America is in the middle of a massive energy transformation, and the job market is reflecting that shift in real time. U.S. wind capacity more than tripled between 2010 and 2023, according to the U.S. Energy Information Administration, with thousands of new turbines dotting landscapes from the Texas Panhandle to the Great Lakes.

But turbines don’t run themselves — behind every spinning rotor is a trained technician keeping it operational.

The U.S. Bureau of Labor Statistics currently ranks wind turbine technician as the fastest-growing occupation in the country, projecting 50% employment growth between 2024 and 2034, more than ten times the average for all jobs. LinkedIn’s most recent Global Green Jobs Report backs that up, finding that hiring in wind energy is running 42% higher than the broader job market.

Choosing the Wind Energy Path

One of the most appealing things about a career as a wind turbine technician is how many different roads can lead to the same career. 

The U.S. Department of Energy shows how community colleges and technical schools across the country offer two-year programs in wind energy technology that combine classroom instruction with hands-on lab work. Employer-sponsored apprenticeships can let students earn money while they learn, pairing new workers with experienced technicians in the field. A four-year degree isn’t required to start a six-figure career here, which is part of why the field is drawing so many new people.

Becoming a wind turbine technician mostly involves learning to work confidently in conditions most people never encounter, perfect for those who prefer real action over studying textbooks. Training programs put students through rigorous safety coursework, including fall protection, rescue procedures, and emergency protocols specific to Global Wind Organisation safety standards used industry-wide. By the time a graduate climbs up on a real turbine, they’ve already simulated those climbs, repairs, and high-stakes decisions many times over.

Inside the Workday of a Wind Turbine Technician

No two days look exactly the same for a wind turbine technician, but most start the same way: bright and early, going over the overnight report with the crew. Maybe a turbine threw a vibration alert in its gearbox, maybe another’s just due for quarterly service. After checking the daily schedule, the technicians gear up to spend the rest of their day in the sky.

At the flagged turbine, technicians clip into the fall-arrest system and start the 200 feet plus climb. Work inside the turbines might include popping the gearbox housing, checking the oil for metal shavings, or running a borescope over the gear teeth. Often, the wear pattern looks normal, and the alert traces back to something smaller, like a loose sensor mount. They tighten it, log the fix, and radio it into a remote operations center miles away, so the alert clears from the dashboard in real time.

Lunch is usually eaten at the base of a tower, boots still on. After, there are scheduled maintenance routines such as typically greasing the yaw bearing, inspecting the blade pitch system, and torque-checking bolts against a spec sheet.

By late afternoon, the crew is back at the operations building, filing inspection reports and prepping the next day’s parts list. It’s physical, focused work, and the kind that rewards people who like solving problems with their hands — and don’t mind an office with a view!

Could Your Future Be in the Sky?

When students learn about climate change in the classroom, it can feel abstract: statistics about rising temperatures, melting ice caps, and part per million of CO2 are hard to connect to daily life. But climate education is increasingly becoming career education, pointing students toward some of the most in-demand jobs of the 21st century.

The energy transition is already underway, and it needs workers. Whether you’re a student exploring your options, a teacher looking to bring climate careers into your classroom, or someone ready for a career change, the wind industry has a place for you. The question isn’t whether these jobs exist— it’s whether you’ll be the one filling them.

The physics, math, and engineering that explain how a turbine generates electricity are the same principles technicians use every day to build, operate, and maintain one. Linking environmental literacy to real green careers is exactly the kind of classroom-to-career pipeline schools can build to help prepare students to be a part of the solution addressing climate challenges.

Getting more students into that pipeline starts in the classroom, which is exactly what EARTHDAY.ORG’s Climate Education campaign is built to do: helping schools connect climate science to the careers it actually leads to, wind included. If you’re a student or an educator who wants to advocate for more climate career readiness in the classroom, sign the Climate Literacy Petition and add your voice to the push for climate education worldwide.

