How Much Do Energy Industry Jobs Pay?

Oil and Gas: The Highest-Paying Subsector

Oil and gas extraction remains the highest-compensating subsector in energy, driven by the technical complexity of reservoir engineering, the hazardous and remote working conditions, the capital intensity of extraction operations, and the industry's historical ability to pay premium wages when commodity prices are favorable.

Petroleum engineers are the apex earners. The BLS recorded a median annual wage of $141,280 in May 2024, with the top 10 percent earning above $228,790. In the oil and gas extraction industry specifically, the median was $164,960. At management of companies and enterprises, the median reached $170,090. These numbers reflect the full population of working petroleum engineers, including early-career engineers who pull the median down from the senior end of the distribution.

The job count is smaller than most people expect for such a visible industry: approximately 19,600 petroleum engineers are employed in the United States as of 2024, with BLS projecting only 1 percent employment growth through 2034. The flatness of that projection reflects two countervailing forces: ongoing production from existing U.S. fields requires engineering support, but the long-term trajectory of oil demand creates headwinds for expansion.

Petroleum engineering remains one of the highest-compensating undergraduate engineering disciplines in the country. The challenge for students evaluating the field today is matching a strong starting compensation against a career trajectory that runs parallel to the long-term energy transition.

Society of Petroleum Engineers, 2025 Career Outlook Report

Below petroleum engineers in the oil and gas pay structure, the numbers step down substantially. Geological and hydrologic technicians, who support reservoir characterization and drilling operations, earned a 2024 median of $50,510. Drilling supervisors and rig managers, who are classified under first-line supervisors of production and operating workers, earn median wages around $72,000 to $90,000 depending on experience and location, with offshore positions commanding premiums of 20 to 40 percent above equivalent onshore roles.

Renewable Energy: Growing Pay, Growing Jobs

Renewable energy compensation has historically been lower than oil and gas at comparable experience levels, a gap that reflects the earlier-stage development of the industry, the lower capital intensity per worker, and the lower barrier to entry for many installation roles. That gap is narrowing as the sector scales.

The clearest growth story is wind turbine service technicians. BLS May 2024 data shows a median annual wage of $62,580, up from $57,320 in 2022, reflecting two years of labor market tightening in a role with a 49.9 percent projected employment growth rate through 2034. That projected growth rate is the fastest of any occupation tracked by the BLS. Wind turbine technicians work at heights up to 300 feet, in physically demanding outdoor conditions, on a specialized mechanical and electrical skill set that requires dedicated training. The combination of physical demand, specialized certification, and rapidly growing demand is driving wages upward.

Solar photovoltaic installers earned a BLS median of $51,860 in May 2024. The role has a lower barrier to entry than wind turbine work (no heights certification requirement for ground-mount installations, shorter training pathway) but is growing at approximately 48 percent projected through 2034, tied with wind turbine technicians for the fastest employment growth projections in the entire labor market. The residential solar market has driven entry-level installer wages in Sun Belt states to above $25 per hour in high-demand markets, reflecting installer scarcity rather than baseline skill requirements.

Solar project managers, who coordinate permitting, procurement, and construction for utility-scale and commercial solar installations, operate at a different pay tier. Compensation data from industry sources places experienced solar project managers at $110,000 to $135,000 in total compensation, including base salary and performance bonuses tied to project delivery milestones. The role requires a combination of civil or electrical engineering background, contract management experience, and regulatory knowledge across multiple state jurisdictions.

Renewable energy consultants and energy analysts occupy a broad middle band. BLS data for environmental scientists and specialists (which encompasses many renewable energy consulting roles) shows a 2024 median of $81,240. Dedicated energy analyst roles at utilities and independent power producers typically range from $75,000 to $110,000 at mid-career, with senior energy analysts and market specialists at large independent power producers and project development firms earning $130,000 to $160,000.

The renewable energy workforce shortage is real and it is getting worse. We are not producing enough wind turbine technicians, project managers, or grid engineers to meet the deployment pace the market is demanding. Wages will keep climbing until training pipelines catch up, and right now there is no sign of that equilibrium arriving soon.

Lisa Moreno, Director of Workforce Development, American Clean Power Association

Nuclear: High Pay, Flat Headcount

Nuclear power employs the most highly credentialed workforce in the energy sector. The regulatory environment (governed by the Nuclear Regulatory Commission), the safety requirements of operating a fission reactor, and the long operating life of nuclear plants (typically 40 to 60 years) create a labor market defined by deep specialization, intensive training requirements, and relatively small absolute employment numbers.

Nuclear engineers earned a BLS 2024 median of approximately $121,760. The range is wide: entry-level nuclear engineers at civilian power plants with a fresh bachelor's degree start in the $75,000 to $90,000 range, while senior reactor engineers and licensing specialists with 15-plus years of experience at major utilities earn $140,000 to $180,000. Senior nuclear engineers with NRC reactor operations expertise are among the most difficult-to-replace technical specialists in any energy subsector.

