The UK Government's latest ‘Plan for Change' is set to accelerate the delivery of infrastructure projects. With the reduction of red tape intending to speed up the delivery of critical energy transition infrastructure across the UK, the need for effective project controls has never been greater!

This is the backdrop of Assystem’s 2025 Imagine the Switch Student Competition, which encourages third year undergraduate and master's students to provide innovative and competitive solutions that will bring efficiencies to today’s vital energy, transport and infrastructure projects. Applicants can enter individually or in teams of up to four people.

The challenge for this year requires students to propose a digital solution that demonstrates how project controls tools can help take advantage of opportunities and mitigate risks under the Government’s new plan for change initiative to enhance the delivery of low-carbon infrastructure projects.

Improving project performance through competition

The climate emergency requires an acceleration in energy transition programmes, and with ever-increasing performance challenges (costs and commissioning times), engineering, digital and project management services lie at the heart of project performance issues, with the need to carry out more projects using limited resources.

A key element of this programme is skills development and talent management. Through this competition, Assystem seeks to champion innovation, encouraging students who have a passion about the energy transition to be creative and use their skills and project managers to get hands on experience and present their ideas in a real-world context.

The 2025 challenge: Capitalising on a new policy environment

With the Government’s new ‘Plan for Change’ initiative set to fast-track the delivery of 150 infrastructure projects across the UK, Assystem are inviting students to propose a digital project controls solution that leverages the opportunities of the new policy, including reducing costs and accelerating delivery time while addressing the risks associated with delivering low carbon infrastructure projects, such as potential environmental impacts and what that means for local communities. ​Examples of technology solutions include digital collaboration platforms, simulation and digital modelling, gamification and engagement.

Participants will be tasked with addressing key questions to formulate their proposals, including:

  • What are the benefits of your proposal for improving the delivery of UK infrastructure projects  
  • How does your proposal take advantage of The Government’s ‘Plan for Change’ initiative to enhance and improve delivery of low-carbon energy projects 
  • How does your proposal mitigate the risks of project delivery considering the Government’s new plan for change initiative. 

How to participate

Applications are now open for 2025 submissions here. The competition is open to all undergraduates and masters’ students studying in a UK University, participating individually or in teams of up to four members - no technical expertise is required, just big ideas, fresh perspectives, and a drive to make an impact.

To get involved students can submit a concise application outlining their proposal by Friday 19th September. Shortlisted finalists will be notified by October 3rd and invited to deliver a presentation at the Project Controls Expo on 5th November 2025.

Rewarding success

Competition finalists will be granted tickets to attend the industry-leading Project Controls Expo taking place on the 5th of November, and the winning team will receive £2,000 cash prize and work placement opportunities for each team member with the company, scheduled for 2026.

Through our 2025 Imagine the Switch student competition we’re empowering the next generation of project managers to turn new policies into project progress. As part of our Switch to ImpAct initiative, which advocates for an effective energy transition through promoting climate awareness, knowledge and skills, this year’s competition challenges students to develop creative digital project controls solutions that improve performance and reduce risk to help shape the future of low-carbon infrastructure delivery.
Leanne Coleman Senior Business Unit Director, Project Management & Consulting
I learned a lot about effective project controls from the competition process, from bringing about my idea to making it into something feasible, it was a fantastic experience to present in front of industry professionals! When you develop your presentation it’s important that you understand your source materials in the context of the energy transition sector. Diving deep into what project controls is all about gave me that confidence to explore how the application of digital tools supports the delivery of low-carbon infrastructure projects, and I hope to take these learnings with me into my work placement at Assystem.
Parmida Nikkhaah Winner of our 2024 Imagine the Switch competition

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The Fusion Project: A Major Breakthrough in the Robotisation of Interventions in Nuclear Environments 

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Tickets for the Safety & Risk Forum are now live! Those seeking to invest in their CPD, network and strengthen their industry knowledge will not be disappointed as the 2025 edition of the forum will feature industry leading speakers, dynamic workshops and a new evening awards ceremony, recognising excellence in nuclear safety and risk management in the UK nuclear industry.

The event will bring together expert insights from leaders and technical specialists from across the civil nuclear and defence sectors and will feature keynote presentations from Microsoft’s UK Energy & Utilities Director, Sam Mathew and Andy Newell, Deputy Director, Ministry of Defence (MOD).

