The role of Computer Science in Education

Preparing the Next Generation with LEGO Education Computer Science & AI

Artificial Intelligence is no longer something from sci-fi we imagine students of the future might use. It's already firmly here, shaping the world they live in and their wider school experience. From voice assistants and recommendation algorithms to generative AI tools, today's pupils are growing up fully immersed in technology that is fundamentally changing (or has already changed) how we learn, work and communicate.

But for schools, the challenge is clear: how do we prepare students not just to use technology, but to understand it?

Recent global research from LEGO Education highlights an important shift in both teacher and student attitudes towards Computer Science (CS) and Artificial Intelligence (AI), revealing a growing demand for engaging, practical learning experiences that build confidence alongside technical knowledge.

Coding Week provides the perfect opportunity to answer this. It enables schools to inspire curiosity, creativity and problem-solving, whilst also introducing pupils to the skills they'll need in an increasingly digital world - computational thinking, logical reasoning and the confidence to solve real-world challenges.

The role of Computer Science in Education

In a world where technology is ever present, it’s no wonder why Computer Science has become seen more as a fundamental skill. According to LEGO Education's global report, 73% of teachers believe Computer Science is now as important as maths, English and science. And with the advent of generative AI influencing practically every industry, schools have an opportunity to help students develop the knowledge, creativity and critical thinking they'll need throughout their education – and likely their future careers.

However, the reality of teaching these topics effectively isn't always straightforward.

Many in education recognise the importance of Computer Science, but don’t feel confident that existing resources fully engage learners or provide enough support for teaching emerging AI concepts. In the same report from LEGO Education, 77% say traditional Computer Science resources place too much emphasis on finding the "right answer" instead of encouraging creativity and critical thinking, while 66% are looking for resources that help students understand and use AI responsibly.

So, while coding remains a vital foundation within Computer Science and a valuable skill, schools are looking beyond to the underpinning skills to equip students with the broader digital literacy and problem-solving skills. Today’s learners need the chance to get a better understanding of how technology works, how it puts data to work, and how AI make decisions.

Why coding is still key

Coding is still the backbone of Computer Science. But its applications go beyond simply learning a programming language.

It encourages pupils to think logically, break complex problems into manageable steps, identify patterns and develop persistence when solutions don't work the first time. These computational thinking skills support learning across all STEM subjects, giving them an expanded mental toolkit to help work through topics and new challenges.

That’s where the LEGO Education Computer Science & AI range  can be invaluable. It introduces coding through engaging, age-appropriate hands-on activities that make programming approachable and tangible for every learner. Students begin by exploring sequencing, algorithms and debugging before progressing to more advanced coding concepts, helping them build confidence through practical success. And because coding is linked to physical LEGO models, pupils immediately see the impact of the programs they create.

What students want from AI

Interestingly, students aren't simply asking to use AI. They want to understand what makes it tick. LEGO Education's research found that young people are eager to discuss how AI works, where it should be used and the ethical questions surrounding it.

Rather than viewing AI as just another classroom tool, students want opportunities to explore, question and debate its impact on society. These discussions can include responsible AI use, bias and misinformation, data privacy, real-world problem solving, collaboration and creativity.

It is these skills and thought processes that will prepare students for the years to coming, taking the lessons learned from Computer Science much further than you’d think.

Introducing LEGO Education Computer Science & AI 

LEGO Education have clocked this changing sentiment and developed some brilliant solutions. Launching their brand-new Computer Science & AI range, this has been designed specifically for classroom learning that brings these topics into the real world.

Created with three age groups in mind - Years 1 to 3, Year 4 to 6 and Year 7 to 9  the new range combines hands-on LEGO building with age-appropriate Computer Science, coding and AI concepts, making complex ideas accessible through practical, collaborative activities.

While traditional, screen-based coding lessons are still valuable, these kits allow students to work collaboratively and investigate real-world challenges by building physical models. This naturally develops computational thinking skills, as students code their LEGO creations to respond to inputs and successfully solve problems. That then grows into a deeper understanding of how software affects hardware, and can become more sophisticated to suit different age groups so every student can develop skills appropriate to their stage of learning.

Giving teachers the coding recourses they need

One of the biggest barriers to introducing new technologies into the classroom is teacher confidence. Because if an educator doesn’t feel comfortable demonstrating the resource, classes won’t either.

LEGO Education has designed the new Computer Science & AI range with this in mind, aiming to reduce preparation time while supporting educators regardless of their previous coding experience.

Each solution includes ready-to-teach curriculum-aligned lessons, guided classroom presentations, teacher facilitation notes, progressive learning pathways and free online teacher resources.

Lessons are structured to introduce coding concepts gradually, allowing teachers to build confidence alongside their pupils. Whether delivering their first programming lesson or expanding an existing computing curriculum, educators are supported every step of the way. Their focus is freed up for facilitating discussions and collaboration, rather than creating resources from scratch.

Connecting to coding through hands-on learning

Research consistently shows that students learn best when they're actively involved in the learning process. It’s that act of doing that can crystalise new skills, rather than simply reading or hearing about them.

LEGO Education puts those algorithms and AI concepts directly into students’ hands, encouraging them to build physical solutions, write and test code, debug their programs, apply computational thinking and reflect on real world applications – all while making concepts more tangible and memorable.

By seeing their code bring LEGO models to life, students experience immediate feedback that encourages experimentation, resilience, creativity, and confidence.

Preparing students for tomorrow

The goal of Computer Science education isn't to turn every student into a programmer.

It's about helping every learner understand the technology that’s shaping the world around them. To function within modern society people will need to think critically about AI, solve problems creatively, collaborate effectively and develop the digital confidence to thrive in whatever career they choose.

As technology continues to evolve, coding literacy, computational thinking and AI understanding will become increasingly valuable across every industry, from healthcare and engineering to finance, manufacturing and the creative arts.

This Coding Week, there's never been a better time to inspire the next generation of creators, innovators and problem solvers. By combining coding, creativity and AI education through hands-on learning, LEGO Education empowers pupils to move beyond simply using technology to understanding, questioning and shaping the digital world around them.

Whether you're looking to strengthen your computing curriculum or begin introducing AI literacy into the classroom, LEGO Education offers a practical solution designed to prepare students for the opportunities and challenges of an increasingly digital future.