Tag: Department for Science Innovation and Technology

The press release issued by the Department for Science, Innovation and Technology on 29 March 2025.

A UK aerospace company is set to land the first European rover on the red planet, as it wins £150 million to complete the touchdown system delivering the rover safely to Mars.

The new contract, awarded by the European Space Agency and funded by the government through the UK Space Agency, will support a cutting-edge system that will land the Rosalind Franklin rover on the surface of Mars and support its deployment onto the planet.  It will also sustain around 200 high-skilled jobs in the UK space sector and attract international investment, leading to wider growth in the UK economy as part of the Prime Minister’s Plan for Change.

The first UK-built rover’s mission is to explore the red planet and drill 2 metres down into the surface to hunt for signs of ancient life, such as fossilised microbes, in an effort to find out how our solar system came to be. Exploring Mars is crucial to further our knowledge in climate shifts and may help answer whether life exists beyond our home planet.

The mission is made possible by advanced UK robotics and autonomous navigation technologies, which can also be deployed in challenging environments on Earth, such as nuclear power plants and the deep ocean.

Named Rosalind Franklin after the British scientist whose work was central to the understanding of the molecular structures of DNA, the rover will be the first European made rover to land on Mars.

Britian’s growing space sector is helping to bring jobs and growth to communities and organisations across the UK, with 50,000 people already employed in the sector. It will be a top priority in the government’s Industrial Strategy, which has identified advanced manufacturing and digital and technologies as key growth-driving sectors.

Technology Secretary Peter Kyle said:

This inspiring example of world-class British science will bring us one step closer to answering long-asked questions on potential life on Mars.

Landing the first ever home-grown rover on Mars, Airbus will not only help Britain make history and lead the European space race but also bring hundreds of highly skilled jobs and investment as we secure Britain’s future through our Plan for Change.

The rover, entirely built in Stevenage by engineers from Airbus UK, is due to launch in 2028 with the support of NASA and land on Mars in 2030. It was ready to launch in 2022, until the European Space Agency (ESA) cancelled its cooperation with Russia following the illegal invasion of Ukraine.

The rover, entirely built in Stevenage by engineers from Airbus UK, is due to launch in 2028 with the support of NASA and land on Mars in 2030. It was ready to launch in 2022, until the European Space Agency cancelled its cooperation with Russia following the illegal invasion of Ukraine.

The UK Space Agency and international partners stepped up to replace Russian components in the mission, including the lander platform now under development in Stevenage and a key science instrument now led by Aberystwyth University.

Dame Dr Maggie Aderin-Pocock DBE said:

The British built Rosalind Franklin rover will give us vital insight into the history of Mars. This type of information from other planets can give us a better understanding of our own place in space and our planetary evolution.

With its unique design that enables it to acquire samples at depth of up to 2 metres, we may get answers to some of the fundamental questions we ask about Mars. Drilling to this depth allow us to look for life away from the hostile Martian surface where radiation is likely to kill life as we know it.

Samples gathered by the Rosalind Franklin rover may help us answer the age old question “Are we alone in the Universe?

Paul Bate, CEO of the UK Space Agency, said:

This is humanity defining science, and the best opportunity to find if past life once existed on Mars.

We’re proud to have funded this world leading technology. The ripple effects of space exploration discoveries extend far beyond the realm of space exploration, driving progress and prosperity across multiple sectors in the UK, and inspiring technological advances to benefit us all.

Our journeys into space continue to improve our lives here on Earth.

Dr Louisa J Preston, a Co-Investigator on PanCam and Enfys who is based at UCL’s Mullard Space Science Laboratory, said:

The Rosalind Franklin Rover mission will be a unique ground-breaking mission; the first sent to drill 2 metres into the crust of Mars, collecting and analysing samples that are up to 4 billion years old, with the goal of discovering evidence of past or even present life hidden beneath the surface.

Rosalind is a truly international collaboration and the UK has taken a pivotal role in this through the development of the PanCam and Enfys instruments, building the rover, and now excitingly providing the landing platform. It is a privilege to be a part of this mission and we cannot wait to finally ‘open our eyes’ at Oxia Planum, the Martian plain where the rover will land, and begin this incredible adventure.

Under contract from aerospace company Thales Alenia Space (TAS), which is leading the overall ExoMars mission, Airbus teams in Stevenage will design the mechanical, thermal and propulsion systems necessary for the landing platform to ensure a safe touchdown  for the rover in 2030.

This will include the landing structure, the large propulsion system used to provide the final braking thrust, and the landing gear to ensure the lander is stable on touchdown. The lander will feature 2 ramps that will be deployed on opposite sides to enable the rover to be driven onto the Martian surface using the least risky route.

Kata Escott, Managing Director Airbus Defence and Space UK said:

Getting the Rosalind Franklin rover onto the surface of Mars is a huge international challenge and the culmination of more than 20 years’ work. We are proud to have built the rover in our state-of-the-art Stevenage cleanroom and delighted now to develop the project to ensure its safe delivery to Mars. Rosalind Franklin will be the first Martian rover able to analyse samples from 2 metres below the surface in its search for past or present life. The mission will supercharge our space know-how in the UK, and will advance our collective understanding of our solar system.

The mission is a collaborative effort from science communities not just across Europe but also the UK, with a range of UK universities involved in the development and launch of the rover. For example, the panoramic camera (PanCam) system on the rover is led by scientists from University College London’s Mullard Space Science Laboratory working with the University of Aberystwyth, Birkbeck College and the University of Leicester. The University of Aberystwyth is also building an infrared spectrometer for the rover, which will identify the most promising rocks to drill and test for evidence of ancient biology.

The UK Space Agency also launched the National Space Innovation Programme’s Call 2 funding competition on 27 March. £17 million of grant funding will be made available, supporting businesses, universities, and other space organisations across the UK to develop and commercialise the technologies of the future that will deliver benefits to the UK economy and its citizens.

Notes to editors

The contract returns the £150 million invested by the UK into the European Space Agency Exploration Programme to enable the Rosalind Franklin programme to continue. European Space Agency contracts delivered to the UK Space Agency provide an average return of £9.80 for every £1 spent.

The US was the last nation to send a rover to Mars in 2021, when NASA’s Perseverance Mars rover collected samples on the red planet.

The press release issued by the Department for Science, Innovation and Technology on 28 March 2025.

Third cohort of semiconductor start-ups backed by government to drive economic growth.

New wave of semiconductor start-ups will join ChipStart, a government-backed incubator programme driving our Plan for Change by helping companies scale up, create jobs, and boost growth.

ChipStart provides technical expertise and commercial support to help UK-based semiconductor innovators grow and create high-skilled jobs. Companies from the first two cohorts are already on track to raise over £40 million in private investment.

