By Choosing a career path in engineering can feel like a big decision, especially when you’re in sixth form and weighing up university courses, apprenticeships, and future job prospects. The Engineering Education Scheme (EES) offers a unique opportunity to get stuck into real engineering work before you even finish your A-levels. It’s a programme that connects talented students with industry professionals to tackle genuine engineering challenges. This guide covers everything you need to know about the scheme, from how it works to why it could be a game-changer for your future career.
The scheme has been running since 1984 and is designed to give students a taste of what engineering really involves. It’s not just about theory; it’s about applying knowledge to solve problems that matter to real companies.
What Is the Engineering Education Scheme?
The Engineering Education Scheme is a prestigious UK programme run by the Engineering Development Trust (EDT). It forms part of the Royal Academy of Engineering‘s BEST programme, which aims to attract and develop talented young engineers.
The Purpose of the Engineering Education Scheme
The core mission is straightforward: to encourage a commitment to professional engineering as a career among high-ability students. The scheme does this by providing a structured, six-month project where teams of students work alongside industry mentors on problems set by real engineering companies. It bridges the gap between school learning and the demands of the engineering workplace.
Who Can Join the Engineering Education Scheme?
The scheme is primarily aimed at Year 12 (or S5 in Scotland) students who are studying A-level Maths, preferably alongside Sciences or Technology subjects. Participants are typically high achievers with a genuine interest in engineering. Selection is competitive, with schools and colleges often running their own application and interview processes to choose their teams. The scheme is for students who can demonstrate personal commitment and team skills.
How the Scheme Works
The programme runs over about six months, usually from October or November through to April or May. It kicks off with a launch day where student teams meet their company mentors. The next few months are spent developing a solution to their engineering challenge, supported by regular meetings with their industry mentor and teacher. There’s also a residential workshop at a university, where teams can use specialist facilities and equipment. The project culminates in a Celebration and Assessment Day, where teams present their work to a panel of assessors.
Why the Engineering Education Scheme Is Important for UK Students
The UK has a well-documented skills gap in engineering, and the scheme plays a vital role in inspiring the next generation of engineers. It helps students make informed decisions about their future careers.
Developing Real-World Engineering Skills
One of the biggest advantages of the scheme is the opportunity to develop practical skills. Students learn how to manage a project, work to a brief, and use engineering principles to solve real problems. For example, a team might be tasked with redesigning a component to save a company money, as happened with a project that redesigned a temperature compensator for anaesthetic vapourisers, potentially saving the company £100,000 per year.
Encouraging Innovation and Problem-Solving
The scheme encourages creative thinking. Teams often come up with innovative solutions that companies actually implement. The challenge is designed to be difficult enough to test the students but not so complex that it’s impossible. This process of working through a problem, testing ideas, and iterating on designs is at the heart of what engineers do.
Building Confidence Through Practical Projects
Perhaps the most significant impact is on confidence. Students often start the scheme feeling unsure about their abilities. By the end, after tackling a real engineering problem, they’ve presented their work to senior engineers and received valuable feedback. Many become more articulate and self-assured. One scheme veteran noted that the change in students from the beginning to the end is “quite astonishing”.
Engineering employers highly value this type of practical experience. It shows a candidate has not only academic ability but also the initiative and teamwork skills needed to succeed in a professional environment.
Key Benefits of Joining an Engineering Education Scheme
The benefits of taking part in the scheme extend far beyond the immediate project.
Hands-On Learning Experience
Unlike classroom theory, the scheme is all about doing. You get to design, build, test, and refine a solution to an actual problem. This hands-on experience is invaluable and helps you understand how your A-level studies apply to real-world engineering. One participant explained that their project experience “proved to me that it was engineering that I wanted to concentrate on”.
Industry Mentorship
You’ll work closely with a professional engineer who acts as your mentor. This is a fantastic opportunity to learn from someone with years of experience. They can offer guidance, share their insights, and help you navigate the challenges of the project. The engineering tutor from Balfour Beatty described the experience of working with students as “a great experience to watch inexperienced people initiate ideas, and rationalise them in a structured manner”.
Teamwork and Leadership Skills
The scheme is a team effort. You’ll need to collaborate with your teammates, delegate tasks, and support each other. This builds essential leadership and communication skills. It also teaches you how to handle conflict and motivate others—skills that are invaluable in any career.
