Training Tomorrow's Digital Leaders: Why AI Literacy Matters for Public Services

How we prepare young people for their future matters more now than at any point I can remember. Across the United Kingdom and beyond, governments are pouring money into digital transformation, with artificial intelligence at the centre of plans to modernise public services, improve efficiency and hit demanding sustainability targets. Yet without giving the next generation the right digital skills, we risk a workforce unprepared for what is coming and a public sector unable to make proper use of the technologies reshaping the world around it.

The numbers tell the story. By 2025 the World Economic Forum estimates that 97 million new roles will emerge globally as technology adoption accelerates, while 85 million existing roles may be displaced. AI expertise, critical thinking and problem-solving come up again and again as the skills employers most want. For governments, investing in digital and AI literacy is about more than preparing young people for private sector jobs. It also determines the future strength of the public sector itself. Across healthcare, transport, environmental services and policymaking, digitally skilled staff will be the people who make services more responsive and more focused on the citizens who use them.

At Teens in AI we have already engaged over 23,000 young people across 101 countries, helping them explore artificial intelligence through hands-on projects rooted in the United Nations Sustainable Development Goals. They have designed AI tools that monitor urban air quality and built applications that improve food distribution and cut waste. Teenagers are already applying advanced technology to real public problems, and this is exactly the talent pipeline the public sector should be paying attention to.

Bridging education and digital careers

One of the greatest barriers is the gulf between what young people learn in schools and the digital skills required in workplaces. There are positive moves towards embedding computing in the curriculum, but education too often remains theoretical, leaving students without the experience to apply their knowledge in real-world contexts.

Our work shows that when young people are given access to AI tools, structured mentoring and problems that genuinely matter, they learn faster and start to picture themselves in digital careers. A student who might never have considered a career in government suddenly sees how AI can improve the efficiency of public transport routes, support clinicians in diagnosis, or help local councils track and reduce carbon emissions. These tangible applications create a bridge between the classroom and careers that directly serve the public good.

By embedding AI learning not just in Computing but in English, where students debate the ethical use of AI-generated text, in Citizenship, where they interrogate bias in algorithms, and in Geography or Science, where they apply AI to climate modelling, students come to see technology as more than a coding skill. It becomes a lens for critical thinking, ethics and problem-solving. When sustainability sits at the core of these projects, aligned with the UN Sustainable Development Goals, young people develop a natural awareness of how AI can support government priorities such as cutting emissions and building resilience to climate change.

Why AI skills matter in public services

For public services the stakes are high. The NHS faces ongoing pressure around staffing and resource allocation, and AI can help predict demand, optimise scheduling and support preventative care. Transport authorities must manage decarbonisation and congestion, and AI models can optimise traffic flows and reduce emissions. Local councils want to provide services more efficiently with shrinking budgets, and AI can automate repetitive administrative processes, freeing up staff to focus on citizen engagement.

But AI is only as fair and effective as the people who design and deploy it. If we fail to teach AI literacy to a broad and diverse group of young people, we risk building public systems that are riddled with bias, shut communities out and erode trust in government. The more our students understand the ethical implications of AI, the less bias will find its way into the systems that shape public life. Training tomorrow's digital leaders is an economic question, then, but it is a democratic one too.

Building global relevance and ethical grounding

Our curriculum is explicitly designed against internationally benchmarked frameworks, including UNESCO's AI Competency Frameworks for Students and Teachers, the OECD and EC AILit Framework, and the DQ Institute's Digital Intelligence Framework, alongside the insights of the World Economic Forum's 2025 Jobs Report. These frameworks ensure that the content young people engage with is globally relevant, grounded in ethics and aligned with the highest international standards.

Equally important is the collaborative model we pursue. Working with global organisations including Sage and Sage Foundation, Capgemini, Red Hat and other partners and industry experts, we expose young people to real-world problems, tools and professional mentorship. This collaboration between educators, industry and governments helps students build not just technical literacy but the leadership, teamwork and ethical awareness that are so essential for future careers in the public sector.

Government policy and grassroots impact

In my own work I have had the privilege of engaging with governments at the highest levels, from contributing to UK parliamentary roundtables on AI education to joining diplomatic and policy dialogues overseas. These experiences highlight a simple truth. Governments are grappling with how to build digital capacity quickly enough to match technological change.

On 5 November 2025 the UK Government published its response to the Curriculum and Assessment Review, Building a World-Class Curriculum for All, a long-awaited step towards embedding AI literacy and digital competence across the national curriculum. The response signals an important shift in recognising that AI is not just a technology issue but an education one. It is a welcome direction, and it reflects a growing consensus that AI skills must be seen as foundational to both national competitiveness and civic participation.

The grassroots perspective is equally instructive. I have seen first-hand a 16 year old design a machine learning model to help local councils track recycling patterns, and another build an app to support mental health services for young people. Such projects prove that teenagers already have the creativity and sense of civic duty to design technology that strengthens public services. What they lack is scale, access and pathways into the public sector.

A call to action

The question is not whether governments should invest in AI education for young people. It is how urgently they can act. Without deliberate policies to embed AI literacy across the curriculum, strengthen partnerships between schools and industry, and provide pathways into public service careers, we will miss a critical opportunity. The public sector cannot compete with private industry for digital talent unless it invests early in building that pipeline.

The UK is well placed to lead. By embedding AI education into national curricula, aligning with international frameworks and making public sector careers visible and appealing to young people, the government can build a workforce that is ethically grounded as well as technically capable. That is how AI comes to serve the public good, support sustainability targets and rebuild trust between citizens and their government.

We have a choice. We can treat young people as passive recipients of digital change, or as the leaders who will drive it. In my experience, given the tools, the guidance and a sense of purpose, teenagers go beyond learning AI and start rethinking how it can serve society. For governments, few investments in the future of public services will pay off as well as preparing the next generation of digital leaders today.

This article was first published by Government Technology.