Semiconductors are a cornerstone of the UK’s tech economy, with the sector already worth £10 billion and projected to grow up to £17 billion by 2030. They power the technology we rely on daily, from smartphones and medical devices to electric cars and cutting-edge AI. They control the flow of electricity in electronic systems and as demand for smarter, more efficient tech grows, the UK is well placed to lead, backed by a world-class innovation ecosystem and a thriving entrepreneurial environment. The UK is the number one country in Europe for venture capital investment, has the lowest corporation tax in the G7, and benefits from a highly skilled workforce and leading academic institutions.

ChipStart – delivered by SiliconCatalyst.UK, leading global start-up accelerator – has successfully helped early-stage semiconductor companies turn their ideas into real-world products by providing expert mentorship, industry connections, and access to cutting-edge design tools.

As part of our Plan for Change, and the wider Industrial Strategy we are supporting these high-potential companies to reinforce the UK’s position as a global leader in entrepreneurship, creating the conditions for the next generation of world-changing technologies to thrive and driving growth in communities across the UK.

Science Minister, Lord Vallance said:

The UK’s semiconductor industry is vibrant with innovation, and this third cohort shows just how much potential we have with many exciting start-ups.

This sector holds incredible promise, and with the right partnerships, it will lead us into a future of greater economic growth and technological advancement – a key pillar of our Plan for Change.

This announcement builds on the UK’s growing momentum in semiconductors, following Vishay Intertechnology’s plans to invest £250 million in the UK’s largest semiconductor factory. Announced by the Chancellor during a visit to South Wales yesterday, this investment will strengthen the UK’s domestic semiconductor supply chain – critical for industries like automotive, renewable energy, and defence. With South Wales emerging as a key semiconductor cluster, this investment underscores the UK’s competitive advantage in advanced chip manufacturing.

From the successful second cohort, Qontrol, a University of Bristol spin-out, is developing technology that could transform the internet as we know it. Their precision control systems for photonics – the use of light to process data – could lead to faster, more reliable internet connections, helping to bring high-speed connectivity to rural communities and build the networks needed for next-generation digital services.

This year’s cohort – backed by £1.1 million of government funding – includes RX-Watt, a company pioneering battery-free sensors that can be wirelessly powered using safe microwave signals. Their technology could save industries time and money where they depend on monitoring products and goods in real-time – helping manufacturers prevent costly equipment failures and ensuring critical goods like vaccines are stored at the right temperature throughout the supply chain.

Companies from the first two ChipStart cohorts are already on track to raise over £40 million in private investment, proving the strength of UK semiconductor start-ups and the impressive return on investment associated with government backing.

Another example from the second cohort is KuasaSemi, a Cornwall-based company, is revolutionising the design of semiconductors used in electric vehicles and renewable energy. By developing advanced computer tools to work with new types of materials, they are enabling the creation of faster, more efficient power devices. This means electric cars could charge faster, run longer, and perform better – helping to accelerate the shift to greener, more sustainable energy solutions.

Sean Redmond, Silicon Catalyst UK said:

We have been delighted with the high quality of new semiconductor startup applications we received for our third cohort of ChipStart from across the UK semiconductor clusters. Our now proven incubation process, that provides no cost design tools and chip manufacturing, will help these competitively selected companies attract the right private investment at the right time, launching them onto the global semiconductor stage.

With the help of our experienced semiconductor executive advisors, which includes co-founders of Arm, we can help these young companies make great decisions and build the next generation of UK semiconductor unicorns. The next ten years of semiconductors will be a race to a £2 trillion industry. These new UK scale-ups will be in pole position to win that race.

Wave Photonics, another successful company from the first cohort, is pioneering design technology to accelerate the development and mass production of integrated photonics – circuits that use light instead of electricity. These innovations are paving the way for energy-efficient AI communications, next-generation healthcare sensors, quantum technologies, and more.

James Lee, co-founder of Wave Photonics said:

ChipStart was fantastic preparation for raising and deploying our seed round to deploy our new approach to photonics design for quantum technologies, sensing and datacentre applications.

As well as training and connection to mentors, ChipStart helps you directly plug into the UK semiconductor ecosystem and learn from the successes of the previous generation of UK semiconductor startups.

Notes to editors

Full list of the winning cohort.

1. Chipletti
2. Ethicronics
3. Kahu
4. Kelvin Quantum
5. Unnamed from the University of Glasgow
6. Prospectral
7. Quantopticon
8. RxWatt
9. SiDesign
10. Smith Optical

The press release issued by the Department for Science, Innovation and Technology on 11 March 2025.

British space sector secures European Space Agency contracts worth £80 million more than government contributions in last quarter of 2024 – a record for any member state.

The Science Secretary Peter Kyle has hailed Britain’s space sector as a ‘launchpad for innovation and investment’, generating thousands of highly skilled jobs across the country and propelling the Prime Minister’s Plan for Change set to boost economic growth.

From supporting last week’s commercial moon landings with innovative propulsion technologies, to securing record contract wins through the European Space Agency (ESA), the UK space sector is going from strength to strength.

New figures released today (11th March) demonstrate an increase in the UK’s competitiveness for valuable contracts awarded by the European Space Agency. In the last quarter of 2024 alone, the UK space sector secured contracts worth £80 million more than government’s contributions to the European Space Agency. This is the most successful quarter on record, and increases the total value of contracts secured for the UK sector through the European Space Agency to £844 million since June 2022.

A government-backed task force led by the UK Space Agency has driven efforts to extract maximum value from the UK’s contributions to the European Space Agency, by improving the rate of geographical return – the principle that contracts are awarded in proportion to a country’s investments. This initiative has improved the UK’s return rate from 93p back in contracts for every £1 invested in 2022 to 99p in contracts for every £1 invested today. The wider benefits of this funding and international collaboration deliver £9.80 for every £1 invested over time.

The recent increase in contract wins will deliver wider benefits of more than £1 billion to the UK economy and support an additional 3,800 highly skilled jobs. These wins build on a UK space sector which currently employs 52,000 people and generates an income of £18.9 billion each year.

This demonstrates the space sector’s role in turbocharging the government’s mission to grow the UK economy as part of the Prime Minister’s Plan for Change, and the value of strong international partnerships in science, innovation and technology.

Science Secretary Peter Kyle said:

These figures show not only the incredible results of a government working hand-in-glove with industry to get even more bang for our buck, but also send a clear message to the private sector across the globe: when it comes to space, science and tech, the UK is a launchpad for innovation and investment.

We are on a mission to deliver sustained economic growth, and it is fantastic to see such a vital industry helping us propel our Plan for Change, ultimately raising living standards for everyone.”