Radiation protection specialists, who monitor radiation levels and implement safety protocols at nuclear facilities, earn a BLS median around $90,000 to $95,000 with top-of-band compensation above $130,000 for senior specialists at high-security facilities. The role requires specific RP training and certification that creates a limited labor pool even as overall nuclear headcount has been flat for more than a decade.

The nuclear employment outlook has a potential growth catalyst: the Department of Energy has identified nuclear as critical to achieving carbon-reduction targets, and several advanced reactor designs are in various stages of development and permitting. If the next generation of smaller modular reactors reaches commercial deployment at scale, nuclear employment could see its first meaningful growth in 30 years. That scenario is still five to ten years from materially affecting the labor market.

Utilities: Stable Employment, Union-Shaped Pay

Electric utilities represent the most employment-stable corner of the energy sector. Demand for electricity does not disappear in downturns the way demand for oil and gas exploration does. Grid infrastructure requires continuous maintenance, operations, and expansion regardless of commodity price cycles. Union density in the utilities sector remains high relative to the broader economy, which creates wage floors and formal progression ladders that shape the pay structure significantly.

Power plant operators earned a BLS 2024 median of $83,740. The range by specific role is meaningful: nuclear power reactor operators earn a BLS median of approximately $109,090, significantly above the broader power plant operator category, reflecting the specialized training and licensing requirements. Gas and hydroelectric plant operators sit closer to the broader median.

Electrical engineers employed in the power sector (transmission, distribution, and grid design) earned a 2024 BLS median of $102,600 for electrical engineers broadly, with utilities and power generation companies typically paying in the $95,000 to $125,000 range for mid-career engineers. High-voltage transmission specialists and substation engineers with 10-plus years of experience command $130,000 to $155,000 in major markets, reflecting the combination of technical depth and geographic concentration of the work.

Line workers and electrical line installers, the field workforce that maintains and builds transmission and distribution infrastructure, earned a BLS 2024 median of approximately $84,800. Journeyman lineman compensation in high-cost-of-living states and in union contracts frequently exceeds $100,000 including overtime, and the physical hazards of high-voltage line work command meaningful wage premiums above comparable-skill electrical work in lower-risk environments.

Salary Comparison Table: Energy Sector by Role

The following table compiles 2024 compensation data across the major roles in each energy subsector, drawing on BLS OEWS data, BLS Occupational Outlook Handbook projections, and industry compensation surveys.

The Renewable vs. Traditional Energy Pay Gap

The conventional narrative that renewable energy pays less than oil and gas is accurate at the median but misleading as a complete picture. The gap is real at the individual contributor level (a petroleum engineer at $141,280 earns significantly more than a wind turbine technician at $62,580), but the comparison is not apples-to-apples. Petroleum engineering requires a four-year engineering degree and produces graduates who are among the highest-paid in any engineering discipline on first-day compensation. Wind turbine technicians typically complete a two-year associate's program or an 18-month technical training pathway, and their entry wage is competitive relative to other skilled trades requiring similar credential levels.

The more meaningful comparison is within credential tier. A solar project manager with a civil engineering background and five years of project management experience earns $110,000 to $135,000. A petroleum project engineer with similar credentials and experience earns $120,000 to $155,000. The gap at that credential level is real but narrowing, and the employment outlook data creates a strong case for the renewable side of the comparison: the petroleum engineer is in a labor market growing at 1 percent per decade, while the solar project manager is in a labor market adding new utility-scale capacity at 40 to 50 gigawatts per year domestically.

The World Economic Forum projects approximately 13.3 million new clean energy jobs globally by 2030, against an estimated 2.7 million fossil fuel job losses. The net addition is large, but the geographic and skill distribution of those new jobs does not perfectly overlap with the existing fossil fuel workforce. Reskilling pathways are emerging: petroleum engineers are finding that reservoir simulation skills transfer to geothermal development, and offshore construction experience transfers to floating offshore wind.

Geography and the Energy Pay Premium

Geography adds a significant modifier to all energy sector compensation numbers. Texas, which contains the largest concentration of oil and gas infrastructure in the country (Permian Basin, Eagle Ford, Gulf Coast refineries), also hosts the highest concentration of petroleum engineering employment and some of the highest wages in the sector. The BLS oil and gas extraction subsector median for petroleum engineers in Texas reaches above $170,000, reflecting both the concentration of senior talent and the demanding working conditions of West Texas operations.

Renewable energy wages correlate with state-level policy environments and grid buildout pace. California, Texas, and the Mountain West states (Arizona, Nevada, Colorado) show above-median solar installer wages, driven by installation pace and installer scarcity in high-growth markets. Offshore wind development on the East Coast (Massachusetts, New York, New Jersey) is creating a new premium labor market for marine construction and offshore operations expertise that did not exist five years ago.

Nuclear plant operators are geographically constrained by definition: you work where the plant is. The 93 operating nuclear reactors in the United States are concentrated in the mid-Atlantic states, the Southeast, and the Midwest. Compensation at those facilities is competitive with regional alternatives for comparable credentials, often above-market because the combination of required training, physical location, and security clearance requirements creates a captive local labor market.