage an electric grid that covers some of the most geographically challenging terrain in the US — high mountain passes, extreme temperature ranges, and distances between communities that require creative infrastructure solutions. A day might involve analyzing the impact of a new 200MW wind farm on transmission voltage profiles in Carbon County, reviewing relay protection coordination for a new substation in the Energy Corridor, or modeling winter storm loading on transmission lines through the Wind River Range. The work directly affects the reliability of power to communities that have no practical alternative if the grid fails.

Lifestyle: Wyoming's lifestyle is the most distinctively American of any state — vast, wild, independent, and unapologetically frontier in character. Yellowstone National Park, Grand Teton National Park, the Wind River Range (among the most spectacular wilderness mountain areas in the lower 48), Devils Tower, and Flaming Gorge are all within the state's borders. Jackson Hole's ski resort offers what many consider the best inbounds skiing in the US, while the backcountry terrain accessible from the valley is genuinely world-class. The state's wildlife — bison, pronghorn, elk, grizzly bears, wolves — creates daily encounters with wild nature that most Americans experience only in nature documentaries. The cost of Wyoming life, combined with zero income tax, creates financial outcomes that are simply not replicable anywhere with comparable outdoor access. Engineers who choose Wyoming choose it for life — the combination of financial freedom and natural grandeur tends to be permanently addictive.

🔄 Compare with Other States

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