These figures come hot on the heels of the Science and Technology Secretary’s speech at the Tech UK Conference yesterday (10 March) on plans to drive a decade of innovation with our Industrial Strategy – laying out a vision for 2035 where technology, including space, is a force for good in improving people’s lives.

The global space sector is an important driver of growth, forecasted to triple by 2035, reaching £1.4 trillion per year. A significant share of the UK economy (16% of UK GDP) depends on products and services provided by satellites, such as communications, navigation, timing and Earth observation.

The recent European Space Agency contracts, funded through the UK Space Agency, are accelerating innovation in space missions and capabilities, spanning from the Airbus-led Vigil mission, which will provide space weather forecasts up to five days in advance, to Thales Alenia Space’s work on a next generation spacecraft to deliver instruments and cargo to the Moon’s surface.

The UK government is also backing the UK’s growing launch sector, with a recent £20 million investment into Orbex, which is planning to launch satellites into space using its Prime rocket from the SaxaVord spaceport in the Shetland Islands later this year. The investment positions Britain as a leading international partner and cooperator in Europe’s space ambitions.

Recent success in attracting private investment include an £8.2 million seed funding round by Magdrive announced last month (February) and a £10 million Series B round by SatVu announced in November 2024. More investment deals and contracts are expected to be announced in the coming months.

Dr Paul Bate, CEO of the UK Space Agency, said:

While the value to the UK economy of our membership of ESA is many times greater than the sums invested, it is important for us to demonstrate the UK’s competitiveness in securing industrial contracts.

First and foremost, the reduction in the deficit is down to the efforts of the UK space sector, so I would like to congratulate all those working on the new contracts. I would also like to thank the teams in ESA and the UK Space Agency for their hard work in delivering this exceptional result.

Josef Aschbacher, Director General of the European Space Agency, said:

ESA and the UK Space Agency are working hand in hand to empower the UK’s space sector, including its adjacent industries and vibrant startup scene. The results of our collaboration stand for economic growth, technological and scientific autonomy, high-value jobs for Europe and the UK, but also for a shared European vision of space that is both ethical and sustainable.

The new figures announced today reflect ESA’s longstanding commitment to help the UK in building one of the most attractive and innovative space economies in the world, whilst developing new scientific and industrial capacity and capabilities with partners across Europe.

Colin Baldwin, UKspace Executive Director, said:

The increasing number of ESA contracts being won by UK space companies reflects the work done by the UK Space Agency, ourselves and other stakeholders to give our members the tools and knowledge required to showcase their capabilities and expertise, and convert this into business-winning activities.

I hope our 200+ members – from start-ups to corporations – along with the wider UK space sector, will continue to demonstrate their quality, win more contracts, and deliver continued value for ESA and the UK economy.

The press release issued by the Department for Science, Innovation and Technology on 28 February 2025.

Worldwide team championing UK science and tech partnership as a force for good, to be re-launched as the Science and Technology Network.

The UK’s global team for forging the international collaboration and championing the power of British science and tech expertise to solve some of the world’s most pressing problems– from clean energy to health – will be refreshed under a new banner, as officially unveiled by the Science Minister in Whitehall on Thursday 27 February.

The Science and Technology Network (STN) will be the new name for the former Science and Innovation Network: a 130-strong team based in 65 locations worldwide, with a mission to forge deeper international partnerships on science and technology, and seek new opportunities for British sci-tech pioneers in support of the Plan for Change.

The network’s new name reflects the circumstances we now live in, where breakthrough technologies like AI, quantum, and engineering biology hold enormous potential for tackling environmental and social challenges and unlocking economic growth. In a fast-changing global landscape, now more than ever we need to pool the bright talent and big ideas that are needed to harness these emerging technologies for good, at home and abroad.

Recent announcements like the AI Opportunities Action Plan clearly show the government’s domestic ambitions for harnessing the power of technology to improve people’s lives, but these aspirations are not solely inward-facing. The UK wants to work with international partners to share expertise, unlock investment, and deliver transformational benefits for communities in the UK and around the world.

UK Science Minister Lord Vallance said:

Britain is stronger when it works together with others and nowhere is that more true than when it comes to science and technology. Genius is not bound by geography, and by building international ties, we stand the best chance of developing new ideas and breakthroughs to solve the toughest challenges that all societies face.

The UK has a long track record as a global leader, when it comes to research and innovation. We are uniquely placed to convene international work that brings scientific expertise to bear on improving health, adoption clean sources of energy, and more. It is only right that we put the critically important role of technology, at the centre of those efforts.

Foreign, Commonwealth and Development Office Minister Catherine West said:

The UK harnesses cutting-edge technology to tackle the world’s toughest challenges, from the climate crisis to the threat of pandemics.

With staff based in 65 locations, the newly-named Science and Technology Network will help us forge global partnerships and galvanise scientific expertise, to enhance security and growth around the world.

Lord Vallance will speak to an audience of researchers, academics and business leaders at the Foreign, Commonwealth & Development Office, this evening – which also marks the Network’s 25th anniversary. He will be joined by FCDO’s Chief Scientific Adviser, Professor Charlotte Watts, as they welcome the Network’s new name and to emphasise the importance of its ongoing work.

Some examples of STN wins include UK-Danish work in the Arctic that could be crucial to our understanding of climate change, the establishment of the UK-Japan Semiconductors Partnership, and a UK-USA partnership that is bringing the massive potential of quantum technologies to bear in health and life sciences.

The Network has also supported the delivery of potentially lifesaving research as overseas aid, ranging from work tackling the Zika virus outbreak in Brazil, to a project trying to better forecast devastating typhoons in South-East Asia.

The Science and Technology Network has 3 objectives:

• promoting UK science, technology and innovation excellence and leadership globally
• actively building and facilitating science, technology and innovation collaborations
• providing insight on science and technology trends and opportunities

Through its work, the Network aims to build international partnerships that can help seize the opportunities and mitigate the risks arising from critical and emerging technologies, as well as tackling the climate crisis and improving health.

Sir Mark Walport, Vice President and Foreign Secretary of the Royal Society, said:

Maintaining the position of the UK as a global leader in science, engineering and technology is essential for the UK’s long-term prosperity and international standing. Furthermore, diplomacy in support of science is at the heart of the development of international policies and collaboration to address issues such as climate change, loss of biodiversity, pandemics and food security. The Science and Technology Network’s team of diplomats and civil servants will play an extremely important role in support of these aims.

Professor Christopher Smith, UK Research and Innovation’s International Champion, said:

The rebrand of The Science and Technology Network is a reflection of its evolving role in fostering global research and innovation partnerships.

