Aerospace Competitiveness is Becoming a Whole-System Challenge
Aerospace companies are being asked to increase production, adopt new digital technologies, reduce emissions, strengthen supply chains and address a persistent skills shortage at the same time. None of those challenges is new in isolation. What has changed is the extent to which they now interact.
That is particularly relevant in the North West, where the North West Aerospace Alliance represents more than 300 member companies and a cluster responsible for approximately a quarter of the UK’s aerospace industry. The region’s competitiveness depends not simply on the strength of individual businesses but on how effectively capabilities move through the wider supply chain.
Production capacity is a good example. Increasing output is not simply a machinery question if suppliers cannot recruit the people required to run the process, inspection becomes the bottleneck, or a lower-tier supplier lacks the investment needed to keep pace. A rate challenge at OEM level can quickly become a capability challenge several tiers away.
Digitalisation has the same system effect. Isabelle Russell, UK Aerospace Account Manager at Siemens, believes that aerospace and defence face major challenges where digitalisation will play an important role, but stresses that adoption does not have to be all-or-nothing. Small interventions that remove real roadblocks can build the architecture required for wider transformation without forcing a business into an unnecessarily disruptive programme.
For SMEs in an aerospace supply chain, that incremental approach can be particularly useful. The commercial question is not whether the factory looks digitally advanced. It is whether data improves delivery, quality, traceability, and decision-making processes sufficiently to justify the investment.
Decarbonisation also crosses organisational boundaries. Solange Baena of Airbus describes collaboration and communication as essential to reducing aviation emissions because aircraft manufacturers cannot deliver the transition alone. Technology, fuels, infrastructure, regulation, suppliers and government all influence the outcome. The challenge is therefore as much about coordination as it is about any individual technical breakthrough.
Skills lie beneath each of these priorities. Alexia Williams MBE of Rolls-Royce identifies the shortage of engineering skills as a major disadvantage for the UK and highlights apprenticeships, early-career routes and better communication on the breadth of engineering careers. Attracting new people matters, but aerospace businesses also need to retain experienced capability and transfer knowledge as technologies and production requirements change.
Supply-chain collaboration serves as the thread connecting these issues. Alex Champion, Lead Engineer at the Ministry of Defence, values circumstances where OEMs, equipment providers, and lower-tier manufacturers can speak openly about opportunities and challenges. Daniel Parvaz of Make UK Defence adds another dimension, arguing that sectors can learn from one another, including the transfer of high-volume manufacturing knowledge from automotive into defence.
Aerospace has the same opportunity. Manufacturing methods, automation, digital controls, energy technologies and workforce approaches developed elsewhere can be relevant without undermining the assurance and certification disciplines that make aerospace different. The ability to identify what can transfer and what cannot is itself a competitive capability.
Advanced Engineering 2026 will bring those conversations together across manufacturing, R&D, digitalisation, clean energy, people and skills, and government and supply chain. For North West aerospace businesses, the event offers a chance to look beyond a single technology category and examine the connections between the pressures already shaping programmes and investment decisions.
The future competitiveness of UK aerospace will not be determined by one intervention. It will depend on whether the industry can increase capacity while protecting quality, digitise without creating new complexity, decarbonise without sacrificing performance and develop the people and suppliers capable of supporting long-term growth.
For a region with the depth of aerospace capability found in the North West, that whole-system challenge also represents an opportunity. The stronger the connections among its manufacturers, technology providers, educators, research organisations, and the wider UK industry, the more of that capability can be turned into a sustainable competitive advantage.
Advanced Engineering takes place at the NEC Birmingham on 4-5 November 2026, bringing together engineering, manufacturing, technology, and supply chain organisations from across the UK and beyond.
Registration is free for qualified engineering and manufacturing professionals, for more information please visit: advancedengineeringuk.com
