In the past few years, the wind industry has grown at a rate of 30 - 45% each year. This explosive growth opens up more and more jobs every year. According to the American Wind Energy Association (awea.org), the U.S. wind industry already employs about 50,000 domestic workers. They estimate that by the year 2030, the wind industry could support 500,000 jobs across a variety of fields: construction, manufacturing, engineering, marketing, consulting, environmental services, technicians, and more. This page will provide you with some resources to learn about the jobs available in the wind industry and how to prepare yourself to get these jobs.

 

 

To find out about wind energy specific college programs, click here >>

 

What does it take to install a wind turbine?

• Utility Engineers
• Geophysical Engineers
• Concrete/Structural Engineers
• Turbine Engineering - Mechanical Engineers, Electrical Engineers, Aerospace Engineers
• Site/Civil Engineers
• Turbine Technicians
• Microelectronic/Computer Programmers
• Business Expertise (financial)
• Legal Expertise
• Meteorologists to forcast wind
• Transportation Logistics
• Environmental Consultants
• Etc...

 

As you can see from the list above, many jobs in the field of wind energy research require a mechanical, computer, or electrical engineering background. However, there are various jobs available to anyone with the drive and enthusiasm to pursue them. Students who study technical skills, business, science, public policy, or even liberal arts can all find jobs in the wind industry. There is currently a very high demand for wind turbine technicians, design engineers, proposal writers, construction managers, large load transportation specialists, utility program managers, and much more.

 

According to ScienceCareers.org, the five most important topics in wind energy research include:

• Turbine research - involves research to improve turbine design (aerodynamics), understanding the nature of wind (inflow and turbulence), and using computer models to design efficient and low-cost turbines (modeling structures and dynamics).
• Wind resource assessment - provides maps of a country or state/province that includes specific wind data such as average wind speed and its variability.

• Forecasting - uses weather models (i.e. Doppler radar) to predict wind speeds and patterns at various altitudes. It also uses old data to predict how the wind will behave.

• Utility grid integration--integrates the energy produced by wind into a utility grid. New techniques and models will ensure that grid operators can manage variable-output technologies like wind and solar with maximum efficiency.

• Energy storage--uses technology to store wind energy as electricity. Some methods include converting it to chemical energy (like hydrogen), and flywheels.

Information from ScienceCareers.org - Careers in Wind Energy

 

What jobs are available now in the wind industry?

Check out the links below to see some jobs currently being offered in the wind industry. Checking out these jobs will give you an idea of what companies are looking for and what skills/experience you need to get one of these careers.

• AWEA - Careers in Wind
• North American Wind Power - Wind Jobs
  

 

For More Information:

NEED Career Currents - Wind Energy

ScienceCareers.org - Careers in Wind Energy

Green Energy Jobs - Wind Energy

US DOE - Careers in Renewable Energy