Advance Your Career in Aerospace Technology

The aerospace industry is an essential part of the US economy, contributing to growth and jobs across the country. The industry has a strong global presence as well. It employs around 472,000 workers in the United States alone, with more than half of those employed in Washington state.

Technological innovations in the aerospace industry have made it possible for airplanes to fly and communicate with each other, satellites to circle the earth, and high-speed trains to travel around the world. These technological achievements have greatly impacted our daily lives and our world, making life easier and more exciting.

As the aerospace industry continues to grow, the number of engineers employed in this sector is set to grow at an even faster rate than the average for the rest of the economy. As a result, aerospace technology careers remain an excellent option for engineers and others looking to develop their skills and advance in their career.

New materials are becoming increasingly important to the future of aircraft design. For example, a large part of the industry has been shifting from aluminum to lighter, stronger composites. These materials are more corrosion-resistant, stiffer, and less expensive to manufacture than aluminum. They also have a higher resistance to fatigue and stress, allowing for increased flight time without sacrificing safety or comfort.

Another major trend in the aerospace industry is the use of bio-composites, which are derived from biomass and other waste. These materials are a good option for manufacturers looking to reduce their carbon footprint. They can be made into structural components such as wing panels or fuselages.

These materials are not as light as conventional carbon fiber or fiberglass and are not easy to fabricate, but they offer a significant benefit. They are more durable and resistant to corrosive chemicals, and can maintain their strength in extreme temperatures.

In addition, these materials have a lower carbon footprint than traditional alloys and are reusable. These materials are expected to become more popular as the aviation industry continues to search for lightweight, high-quality parts.

Maintenance and repair of air transportation systems is a big priority for the aerospace industry, with the number of planes on the market at record levels and the growth in air transport across the globe. This is a major challenge for the industry, and one that will require a significant expansion of its maintenance and repair capabilities.

Increasingly, aerospace companies are seeking skilled technicians to manage the large number of aircraft that need to be repaired. With many aerospace companies having backlogs of up to 20 years, they are looking for candidates who have the training and qualifications necessary to complete repairs in a timely manner.

A strong and innovative aerospace workforce can help keep the industry on the cutting edge as it strives to improve fuel efficiency and reduce emissions. This can help to make the industry more competitive as it looks for ways to increase profits. This is especially true as the aerospace industry transitions to climate-conscious technologies such as AI and small satellites that can automate flights while lowering the cost of operations.