With the growing global demand for digital infrastructure influencing the need for reliable, scalable energy sources, and shaping new policy outcomes, safety and risk practitioners are at the forefront of multiple changes concerning policy and the introduction of new nuclear technologies in the UK.

To address this, the 2025 Safety & Risk Forum will explore ‘How policy and technology transformations are shaping nuclear safety and risk services in the 21st century’.

The two-day CPD accredited conference will give attendees access to a variety of thought-provoking panellists, workshops and networking opportunities, with strong focus on;

  • The impact of UK policy changes
  • What technical innovation means for safety and risk
  • How safety and risk considerations are enhancing new nuclear energy technologies

Who would benefit from this event?

  • Practitioners working in the industry who will benefit from technical knowledge sharing and networking with their industry peers that will provide CPD points.
  • Decision makers seeking to bolster knowledge on current policy and technical trends affecting the delivery of safety & risk management on projects today.
  • Thought leaders involved in the practice who seek an opportunity to share their ideas. You can purchase tickets at the Earlybird reduced rate here.

Celebrating Industry Excellence with the Safety & Risk Forum Awards

This year Assystem is launching its first Safety & Risk Forum Awards in the evening between the conference days to celebrate existing and emerging industry leaders who have contributed to the nuclear industry in unique ways. The awards will be free for nominees to enter, and individuals will be able to nominate themselves or someone else in the industry.
To enter, fill out a category submission form here.
Nominations are open until Friday 4th July 2025 at 11 pm.

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In partnership with Rolls-Royce SMR, Assystem got hands on with demonstrating cutting-edge AI applications at its SMR Showcase in Derby on Wednesday 2nd April.

The event was a fantastic opportunity for Assystem to demonstrate its expertise in digital integration, helping clients enhance and accelerate their energy transition ambitions through improved project delivery solutions.

The in-person event, held at Pride Park in Derby, brought together nuclear and digital experts from across the industry to engage, listen and think about the value that AI applications can bring to the nuclear industry; including technology such as large language models, machine learning and machine vision systems.

The Showcase came at a critical time. With the growing demand for digital infrastructure, the increasing energy demands through data centre development requires easily deployable, low-carbon and reliable energy solutions that can support the world’s rising energy demands.

The event also offered industry stakeholders an exciting opportunity to see firsthand how AI deployment can help deliver on the next generation of low-carbon, domestic clean energy supplies. Not only did the demos illustrate how digital innovation is crucial to growing talent, training and skills across the UK’s nuclear new build programme but also provided nuclear leaders with more efficient solutions to complex engineering problems.  

Highlighting Holoreka technology

Alongside technology exhibitions from various trusted partners, Assystem showcased its proprietary Holoreka technology; a standalone augmented reality solution designed for maintenance and control operations, which allows users to visualise and test control equipment or industrial installations in real time.

As well as other Assystem technology demo’s that took place on the day, Holoreka provided industry experts with an opportunity to improve industrial performance by assisting interventions on site.

Introducing industry partners

With the explosion in artificial intelligence technology, Assystem are well positioned to work with new technology vendors to create value in the nuclear sector. The event featured two vendors, the Exeter based digiLab, who are working on the cutting edge of fusion energy with their Twinlab platform, and Mind Foundry, who are making strides in applying artificial intelligence to civil infrastructure. The teams in the workshop used agentic AI tools created by projecting success to help them develop their ideas into practical working solutions that can accelerate design timescales and enhance the operations of small modular reactors.

SMR technology has immense potential to support the growing demand for digital applications globally. This collaborative event provided an engaging platform for industry leaders to highlight the power that AI and machine learning play in progressing innovation in the nuclear sector. Indeed, as AI becomes increasingly energy hungry it requires smart, efficient and easily deployable engineering solutions that can deliver affordable, reliable and clean energy supplies worldwide. It’s exciting to be leading the charge in turning nuclear innovations into real-world opportunities.
Nigel Hart Head of Digital and Data at Rolls-Royce SMR
SMR technology and innovative AI driven tools will be an exciting partnership in the new era of nuclear power. We are ready to go on this journey with our clients, and we can help them to reduce risk to their projects by making, impartial and informed recommendations for their technology investments, drawing on our decades of experience in nuclear.
Graham Openshaw Digital Director, Operations

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The Fusion Project: A Major Breakthrough in the Robotisation of Interventions in Nuclear Environments 

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At Assystem, we are proud to contribute to the Fusion project, an innovative initiative aimed at robotising interventions in irradiated environments. This project is carried out in collaboration with Conscience Robotics and CESI. It is a supported by France 2030 and the Normandy Region with funding provided by the iDemo programme, which aims to promote innovation in strategic technological fields. 