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Guide for Middle Schoolers

If you are an educator and want to join the EARTHDAY.ORG network, consider supporting our mission to put climate education into every single classroom around the world and please utilize these  free resources on climate education and why it matters.  

If you are a teacher in the K – 12 grades please consider utilizing our free guide, The School Guide to Teaching Climate Education, because you can never start teaching students about climate change early enough!

Time to blow your socks off with wind power!

What is Wind Energy?

Have you ever felt the wind blowing through your hair? Well believe it or not that wind can be turned into electricity! 

Big machines called wind turbines help capture the wind’s power. Most wind farms, where many turbines are found, are on land, but some are built in the ocean too! There are two main types of wind turbines:

1. Horizontal-axis turbines – These are the tall ones that look like giant fans.
2. Vertical-axis turbines – These look like spinning egg beaters!

How Do Wind Farms Work?

The electricity a wind farm can make depends on two things: how fast the wind blows and how many turbines are on the farm. The more wind and the more turbines mean the more electricity! It’s like having more friends to help you blow up a lot of balloons—more wind equals more power!

A Leader in Wind Energy

Germany is a superstar when it comes to wind energy! By the end of 2023, they had over 28,677 wind turbines on land, producing enough electricity to power 50 million homes. That’s like lighting up a whole city! Germany also has 29 wind farms offshore, in the ocean, making them one of the top countries for wind energy.

Learning About Wind Energy

In Germany, schools and universities are teaching students all about wind energy. Students can choose special degrees focused on wind power, especially at places like the University of Bayreuth. Other schools like the University of Oldenburg and Leibniz Universität Hannover also offer degrees related to wind energy. You can become a specialist in wind energy!

Cool School Projects for a Green Future

To help save energy, schools in Germany are getting creative! One project called Clever fürs Klima helps schools reduce their energy use by at least 10% each year. Another project, Halbe-Halbe, rewards schools that save energy with money back! In one school year, 14 schools saved 40,000 euros, which they could use for fun new projects.

Wind Energy in U.S. Schools, Too

In the United States, wind energy in schools is picking up some speed too. Over 30 states, more than 100 schools are already using wind energy systems.

Globally, there are also many schools that utilize wind power. In New Zealand, Raglan Area School is powered by wind, inspiring students and community members alike to think about innovative ways to create a cleaner, greener future!. 

By using wind energy, these schools not only help the environment but also save the school money while teaching students about important topics like clean energy, engineering, and science!

The Future Looks Breezy

The world is getting really good at using wind energy, and that’s super exciting! When we harness the power of the wind, we help our planet in many ways. First, wind energy doesn’t create any smoke or pollution, which means we get to breathe cleaner air. This is important because it helps keep us healthy! 

Plus, using wind energy helps fight climate change, a big problem that makes our weather change in strange ways. By reducing the bad greenhouse gasses that can harm our planet, which are created by old fashioned fossil fuels, we’re making sure it stays beautiful for you and future kids. And guess what? Building more wind farms also creates jobs for people, giving them new opportunities! So, by investing in wind energy, we’re not just helping ourselves today; we’re taking care of the Earth for tomorrow!

So, next time you feel the wind, remember—it’s not just for flying kites; it’s also powering our homes and your schools! 

If you are a student and want to learn more about the other renewable energy sources you can here in The Middle Schoolers Guide to Renewable Energy and consider exploring these books:  

Solar Story by Allan Drummond, best for ages 4 to 8. This book is based on the origin story of a solar installation in Toucan, Mali. This follows the changes  solar energy has on a community. 

The Boy Who Harnessed Wind, Young Reader’s Edition by William Kamkwamba, Bryan Mealer, best for ages 8 to 12. The book takes place in a place where resources are limited. Following the main character, readers experience courage, hope, and resiliency.

