The UK Government has announced a £15bn funding uplift for defence equipment and technology, forming part of a £298bn Defence Investment Plan over the next four years. The plan includes major commitments across drones, future combat air, nuclear deterrent programmes, Royal Navy warships and Commando Force capability.

For industry, the announcement is more than a spending headline. The Government says the plan will create nearly 60,000 extra direct and indirect UK industry jobs by the end of the decade, taking forecast defence spending-related jobs supported in the UK to more than half a million.

Key takeaways

• £15bn additional defence funding has been announced.
• £298bn is planned across the next four years.
• More than £5bn is committed to drone transformation.
• At least six new Common Combat Vessels are planned.
• Delivery will depend on skills and supply chain capacity.

What has been announced?

The Defence Investment Plan brings together several major funding lines and capability announcements. The Government says defence funding will rise to almost £80bn a year by 2029 and reach 2.7% of GDP, with the plan intended to implement the direction set by the Strategic Defence Review.

A shift towards speed, autonomy and integration

The clearest theme across the announcements is the move towards faster, more distributed and more technology-led defence capability. The drone transformation announcement says innovation cycles in recent conflicts are now “measured in weeks, not years”, and commits more than £5bn to autonomous and uncrewed systems across the Armed Forces.

That shift is not limited to air systems. The Royal Navy’s new Common Combat Vessel will act as a control hub for uncrewed systems in the air, on the surface and under the sea. It replaces earlier plans for a Type 83 destroyer and supports a wider move towards hybrid naval capability.

These Common Combat Vessels will provide our dedicated sailors with hybrid ships that are designed and built for the increasing threats we face. Developed with exceptional British innovators, the new ships will be British-built, supporting jobs across the nation and giving the Royal Navy a capability built for modern warfare.

Dan Jarvis MBE MP, Defence Secretary, Ministry of Defence

This matters because hybrid capability does not rely only on the platform itself. It depends on sensors, software, secure communications, combat systems, human-machine interfaces, test environments, data links and through-life support.

The delivery question behind the headline figures

In a joint statement on defence investment, ADS, Make UK Defence, the Society of Maritime Industries, techUK and TheCityUK said delays to the Defence Investment Plan had affected business confidence, with investments held up and hiring plans put on hold, particularly among smaller suppliers.

Prospect also welcomed the publication of the plan, while saying questions remained around jobs, exports and skills. Its General Secretary, Mike Clancy, said industry had been “calling out for certainty”, but that “many questions still need to be answered”.

For employers and candidates, the practical issue is clear. The plan creates a visible pipeline, but delivery will depend on whether the UK can mobilise enough qualified engineers, project professionals, manufacturers, digital specialists and security-cleared personnel at the right time.

Which engineering skills are likely to see demand?

The strongest demand signal is for integrated engineering. Defence programmes increasingly combine hardware, software, autonomy, communications and assurance, so employers are likely to need teams that can work across complex systems rather than isolated disciplines.

Skills likely to be in demand include:

• Systems engineering, especially for hybrid platforms and “systems of systems” integration.
• Software engineering, autonomy, artificial intelligence and machine learning.
• Cyber security and secure communications.
• Electrical, electronic and controls engineering.
• Naval architecture and marine engineering.
• Nuclear safety, quality assurance and infrastructure engineering.
• Test, evaluation, validation and certification.
• Manufacturing engineering, production planning and quality control.
• Project controls, planning, risk management and programme delivery.
• Integrated logistics support and through-life support.

The drone programme includes Europe’s biggest drone testing centre in Swindon and a new Uncrewed Systems Taskforce, both intended to help develop and field autonomous capabilities with industry.

The Common Combat Vessel programme is expected to sustain jobs and skills across UK shipyards, with delivery expected from the early 2030s.

Supply chains will need to scale beyond the primes

Major defence programmes create work far beyond prime contractors. The Defence Investment Plan will affect design houses, electronics companies, specialist manufacturers, software providers, marine systems suppliers, test facilities and through-life support organisations.

Areas likely to see increased supply chain activity include:

• Drone and autonomous systems development.
• Secure communications and networked targeting.
• Sensors, surveillance and electronic systems.
• Ship design, integration and sustainment.
• Nuclear infrastructure and regulated engineering.
• Advanced manufacturing and quality assurance.
• Maintenance, repair and overhaul.
• Programme controls and commercial delivery.

The naval package highlights this clearly. The Common Combat Vessel is not simply a new shipbuilding programme. It is part of a wider maritime air defence system that will work alongside Type 26 and Type 31 frigates, plus Type 91, Type 92, Type 93 and Type 94 uncrewed platforms, according to the Ministry of Defence’s warship announcement.

That creates opportunities for suppliers that can meet defence standards, but it also raises the bar on documentation, security, export controls, quality systems and delivery confidence.

