Engineering Construction Industry Training Board has awarded £250,000 to the Cumbria Robotics Operations Skills Centre, adding industry-backed funding to a facility intended to develop practical robotics capability for nuclear, clean-energy, and wider engineering work. CROSS is expected to open officially later in 2026 and aims to train 650 learners by 2030.
The centre has been developed by organisations including the UK Atomic Energy Authority, the National College for Nuclear and Clean Energy, the Robotics and Artificial Intelligence Collaboration, Sellafield, its supply chain, and Lakes College. UKAEA has already committed £1 million through its FOSTER programme, including equipment for the training facility.
ECITB funding will support curriculum development, short modular courses, teaching resources, and expansion of technical content beyond the centre’s initial nuclear focus. Lakes College is the lead ECITB-approved training provider, while the National College for Nuclear and Clean Energy is leading development of the CROSS curriculum.
The centre will initially support apprenticeship delivery, including a significant first intake from Sellafield, while also providing modular training for existing workers who need specific robotics skills. That combination gives the facility two distinct roles: creating new entrants with robotics experience and allowing experienced engineering workers to add technologies that may not have formed part of their original training.
The equipment available through CROSS covers collaborative robots, autonomous mobile systems, machine vision, drones, LiDAR, augmented and virtual reality, haptic interfaces, industrial automation, and supporting digital technologies. The range reflects how robotics is developing across high-hazard engineering, where inspection, handling, monitoring, and maintenance increasingly combine physical machines with sensors, communications, and software.
Nuclear decommissioning is an obvious application because work can involve radiation, contamination, confined spaces, inaccessible equipment, and repetitive tasks that are difficult or undesirable for people to undertake directly. Robots can increase separation between workers and hazards, but the machines still have to be configured, deployed, operated, recovered, maintained, and integrated into established site procedures.
Practical training therefore has to extend beyond programming a robot arm in isolation. Operators and technicians need to understand sensing, tooling, control systems, communications, failure modes, payload limits, safety systems, and the physical characteristics of the environments in which equipment will operate. A successful laboratory demonstration does not automatically translate into reliable deployment at an operating industrial site.
West Cumbria already provides a substantial user base for those skills. Sellafield’s long decommissioning programme creates continuing demand for remote inspection and handling, while RAICo brings together organisations seeking to accelerate robotics and artificial-intelligence deployment across nuclear work. Locating the training centre close to those operations should give curriculum designers access to practical industrial requirements rather than relying solely on generic robotics courses.
The ECITB award forms part of its Regional Skills Hubs programme, which has committed more than £3 million to increasing training-provider capacity in industrial clusters. The board said £1.6 million committed before the Cumbria award had attracted £14.4 million of matched investment from industry partners across regions including Scotland, Teesside, and Humberside.
Engineering construction faces a familiar adoption problem: equipment capability can improve faster than workforce capability. Mobile robots, machine vision, remote inspection, and automation are becoming more accessible, but industrial deployment remains limited if organisations cannot find people able to apply the technology safely and maintain it once the initial integrator has left site.
CROSS is a relatively small intervention against the scale of the national engineering workforce, although the target of 650 learners by 2030 creates a defined pipeline in a specialist area where ECITB says industry-applicable provision is limited. Its modular course structure may prove particularly useful if it can be updated as equipment and operating practices evolve.
West Cumbria has accumulated specialist nuclear engineering skills over several generations. The next requirement is ensuring that the workforce can use technologies increasingly expected to perform inspection, handling, and maintenance tasks remotely. The £250,000 award will not close that skills gap by itself, but it puts industrial robots and structured training in the same facility rather than leaving employers to discover the shortage after buying the equipment.
