Aerospace’s talent crisis: Why AI is part of the solution

An industry in expansion — But facing a recruitment bottleneck

‍

The global aerospace industry is on a strong trajectory. Order books are full, demand for air travel is recovering steadily, and forecasts from major players like Airbus and Boeing suggest sustained growth over the next two decades. In France alone, the sector made over 25,000 hires in 2024, according to GIFAS — with thousands more expected in 2025.

‍

Yet despite these encouraging numbers, a structural issue persists: there aren’t enough candidates. Companies are recruiting, but many roles remain vacant for months.

‍

Why is this happening?

‍

A dual challenge: Expertise drain meets talent scarcity

‍

At the heart of the issue lies a generational imbalance:

‍

• Senior experts are retiring, taking with them decades of critical know-how and technical intuition that is difficult to codify.
• Younger graduates, though highly educated, often struggle to adapt to the complexity of modern aerospace engineering environments. Many lack industry-specific experience or the tools needed to ramp up or choose to work in non-industrial sectors.

‍

This double bind creates a knowledge transfer gap that weakens quality, slows program execution, and increases reliance on overburdened mid-career engineers.

‍

A closer look: Why young engineers aren’t flocking to aerospace

‍

The aerospace sector remains technically fascinating and economically vital. So why are many young engineers hesitant to join?

‍

Several factors come into play:

‍

Slow adaptation to modern work expectations

Younger engineers seek agility, purpose, and autonomy. Yet many aerospace organizations remain structured around rigid processes, long development cycles, and legacy tools.

‍

Steep learning curve

New hires often face complex CAD models and systems, undocumented rules, and opaque decision chains. Without systematic knowledge capture, onboarding becomes frustrating — and risky.

‍

Lack of technological support

Unlike software engineers, aerospace design teams often lack intelligent assistants. No autocomplete for design logic. No real-time feedback. No AI copilots.

This is where Dessia’s mission comes in.

‍

AI as a companion, not a replacement: supporting engineering talent every step of the way

‍

At Dessia, we believe that AI shouldn’t replace engineers — it should support and accompany them throughout their missions.

‍

Our AI-powered applications are designed to augment engineering capabilities at every stage of the design process — from initial layout exploration to rule validation and documentation. Whether you’re a junior just joining the team or a seasoned expert managing system complexity, Dessia’s AI solution help engineers stay focused on high-value tasks.

‍

Let’s face it: spending hours manually checking drawings isn’t exactly what excites young engineers. Tasks like these are repetitive, prone to error, and rarely contribute to skill development or motivation. By automating such tedious processes, AI frees up time and mental space for what truly matters: engineering creativity, innovation, and decision-making.

‍

Through intelligent assistance and automation, our AI-driven platform enables:

• Younger engineers to ramp up faster, gaining confidence and autonomy in complex environments
• Senior engineers to capture and share their logic, turning decades of experience into reusable, structured knowledge
• Engineering managers to ensure quality, traceability, and consistency — even in distributed teams

‍

Our approach is rooted in the idea that AI can be a trusted companion in the daily life of an engineer — not just a tool, but a collaborator.

‍

This is how we help close the gap between generations, bridge the shortage of experts, and make aerospace engineering careers more accessible, fulfilling, and future-ready.

‍

From expertise drain to scalable mentorship

‍

Let’s be honest: retiring experts can’t sit next to every new recruit. And traditional documentation isn’t enough to preserve real-world know-how. The future lies in codifying engineering reasoning through intelligent systems.

‍

With Dessia, companies can:

• Capture expert logic once, reuse it across projects
• Train AI agents to replicate and automate expert decisions under constraints
• Provide young engineers with structured guidance instead of leaving them to refer to “static” guidelines

‍

It’s not about replacing humans — it’s about amplifying their impact.

‍

Rethinking how we attract the next generation

‍

If the industry wants to stay attractive, it must evolve its image, tools, and culture. Here’s how.

‍

Modernize the engineering environment

Give young engineers autonomous playgrounds where they can explore designs safely. Provide real-time feedback, embedded rules, and transparent decision trees — not black boxes.

‍

Boost inclusion and diversity

Today, women still represent only 30% of the aerospace workforce ( Airbus – Diversity & Inclusion Report (2023) Changing that requires visibility, role models, and inclusive outreach.

‍

Emphasize purpose and impact

From decarbonized aviation to hybrid propulsion systems, aerospace is tackling critical challenges. But companies must communicate that purpose clearly to attract mission-driven talents.

‍

Invest in AI-Augmented learning

AI tools like Dessia’s can act as live mentors — accelerating onboarding, reducing friction, and making the learning curve less intimidating.

‍

The path forward: Engineers and AI, working hand in hand

‍

Aerospace isn’t short on ambition, but turning bold ideas into real-world systems takes time, expertise, and people. And right now, the industry simply doesn’t have enough engineering capacity to meet the pace of demand.

‍

To move forward without overwhelming already-stretched teams, we need to think differently. That means embracing smarter ways of working — where AI supports engineers, not replaces them.

‍

At Dessia, we imagine a future where:

• Young engineers are set up for success from day one, with tools that guide and empower them
• Experts can focus on what matters most — the tough, high-impact decisions
• Engineering intelligence is captured and shared, instead of disappearing with every project handover or retirement

‍

This is the kind of workforce the industry needs; more connected, more agile, and better supported. And it’s exactly what we’re helping to build.

‍

Final thoughts

‍

Aerospace companies are hiring. The projects are meaningful, the opportunities are real. But without the right tools and culture in place, we risk losing the next generation of talent before they’ve even taken off.

‍

Now’s the time to rethink how engineering happens — to make it more collaborative, more scalable, and more human.

‍