The Fusion project paves the way for cutting-edge solutions to secure and optimize interventions in complex industrial environments, particularly in the nuclear sector. Robotization helps limit human exposure to radiation-related risks while ensuring efficient and precise operations. 

Our Contributions to the Project 

Assystem plays a key role in this project, particularly by contributing to the development of an advanced visual interface, one which links the human-machine interface (HMI) to the robotic application. This enables operators to monitor and control robots in real time within a complex environment. 

Conscience Robotics has developed an integrated development environment for robotics, allowing for the intuitive design and deployment of universal robotic missions. Meanwhile, CESI has designed the interface between the virtual reality headset and the robot, ensuring intuitive and immersive control. 

At the same time, Orano provides its state-of-the-art facilities for full-scale testing and validation of technical advancements. 

A Successful Demonstration: January 2025 

A major milestone was reached in early 2025 during a demonstration at the La Hague site, a complex industrial environment. This demonstration tested the robotic solution under conditions similar to those found in real nuclear sites. Key steps included: 

  • VR Immersion: The operator explores a digital twin of the intervention area. 
  • Remote Robot Control: Using Conscience Studio, the robot was remotely controlled, allowing for autonomous exploration of the area with real-time video feed visualisation. 
  • 3D Scanning: The robot performed a precise digital survey, collecting data for detailed analysis. 
  • Live Monitoring: All operations were monitored live on multiple screens, ensuring complete supervision of the actions. 

This demonstration validated technological advancements in robotisation for maintenance and monitoring tasks in irradiated areas. 

Next Steps in the Project 

Following the success of this demonstration, the Fusion project continues to evolve with new key developments: 

  • Integration of a 360° camera for an even more comprehensive and immersive view of scanned environments. 
  • AI optimization to automate certain actions and enhance the autonomy of robots. 
  • Deployment of new robots, with a focus on user feedback for continuous improvement. 
  • Photorealistic reconstructions and autonomous mapping for even more precise simulations. 

The project, which began a year ago, will continue for another three years, with the goal of achieving large-scale industrialisation. This industrialization will enable the deployment of these robotic solutions across numerous nuclear sites, transforming the way interventions are conducted in irradiated areas. 

The Fusion project represents a major technological breakthrough for the nuclear industry. Thanks to the collaboration between Assystem, Conscience Robotics, CESI, and Orano, it opens new opportunities to enhance the safety of interventions while reducing workers’ exposure to risks. 

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Technology played a central role in conversations between industry leaders and parliamentarians at Nuclear Week in Parliament 2025 following the UK’s government’s recent AI Opportunities Action Plan announcement.

Assystem’s theme for its gold sponsored Nuclear Week in Parliament (NWiP) fringe event; How New Technologies are Making the Nuclear Industry Fit for the 21st Century Energy Transition took place in an extremely timely manner following the UK’s Government’s latest plans to establish AI Growth Zones across the UK, which will require technology driven by low carbon energy systems such as nuclear.

Technologies Shaping the New Age of Nuclear

Assystem’s fringe event invited expert panel speakers from across the nuclear landscape including; Rich Deakin, Director, Low Cost Nuclear Challenge, ISCF, UKRI, Charlotte Nichols, MP for Warrington North, Nipuni Karunaratne, Head of Digital at Rolls-Royce Submarines, and Graham Openshaw, Operations Director, Digital at Assystem, to debate on the diverse opportunities that new technologies present to expanding the UK’s nuclear capacity, particularly in the wake of the UK’s growing AI infrastructure demands.

Discussions explored how on the one hand new technologies, such as Digital Twins and AI are central to enhancing the efficiency, safety, sustainability and innovation of the UK’s nuclear energy industry, but on the other hand, how nuclear is critical to powering these new technologies. The conversation also highlighted the importance of establishing common data architecture to help break organisational silos across the sector and how this helps digital specialists unlock data’s potential to drive forward energy transition targets within the industry. Panellists also spotlighted the need for investing in a skilled workforce as a major pull factor for leveraging digital technologies effectively in both the new build and nuclear decommissioning sectors.