The network has been instrumental in strengthening the UK’s position as a world leader in science, and we look forward to continuing our collaboration to drive international research excellence, support innovation-led growth, and tackle global challenges together across all disciplines and sectors.

Maddalaine Ansell, Director Education, British Council, said:

International collaboration in science and technology is critical if we are to overcome global challenges. The UK, which is ranked 3rd in the world for producing highly cited research outputs, must be part of the global effort. Playing our full part will also reinforce and further expand the UK’s reputation both for excellence in science and as a force for good in the global community. The Science & Technology Network is an important enabler of UK activity on the global stage, supporting the UK’s scientific community to develop stable and lasting partnerships with peers around the world.

Jamie Arrowsmith, Director of Universities UK International, said:

UK universities have a long-standing relationship with the Network, and our members get immense value from their in-country expertise, insight, and intelligence. This rebranding reflects the dynamic and evolving landscape of science and technology, and we believe it will further enhance the network’s ability to drive international collaboration and deliver on global and technological challenges.

Universities UK International is committed to fostering a globally collaborative higher education environment where research, science, and technology can thrive. We look forward to continuing to work with the Science and Technology Network to advance these shared goals.

Beth Thompson, Executive Director Policy and Partnerships, Wellcome, said:

Science and technology are pillars of the UK’s diplomatic work. We welcome the government’s recognition of the Science and Technology Network’s (STN) newly invigorated and invaluable role, fostering global partnerships that tackle shared challenges, and unlock new opportunities for collaboration.

The UK has a world-class research sector, but progress is not achieved in isolation – it thrives on international cooperation. We have seen first-hand the value of the Network in helping us build relationships across the globe that are critical to advancing research. The refreshed STN will be instrumental in strengthening these international partnerships, ensuring science and technology continue to deliver a healthier, more prosperous future for the UK and the world.

The press release issued by the Department for Science, Innovation and Technology on 26 February 2025.

Government sets out first steps to break down barriers to digital inclusion affecting 1 in 4 Britons to help put more money into people’s pockets.

Millions of people in Britain are set to gain greater digital skills, as ministers tackle the scourge of digital exclusion currently holding too many people back from boosting their employability and accessing vital services.

With daily tasks like speaking to a GP, applying for jobs, or renting and buying a house becoming increasingly digitalised, improved digital skills and access to technology hold the key to many of the government’s commitments in the Plan for Change. Businesses are also set to gain from greater skills, with too many employers currently struggling to recruit candidates with the digital skills required to help them grow their business and ultimately boost economic growth.

Research shows that people who are digitally excluded can face higher costs for things like home insurance, train travel and food – with people paying up to 25% more than consumers who are online.

The Technology Secretary Peter Kyle has set out today (26th February) urgent actions to begin fixing digital exclusion, publishing a new Digital Inclusion Action Plan that will help people in Britain reap the benefits of the online world.

This includes funding for local initiatives targeted to the most digitally-excluded groups, including the elderly and low-income households and partnering with inclusion charity Digital Poverty Alliance to provide laptops to people who are digitally excluded.

Technology Secretary Peter Kyle said:

The technological revolution we are living in is not only transforming everyone’s lives, but is advancing at breakneck speed, and will not slow down any time soon.

Leaving people behind in the process could threaten our mission to maximise technology for economic growth and better public services, which is central to our Plan for Change.

Only by making technology a widely accessible force for good can we make it a positive catalyst for societal change – whether that means helping a sick patient speak to a GP remotely or giving a young person the devices they need to apply for online jobs or renting a flat.

Charities, local and combined authorities will have access to funding for digital inclusion programmes, boosting communities’ digital access, skills and confidence in the online world. This new funding will empower Mayors and other local leaders to develop local solutions for the most digitally excluded groups in their areas, recognising the challenges they face will be different across the country.

It also includes pledges by key technology companies to help the government achieve its mission of breaking down the digital divide. Google and BT have pledged to deliver digital skills training to thousands in the UK while Vodafone has committed to help one million people by donating connectivity and technology, affordable services, and upskilling communities.

Telecoms Minister Chris Bryant said:

Digital services are a key part of everyday life. Banking, parking your car, searching for the best value insurance, these are all part of modern life. But digital innovation cannot be a privilege of the wealthy or the young.

From boosting digital skills to improving access to laptops, today we are setting out clear actions to give everyone across the UK the skills, confidence, and opportunity to make the most of the digital world and thrive in our modern society.

Andy Burnham, Mayor of Greater Manchester said:

There is still too much digital exclusion in the UK.  Technology should be accessible to all, and I welcome the recognition of Mayoral Combined Authorities as leaders in driving locally-led solutions. In Greater Manchester, we aim to empower every resident with the essential skills and tools to thrive in a digital world.

Through a deeper collaboration with the government, we will unlock the potential of technology, building a fairer, more prosperous future for all, ensuring no one gets left behind.

Mayor of the Liverpool City Region, Steve Rotheram, said:

Digital inclusion is not just about providing access to technology; it’s about unlocking opportunities for everyone. In the Liverpool City Region, we’ve seen first-hand the transformative power of ensuring that nobody is left behind in the digital age.

With this new`government initiative, we are taking a giant step forward in closing the digital divide, giving individuals the tools they need to succeed and thrive, whether that’s through education, employment, or improving their everyday lives.

Figures show that many in Britain risk being left behind if no action is taken, with 1.6 million people in the UK currently living offline, meaning they lack the devices, connection or skills to get online, and around a quarter of the UK population struggle to use online services.

Widespread access to technology will boost economic growth and raise living standards in every part of Britain, equipping people with better skills to enter a competitive workforce and giving investors the confidence that the British public will exploit tech innovation.

The press release issued by the Department of Science, Innovation and Technology on 25 February 2025.

Sir Ian will lead the team at UKRI in backing thousands of researchers and innovators in developing solutions which improve people’s lives and help grow the economy.

Professor Sir Ian Chapman will become the next CEO of UK Research and Innovation (UKRI), leading a refreshed mission that puts economic growth at the heart of public investment in R&D, helping to fulfil the potential of science and technology in improving lives, Science Minister Lord Vallance has announced today (Tuesday 25 February).

UKRI is the country’s largest public research funder, with a budget of £9 billion per year, giving it a central role in ensuring public funding is invested in ambitious, pioneering research that will benefit the whole of the UK and provide a clear return on investment for hardworking taxpayers.

Its work in recent years includes backing the Oxford-AstraZeneca Covid-19 vaccine, which has saved countless lives and the construction of the world’s most advanced wind turbine test facility, helping the UK to become a clean energy superpower. It has also been a major contributor to the £1 billion of UK public investment in AI R&D so far so the UK captures the technology’s opportunities to enhance growth and productivity as the third largest AI market in the world.

