At the Farnborough airshow this week, 17-year-old Hassan Butt volunteered at a stand. Planes overhead captivated him. “Everyone when they’re kids, they look up, they see the planes flying and they think, damn…” he told reporters. His goal? A career in aerospace engineering. Focus on missiles.
Stalls around him buzzed with activity. Contests. Top Gun-style displays. Engine-building exercises. All aimed at drawing in teens like Butt from Generation Z and Alpha. Yet industry leaders admit candidates like him remain too few.
The UK aerospace and defence sector confronts an annual shortage of around 10,000 specialized engineers. AI and competing technologies pull talent away. Reuters detailed the scene on July 24, 2026. More than 50% of licensed aerospace engineers in Britain exceed 50 years old. Fewer than 10% fall under 30. A March report from the Royal Aeronautical Society laid out the numbers.
The sector expanded 31% over the past decade. Talent pipelines failed to match that pace. Trade group ADS pointed to the mismatch. “We in the aerospace industry have been experiencing a shortage of skilled workers for some time … despite the industry growing year on year for the past 10 years,” said Kevin Craven, ADS chief executive.
Innovations such as flying taxis and sustainability efforts might draw younger workers. Craven suggested as much. But record order backlogs weigh on giants like Boeing and Airbus. They ramp up plane production. Veteran engineers edge closer to retirement. The clock ticks.
Many firms cut feeder apprenticeship programs years ago. Cost savings drove the decision. Entry-level jobs and graduate schemes took their place. These appear at airshow booths. They promise quicker starts. They lack the depth of old paths.
Competition bites hard. Other fields demand similar skills yet offer easier entry and bigger paychecks. Technology stands out. “If you’re an engineer coming out of Purdue or MIT or any other of the premier aerospace engineering programmes, you might say maybe I’ll go to Anthropic or OpenAI as opposed to Boeing or Airbus,” explained Jerrold Lundquist, managing director at advisory firm The Lundquist Group. His words, carried in the same Reuters dispatch, capture the pull.
Across the Atlantic the picture looks similar. America’s aerospace and defense workforce tops 2.23 million. It accounts for 1.4% of all US workers. Aging ranks, high turnover and retention struggles define the talent shortage. Rapid advances in technology widen skills gaps. The Aerospace Industries Association outlines these pressures on its workforce page.
“The industry that brought Americans to the Moon did so by tapping into the ingenuity of hard-working, diverse Americans,” said Eric Fanning, AIA president and CEO. “Developing the next generation of world-changing innovations requires new ideas, fresh perspectives, and continued investment in the initiatives to nurture the workforce. AIA is committed to building and retaining top talent across American aerospace and defense – not only because it will make our organization and industry stronger, but also because it’s the right thing to do.”
Public-private partnerships gain traction. States team with industry. Governors joined AIA leaders at recent events to discuss pipelines, veteran hiring and education ties. Still, manufacturing faces a broader gap. Two million jobs could go unfilled in the next decade. The Manufacturing Institute flagged the trend.
AI enters the story two ways. It drains the traditional pool. Young engineers chase roles at AI labs. Higher pay. Faster impact. Flashier projects. Yet in aerospace itself, AI steps in to ease shortages. It does not replace people. It augments them.
Executives deploy AI to shorten development cycles. Agentic systems manage workflows across design, testing, supply chains and compliance. Production scales. Demand from the Pentagon for missiles and satellites surges. Voyager Technologies applies AI-driven methods. It reduces timelines. It hires experts from industry and government. At its Long Beach site, AI aids next-generation electronics.
Clay Mowry, AIA CEO, observed firms scaling output fourfold yet lacking staff. Matt Magaña at Voyager noted AI lets experienced engineers oversee more programs. It cuts bottlenecks. Space News reported these applications in June 2026. The piece argued AI fills gaps created by the very talent war it fuels.
China faces parallel pressures. McKinsey projects a shortfall of five million AI workers by 2030. The country recruits teenagers early. High-school programs feed the pipeline. Rest of World covered the strategy three days ago. Global competition intensifies.
Back at Farnborough, 17-year-old Molly Haydon shared Butt’s interest. She called for broader outreach. Especially to young women. “I think they need to educate more young people on it and to get them more knowledge that there are still jobs available in the sector for everyone,” she said. Her comment, via Reuters, highlights outreach shortfalls.
UK government eyes defense spending tied to the Ukraine conflict. Unmanned drones like BAE Systems’ Brontanax could appeal to tech-savvy youth. The aerospace, defence and security sectors contributed £46.8 billion to the British economy last year. ADS reported the figure. Economic weight is clear. Action lags.
US efforts include the American Rocketry Challenge and microgrants to underserved schools. AIA pushes federal and state funding for apprenticeships. Universities add AI electives to aerospace degrees. IISc Bengaluru launched a four-year B.Tech program blending core engineering with AI. Recent X posts noted the move. Pipelines evolve. Slowly.
Consultants warn old hiring habits fail. Workforce strategies trail capability goals. A 2025 AIA-McKinsey study projected persistent gaps. Turnover rates in some areas hit 15%. Nearly half of hourly workers depart within months. ManpowerGroup documented the data in a white paper.
Some firms blend AI with human expertise. They seek propulsion specialists, simulation experts and ML talent for hardware applications. Venture-backed startups offer paid roles at the intersection. X discussions from mid-July revealed active recruiting by teams linked to NASA veterans and tools like generative design.
The industry cannot ignore demographics. Over half its engineers near or past traditional retirement age. New graduates gravitate elsewhere. Salaries tell part of the tale. Perceptions another. Planes still inspire. Yet software and algorithms dazzle more.
Sustainability projects and urban air mobility hold promise. They speak to younger values. So do defense applications in autonomy and space. Success depends on messaging. And on fixing structural issues. Apprenticeships. Pay alignment. Education reform.
Events like Farnborough buy time. They spark interest. They cannot solve systemic shortfalls. Companies, governments and schools must coordinate. Otherwise the order backlogs grow. Innovation slows. Security risks mount.
AI will not wait. It reshapes expectations. It competes for minds. Aerospace must adapt its own tools while competing for the people who master them. The coming years will test whether inspiration from the skies can outshine screens.
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