Supporting the Skills Pipeline

The application of new technologies is key to supporting the growth of UK’s nuclear energy programme; however, this cannot be achieved without building out our pool of skills amongst early career nuclear professionals.

That’s why a key focus of Nuclear Week in Parliament is to highlight the skills challenges facing the nuclear sector. At the Skills & Apprenticeships Fair on the 28th January, Assystem’s graduates, Olivia Mungai, Ella Cooney and Samuel Kitchen, Ethan Williams and James Guard had the chance to connect with MP’s and parliamentarians to discuss the importance of the UK growing and supporting the pipeline of early careers talent into the nuclear sector as a lever for levelling up the economy and meeting our energy transition ambitions.

Nuclear Week in Parliament was a great opportunity to come together and learn about some of the most critical challenges facing the UK nuclear programme and understand how digital transformations are providing long-term solutions for accelerating the delivery of existing and new build nuclear projects to help meet the UK’s growing energy transition ambitions.
Graham Openshaw Operations Director, Digital at Assystem

About Nuclear Week in Parliament

Hosted by the Nuclear Industry Association and sponsored by Assystem, the annual NWiP event provides an opportunity for the nuclear leaders to engage with MP’s and key industry stakeholders to brief them on the opportunities and challenges currently facing the sector today.

 

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Assystem has secured its place among the world’s top three nuclear engineering companies for the 10th consecutive year, according to the annual Engineering News Record (ENR) 2024 ranking.

With nearly 60 years of expertise in the design and construction of nuclear infrastructure, the company places nuclear technology at the heart of its commitment to the energy transition, accounting for 70% of its total revenue. This ranking reflects the company's commitment and its essential role in supporting the global energy transition.

In addition to its leadership in the nuclear sector, Assystem maintains its 13th place in Government Offices. In the Power category, the company has risen to 12th place, gaining three positions compared to last year. Finally, Assystem makes a notable debut at 25th place in Transmission Lines & Aqueducts (Water Supply).

These results reaffirm Assystem’s commitment to providing innovative and cutting-edge engineering solutions to meet global needs in critical sectors.

Being recognized as one of the world’s leading nuclear engineering firms is a tremendous source of pride and a testament to our global presence. This achievement underscores the crucial role of nuclear energy in the energy transition, as a sustainable, reliable, and low-carbon solution. With our presence in 12 countries, we are committed to addressing global energy challenges and playing a key role in reducing carbon emissions worldwide.
Stéphane Aubarbier Deputy CEO of the Assystem Group

ENR conducts annual surveys of major industry segments by ranking firms engaged in general contracting, specialised contracting, engineering, architecture, and environmental services, among other specialties. The rankings, based on annual national and international revenues, are further divided into specific market categories.

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Leading global nuclear engineering group Assystem has acquired Mactech Energy Group (Mactech), a leading UK company recognized for its expertise in construction capabilities for the nuclear industry, with a revenue of c.£16m in 2024.

A strategic investment for the future of British nuclear power

The acquisition is a long-term investment in the UKs nuclear industry workforce ahead of the projected construction of up to 24GW of new nuclear technology in coming decades.

Assystem is making this move to accelerate the construction phase of these nuclear projects that will deliver the country’s goal of low carbon-power by 2030.

Mactech, a key partner for major nuclear projects

Mactech has supported site-based construction activities on UK nuclear sites for over 37 years and their unrivalled network of UK-based skilled resources will reinforce Assystem’s capacity to deliver on the construction aspects of projects in the new build, decommissioning and defence nuclear sectors.

As a well-established player in the nuclear industry, Mactech will continue to support its nuclear industry clients at Hinkley Point C, the Magnox fleet, and on SMR projects. 

Founded in 1986 by Kevin McFarlane, Mactech is now operating under the direction of Andrew McFarlane, and following acquisition it will continue to operate as an independent and separate company, retaining its brand, offices, and market position under the ownership of Assystem Holding UK.

I am delighted to welcome Mactech to the Assystem group. Like Assystem, they are driven by a core mission: to accelerate the delivery of nuclear projects and help the UK drive its energy transition. By combining the strengths of Assystem and Mactech, we look forward to supporting our nuclear and defence customers through engineering and construction contracts.
Christian Jeanneau Executive Vice President International, Project Management & Digital at Assystem
I am delighted to announce that Mactech has officially joined the Assystem family, marking an exciting new chapter in our journey to support the UK’s nuclear energy transition. By joining forces with Assystem, Mactech is better positioned than ever to create meaningful career opportunities and deliver innovative, high-value services to our customers. We are excited about the opportunities this partnership brings and look forward to working together to accelerate progress toward a cleaner, more sustainable energy future for the UK.
Andrew McFarlane Managing Director at Mactech Energy Group

About Mactech Energy Group 

Mactech Energy Group specializes in providing workforce solutions, project support, and resource planning to the UK’s nuclear industry and other highly regulated sectors navigating the journey to net zero such as renewable energy and infrastructure.