Sir Ian will lead its team in supporting thousands of bright researchers and innovators in developing solutions from life-saving medicines to protecting our environment – ultimately making a visible, positive difference to people’s lives and supporting the missions at the heart of the Government’s Plan for Change.

His experience will be a major asset in drawing on the UK’s world-leading research talent, facilities, universities and businesses, as drivers of R&D which will kickstart economic growth, make Britain a clean energy superpower and build an NHS fit for the future.

During his time as CEO of the UK Atomic Energy Authority, Sir Ian has led the transition from an organisation rooted in deep R&D excellence, to one that is now also delivering a major infrastructure project to design and build a prototype powerplant; driving inward investment and economic growth; and enabling development of a skilled workforce and supply chain.

Science Minister, Lord Vallance, said:

“Growing the economy is this government’s number one mission and taking full advantage of the innovative ideas, talent and facilities across our country is key to reaching that goal and improving lives across the UK.

“Sir Ian’s leadership experience, scientific expertise and academic achievements make him an exceptionally strong candidate to lead UKRI in pursuing ambitious, curiosity-driven research, as well as innovations that will unlock new benefits for the UK’s people and drive our Plan for Change.

“We also thank Dame Ottoline Leyser ahead of her stepping down this summer, recognising her pivotal work in guiding UKRI through challenging times, notably during the Covid pandemic and through the UK’s return to participation in Horizon Europe.”

Incoming UKRI CEO, Professor Sir Ian Chapman, said:

“I am excited to be joining an excellent team at UKRI focussed on improving the lives and livelihoods of UK citizens.

“Research and innovation must be central to the prosperity of our society and our economy, so UKRI can shape the future of the country.

“I was tremendously fortunate to represent UKAEA, an organisation at the forefront of global research and innovation of fusion energy, and I look forward to building on those experiences to enable the wider UK research and innovation sector.”

Through our world-class universities and institutes, UKRI develops and nurtures future talent who can maintain the UK’s position as a global hub of research, development and deployment in the long term while collaborating with partners around the world so that scientific and technological advances driven in the UK can benefit lives at home and around the world.

UKRI plays a key part in driving up UK participation in the world’s largest research programme, Horizon Europe, helping to build a more efficient and joined-up approach to research funding and unleashing the power of UK research and innovation.

UKRI will also play an increasing role in steering our long-term industrial strategy, removing barriers to growth and building on the UK’s strategic advantage in its fundamental science capability.

UKRI Chairman, Sir Andrew Mackenzie, said:

“The board and I are delighted that Ian will become UKRI’s next CEO in the summer.

“Research and Innovation are fundamental to UK growth. Ian has the skills, experience, leadership and commitment to unlock this opportunity to improve the lives and livelihoods of everyone. We look forward to working with him on the next phase of UKRI’s development and our stewardship of the UK’s innovation culture and systems.

“We thank Ottoline for an outstanding five years as UKRI’s CEO. She has delivered a step-change in operational effectiveness and cross-discipline work through collective and inclusive leadership and secured more social and commercial impacts from our investments.”

Climate Minister Kerry McCarthy said:

“I’d like to thank Sir Ian for his many years of dedicated service at UK Atomic Energy Agency, the last nine as CEO. In that time, he has transformed the organisation into a world leading hub for fusion energy commercialisation and driven the UK and global strategy for fusion development forward.

“I am delighted that the UK will continue to benefit from his drive and expertise in his new role. We will shortly begin recruiting a new UKAEA CEO to lead the UK’s world-class fusion programme into the next decade.”

Notes to editors

• Established in 2018, UKRI is a non-departmental public body that combines the strengths of nine distinct research and innovation funders:
• Arts and Humanities Research Council (AHRC)
• Biotechnology and Biological Sciences Research Council (BBSRC)
• Engineering and Physical Sciences Research Council (EPSRC)
• Economic and Social Research Council (ESRC)
• Innovate UK (IUK)
• Medical Research Council (MRC)
• Natural Environment Research Council (NERC)
• Research England (RE)
• Science and Technology Facilities Council (STFC)
• Sir Ian – who currently sits on UKRI’s Board – will take up the post in the summer, bringing strong leadership experience from his role as CEO of the UK Atomic Energy Authority since 2016 and links to academia. He is a Fellow of the Royal Society, the Royal Academy of Engineering, and the Institute of Physics, and a visiting Professor at Durham University.
• With a background in fusion and firm grasp of the part that ambitious and targeted R&D can play in improving lives, he has published over 100 journal papers and received several awards for his research.
• His appointment follows an open recruitment process launched in August 2024, after Professor Dame Ottoline Leyser announced her intention to stand down as UKRI’s CEO from June 2025.
• Having held the post since 2020, Dame Ottoline leaves a strong foundation to build on, from navigating the continued delivery of research through the pandemic to supporting the UK’s return to participation in Horizon Europe – putting UKRI in a strong position to bolster its role as an engine for delivering pioneering research to improve lives and grow our economy.
• The UKAEA Board has provisionally agreed that Tim Bestwick (UKAEA deputy CEO) will take over as interim CEO of UKAEA after Sir Ian leaves, whilst a permanent replacement is appointed.

The press release issued by the Department for Science, Innovation and Technology on 14 February 2025.

Safeguarding Britain’s national security – a key pillar of the government’s Plan for Change – and protecting citizens from crime – will become founding principles of the UK’s approach to the responsible development of artificial intelligence from today (Friday 14 February), as the Technology Secretary sets out his vision for a revitalised AI Security Institute in Munich.

Speaking at the Munich Security Conference and just days after the conclusion of the AI Action Summit in Paris, Peter Kyle has today recast the AI Safety Institute the ‘AI Security Institute’. This new name will reflect its focus on serious AI risks with security implications, such as how the technology can be used to develop chemical and biological weapons, how it can be used to carry out cyber-attacks, and enable crimes such as fraud and child sexual abuse.

The Institute will also partner across government, including with the Defence Science and Technology Laboratory, the Ministry of Defence’s science and technology organisation, to assess the risks posed by frontier AI.

As part of this update, the Institute will also launch a new criminal misuse team which will work jointly with the Home Office to conduct research on a range of crime and security issues which threaten to harm British citizens.

One such area of focus will be the use of AI to make child sexual abuse images, with this new team exploring methods to help to prevent abusers from harnessing the technology to carry out their appalling crimes. This will support work announced earlier this month to make it illegal to own AI tools which have been optimised to make images of child sexual abuse.