Transferable skills will matter

The Government’s jobs forecast cannot be met through defence-only talent pipelines. The projected creation of nearly 60,000 extra direct and indirect UK industry jobs means employers will need to consider strong transferable routes from nuclear, aerospace, marine, energy, oil and gas, rail, automation, advanced manufacturing and digital sectors.

Candidates from those sectors may already have experience in safety-critical delivery, systems integration, regulated environments, commissioning, quality assurance, configuration control or major project delivery. Those skills are directly relevant to defence programmes, particularly where employers are willing to support onboarding into sector-specific standards.

Security clearance, export controls, classified information handling and defence procurement processes remain important barriers. They do not remove the value of transferable experience, but they do mean employers need realistic onboarding plans and candidates need to understand the requirements of the sector.

Why workforce planning needs to start before production peaks

The most urgent hiring pressure may appear before visible manufacturing starts. Requirements, architecture, design assurance, test planning, supplier qualification and project controls all come early in the programme lifecycle.

For employers, that means workforce planning should cover each phase of delivery:

Employers that wait until build activity is fully visible may find that the most constrained skills have already been absorbed elsewhere. This is particularly relevant for systems engineers, project controls specialists, software engineers, nuclear safety professionals and experienced manufacturing leaders.

What candidates should take from this

For candidates, the announcements point to a defence market with long-term demand across both traditional engineering and digital disciplines. The strongest opportunities are likely to be for people who can show evidence of regulated delivery, technical documentation, safety-critical thinking, quality standards and collaboration across complex supply chains.

Engineers from adjacent sectors should focus on the language of transferability. A rail systems engineer, a nuclear safety case specialist, an aerospace quality engineer or an automation controls engineer may all have experience that defence employers can use.

The strongest CVs will make that connection clear. Candidates should explain where they have worked with configuration control, safety assurance, commissioning, compliance, secure data, software integration, manufacturing quality or complex programme delivery.

What employers should take from this

For hiring managers, the plan reinforces the need to map skills before demand peaks. That includes deciding which roles genuinely require defence experience and which could be filled by candidates from adjacent sectors with the right onboarding.

Practical steps include:

• Mapping critical roles against programme phases.
• Separating essential defence experience from teachable domain knowledge.
• Building talent pools in systems, software, controls, quality and project controls.
• Planning for security clearance lead times.
• Considering contractor support for surge demand.
• Investing in early careers while retaining experienced mentors.
• Reviewing job descriptions to make transferable skills easier to recognise.

The wider funding debate matters, but the immediate workforce question is more practical. Programmes will need the right people in place before contracts reach peak production, not after.

Millbank’s perspective

The Defence Investment Plan signals a defence market moving towards faster technology adoption, hybrid capability and long-term industrial demand. Drones, uncrewed systems, future combat air, nuclear infrastructure and new naval platforms all depend on skilled people as much as funding.

For employers, the priority is early workforce planning. For candidates, the priority is understanding how existing skills can translate into defence delivery.

If you work in engineering, manufacturing, project delivery, systems, safety, software or technical assurance and want to understand where your skills could fit into defence, send in your CV.

If your organisation is planning around defence programme delivery and needs support mapping future skills, contractor demand or workforce gaps, get in touch with our team.

FAQs

What is the UK Defence Investment Plan?

The Defence Investment Plan is a four-year defence funding programme backed by £298bn of investment, including £15bn of additional spending for equipment and technology. It is intended to support the modernisation of the Armed Forces and implement the Strategic Defence Review.

How many jobs could the Defence Investment Plan create?

The Government says the plan will create nearly 60,000 extra direct and indirect UK industry jobs by the end of the decade, taking forecast defence spending-related jobs supported in the UK to more than half a million.

What is included in the UK drone transformation programme?

The Government has committed more than £5bn over four years to drone transformation. The programme includes autonomous systems, Europe’s biggest drone testing centre in Swindon and a new Uncrewed Systems Taskforce to work with industry.

What are Common Combat Vessels?

Common Combat Vessels are new Royal Navy air defence warships that will replace the current Type 45 destroyers from the early 2030s. They are designed as hybrid ships that can coordinate uncrewed systems in the air, on the surface and under the sea.

What investment is planned for the Commando Force?

The Government has announced over £500m for the UK Commando Force, including high-speed craft, uncrewed vessels, next-generation communications, networked targeting and strike drones.

Which engineering skills are likely to be needed?

Likely demand areas include systems engineering, software, autonomy, cyber security, secure communications, naval architecture, electrical and electronic engineering, nuclear safety, manufacturing engineering, quality assurance, test and evaluation, and project controls.

Can engineers from other sectors move into defence?

Yes, many skills are transferable from nuclear, aerospace, marine, energy, rail, oil and gas, automation, digital and advanced manufacturing. Candidates should be ready for defence-specific requirements such as security clearance, export controls, documentation standards and controlled technical information.

What should employers do now?

Employers should map critical skills early, plan for clearance and onboarding lead times, identify which roles can use transferable skills, and build pipelines for systems, software, controls, quality, manufacturing and project controls talent before production peaks.