AI Fills Worker Shortage in U.S. Aerospace Industry

When most companies talk about artificial intelligence, workers brace for layoffs. But in America's aerospace and defense industry, AI is becoming the solution to too few people, not too many.

The Pentagon needs missile interceptors, satellites, and defense systems built faster than ever before. Some aerospace companies are trying to quadruple their production rates to meet national security demands, but they're hitting a wall: there simply aren't enough trained engineers and technicians to hire.

"There is not enough workforce for that," said Clay Mowry, CEO of the American Institute of Aeronautics and Astronautics. Companies are scrambling to scale up production at unprecedented speed, especially in missile defense, where competition with China has intensified pressure to deliver.

Instead of replacing workers, aerospace firms are deploying AI systems that can assist with engineering, testing, supply chains, and manufacturing all at once. The technology helps experienced engineers manage more projects simultaneously and cuts through the bottlenecks that have frustrated Pentagon leaders for years.

Voyager Technologies is already using what's called agentic AI at its Long Beach, California electronics facility to develop next-generation defense hardware. Matt Magaña, who leads the company's national security business, said the approach affects the entire production cycle, not just one phase.

"It doesn't mean that humans go away," Magaña explained. "It's about accelerating the cycle time."

The talent shortage runs deep. Aerospace and defense companies compete fiercely for the same small pool of workers with expertise in machine learning, autonomy, and advanced systems integration. Traditional automation tools never solved the fundamental problem of getting complex hardware from concept to deployment faster.

The Ripple Effect

This shift could reshape how America builds its defense infrastructure. By treating AI as industrial infrastructure rather than a replacement tool, aerospace companies are showing how technology can amplify human capability when workers are scarce.

The approach addresses a strategic vulnerability: the U.S. must not only invent advanced defense systems but produce them quickly and in meaningful numbers. AI is helping stretched teams meet that requirement without waiting years to train enough new engineers.

Space programs feel the pressure especially hard, where highly specialized hardware and lengthy qualification timelines clash with urgent deployment needs. "Space is now more affordable, but we just can't do it fast enough," Magaña said.

In an industry where even modest efficiency gains matter and development programs can stretch for years, AI is becoming the bridge between ambitious national security goals and workforce reality.