This means the focus of the Institute will be clearer than ever. It will not focus on bias or freedom of speech, but on advancing our understanding of the most serious risks posed by the technology to build up a scientific basis of evidence which will help policymakers to keep the country safe as AI develops. To achieve this, the Institute will work alongside wider government, the Laboratory for AI Security Research (LASR), and the national security community; including building on the expertise of the National Cyber Security Centre (NCSC), the UK’s national technical authority for cyber security, including AI.

The announcement comes just weeks after the government set out its new blueprint for AI to deliver a decade of national renewal, harnessing the technology to deliver on the Plan for Change. A revitalised AI Security Institute will ensure we boost public confidence in AI and drive its uptake across the economy so we can unleash the economic growth that will put more money in people’s pockets.

Secretary of State for Science, Innovation, and Technology, Peter Kyle said:

The changes I’m announcing today represent the logical next step in how we approach responsible AI development – helping us to unleash AI and grow the economy as part of our Plan for Change.

The work of the AI Security Institute won’t change, but this renewed focus will ensure our citizens – and those of our allies – are protected from those who would look to use AI against our institutions, democratic values, and way of life.

The main job of any government is ensuring its citizens are safe and protected, and I’m confident the expertise our Institute will be able to bring to bear will ensure the UK is in a stronger position than ever to tackle the threat of those who would look to use this technology against us.

As the AI Security Institute bolsters its security focus, the Technology Secretary is also taking the wraps off a new agreement which has been struck between the UK and AI company Anthropic.

This partnership is the work of the UK’s new Sovereign AI unit, and will see both sides working closely together to realise the technology’s opportunities, with a continued focus on the responsible development and deployment of AI systems.

This will include sharing insights on how AI can transform public services and improve the lives of citizens, as well as using this transformative technology to drive new scientific breakthroughs. The UK will also look to secure further agreements with leading AI companies as a key step towards turbocharging productivity and speaking fresh economic growth – a key pillar of the government’s Plan for Change.

Chair of the AI Security Institute Ian Hogarth said:

The Institute’s focus from the start has been on security and we’ve built a team of scientists focused on evaluating serious risks to the public.

Our new criminal misuse team and deepening partnership with the national security community mark the next stage of tackling those risks.

Dario Amodei, CEO and co-founder of Anthropic said:

AI has the potential to transform how governments serve their citizens. We look forward to exploring how Anthropic’s AI assistant Claude could help UK government agencies enhance public services, with the goal of discovering new ways to make vital information and services more efficient and accessible to UK residents.

We will continue to work closely with the UK AI Security Institute to research and evaluate AI capabilities in order to ensure secure deployment.

Today’s reset for the AI Security Institute comes just weeks after the UK government kickstarted the year by setting out a new blueprint for AI to spark a decade of national renewal.

Thanks to the work of the Institute, the UK now stands ready to fully realise the benefits of the technology while bolstering our national security as we continue to harness the age of AI.

The press release issued by the Department for Science, Innovation and Technology on 13 February 2025.

New government-funded fellowships will see researchers explore how AI can change the way we conduct research while 23 projects have been awarded funding to explore wider research and innovation.

New government-funded fellowships exploring how AI could change the way scientists drive future discoveries are now open for applications, Science Minister Lord Vallance has announced today (Thursday 13 February).

Metascience – the study of how science works – examines research practices, funding models, and how institutions operate to improve how science and research is conducted, and discoveries are made and applied. By understanding what makes scientific research more effective, metascience helps drive research breakthroughs faster and with greater impact – boosting economic growth and prosperity to drive our Plan for Change.

The AI Metascience Fellowship Programme will fund research into key questions, including how AI is reshaping the research landscape and both changing and supporting the daily work of scientists. It will explore ethical concerns such as biases in AI-driven research and transparency in AI-generated discoveries and economic impacts like shifts in research jobs and funding priorities.

The new fellowship builds on the momentum of the recent AI Action Summit, as global leaders work to ensure AI’s development benefits society and be rolled out across society in the public interest.

AI is already revolutionising research with DeepMind’s AlphaFold accelerating drug discovery, while AI-powered lab robotics are automating complex experiments and machine learning is transforming how scientists analyse vast datasets.

The programme will also examine how governments and businesses should respond, from ensuring AI-driven science remains rigorous and delivers reliable outcomes to supporting researchers to maximise their creative potential and spend less time on mundane tasks.

Funding will go towards researchers to apply their expertise in examining the technology’s broader effects on research. The £4 million UK programme will run alongside a US-based cohort funded by the Alfred P. Sloan Foundation, creating a transatlantic research effort to examine AI’s impact on science. Fellows from both countries will attend a fully funded summer school, strengthening international collaboration and knowledge exchange.

Applications are especially encouraged from projects exploring the impact of AI on research jobs and skills, how it affects the speed of scientific progress, and the challenges of ensuring AI-driven research remains reliable and explainable.

Science Minister, Lord Vallance said:

AI presents new opportunities in a range of sectors, and if researchers can demonstrate its potential to increase transparency, robustness and trust in science then this could pave the way to freeing them up from mundane paperwork tasks while driving growth.

Supporting researchers to explore how AI can change the way we conduct research and through our joint support with Open Philanthropy for 23 projects exploring wider research and innovation, we will build a better understanding of what works in research – maximising impact, driving discoveries and improving lives.

In addition to the Fellowship, Department for Science, Innovation and Technology (DSIT) and UK Research and Innovation (UKRI) have awarded £4.8 million in funding for 23 new research projects, which will tackle key questions about how to improve research and innovation, including AI’s impact on science, research integrity, and new models for funding and publishing research.

It follows a funding call launched last year and includes £1.8 million in co-funding from Open Philanthropy, a US-based foundation.

Among the winning projects:

• University of Sheffield: Assessing whether large language models – like ChatGPT – can reliably review academic work and contribute to the UK’s Research Excellence Framework and journal peer review
• University of Bath: Partnering with Sage Publishing and the Royal Society to test a two-stage peer review process, designed to increase trust in academic findings
• University College London (UCL): Working with Google DeepMind and the UN Development Programme (UNDP) to explore how AI-driven research can be applied to global challenges, including sustainability and healthcare

Notes to editors

List of the Metascience grant winners.

AI Peer: Large language models and academic peer review outcomes
Michael Thelwall, University of Sheffield.

Analysing the Reliability of Quantitative Impact Evaluations (ARGIE)
Jack Blumenau, University College London.

Assessing compliance with the FAIR Guiding Principles: a systematic evidence map of data availability in metabolomics research
Matt Spick, University of Surrey.

Big Science Beyond Science: The Innovation Impact of Research Infrastructure Procurement
Riccardo Crescenzi, LSE.

Commercialising Deep Tech: Understanding Frictions to University Invention Disclosure
Ramana Nanda, Imperial College London.

