Average IQ in Wyoming: Data, Rankings and What It Means

Wyoming is the least populous state in the United States — with just under 580,000 residents, it has fewer people than most mid-sized American cities. This small population makes its cognitive performance statistics more volatile and more sensitive to the characteristics of specific communities and industries than is true for larger states. Wyoming's estimated average IQ of approximately 99.0 places it at around 30th nationally — essentially at the national mean of 98, with a modest shortfall driven primarily by below-average bachelor's degree attainment, a workforce concentrated in energy extraction industries that create high wages but moderate analytical complexity, and a university system whose output is modest relative to the state's fiscal resources. Wyoming is a state where enormous natural resource wealth has not translated into the kind of knowledge-economy development that produces top-tier cognitive performance, despite genuinely generous educational investment per student.

How Is Average IQ in Wyoming Estimated?

Wyoming's cognitive estimate uses McDaniel's NAEP-based methodology. Wyoming's NAEP scores are near but modestly below the national average — a result that reflects below-average educational attainment and the economic structure of its energy-dependent workforce, even though its per-pupil spending of approximately $17,530 is among the highest in the country. Wyoming's bachelor's degree attainment of approximately 27.9% is among the lowest in the country, reflecting a labour market historically dominated by high-wage, lower-credential energy extraction jobs that have provided economic incentives to enter the workforce directly rather than pursue four-year degrees. Wyoming has no state income tax and no corporate income tax — funded primarily by mineral extraction revenues — which means its fiscal generosity toward education is entirely dependent on commodity prices.

As explored throughout this state series, per-pupil spending is only one factor in educational outcomes — occupational structure, community educational culture, and the availability of knowledge-economy employment matter enormously. Wyoming's case demonstrates that high spending alone, in the absence of a professional economy demanding credentials, does not automatically produce high cognitive performance metrics. The relationship between economic structure and educational attainment is explored in the article on average IQ by country.

Wyoming's National Ranking

Regional Breakdown

The University of Wyoming

The University of Wyoming in Laramie is the state's only four-year research university — an unusual distinction that makes it simultaneously the sole anchor of Wyoming's academic cognitive infrastructure and a relatively modest research institution by national standards. UW's particular strengths in energy engineering, geology, petroleum engineering, atmospheric science, and Wyoming history and culture reflect the state's economic and geographic context. The university's research on carbon capture and storage technology — critical to Wyoming's coal industry's viability in a decarbonising energy system — has attracted significant federal research funding and industry partnerships that have elevated UW's research profile above what its size would otherwise command.

The university's atmospheric science programme benefits from Wyoming's high-altitude, low-humidity environment that makes it an excellent site for meteorological research. The Wyoming Infrared Observatory and the Wyoming High-Altitude Observatory contribute to astronomy and atmospheric physics research that, while modest in global scale, creates a genuine scientific community in Laramie that elevates the city's cognitive profile. UW's small size relative to the state's land area means its cognitive influence is disproportionately concentrated in Laramie, with limited radiating effect on the rest of the state. As explored in the article on fluid versus crystallised intelligence, the geographic concentration of research institutions creates cognitive clustering effects that benefit host communities more than dispersed rural populations.

Education Infrastructure: Wyoming's Numbers

F.E. Warren Air Force Base and Cheyenne

F.E. Warren Air Force Base near Cheyenne is one of the oldest continuously active military installations in the country and home to the 90th Missile Wing — another of the three nuclear ICBM wings in the US Air Force. Like Malmstrom in Great Falls, Montana, the missile wing brings a highly educated and carefully screened professional military workforce to Cheyenne that significantly elevates the city's cognitive metrics. The base also hosts space operations and cyberspace units that employ analysts and engineers in high-complexity roles. Cheyenne's growing data centre industry — Microsoft, Amazon Web Services, and Google have all established significant data centre presences in the area, attracted by the low cost of land, reliable power, and cool climate — adds another layer of technology workforce to the capital city's cognitive profile.