With over 37 years of experience, Mactech has a proven track record of delivering workforce solutions for the civil nuclear new build programme, playing a vital role in the energy transition.

Founded in 1986, Mactech has evolved to serve a broad spectrum of organizations across the nuclear ecosystem. Known for their deep-rooted connections within the nuclear community and their commitment to attracting diverse talent, they help drive the transformation and sustainable growth of the sector.

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Assystem, a global leader in nuclear engineering and an expert in digital solutions and project management, today announces that its short-term greenhouse gas (GHG) emissions reduction targets have been validated by the Science Based Targets initiative (SBTi).

The approval demonstrates Assystem's commitment to acting in line with scientific climate recommendations to actively contribute to accelerating its energy transition mission and fight against climate change.

An Ambition Aligned with Global Goals

Assystem is committed to significantly reducing its emissions:

  • Reduction of absolute emissions for Scopes 1 and 2: A 42% decrease by 2030 compared to the 2022 baseline.
  • Reduction of Scope 3 emissions: A 51.6% decrease per full-time equivalent (FTE) employee over the same period.

The SBTi assessed that Assystem's ambition for scopes 1 and 2 aligns with a trajectory compatible with the warming limitation objectives set by the Paris Agreement.

Moreover, these commitments cover all sources of emissions, particularly those related to energy consumption, business travel, and commuting, as well as those associated with purchased goods and services, especially online.

Accelerating the switch to low-carbon energy

Assystem places the fight against climate change and the reduction of carbon emissions at the core of its DNA. By supporting the development of low-carbon electricity and integrating sustainable practices into its operations, the company positions itself as a key player in the energy transition sector.

The fight against climate change demands collective action. As advocates of the energy transition towards low-carbon energy, we are committed to reducing our carbon footprint as a natural extension of our mission. The validation of our goals by the SBTi therefore confirms our determination as a leading international nuclear engineering company to play a central role in the energy transition industry.
Stéphane Aubarbier Deputy CEO at Assystem

The validation also reaffirms the company's commitment to actively contributing to the emergence of a sustainable and resilient society. Working alongside its clients, suppliers, and all stakeholders, Assystem is focused on building a low-carbon, environmentally respectful future.

About the Science Based Targets initiative

The Science Based Targets initiative (SBTi) is a corporate climate action organization that enables companies and financial institutions worldwide to play their part in combating the climate crisis. We develop standards, tools and guidance which allow companies to set greenhouse gas (GHG) emissions reductions targets in line with what is needed to keep global heating below catastrophic levels and reach net-zero by 2050 at latest. The SBTi is incorporated as a charity, with a subsidiary which will host our target validation services. Our partners are CDP, the United Nations Global Compact, the We Mean Business Coalition, the World Resources Institute (WRI), and the World Wide Fund for Nature (WWF).

To find out more information, visit www.sciencebasedtargets.org @sciencetargets

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Assystem is proud to announce its partnership with GenF, a subsidiary of the Thales group, for the development of the TARANIS project, carried out in collaboration with the CEA and the CNRS. The aim of this project is to develop an inertial confinement nuclear fusion reactor, a key technology for the future of clean and sustainable energy.The initial duration of the partnership is until 21 December 2027.

The aim of the TARANIS project is to demonstrate the economic viability of a nuclear fusion reaction based on a high-gain fusion scheme, with a targeted gain of over 100 MW (for every 1 MW of electrical power used, the reactor generates 100 MW of fusion power).

This technology is based on the principle of inertial confinement fusion (ICF), in which ultra-powerful lasers rapidly compress a small capsule containing a mixture of deuterium and tritium. This compression enables the extreme temperature and pressure conditions required to initiate fusion to be reached.

Thales, a long-standing leader in the field of high-power lasers, is playing a key role in the project by supplying the high-energy lasers required for this revolutionary process.

