News
Robotics and the Power of Experiential Learning
13 Apr 2026
As pupils approach the end of their school careers, something shifts. The conversation moves from possibility to decision. Subjects become pathways. Interests begin to crystallise into choices about university, apprenticeships and employment.
Yet, at precisely the moment when decisions matter most, many young people are still making them based on theory or inherited assumptions rather than lived experience.
If we are serious about preparing young people for the future of work in West Cumbria we must move beyond telling them about careers and start enabling them to experience them.
From passive learning to active discovery
Assemblies and careers talks have their place. They can inform but rarely inspire. Information alone rarely transforms a young person’s trajectory. Real understanding comes from doing, from grappling with a problem, failing, iterating, presenting, defending decisions and seeing something tangible work, or not work, because of your own effort.
Experiential learning offers something fundamentally different. It allows pupils to move from being passive consumers of information and technology to active creators. Instead of hearing about engineering, they engineer. Instead of discussing digital skills in the abstract, they apply them in practice. Instead of imagining what a workplace might feel like, they encounter its expectations: teamwork, communication, adaptability and resilience.
At Key Stage 5, when pupils are 16 to 18, and on the cusp of entering the workforce or higher education, this kind of immersion is particularly powerful. It helps them answer a question that prospectuses cannot: Do I actually enjoy this?
It also develops a mindset that helps to predict success in technology-driven sectors. The ability to fail fast, reflect, iterate and go again is not simply a technical competency. It is a habit of thinking and a mindset.
Robotics is the perfect vehicle
That is why programmes like the Robotics Schools Sprint, jointly run by the Robotics and Artificial Intelligence Collaboration (RAICo) and the Industrial Solutions Hub (iSH), are so effective. Robotics is uniquely suited to experiential learning because it is inherently multidisciplinary. It is not just about coding, nor is it solely about mechanical engineering. It sits at the intersection of design, software, electronics, data, AI, ethics, psychology and systems thinking whilst also requiring communication and teamwork.
When pupils are given a real-world brief (designing and coding a robot to transport ‘hazardous material’ safely from A to B), they are immediately immersed in the realities of applied problem-solving.
The project starts in the classroom, where they must then build, test, troubleshoot, and refine their designs, collaborating as a team. It ends with them visiting RAICo1, RAICo’s collaborative facility in Whitehaven, Cumbria and one of the UK’s leading hubs for robotics innovation in nuclear decommissioning and fusion engineering. There, they meet engineers and academics at the forefront of the field. Here, they communicate their ideas clearly, and present their thinking to these professionals, responding to rigorous questioning. Crucially, they must also power up the robot and see whether it actually works.
In doing so, their understanding of robotics expands. The Hollywood vision of humanoid machines gives way to a much richer and more realistic picture of how robotics is already present in their everyday lives, from autonomous systems in warehousing, to robotic arms handling hazardous materials, and digital twins simulating complex environments, AI augmenting human capability.
It makes the word robotics become less of a singular career and more of a gateway to a spectrum of roles, from research and development and mechatronics to AI ethics, user experience design and project management. Pupils begin to see that they could fit somewhere within that ecosystem, even if they are not the person holding the soldering iron.
Just as importantly, these sorts of experiential education activities about robotics create space for sophisticated conversations. Once young people are building and programming systems, questions naturally arise about automation, AI integration, human machine interaction and the ethical dimensions of emerging technologies. These are not abstract debates. They are grounded in lived activity. The classroom shifts from a simple exchange between teacher and pupil to a richer dialogue among peers. That intellectual stretch is transformative.
The West Cumbrian context
In West Cumbria, this approach carries particular significance.
The region has a proud industrial heritage and a globally important nuclear sector. For decades, that sector has provided secure, high-quality employment for generations of families. That continuity is a strength. But it can also narrow perceptions, making some young people feel there is only one obvious route to work.
Experiential robotics programmes subtly challenge that mindset. They do not diminish the importance of a role in nuclear decommissioning. Instead, they widen the lens. They show that robotics and AI underpin not just one employer, but a growing ecosystem of organisations, supply chain partners, small and medium sized enterprises and research institutions. They reveal that the future of nuclear decommissioning and fusion engineering depends on advanced digital skills, higher level technical expertise and innovation. It is an opportunity both now and for the future.
In a region where rurality and socioeconomic deprivation can sometimes constrain aspiration, giving young people agency over advanced technology is powerful. When pupils build and control a robotic system, they are no longer just users of technology. They are shaping it. That shift from consumer to creator fosters confidence, and with confidence comes ambition.
It also addresses a structural challenge. West Cumbria needs more Level 4 and above skills to support the next phase of technological deployment. It is also a net emigration county where the working age population is declining, according to Enterprising Cumbria’s Cumbria Economic Plan. If robotics and AI are to be embedded safely and efficiently in operational environments, the region requires engineers, software developers, data scientists, systems designers and ethical thinkers. Experiential learning at 16 to 18 helps pupils see why progression matters and how higher-level study connects directly to real world impact
Building more than robots
The ultimate value of experiential robotics at the end of school is not just the robot that moves from A to B. It is the mindset shift that occurs in the process and associated inspiration.
Pupils leave with tangible evidence of achievement, a project delivered, a presentation made, and feedback from industry professionals. They gain clarity about what they enjoy and what they do not. Some will discover a passion for engineering. Others will realise they are drawn to research, ethics, digital design or project coordination. All will have strengthened the essential skills that underpin employability.
In a rapidly evolving technological landscape, those attributes are as important as any single technical skill.
If we want West Cumbria to thrive in the era of robotics and AI, to lead in decommissioning innovation and enable the success of future fusion energy, we must start by enriching the local pipeline of talent. That means giving young people meaningful, immersive encounters with the technologies shaping their region.
Experiential learning is not an optional extra. It is a strategic necessity.
Robotics is the perfect vehicle.