The combination of F.E. Warren's professional military community, state government employment, and the emerging data centre technology ecosystem has made Cheyenne — long considered a sleepy government and ranching hub — into a modestly dynamic economic centre whose cognitive profile is rising above the state mean. This pattern of military installations anchoring cognitive performance in otherwise moderate-performing states is one of the most consistent themes across this entire state series.

Wyoming vs Mountain West Neighbours

The Energy Transition Challenge

Wyoming produces more coal than any other state in the United States — the Powder River Basin in northeastern Wyoming alone accounts for approximately 40% of the country's total coal output. But this dominance in the fossil fuel economy is increasingly a liability rather than an asset as the US electricity sector transitions away from coal toward natural gas, wind, solar, and nuclear power. Coal mining employment in Wyoming has been declining steadily for over a decade as productivity improvements reduce the number of workers needed even as output remains high, and as coal plant retirements reduce overall demand. The communities most dependent on coal — Gillette, Campbell County, and the Powder River Basin towns — face economic transitions whose cognitive consequences will take a generation to fully manifest but are already visible in declining school enrolments and outmigration of younger workers.

Wyoming's state government has invested in carbon capture and sequestration technology as a potential bridge that could allow continued coal use in a lower-carbon energy system. The University of Wyoming's School of Energy Resources has been at the forefront of this research, partnering with the US Department of Energy on carbon capture pilot projects that, if successful, could create a new generation of energy technology employment requiring advanced engineering and scientific skills. Whether this technology will prove commercially viable at scale in time to offset coal's decline is the central economic uncertainty facing Wyoming — and directly relevant to whether the state can maintain the mineral revenues that fund its educational infrastructure.

Wind Energy and the Cognitive Future

Wyoming has extraordinary wind energy potential — the state ranks among the top ten nationally for wind resource quality, and the wide open plains of southeastern Wyoming have already attracted significant wind farm development. Wind energy, however, creates a fundamentally different employment profile than coal mining — it requires far fewer workers per megawatt of generating capacity, and those it does employ tend to be engineers, technicians, and data analysts rather than the large skilled trades workforce that coal mining supported. The transition from coal to wind in Wyoming's energy economy is therefore likely to produce a workforce that is both smaller and more analytically demanding — a shift that could gradually raise the cognitive complexity of Wyoming's energy employment even as it reduces the number of energy workers overall.

The cognitive implications of this energy transition are subtle but real. A Wyoming that successfully pivots to wind energy, carbon capture technology, and natural gas processing will have a workforce whose analytical demands are meaningfully higher than the current coal-dominated profile — which over time should translate into higher educational attainment demands and improved aggregate cognitive metrics. A Wyoming that fails this transition and loses its primary revenue base will face school funding crises, accelerating outmigration, and the self-reinforcing cognitive decline that follows demographic and economic deterioration. As the research on what drives cognitive development consistently shows, economic structure and the demands it places on workers are among the most powerful environmental determinants of population cognitive performance over generations.

What Wyoming's Average Means for Individuals

Wyoming's estimated average IQ of 99.0 — essentially at the national mean — tells a story of generous resource wealth that has funded excellent school facilities and above-average per-pupil spending without producing the knowledge-economy ecosystem that translates educational investment into above-average cognitive outcomes at the population level. Jackson Hole's extraordinary wealth and educational attainment, Laramie's university community, and Cheyenne's military and data centre professionals sit above the state mean. The coal mining communities of Gillette and Campbell County, facing economic decline as coal demand contracts, sit below it. Wyoming's aggregate cognitive average is likely to face gentle downward pressure over the next decade as coal revenues decline and fiscal constraints reduce per-pupil spending, unless the state succeeds in economic diversification — a challenge it has acknowledged for thirty years without yet resolving. For individuals who want to understand their own cognitive position independently of Wyoming's aggregate, the Free IQ Test at DesperateMinds provides a personalised score across verbal and non-verbal reasoning domains in under 20 minutes, giving you a genuinely individual benchmark rather than a state average that conceals more than it reveals.