Cultural Traction: Embedding research culture strategy
S Martin Holbraad, University College London.

Evaluating the Development and Impact of AI-Assisted Integrity Assessment of Randomised Trials in Evidence Syntheses
Alison Avenell, University of Aberdeen.

Everything we (think we) know about Narrative CVs
Liz Simmonds, University of Cambridge.

Financial structures for enabling innovator participation and success: experimental evidence from challenge prizes
Vidal Kumar, Nesta.

Fostering a Dynamic Academic Ecosystem: Innovative Platforms and Methodologies for Econometrics
Martin Weidner, University of Oxford.

Making Replications Count: Identifying Barriers and Enhancing Impact with Innovative Dissemination Tools
Lukas Wallrich, Birkbeck, University of London.

Mapping impact pathways: improving our understanding of what mechanisms work in research translation
Alexandra Pollitt, King’s College London.

Metascience, research funding and policy priorities
Annette Boaz, King’s College London.

People or Projects (PoP)? Investigating different research funding styles
Ohid Yaqub, University of Sussex.

PRIME: Peer Review Improvement for Minimizing Bias in Evaluation
Katherine Button, University of Bath.

Providing empirical evidence to support greater equality, diversity, and inclusion (EDI) in research funding
Philip Clarke, University of Oxford.

Public value mapping for AI
Jack Stilgoe, University College London.

Research Software Engineer Metascience
Heather Packer, University of Southampton.

Sharing Code for Medical Research: An Audit Tool and Pilot at The BMJ
Nicholas DeVito, University of Oxford.

Supporting Research and Researchers through the deployment of Digital Notebooks: A framework for implementation and impact
Andrew Stewart, University of Manchester.

Transparent and Reproducible Science in the 21st Century: Unlocking the Benefits of Open Source Code
Albert Bravo-Biosca, Nesta.

Understanding Scientific Prizes – Structure, Evolution and Impact
Ching Jin, University of Warwick.

Working together or writing together?
Steven Wooding, University of Cambridge.

The press release issued by the Department for Science, Innovation and Technology on 11 February 2025.

New AI models to diagnose and treat cancer and other incurable diseases will be made possible thanks to joint public-private investment giving flexible funding to British AI firms and researchers.

The UK government is today (Tuesday 11 February) unveiling £82.6 million in new flexible forms of research funding, plus a new commitment to give UK researchers access to cutting-edge computing resources as part of a plan to unlock the power of AI.

Two of the three projects benefiting from this support, which is helping to pioneer new ways of conducting research, will harness the power of AI to develop treatments and diagnostics for diseases like cancer and Alzheimer’s.

Coming as day two of the AI Action Summit gets underway, this is the latest evidence of the government’s commitment to seizing the potential of new technologies like AI to drive forward the Plan for Change, delivering economic growth and progress in key fields like health.

The government is putting £37.9 million backing behind three innovative British research projects, the Research Ventures Catalyst (RVC) programme. Together with a further £44.7 million in co-investment across the three projects, from other sources, this makes for a total £82.6 million backing.

The RVC programme is delivering novel ways of funding groundbreaking research, such as endowments, which are flexible and reflect the real needs of cutting-edge innovators. Too often, inflexible funding has been a barrier to some of the most innovative and creative research or has been an obstacle to new innovative businesses looking to scale-up. The RVC programme will support pioneering work training AI on the NHS’s vast pool of cancer data, drug discovery research, and more.

Today also sees the government expand UK involvement in the European High-Performance Computing (EuroHPC) Joint Undertaking by committing £7.8 million to fund UK researchers and businesses’ participation in EuroHPC research. This will mean British AI and high-performance computing researchers can work unobstructed with their peers across Europe. International collaboration and broad access to computational resources will be key to unlocking the benefits AI promises to deliver across society and the economy.

These announcements come on the final day of the AI Action Summit in France, where world leaders and AI companies have been holding a series of talks focused on the opportunities the technology can deliver for communities across the globe. The opportunities of AI are an area the UK government has placed a heavy focus on to kickstart 2025 – unveiling a new blueprint with 50 proposals in January which will spark a decade of national renewal.

Science and Technology Secretary, Peter Kyle said:

The focus of this Summit has been on how we can put AI to work in the public interest, and today’s announcements are living proof of how the UK is leading that charge through our Plan for Change.

We’ve already set out a bold new blueprint for AI which will help to spark a decade of national renewal, and key to that plan is supporting our expert researchers and businesses with the support they need to drive forward their game-changing innovations.

Today, we open new avenues for them to do exactly that – building bridges with our international partners so the entire global community can share in the boundless opportunities of AI-powered progress and backing new innovative companies applying AI to tackle real-world challenges.

Health and Social Care Secretary Wes Streeting said:

NHS innovation saved my life when I was diagnosed with cancer and treated by a world-class surgeon equipped with a robot. I want more patients to benefit from this kind of groundbreaking treatment, and AI will be central to our efforts.

This new funding is another step to unlock the enormous potential of AI for cancer research and drug discovery – ensuring more patients like me experience the highest quality care.

AI will help us speed up diagnoses, cut waiting times for patients and free up staff, as we deliver our Plan for Change and shift the NHS from analogue to digital.

EuroHPC is a high-powered compute partnership which pools EU resources with those of participating states. Businesses and researchers will now be supported to participate in EuroHPC research grants in the development of supercomputers and in their deployment to tackle the most pressing scientific challenges, working in tandem with like-minded partners on the continent. UKRI will work with businesses and researchers to support them to apply for grants where match-funding is available.

The three projects being supported by the Research Ventures Catalyst (RVC) programme.

PharosAI

£18.9 million government funding plus £24.7 million co-investment. PharosAI, whose King’s College London site is being visited by AI Minister Clark today, will bring together decades of NHS and Biobank data and host it on a unified, powerful, secure, AI platform. This will revolutionise cancer care by accelerating the development of the next generation of AI models which will deliver new breakthroughs for diagnosing and treating the disease – transforming outcomes for patients and saving lives.

Professor Anita Grigoriadis, Professor of Molecular and Digital Pathology at King’s College London, CEO of PharosAI said:

AI has the potential to revolutionise cancer care. The UK has a real opportunity to be a major innovator, leading to faster diagnosis, novel and more targeted cancer treatments, and better-informed healthcare for patients. PharosAI will democratise cancer AI and create an ecosystem to navigate the path to AI-powered precision medicine. Thanks to the RVC programme, we will build an unique operational approach between King’s College London, Queen Mary University of London, Guy’s and St Thomas’ NHS Foundation Trust, Barts Health Trust and industry partners. Our innovative collaboration will accelerate scientific breakthroughs and bring vastly improved cancer care to tomorrow’s patients.

