Aircraft maintenance, repair, and overhaul (MRO) operations are facing a perfect storm: an aging workforce nearing retirement, sluggish recruitment of new talent, and rising complexity across aircraft platforms. For CIOs, CTOs, and infrastructure leads in aviation and other asset-intensive industries, this challenge extends beyond shop floors—it’s now a technology and workforce equation. 

The good news is that artificial intelligence (AI), augmented reality (AR), mobile devices, and intelligent workflows can help bridge the capability gap without hiring at an unsustainable scale. Embedding smart tech into technician workflows is becoming strategically essential—not optional—to maintain uptime, manage cost, and future-proof skills. 

Even more, these digital approaches mirror trends in enterprise IT: automation, human augmentation, and skill scaling, which means lessons from MROs could cross-pollinate into sectors such as manufacturing, energy, and critical infrastructure. Below is a core excerpt that captures how Rob Mather frames the gap and opportunity for MROs in aviation: 

As reported by Rob Mather in "Closing the MRO Talent Gap: How AI and Digital Solutions Keep Aircraft Ready to Fly" on AviationPros: 

“Today’s maintenance, repair and overhaul (MRO) organizations have been hit with a two-fold challenge: an aging workforce and a shortage of fresh, skilled talent. At the same time, pressure is mounting for these companies to keep aging aircraft mission-ready despite supply chain disruptions, while preparing to service a new generation of advanced engine platforms remain. The expectations are high in both the commercial and defense sectors. 

"The defense sector faces an increasing skills gap, with 48% of defense employers reporting shortages in engineering talent and 25% citing a lack of manufacturing and mechanical expertise. Recruitment of new technicians continues to lag far behind growing demand for MRO capabilities. In the commercial MRO sector, the workforce is aging at an alarming pace. Employees nearing retirement—ages 55 to 60—make up 35 % of the industry, while those aged 18 to 30 account for only a single-digit share. Industry projections indicate a need for nearly 700,000 new technicians over the next two decades. 

"A major catalyst for the current labor shortage has been the COVID-19 pandemic. These circumstances caused many MROs to face challenges such as:  

• Financial difficulties.
• Need to furlough employees. 
• Offers for early retirement for older technicians.” 

Continue reading “Closing the MRO Talent Gap: How AI and Digital Solutions Keep Aircraft Ready to Fly” by Rob Mather on AviationPros. 

Why It Matters to You 

For CIOs and technology leaders in asset-reliant sectors, the lessons from aviation MRO apply directly: the people-tech interface is now mission-critical. Relying solely on hiring to close skills gaps is untenable in the face of inflation, remote work preferences, and demographic headwinds. Embedding digital tools such as AI scheduling, AR support, and mobile workflows becomes a force multiplier for scarce talent. 

As MROs manage both legacy aircraft and the next generation of platforms, they face a balancing act of training cycles, certification, and tooling. Those in industries like manufacturing, energy, or logistics will recognize similar trade-offs in balancing modernization and maintenance. This article surfaces how strategic tech investment can help teams “do more with less” while preserving critical tribal knowledge. 

Next Steps 

• CIO/Digital Ops Lead: Pilot an AI-based scheduling or task-assignment tool in one maintenance cell or site, and track utilization improvement (e.g., reduce idle time by 10–20%). 
• Engineering/Workflow Team: Deploy AR-enabled remote support or mobile job cards for a subset of junior technicians and measure error rates or time-to-resolution. 
• Human Resources/Talent Lead: Launch a program to recruit younger technicians by promoting tech-enabled roles (e.g., “smart maintenance engineer”) in schools or colleges. 
• Operations/Maintenance Leadership: Pair senior and junior technicians with digital “knowledge bridge” tools (e.g., embedded measurement, decision support) and monitor throughput. 
• Strategy/Finance Lead: Build a 12-month roadmap and return on investment (ROI) model showing investment in digital tools vs. hiring cost, factoring in retention and productivity gains.