What is a Wind Energy Engineer?

Wind energy engineering is the process of designing wind farms. It refers to all aspects of the design process, including developing site specifications. It also involves planning, manufacturing and testing all hardware and electrical components. Building roads and transporting components to installation sites also falls under wind energy engineering.

A wind energy engineer is a scientist who designs wind farms or their components. Alternatively, he or she may supervise the manufacture of rotor blades or other components. Many different types of engineers play a role in wind energy projects.

What Does a Wind Energy Engineer Do?

Engineers who work on wind farm installations design farm layouts and create schematics. They also do analyses to optimize the designs and layouts of supportive infrastructure, such as roads and transmission lines. These engineers also make recommendations to upgrade and streamline operations.

Wind energy engineers who focus on hardware design turbines, rotor blades, electrical systems, and energy production systems. They analyze the aerodynamic properties of new designs, run tests, and document test results. Some oversee the manufacturing and testing of components. They also estimate budget and scheduling requirements for manufacturing processes.

Because there are many different factors involved in designing such complex systems, several different types of engineers find work in wind energy design. These include aerospace, civil, mechanical, electrical, and environmental engineers, among others.

Types of Engineers Who Contribute to Wind Engineering

Aerospace engineers are the aerodynamics experts. They focus on creating turbine blades and rotors, and assessing their aerodynamic properties. They also help select suitable locations for wind farms and optimize turbine configurations at those sites.

Civil engineers design support structures for turbines, as well as related infrastructure such as buildings and roads. They must design roads that can handle the size and weight of turbine components.

Electrical engineers create and test the electrical components of turbines involved in creating electricity. These include motors, generators, communications systems, and electricity transmission systems.

Electronics engineers work on systems that use electricity to operate the turbine.

Environmental engineers assess and minimize the potential environmental impacts of wind farms.

Industrial engineers plan and supervise the manufacture of wind turbine components.

Materials engineers research, create, and test materials used to make wind turbines, and ensure that they meet technical specifications.

Mechanical engineers design, develop, and test the machines involved in operating turbines and wind farms. They also work on the machinery and manufacturing processes used to make them.

These scientists work together to construct efficient wind farms that make clean, renewable energy a reality.

Where Does a Wind Energy Engineer Work?

These engineers work in offices, laboratories, and industrial plants. Work environment depends largely on the area of specialty. For example, materials engineers may spend more time in laboratories, while mechanical engineers who deal with manufacturing may spend much of their time in factories. Some split their time between a home office and installation sites. Frequent travel is common. This may include international travel, since many major turbine manufacturers are located in other countries. Many wind farms are located in the Midwest, Southwest, and Northeast regions of the United States.

What is the Average Wind Energy Engineer Salary?

Salaries for wind energy engineers align with those for engineers in general. Wind energy engineers earned an average salary of $94,240 in 2014. Certified professionals may earn higher salaries than non-certified individuals.

StateTotal EmploymentBottom 25%Median SalaryTop 75%
Alabama3,870$85,160$108,110$135,360
Alaska650$98,860$117,970$142,250
Arizona1,430$69,090$88,150$107,230
Arkansas240$47,620$70,510$103,640
California16,580$79,700$102,530$127,600
Colorado1,560$77,300$97,930$121,050
Connecticut1,290$61,530$78,930$100,910
Delaware-$91,730$103,810$113,010
District of Columbia2,950$106,040$129,760$148,510
Florida4,630$67,220$90,520$113,160
Georgia1,860$65,190$85,520$106,370
Hawaii770$78,960$95,470$110,690
Idaho440$61,570$79,950$106,350
Illinois7,640$67,190$87,890$111,680
Indiana2,280$63,570$78,080$97,030
Iowa1,390$53,400$70,250$89,530
Kansas540$55,990$76,440$101,150
Kentucky1,180$57,600$74,540$93,140
Louisiana3,010$54,950$71,760$92,840
Maine400$66,940$89,460$101,370
Maryland4,500$77,460$115,740$140,050
Massachusetts1,610$67,540$95,090$116,280
Michigan8,060$66,470$86,170$107,440
Minnesota2,220$70,390$87,870$107,800
Mississippi320$68,830$98,030$116,030
Missouri1,420$55,690$85,990$112,800
Montana240$65,630$70,840$81,920
Nebraska550$52,870$69,960$88,080
Nevada800$62,280$90,390$117,430
New Hampshire1,190$66,070$80,690$97,300
New Jersey4,460$74,340$98,410$122,010
New Mexico3,200$81,410$105,230$127,820
New York2,450$70,100$90,020$113,930
North Carolina1,750$65,970$91,500$115,920
North Dakota160$49,470$58,260$71,370
Ohio7,350$63,020$84,060$108,320
Oklahoma710$61,060$90,020$111,530
Oregon2,230$70,870$93,820$113,700
Pennsylvania2,540$69,250$85,940$105,990
Puerto Rico460$42,360$56,280$77,840
Rhode Island440$75,220$97,040$120,980
South Carolina570$65,390$96,270$116,240
Tennessee1,720$41,840$72,010$102,840
Texas8,020$75,750$102,700$130,180
Utah460$59,310$90,020$106,360
Vermont60$71,740$80,580$89,450
Virginia4,170$77,990$108,180$136,480
Washington3,490$63,300$96,760$119,600
West Virginia440$61,230$86,730$106,370
Wisconsin2,730$51,350$68,410$88,350
Wyoming140$58,680$79,190$94,390