Planet Power: Explore the World’s Renewable Energy by Stacy P. Clark, best for ages 8 to 12. What is renewable energy? Clark discusses wind, solar, hydro, geothermal —in a way that is both accessible and exciting.

Charged: A History of Batteries and Lessons for a Clean Energy Future by James Morton Turner, best for ages 12 to 16

This is a bit more in depth! James Turner discusses the extraction of raw materials like lithium and cobalt, the environmental costs of battery production, and the broad scaling of supply chains. He emphasizes the need for sustainable practices in battery innovation. Furthermore, he covers the need for sustainable technologies to meet the world’s demand for electricity. 

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Texas leads the nation in wind-powered electricity generation, producing a staggering 28% of wind energy in the U.S. in 2023. With its ideal wind conditions and ample open space, the Lone Star state hosts over 15,300 wind turbines — the most in the country. This wind energy boom has greatly benefited communities in Texas, such as Throckmorton County, where tax revenue and investments generated by a wind farm have allowed the school district to establish a new STEM program and build new facilities.

Yet, Texas also remains the nation’s top oil and natural gas producer too, so perhaps it is not surprising that opponents of renewable energy constantly push the narrative that wind and solar are unreliable.  After the devastating Winter Storm Uri in 2021, many Conservative politicians and media outlets blamed failures in renewable energy for the blackouts that left 69% of Texans to face freezing temperatures without power. Although coal, natural gas, and nuclear-powered plants were responsible for nearly twice as much power loss as renewable energy sources, this claim has unfairly continued to fan the flames of anti-renewable sentiment in the state.

Texas Politicians Are Wary of Wind

Following Storm Uri, Governor Greg Abbott wrote a letter directing the Public Utility Commission of Texas to increase energy production from coal, natural gas, and nuclear sources, and to penalize renewable energy producers for the variability of their energy generation. He argued that these steps were necessary to ensure energy reliability and an even playing field for renewables and non-renewables.

In line with that letter, Abbott signed Senate Bill 13 into law. S.B. 13 prohibits certain state agencies from investing in companies that boycott the fossil fuel industry. Proponents of the law argue that such companies’ embrace of the environment, social, and governance framework (ESG) — in which they consider environmental impacts when choosing their investments —  has given renewable energy an undue advantage.  Of course, if we really want to discuss unfair advantages in the Texas energy industry, it is important to note that oil and gas producers enjoy generous tax breaks that excused them from paying just over $1.4 billion in 2023 alone.

At the end of August this year, the American Sustainable Business Council sued the state over this law, arguing that it is unconstitutional. The outcome of this suit — and thus the fate of Senate Bill 13 — remains to be seen.

Continuing to ride the wave of doubt about the reliability of renewable energy, legislators passed Senate Bill 2627 in 2023. This establishes a program to provide low-interest loans and grants to facilities that produce energy from nonrenewable sources such as coal, natural gas, and nuclear power. Renewable sources like wind are ineligible to receive funding from this program, which seems to be shamelessly giving nonrenewables a leg up.

These crackdowns on renewable energy come as wind electricity generation employs over 27,000 Texans and has the potential to generate $20.3 million in tax revenue for Texas counties.

Why then, are these politicians so vehemently opposed to wind energy? Unsurprisingly, the answer lies in the power of the fossil fuel industry.

Blowing Hot Air: Fossil Fuel Interests Lead The Opposition

The state’s growing hostility toward renewables is due in large part to the efforts of organizations that heavily promote fossil fuels. One of the most notable of these is the Texas Public Policy Foundation (TPPF), a non-profit organization based in Austin.

Several members of TPPF’s board of directors hold top leadership positions within the fossil fuel industry, such as Chairman Kyle Stallings, the founder and CEO of the oil and gas investment company, Desert Royalty Company, and Tim Dunn, the CEO of CrownQuest Operating, a natural gas and oil company. Moreover, some members of its board are among the largest political donors in the state, including Dunn, who has contributed over $18 million to conservative candidates and political action committees. 

