National Engineering Day: What Do Engineers Do? STEM Careers for Primary Schools

Tech for Education

If you asked a group of primary school children "what an engineer does" you will probably get a brilliant mix of answers.

They build bridges. They fix things. They make robots. They work with machines.

And they would all be right. But engineering is much bigger than most of us realise.

Engineers can help develop prosthetic limbs, create cleaner energy systems, design computer systems, build spacecrafts, improve transport, develop medical technology and find ways to provide clean water.

At its heart, engineering is really about one thing.

Solving problems.

National Engineering Day is a brilliant opportunity to introduce children to the enormous range of engineering careers available and show them that the skills engineers use often begin much earlier than they might think. It's through the development of their curriculum from Primary School into Secondary school that builds the foundation of knowlege to exceed in an enginerring career.

What Is National Engineering Day?

National Engineering Day is led by the Royal Academy of Engineering and celebrates the contribution engineers make to everyday life.

National Engineering Day 2026 takes place on 4th November, with this year's campaign looking 50 years into the future and imagining the engineers we might need in 2076.

What could the future of engineering look like ibn 2076?

Does it mean engineers designing homes on other planets, new ways to produce food, cleaner transport, better healthcare or technology that has not even been invented yet?

For primary and secondary schools, the day provides a great opportunity to introduce children to STEM careers without turning careers learning into something too serious.

It's not about deciding right now what you want to do when you grow up. The aim is simply to show children what is possible with the knowledge they already have and are continuing the learn in school.

What Do Engineers Do?

If there is one question worth asking children on National Engineering Day, it's:

"What do engineers actually do?"

A simple answer is that engineers identify problems and create solutions.

What would an engineer ask?

• How can we make a bridge stronger?
• How can we generate electricity without damaging the environment?
• How can a robot help somebody with a difficult task?
• How can technology help a person move after losing a limb?
• How could we provide safe drinking water somewhere that needs it?
• How could humans live safely on another planet?

Engineers then use a mixture of science, maths, technology, creativity and problem solving to explore possible answers.

• They design.
• They build.
• They test.
• They discover what does not work.
• Then they try again.

That last part is one of the most useful things children can learn about engineering.The first idea does not have to be the right one. When you keep trying, developing new ideas and testing, you can create something amazing. Engineers don't give up if the first try doesn't go to plan.

Did you know, engineering Is Already All Around Us?

Engineering can feel much more exciting when children start noticing how much of their everyday life depends on it.

Ask your pupils and students to think about a normal journey to school.

There could be:

• Roads
• Traffic lights
• Cars and buses
• Bridges
• Street lighting
• Drainage systems
• Mobile phones
• School buildings
• Heating systems
• Computers
• Interactive screens
• WiFi networks
• Playground equipment

Every one of those things involves engineering in some form. Engineering is not something that only happens inside factories or laboratories.

It is happening all around us.

What Types of Engineering Careers Are There?

One of the biggest misconceptions about engineering is that there is only one type of engineer.

There are actually hundreds of different engineering careers.

Here are a few that primary school children may enjoy exploring.

Civil Engineering

Civil engineers help design and build the world around us.

They can work on bridges, roads, tunnels, buildings, railways and flood defences.

If a child loves building towers, designing structures or wondering why things stay standing, civil engineering might immediately make sense to them.

Try conudcting a class experiment in pairs or groups to create the strongest bridge out of paper. The test involves their creations placed on two blocks, table or chairs, then weight is added to see how much it can hold. Your class might think it's impossible, but with the right technique, creativity and structure, their paper bridge could even hold a person.

Mechanical Engineering

Mechanical engineers work with machines and systems that move.

They might help design cars, manufacturing equipment, renewable energy technology, medical equipment or spacecraft.

Even think about the mechanical equipment involved in creating your favourite movies. Action movies are filmed with a camera specifically rigged up for fast movement. What amount the sound engineering equipment in animated films? There's so much more involved in everyday things that we don't think of.

Electrical and Electronic Engineering

Electrical and electronic engineers work with electricity, circuits, electronics and communication technology.

Their work can involve everything from power networks and sensors to computers and robotics.

Software and Computer Engineering

Not all engineering involves building something you can physically touch.

Software engineers help create the systems behind websites, apps, games, artificial intelligence and other digital technology.

For children who enjoy coding, gaming or computing, this can be a great way to show that engineering includes their interests too.

Biomedical Engineering

Biomedical engineering brings healthcare and engineering together.

Biomedical engineers can help develop prosthetic limbs, artificial joints, medical scanners and technology that helps doctors diagnose and treat patients.

Environmental Engineering

Environmental engineers look for solutions to environmental challenges.

That could involve clean water, recycling, sustainable buildings, pollution reduction or protecting natural environments.

Renewable Energy Engineering

Engineers are also helping change the way we produce and use energy.

They may work with wind turbines, solar power, battery technology and other systems designed to reduce reliance on fossil fuels.

Aerospace Engineering

Aerospace engineers work with aircraft, satellites, rockets and spacecraft.

As space exploration develops, some of today's primary school children could eventually work in engineering jobs that do not even exist yet.

What Are STEM Careers?

Engineering is part of a wider group of careers often described as STEM careers.

STEM stands for:

Science

Technology

Engineering

Mathematics

STEM careers can include scientists, software developers, engineers, mathematicians, environmental specialists, researchers, technicians and many more roles.

But STEM is not simply about being good at maths.