Table data taken from BLS (http://www.bls.gov/oes/current/oes172199.htm)

What is the Job Demand for Wind Energy Engineers?

Employment of wind energy engineers is projected to grow at a rate of 3%-7% through 2022, which is slower than average.

How Can I Get a Wind Energy Engineering Degree?

Most positions require a bachelor's degree in energy engineering, mechanical engineering, or another relevant field of engineering from an ABET-accredited program. However, many jobs require graduate degrees, and some require doctorates. Some academic programs offer concentrations in environmental engineering.

Experience is critical for any engineering position. Participating in an internship or cooperative program as an undergraduate is highly recommended. In addition, engineers may need to work in their field for 3-5 years before finding employment with wind turbine manufacturers. Once on they job, they must often participate in substantial on-the-job training.

Other Degrees Related to Wind Energy Engineering

Licensure

Engineers who offer their services directly to the public must be licensed as professional engineers (PEs). While not required for engineers employed by wind turbine manufacturers, some of these manufacturers only hire PEs. Certification is also an excellent way to advance in the field. Licensure generally requires:

  • A degree from an ABET-accredited engineering program
  • A passing score on the Fundamentals of Engineering (FE) exam
  • Relevant work experience, typically at least 4 years
  • A passing score on the Professional Engineering (PE) exam

College graduates may take the Fundamentals of Engineering (FE) exam immediately. Engineers who pass this exam are called engineers in training (EITs) or engineer interns (EIs). After gaining four years of work experience, EITs and EIs can go on to take the Principles and Practice of Engineering exam to qualify for licensure.

Several states require engineers to participate in professional development activities in order to keep their licenses. Most states recognize licensure from other states, as long as that state's requirements meet or exceed their own licensure requirements.

After licensing, environmental engineers can earn board certification from the American Academy of Environmental Engineers and Scientists. This certification demonstrates expertise in an area of specialization.

The Association of Energy Engineers offers a Certified Renewable Energy Professional credential that demonstrates expertise in the specification, application, and assessment of renewable energy technologies and products. The credential is recognized by federal agencies, utilities, and other companies. Certification involves passing an exam and paying an examination fee. Flexible education requirements accommodate a variety of related backgrounds, such as business.

What Kind of Societies and Professional Organizations Do Wind Energy Engineers Have?

  • The Association of Energy Engineers is a global organization offering news, publications, and information on the field. It administers a Certified Renewable Energy Professional credential. Its job board is also an excellent place to find employment in renewable energy engineering.
  • The American Academy of Environmental Engineers and Scientists (AAEES) administers board certification for environmental engineers and accredits academic environmental engineering and environmental science programs. It also provides training through online courses and webinars, and publishes a quarterly magazine and other reference materials for members.
  • The National Society of Professional Engineers is the authority on licensure, ethics, and practice in the engineering profession. It hosts a job board, provides salary information, offers a mentoring program, and provides resume writing services. It also organizes six interest groups for construction, government, higher education, industry, private practice, and young engineers.