Bind Research

£12.9 million government funding plus £12.9 million co-investment. The team at Bind Research meanwhile will tap into AI to learn the rules of drugging currently undruggable proteins, offering hope to cure diseases that were once thought to be untreatable. It will do this by targeting disordered proteins associated with various diseases which could unlock scores of new avenues for treatment – potentially giving thousands of patients across the country a new lifeline.

Dr Gabi Heller, Dr Thomas Löhr, and Dr Gogulan Karunanithy, scientific co-founders, Bind Research said:

The Research Ventures Catalyst Programme has been a game changer for Bind Research. It allowed us to reimagine our approach by adopting a not-for-profit Focused Research Organisation model – a strategy that, until now, was largely uncharted territory in the UK. This innovative structure enables us to harness collective expertise to deliver AI-enhanced tools and datasets as public goods to advance our mission of making disordered proteins druggable for everyone.

MEMetic

£6.1 million government funding plus £7.1 million co-investment. MEMetic will receive funding for work to revolutionise water management by combining nature’s highly evolved solutions with state-of-the-art polymer chemistry. This will support them to develop new solutions in a range of fields from lithium recovery in battery recycling, to facilitating clean water access – helping the world tackle the climate crisis.

Professor Alan Goddard and Dr Matthew Derry, Aston University said:

MEMetic represents the culmination of years of planning a significant, challenging, interdisciplinary research program which promises massive real-world benefits. This RVC award will allow us to leverage our fundamental science to create bespoke bioinspired filtration membranes for a range of industries. Such research really requires long term funding which is set up to take research to an applied setting and the Research Venture we envisage perfectly matches our philanthropic aims for water treatment for all.

The press release issued by the Department for Science, Innovation and Technology on 10 February 2025.

Thousands of new jobs are set to be created as bidding opens for AI Growth Zones.

Thousands of new jobs are set to be created as the government opens bidding for its AI Growth Zones in a major drive to revitalise local communities as part of the government’s Plan for Change.

Local and regional authorities across the UK are being encouraged to put their communities forward to become dedicated hotbeds for AI infrastructure development and attracting millions in private investment.

The UK government will put particular focus on deindustrialised areas of the country to become the next AI Growth Zones as local and regional authorities submit their proposals, including sites with existing access to power or which would be suitable to establish major energy infrastructure.

This closely follows the AI Opportunities Action Plan, which has put the UK on course to revolutionise public services and become an AI superpower – already attracting over £14 billion in investment since launching just last month.

Secretary of State for Science, Innovation, and Technology, Peter Kyle, said:

We set out our new blueprint for AI less than a month ago, and we’re already delivering on that vision by harnessing technology to supercharge our Plan for Change.

These new AI Growth Zones will deliver untold opportunities – sparking new jobs, fresh investment and ensuring every corner of the country has a real stake in our AI-powered future.

We’re leaving no stone unturned in how we can harness expertise from all over the UK to deliver new opportunities, fresh growth, better public services and cement our position as an AI pioneer, and that’s the message I will be sending to international partners and AI companies at the AI Action Summit.

As part of the talks, he will also bang the drum for more inward investment to deliver the AI Opportunities Action Plan, including to build the infrastructure needed across AI Growth Zones.

Industry – including energy companies and data centre developers – are also being called upon to help drive forward government plans to rollout AI Growth Zones. Their proposals will help to inform the final selection of sites and broader policy decisions later this year, meaning the government will be able to move swiftly to secure investment and drive growth in regions across the country.

Interest is already building for promising sites in Scotland, Wales, the North East, and North West, with further exploratory work now set to begin on additional locations across the UK.

Scotland Office Minister, Kirsty McNeill, said:

Scotland has always been a leader in innovation, with our rich history of pioneering advancements in fields such as engineering, medicine, and technology, which continues today.

The UK government’s Plan for Change looks to harness AI’s potential in these industries and unlock new opportunities for innovation and economic growth.

Scotland is already at the centre of these plans, with our world-leading universities at the forefront of AI development and our industrial heritage providing a range of possible sites.  I would encourage our Local Authorities to explore becoming an AI Growth Zone, which will help attract further investment.

These areas will speed up planning permission to rapidly build AI infrastructure including data centres and give them the energy connections needed to power AI innovations in areas like healthcare. As part of this, the government will work with network operators to rapidly scale each zone to 500MW+, enough to power roughly two million homes.

This will attract significant private investment, create local jobs and strengthen the UK’s global AI leadership – delivering opportunities for working people across the country as part of the AI Opportunities Action Plan announced less than two weeks ago. The ideal ingredients and key criteria for communities looking to host AI Growth Zones include:

• sites with large existing power connections (with a current capacity of 500+ MW) or a clear vision on how energy capacity can be increased.
• deindustrialised areas with land and infrastructure standing ready for redevelopment.
• locations close to suitable sites for major energy infrastructure such as nuclear reactors, solar stations and wind farms, or battery storage.

This expression of interest also extends to AI data centre companies and energy firms who are looking to tap into the potential of AI Growth Zones to deliver on the government’s AI blueprint.

Tees Valley Mayor Ben Houchen said:

It was great to be invited to visit 10 Downing Street last week to talk about the massive potential AI has to bring a huge leap forward in industries across our nation.

Teesside, Darlington and Hartlepool has always been at the forefront of cutting-edge technology – from the friction match to the railways and the chemical industry.

My job above everything is to bring good, well-paid, long-term jobs to local people. We have everything we need to host an AI Growth Zone in our region. We have the land, we have the power and we have shown in our efforts at Teesworks how we can get huge projects moving forward at pace.

As part of these industry proposals, data centre developers and energy firms are being called on to set out: timelines and development milestones which detail how they will plan to ramp up energy capacity; partnership opportunities with local authorities and a plan for how their proposals will support the UK’s AI ambitions, as well as what additional support is needed from government to help drive forward their proposals.

Announcing its response to the AI Opportunities Action Plan, the government confirmed the first of these AI Growth Zones will be based in Culham, Oxfordshire – home of the UK’s Atomic Energy Authority. This site will also serve as a testing ground to drive forward research on how sustainable energy like fusion technology can power the UK’s AI ambitions. The creation of a new AI Energy Council chaired by the Science and Energy Secretaries will also help to ensure responsible energy sources are being used to drive forward the UK’s AI blueprint, directly supporting the government’s mission to become a clean energy superpower.

The AI Opportunities Action Plan announced last month is also at the heart of the government’s Industrial Strategy and the first plank of the upcoming Digital and Technology Sector Plan, to be published in the coming months. Following the opening of the expression of interest, the government will open the formal selection process in the spring, with the first AI Growth Zones then due to be announced in the summer.