With TPPF’s close ties to the fossil fuel industry and conservative politicians, it enjoys substantial influence over the state’s energy policies, even, as reported in The Guardian, directly crafting and editing anti-renewable legislation.

In addition to targeting politicians, TPPF also tries to sway public opinion against renewables. For instance, they published a paper furthering the false claim that unreliable renewables were responsible for the blackouts during Storm Uri, asserted that decarbonization is unnecessary and economically harmful, and even went so far as to publish an AI-generated picture of a dead whale in front of wind turbines, despite there being no evidence of offshore wind farms killing whales. This kind of misinformation and fear-mongering is detrimental to public support for wind energy.

But Wait, There’s More!

Even if a wind project overcomes these formidable challenges and its turbines are ready to start spinning, the battle is not over yet. The electricity generated from these turbines still needs a way to reach consumers — something that is not as simple as it may sound.

Wind farms are typically located in rural areas with a lower population density and lots of available land, while most of the electricity demand is in densely populated and industry-heavy areas. Transmission lines are needed to bridge this gap. 

In 2013, Texas completed its construction of a network of over 3,500 miles of high-voltage transmission lines to carry wind power to population centers. However, the state’s transmission capacity remains far behind its renewable energy generation and wind turbines produce more electricity than the grid can accommodate.

Yes, you heard that right. Wind — the so-called “unreliable” energy source — is producing a surplus of electricity.

The grid is designed to transmit electricity at a frequency of 60 hertz (Hz), which means the current alternates 60 times per second. This frequency is crucial for maintaining the stability of the grid. When electricity generation exceeds demand, the grid can become overloaded. This excess can cause the frequency to rise above 60 Hz. If the frequency rises too much, it can destabilize the grid and potentially lead to blackouts.

To prevent this, electricity producers (like power plants) might need to reduce their output, a process known as “curtailment.” By cutting back on how much electricity they generate, they help keep the frequency stable and ensure that supply matches demand, preventing potential disruptions to the grid. In short, maintaining that 60 Hz is key to a reliable electricity supply, and curtailment is one tool used to manage it effectively.

In 2022, Texas had to reduce its wind energy production by 5% because the transmission lines — essentially the pathways that carry electricity — couldn’t handle all the electricity being generated. As a result, some of that clean, renewable energy wasn’t used and by 2035, curtailment is expected to more than double. Each time wind energy is curtailed and producers are forced to operate below their full capacity, it is a lost opportunity to utilize clean energy in the nation’s largest energy-consuming state.

Wind curtailment can be significantly reduced by transmission expansion. According to the Department of Energy, Texas will need to increase its transmission capacity by 140% by 2035 to accommodate clean energy growth. This presents a great challenge, as building new transmission infrastructure can take 3-6 years. Without immediate action to address this issue, transmission lines will remain a critical barrier to the full deployment of the state’s wind energy resources.

The other solution is investing in energy storage systems to store excess electricity for later use, and enhancing demand response programs that incentivize consumers to shift their usage during peak times. Additionally, diversifying energy sources by incorporating solar and other renewables, modernizing the grid for better flexibility, and enacting supportive policies and regulations would facilitate the effective integration of renewable energy. Together, these strategies can help Texas fully utilize its abundant wind resources.

Renewable Energy Needs Your Support

The problems facing wind energy in Texas are not unique. Across the United States, renewable energy is under attack from fossil fuel-backed legislators and interest groups, and insufficient transmission infrastructure prevents wind energy from being used at its full potential. These delays to the clean energy transition threaten our health, environment, and future.

What can you do about it? Make your voice heard! If you live in the U.S., write your state lawmakers and tell them to invest in renewable energy projects. 

The theme for Earth Day 2025 is Our Power, Our Planet. Find out how you can get involved in the global movement for clean energy.

Together, we can fight for a renewable-powered future.

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