Part 1: Workforce Shortage Stunting Industry Growth, Costing Billions

Summary:
  • This two-part series outlines the threat posed by workforce shortages to the future growth of aviation and aerospace, since industry-wide costs of workforce shortages are unquantified. Estimates suggest the industry is leaving tens of billions on the table as a result
  • Technology alone cannot solve the problem as the workforce changes
  • Current industry efforts to address the workforce are fragmented and, to elevate aviation/aerospace pathways and careers, must be coordinated with organizations delivering educational and career programs
  • The solution is a collaborative, professionally managed Early-Learning-to-Career Pipeline leveraging existing programs and alliances to guide youth to aviation/aerospace careers
  • Industry must pivot from relying on government to investing in organizing the army and educational and career assets we already have.
  • Success requires industry-wide proactive collaboration, cultural change, and investment.

By Kathryn Creedy

May 5, 2026, © Leeham News: Not one of the numerous studies from every aviation/aerospace policy organization has quantified the costs of not addressing our workforce shortages at an industry-wide level, although concerns are rising at the academic level. And there is little effort in developing a unified career pipeline guiding the kids we are already inspiring into our careers, as other industries have long been doing.

Only a few estimates exist on the cost of workforce shortages:

  • Aeronautical Repair Station Association (ARSA): Perhaps ~$14bn for the maintenance industry.
  • Boston Consulting Group (BCG): Unavailable aircraft and MRO inefficiencies cost the industry $27bn annually.
  • McKinsey & Co: Cost of Attrition for one medium-sized company is ~$300m–$330m
  • International Air Transport Assn. (IATA)The additional cost borne by the airline industry from the supply chain was over $11bn in fuel and maintenance.

Aviation and aerospace policy groups in Washington, in their rush to convince policy leaders about the importance of their multi-billion-dollar impact on the economy, might be missing the forest for the trees in not quantifying the costs.

Raisbeck Aviation High School in Seattle is privately funded. Students study to become aerospace engineers. Credit: Raisbeck Aviation High School.

It is clear that the aviation, aerospace, and defense industries contribute billions to the economy, but two important facts are missing.

The total talent forecast for all segments of the industry and the cost of failing to meet workforce needs.

All studies cite rising compensation, higher maintenance, repair and overhaul (MRO) and manufacturing costs, and the costs associated with delays in returning aircraft from maintenance and in delivering new aircraft off the production line. But none quantifies how much those rising costs are.

Nor are they calculating the cost to safety, despite rising concerns over the loss of seasoned aviators and aviation maintenance technicians, and the resulting “juniority” on the flight deck and in the maintenance bay. Exacerbating our shortages is the training pipeline with a shortage of instructors, professors, and teachers.

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AI: “The precipice of an absolute technology revolution”

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By Scott Hamilton

Part 4

In 2017, Boeing published “Innovation Quarterly”, covering a wide range of company efforts in new technology–including Artificial Intelligence. Credit: Boeing.

April 23, 2026, © Leeham News: Expanding the use of Artificial Intelligence (AI) will be an important part of developing Boeing’s next new airplane, whatever it is.

During an appearance last month at the Pacific Northwest AIAA (American Institute of Aeronautics and Astronautics), Boeing’s VP of Product Development outlined how AIAA may be used in the future. Brian Yutko declined to specifically tie AI to any specific new airplane program. However, he addressed how this and other new technology applies to new aircraft development.

In addition, LNA has been independently learning from its sources how Boeing will use AI for its future airplane programs.

Yet for all the growing attention about AI in today’s world, it’s hardly new. As far back as 2017, Boeing began telling the world about its interests in AI. In June that year, Boeing announced that its Boeing HorizonX venture capital arm acquired a Texas firm, SparkCognition, a machine-learning company.

“SparkCognition has established itself as a machine learning technology leader, developing a cognitive, data-driven analytics platform for the safety, security and reliability of data technology for customers in energy, oil and gas, manufacturing, finance, aerospace, defense, telecommunications and security,” Boeing said in its press release.

A search of Boeing’s archives reveals announcement after announcement about AI investment, research and activities.

On perhaps a more mundane level, the maintenance monitoring systems on Boeing, Airbus and other airplanes have long been a money-saving part of operations. As airliners are enroute, these systems monitor the “health” of the aircraft. If something “wrong” is detected, a message can be sent to the airline’s maintenance department to be ready with a solution as soon as the aircraft arrives at its gate.


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