Quantum sensing and navigation jobs UK: what the funding means for you

By Julie Fixter, Client Partnership Consultant, Future Tech Jobs

What happens when the GPS goes quiet?

More and more UK teams have an answer to that. And it's quantum.

Quantum sensing and navigation jobs in the UK are being driven by real money and real trials. In March 2026 the government committed over £400 million to sensing and navigation and the skills and infrastructure behind them, including £205 million dedicated to quantum sensing and navigation. In October, another £50 million went to sensing and positioning, navigation and timing (PNT) projects. Employers like Infleqtion are hiring physicists and engineers to turn lab kit into products that work in the real world.

If you've been telling friends that quantum is "still ten years away", you might need a new line for the pub.

What is quantum sensing, in plain English?

Quantum sensors use atoms and light to measure things like time, motion, gravity and magnetic fields with extreme precision.

That matters most when satellite signals can't be trusted. Jammed, spoofed or simply out of reach.

An atomic clock keeps accurate time without GPS. An atom-based inertial sensor tracks how you've moved without a satellite telling you. Same job, no sky required.

So your next role in quantum might not involve a quantum computer at all.

Where the money is going

Here's the funding picture, for anyone who likes their numbers neat:

• March 2026: the government's quantum package, worth up to £2 billion, included over £400 million for sensing and navigation and the skills and infrastructure behind them, with £205 million dedicated to quantum sensing and navigation (GOV.UK).

• March 2026: the UK Hub for Quantum Enabled Position, Navigation and Timing (QEPNT), led by the University of Glasgow, received an extra £1.2 million to help move its technology into industry and UK supply chains (University of Glasgow).

• September 2026: Innovate UK's "Accelerating adoption of quantum enabled sensing and PNT" competition closed. It offered businesses a share of up to £14.3 million, in grants of £1 million to £3 million, for projects starting by 1 December 2026 (Innovation Funding Service).

• October 2026: £50 million through a UKRI sensing and PNT competition, as part of a £78 million round that also covered quantum networking and training (The Quantum Insider).

The message is clear: quantum sensing is already finding real customers. And funded projects need people to deliver them.

From the lab to ships, railways and hospitals

This isn't slideware. Here's what's already been tested or funded:

• At sea: in a June 2026 trial, Eastleigh-based Aquark Technologies used two cold-atom clocks to give Saab radars a timing source independent of satellite navigation, working with the Royal Navy, Saab UK, QinetiQ and Dstl (Aquark Technologies).

• On the railways: in the same October round, MoniRail in the West Midlands was backed to locate railway track and signalling faults.

• In hospitals: Cerca Magnetics in Nottingham was backed for a wearable brain scanner for epilepsy surgery.

• For satellites: Quantum Fabrix in Oxford was backed to develop a next-generation satellite clock.

Quantum sensing has left the building. Now it needs people to come with it.

Who's hiring for quantum sensing roles right now?

Sensing roles sit right alongside the computing ones on Quantum Computing Jobs. Three worth a look this week:

• AMO Physicist, Inertial Sensing at Infleqtion, Kidlington. Posted 4 November, permanent and hybrid. You'd work on a continuous-beam atom inertial sensor for navigation, a Bose-Einstein condensate platform for gravimetry, or both.

• AMO Physicist, Quantum RF at Infleqtion, Kidlington. Posted 22 October. The advert describes Infleqtion expanding its UK physics team to work on future quantum RF sensor systems.

• Quantum Specialist (KTP Associate) with the University of Strathclyde, £47,389 to £58,225. A 36-month role building a compact cold-atom clock physics package with CPI-TMD Technologies, starting in Glasgow and then based in Hayes.

Search the board for "sensor" and you'll find dozens more roles across physics, photonics, electronics and the engineering that holds it all together.

Skills employers want in quantum sensing

Look closely at the adverts and a pattern jumps out. Infleqtion's sensing roles ask people to translate product requirements into atomic system designs, run modelling and simulation, and integrate opto-mechanical systems, electronics and software into quantum devices.

In other words, it's a team sport. The skills that keep coming up:

• Atomic, molecular and optical (AMO) physics: designing the atomic systems at the heart of clocks, gravimeters and inertial sensors. Usually PhD level.

• Optics and photonics: building the optical systems that control the atoms.

• Electronics and RF: control electronics and signal processing.

• Opto-mechanical engineering: making delicate lab set-ups compact and robust enough to leave the lab.

• Software, modelling and simulation: predicting performance and turning raw signals into time and position.

• Testing and verification: proving a device meets the spec, again and again.

Here's the takeaway. The physics gets you in the room. Getting it out of the lab gets you hired.

How to get into quantum sensing

There's more than one door, and you don't all need the same key.

• Graduates in physics or engineering: QEPNT is inviting expressions of interest for fully funded 3.5-year PhD studentships in PNT research, and asks for at least a 2:1 in a STEM subject (QEPNT opportunities).

• PhD holders and postdocs: AMO physicist roles and Knowledge Transfer Partnerships like Strathclyde's are a well-trodden route from research into industry.

• Technicians and apprentices: you don't need a PhD to work in quantum. Our guide to quantum technician jobs and apprenticeships covers the routes in.

• Engineers from defence, aerospace and telecoms: if you already work on navigation, timing, RF or precision instruments, you speak the customer's language. That's a real head start.

What candidates actually want from a move

Here's something I say a lot. In niche tech, the best candidates aren't scrolling job ads. They're choosing between offers.

And when you're choosing, you pick the companies you already know.

So get to know the sensing employers now. Follow them, read what they're building, and set up an alert so their next role lands with you first. Specialist roles need a specialist audience, and that's exactly why they're advertised on a specialist board.

Don't wait for the vacancy. Be ready before it's posted.

FAQ: quantum sensing jobs in the UK

What is a quantum sensing job?

It's a role building or using sensors that rely on quantum effects in atoms or light, such as atomic clocks, gravimeters, magnetometers and inertial navigation systems. Roles include AMO physicists, optical and electronics engineers, software engineers and test engineers.

What is quantum PNT?

PNT stands for position, navigation and timing. Quantum PNT uses atomic clocks and atom-based inertial sensors to provide timing and navigation that doesn't depend on satellite signals like GPS.

Do I need a PhD to work in quantum sensing?

Not always. Physicist roles designing the atomic systems usually ask for a PhD, but engineering, technician and apprenticeship routes exist too. The skills mix in sensing adverts spans optics, electronics, mechanical design and software.

Where are quantum sensing companies in the UK?

Companies named in recent sensing trials and funding are spread across the UK, including Oxfordshire (Infleqtion, Quantum Fabrix), Hampshire (Aquark Technologies), Nottingham (Cerca Magnetics) and the West Midlands (MoniRail). The QEPNT hub is led from Glasgow.

That's my round-up. Any questions, let me know! I'd love to hear where you'd like quantum to take you.

Find your quantum sensing role

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About the author

Julie Fixter is a Client Partnership Consultant at Future Tech Jobs, helping employers and recruitment partners reach specialist talent across AI, quantum, robotics, semiconductors, space and the rest of the FTJ network. She spent seven years in sales at a UK software house before joining FTJ, and trained in psychodynamic counselling, which shapes how she thinks about what candidates actually want from a move. Based in Manchester. Connect with Julie on LinkedIn.