Assystem expertise at the service of energy innovation

As part of this partnership, Assystem will mobilise its expertise in systems engineering and digital technologies to support GenF in a number of strategic areas: 

  • Development of systems engineering processes and deployment of associated tools to develop a digital twin of the reactor
  • Creation of a digital twin of the reactor, an essential tool for simulating and validating performance and safety
  • Definition of the Level 0 functional analysis of the reactor to lay the foundations for the detailed design
  • Support for structuring the safety approach

A strategic step forward for Assystem

This project reinforces Assystem's position as a key player in nuclear innovation. Our digital and engineering expertise, particularly in the development of digital twins, places us at the heart of the industrialisation of disruptive technologies in the nuclear sector

What's more, it reinforces our role in developing nuclear fusion solutions in Europe, a crucial step forward in meeting global energy transition targets. 

With the TARANIS project, Assystem is positioning itself as a key partner in building the future of clean energy.

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The b.NEXT consortium (Assystem, Egis and Empresarios Agrupados) has signed with Fusion for Energy (F4E), the EU organisation managing Europe’s contribution to major international fusion projects, a multi-million deal running until 2030, for activities relating to design and construction management at ITER- the biggest international fusion experiment. Building on the expertise already provided by the partners of b.NEXT, this new contract reaffirms them as leaders in the field of fusion, having supported ITER since 2010.

ITER aims to demonstrate the feasibility of nuclear fusion by building the largest device using magnetic confinement. It brings together engineers and scientists from 35 countries, united around a common goal: to develop a clean, sustainable energy source.

A strategic contract focused on excellence and innovation

Through this contract b.NEXT will provide consulting and engineering expertise on the design and construction management activities until 2030.

Excellence in safety, quality and performance were key to awarding this contract. Innovation was also at the heart of the tender, with the use of cutting-edge digital technologies such as systems modeling and artificial intelligence, aimed at automating engineering and project management processes.

b.NEXT parties attribute their success to the strength of their strategic alliance and their ability to meet the complex requirements of such large-scale international projects. Its global vision, experience and agility has enabled the consortium to establish itself as a key group, capable of piloting major industrial projects and accompanying ITER towards a crucial new stage in the future of nuclear fusion.

The ITER project is the most ambitious nuclear research programme in recent decades. The success of b.NEXT illustrates the strength of our consortium, which brings together complementary expertise in engineering, project management and digital technologies. Assystem continues to play a major role in the development of nuclear fusion, an essential technology for the world's energy future. Having worked with Fusion for Energy (F4E) since 2010, we are proud to continue this collaboration, capitalising on the quality of our production and the valuable experience acquired by our teams. We are convinced that fusion technologies are crucial to maximizing sustainable, low-carbon electricity production worldwide, while offering promising career prospects for current and future generations.
Stéphane Aubarbier Deputy CEO of Assystem
We are proud to play a part of fusion technology, to contribute providing a concrete response to the goal of carbon neutrality by 2050, enhancing energy security, and improving the quality of life of billions of people around the globe. We can see rapid growth in fusion investment and the importance of building solid supply chains to deliver future reactors. Therefore, it was important for Egis to collaborate with F4E in ITER via the b.NEXT consortium, in order to reach this objective. This also consolidates Egis' European leadership in nuclear infrastructure and testifies our clients’ confidence in us at this historic moment in the renaissance of the nuclear industry.
François Martin Chief Nuclear Officer at Egis
The ITER project is very relevant to designing the future energy mix and a transition free of CO2. It is a complex international experiment aiming to demonstrate the technical feasibility of fusion on an industrial scale in the next decade. The project will pave the way for a sustainable, inexhaustible energy source with the capacity to provide the base load for completely decarbonized electrical systems with a minimum environmental impact. This contract builds on the great teamwork of b.NEXT partners and Fusion for Energy (F4E) since 2010, bringing together the best capabilities in advanced engineering for nuclear projects of the highest complexity.
Javier Perea Managing Director and CEO of Empresarios Agrupados
Europe’s participation in ITER offers companies a unique opportunity to be involved in the biggest international fusion project, which will influence the energy mix of the future. They will be part of a large supply chain managed by F4E, which will strengthen their skills, boost their competitiveness, and provide them with first-hand experience in developing tomorrow’s fusion devices. Building on our previous collaboration with b.NEXT partners, we rely on their expertise and renew our commitment to excellence and timely delivery.
Marc Lachaise Director of Fusion for Energy (F4E)

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