Creativity, communication, teamwork and curiosity are all important too.

That is particularly useful for primary age children to understand.

A child who does not immediately see themselves as a "science person" might still have exactly the type of creative problem solving skills that engineering needs.

Why Introduce Engineering Careers in Primary School?

Primary school is not too early to talk about careers. The goal is not to ask an eight year old to choose a profession. It is to help children understand the range of opportunities that exist.

Children start forming ideas about jobs and who they believe can do certain careers from a young age. Introducing engineering careers early can help challenge those assumptions.

It can also help children connect their existing interests with the wider world. A child who loves art might become interested in product or design engineering. A child fascinated by animals might enjoy environmental engineering. Someone who loves gaming might discover software engineering. A child who likes helping people might become interested in biomedical engineering. Someone obsessed with space might eventually work in aerospace.

There is no single type of person who becomes an engineer.

Engineering Skills Children Are Already Learning

One of the best parts of introducing engineering at primary school is showing children that they already use engineering skills.

Problem Solving

Engineers constantly ask:

What is the problem?

Why is it happening?

How could we make it better?

Children practise exactly the same thinking when something they have built does not work.

Creativity

Engineering needs imagination.

Before something can be built, somebody has to imagine that it could exist.

Curiosity

Why does that happen?

How does that work?

What would happen if we changed this?

Curiosity is at the heart of engineering.

Teamwork

Large engineering projects rarely involve one person working alone.

Engineers often work with people from lots of different backgrounds and specialisms.

Learning from Mistakes

A failed idea is not necessarily a bad idea.

It tells engineers something.

Children can learn that changing a design after testing it is part of the process, not a sign they have failed.

Engineering Activities for Primary School Children

Engineering does not need expensive equipment.

Some of the best activities start with very ordinary materials and one good problem.

Children could try:

• Building the tallest tower possible from paper
• Creating a bridge from straws or card
• Designing something that could protect an egg from a fall
• Building a boat that can carry the most weight
• Creating a marble run
• Designing a paper aeroplane and changing it to make it fly further
• Building a structure that can survive a pretend earthquake
• Designing something that makes an everyday school task easier
• The activity itself is only part of the learning.
• Ask children why they made certain choices.
• What worked?
• What did not?
• What would they change next time?

That is where the engineering thinking really begins.

A Simple National Engineering Day Classroom Challenge

Here is one question that can turn into an entire engineering activity:

If you could invent something to solve ONE problem in your school, what would you build?

The problem could be something small.

• Maybe pencils keep disappearing.
• Perhaps books are difficult to carry.
• The playground gets too wet.
• Lunch queues take too long.
• Someone always forgets to turn the lights off.
• Or children could think much bigger.
• A robot that tidies the classroom.
• A playground that generates electricity.
• A machine that turns rubbish into new school equipment.
• A system that collects rainwater for the school garden.

There are no wrong answers at the idea stage.

That is the point.

Turn the Idea into a Mini Engineering Project

Once children have chosen their problem, encourage them to take it further.

What is the problem?

Describe what needs fixing or improving.

Who would it help?

Think about pupils, teachers, parents, staff or even the environment.

What could solve it?

Draw the first idea.

How would it work?

Add labels and explain the different parts.

What would you need to build it?

Think about materials, technology and energy.

They can imagine materials that do not exist yet too.

What could go wrong?

Would it break?

Could it be too expensive?

Would it work for everybody?

How could the design be improved?

This is where children start thinking like engineers.

The finished project could be a drawing, model, presentation, poster or short pitch to the class.

Technology and the Future of Engineering

Technology is becoming increasingly important across engineering careers.

Robotics, artificial intelligence, software, sensors, data and cloud technology are already changing the way engineers solve problems.

Future engineers could be working on things such as:

• Autonomous transport
• Smart cities
• Medical robots
• New renewable energy systems
• Artificial intelligence
• Space communities
• Climate technology
• Advanced prosthetics
• Food production
• Technology that has not yet been invented

That makes digital skills increasingly valuable alongside traditional STEM subjects.

Children need opportunities to use technology not only to watch or consume content, but to create things and explore ideas.

Coding, robotics, digital design and research can all help children see technology as a tool for problem solving.

How Technology Can Support STEM Learning in Schools

Reliable technology can give schools more opportunities to explore STEM across the curriculum.

Pupils might use devices to research an engineering problem, code a simple program, create a digital model, work together on a presentation or control programmable equipment.

But none of that is particularly useful if the school's technology is unreliable.

At North East Schools, we support nurseries, primary schools, secondary schools and academies with the technology that sits behind teaching and learning.

Our ICT support for schools can include devices, networks, Microsoft 365, cloud solutions and ongoing technical support.

Our job is to help make sure the technology works, so teachers can concentrate on how they want to use it.

Whether children are coding, researching engineering careers or completing their first STEM challenge, technology should support the learning rather than become the problem that needs fixing.

Inspiring the Engineers of the Future

Not every child taking part in National Engineering Day will become an engineer.

They do not need to.

The value comes from showing children that engineering is something they can understand, explore and potentially be part of.

It starts with simple questions.

Why does that work?

Why did that break?

Could we make it better?

What happens if we change this?

Could there be another way?

Those are engineering questions.

And somewhere in a primary school classroom today could be somebody who goes on to design cleaner energy, better healthcare, smarter technology or even the communities humans live in 50 years from now.

They just might not know it yet.