David TaylorNASA's Artemis II mission launched on 1 April 2026 at 22:35 UTC, sending four astronauts on a 10-day journey around the Moon — the first crewed lunar mission since Apollo 17 in 1972. The Orion live stream, broadcast via NASA YouTube and NASA+, drew millions of viewers worldwide, with searches for "Orion live stream" spiking to over 5,000 per hour in the United Kingdom alone.
What Artemis II Is and Why It Matters
Artemis II is the first crewed test of NASA's Orion spacecraft and the Space Launch System (SLS) rocket. The four-person crew — including Canadian astronaut Jeremy Hansen — is completing a lunar fly-by before returning to Earth on approximately 10 April 2026. Unlike Apollo missions, Artemis uses advanced life support systems, radiation-hardened electronics, and real-time telemetry that NASA tracks publicly via its Artemis Real-time Orbit Website (AROW).
According to NASA's official mission page, this mission is a critical stepping stone toward sustained human presence on and around the Moon — and eventually Mars. The European Space Agency (ESA), which has contributed the service module to Orion, is a key partner, meaning UK-based scientists and engineers have directly contributed to this historic flight.
The UK's Role in the Space Economy
Britain has been investing heavily in the space sector. The UK Space Agency reported in 2025 that the UK space industry generates over £17.5 billion annually and employs more than 47,000 people. SpacePort Cornwall was licensed in 2023, and UK companies such as Orbex, Skyrora, and BAE Systems Space have all expanded operations in recent years.
The Artemis programme accelerates demand across several technical domains:
- Embedded systems and firmware engineering — Orion's avionics require radiation-hardened chips and custom firmware
- Cybersecurity — Mission-critical systems demand the highest security standards
- Data engineering and telemetry — Real-time tracking of 35,000+ data points per mission
- AI and autonomous systems — Future Artemis missions will rely on semi-autonomous decision-making
For UK IT professionals, the space sector represents a growing career path that many overlook.
What This Means for Your IT Career in the UK
You don't need to work at NASA to benefit from the space economy boom. The skills in demand for space-adjacent roles are largely the same as those sought by defence, healthcare IT, and financial services:
- Cloud infrastructure (AWS GovCloud equivalents)
- High-reliability software engineering (MISRA C, DO-178C)
- Systems integration and testing
- Cybersecurity clearances (DV/SC level)
Companies like Airbus Defence and Space (with UK offices in Stevenage and Portsmouth), Thales UK, and QinetiQ are actively hiring engineers with these skillsets. Salaries for senior engineers in this sector typically range from £65,000 to £110,000 per year, above the UK IT median.
How to Break Into the Space Tech Sector
If the Artemis mission has sparked your interest in a career pivot, here is a realistic path:
- Assess your transferable skills: Systems engineering, software testing, and network security all translate directly.
- Target companies with ESA and MoD contracts: Check the UK Space Agency's approved supplier list.
- Obtain relevant certifications: CompTIA Security+, AWS Certified Solutions Architect, or IET membership all strengthen applications.
- Consider a career consultation: A specialist IT career adviser can map your existing skills to roles in the space sector and identify gaps in your CV that might be blocking you.
- Apply for Innovate UK funding: If you are thinking of founding a space-tech company, Innovate UK has dedicated streams for space and defence technology.
The Skills Gap Britain Needs to Address
The Artemis mission also highlights a looming challenge: the UK space sector is forecasting a shortage of 12,000 skilled workers by 2030, according to the Space Skills Alliance. Universities are expanding aerospace engineering programmes, but the pipeline is slow.
This creates an immediate opportunity for mid-career IT professionals willing to upskill. An IT consultant who understands secure systems and embedded programming is highly valued in a sector where software failures can cost hundreds of millions of pounds — and, potentially, human lives.
The Orion capsule currently hurtling toward the Moon carries with it a reminder of what human ambition and technological precision can achieve. For UK tech professionals, it also carries a question worth considering: is your next career step written in the stars?
What Role Can UK Businesses Play?
It is not just individual careers that stand to benefit. UK businesses across manufacturing, logistics, communications, and software development are finding ways to participate in the space economy's supply chain. The ESA's Business Incubation Centres — several of which are based in the UK, including at Harwell Science and Innovation Campus in Oxfordshire — specifically support startups looking to commercialise space-adjacent technologies.
For small and medium enterprises, the opportunity lies in adjacent markets: satellite communications, earth observation data analytics, and autonomous navigation systems all have commercial applications that go far beyond space exploration itself. Precision agriculture, disaster monitoring, and urban planning increasingly depend on satellite-derived data — all maintained and analysed by IT professionals on the ground.
If you are unsure how your business could align with this sector, an IT consultant or business technology adviser can help map your capabilities to upcoming tenders and contracts — many of which are publicly listed through the UK government's Find a Tender service.
Note: This article provides general career information. For tailored advice on transitioning into the space or defence tech sector, consider speaking with an IT career consultant who specialises in your industry.