University and Career Advantages
Taking part in the scheme can give you a significant edge when applying to university. Admissions tutors highly regard the scheme because it demonstrates commitment and ability. In fact, over 70% of participants go on to study engineering or a related subject at university. It’s also a great way to build your CV, gain references, and develop a network of contacts in the industry. Some students even get summer jobs or sponsorship with their partner company as a result of their participation.
Who Can Apply for an Engineering Education Scheme?
The scheme is open to high-achieving students, but the application process is designed to select those who will make the most of the opportunity.
Eligibility Requirements
- Age group: Students in Year 12 (or S5 in Scotland) at the time of the project.
- Subjects: You must be studying A-level Mathematics. It’s also strongly recommended to study Physics or another science or technology subject.
- Academic record: You should have a strong track record at GCSE, typically achieving high grades, as you’ll be tackling challenging academic material.
- Interest: You must demonstrate a genuine interest in engineering as a potential career.
Schools and Colleges That Participate
Many state and independent schools across the UK participate in the scheme. Your school needs to be registered with the EDT to take part. If your school doesn’t currently participate, you could suggest they get involved—it’s a great way to boost the school’s STEM offering.
Skills That Help Applicants Stand Out
Competition for places can be tough, so it helps to show you’re more than just good at Maths. Skills and qualities that will help you stand out include:
- Teamwork: Can you work effectively with others?
- Communication: Can you express your ideas clearly?
- Initiative: Are you proactive and motivated?
- Problem-solving: Are you a creative thinker who can tackle challenges?
- Resilience: Can you handle setbacks and keep going when things get tough?
How the Engineering Education Scheme Works
The scheme follows a clear, structured pathway from start to finish.
Registration Process
It all starts with your school or college registering online with the EDT. The school then selects a team, usually of four students, based on their academic record, interest in engineering, and personal skills. Once the team is in place, the EDT partners them with a local employer who has a project ready to go.
Working with Industry Mentors
Your company mentor is a professional engineer who will guide you through the project. They provide the initial brief, help you understand the problem, and offer ongoing advice and support. You’ll have regular meetings, either at your school, the company, or another location. These mentors are often young engineers themselves, and they also benefit from the experience as part of their professional development.
Team Engineering Projects
At the heart of the scheme is the project itself. Your team will be assigned a real-world problem from your partner company. Previous projects have included designing a low-cost laser modulator, redesigning a magnetic stirrer, or developing a new method for testing components. You’ll spend about five months working on the solution, from initial research and design to testing and refinement.
Final Presentations and Awards
The scheme culminates in a Celebration and Assessment Day. Here, you’ll present your work to a panel of assessors, including senior industry engineers and representatives from professional institutions. You’ll also produce a formal written report and a display stand. Teams are assessed on their project management, engineering approach, teamwork, and presentation skills. The work is eligible for the CREST Award and can be used for the Duke of Edinburgh’s Award.
Engineering Education Scheme vs Engineering Apprenticeships
The scheme and apprenticeships are both excellent routes into engineering, but they suit different people and life stages.
| Aspect | Engineering Education Scheme | Engineering Apprenticeships |
|---|---|---|
| Level | Pre-university (Sixth Form) | Post-16 (Intermediate to Degree level) |
| Commitment | 6-month part-time project | 1 to 6 years full-time (with work) |
| Focus | Taster/introduction to engineering | Professional qualification & employment |
| Outcome | CV booster, university application support | Paid job, recognised qualification, work experience |
| Cost | Small fee for participants (£90 + VAT per student) | Typically paid position |
| Suitability | If you’re still exploring options | If you’re ready to commit to a career path |
Which Option Is Right for You?
The Engineering Education Scheme is ideal if you’re considering engineering but haven’t fully decided. It’s a low-commitment way to test the waters, build your CV, and strengthen your university application. Apprenticeships are better if you already know you want to work in a specific area and are keen to start earning and learning immediately. You can even use the scheme to help you decide if an apprenticeship is the right path for you.
Skills Students Gain Through an Engineering Education Scheme
The scheme develops a broad range of skills that are valued by both universities and employers.
Technical Skills
You’ll develop practical engineering knowledge by working on a real project. This could involve CAD, materials testing, data analysis, or electronics, depending on the nature of your challenge. You’ll learn how to approach a problem methodically, from initial research to final testing.
Communication Skills
Students on the scheme must clearly communicate their ideas through presentations and reports. As one assessor remarked, “I wish that my professional engineers could communicate half as effectively”. The scheme teaches you how to tailor your communication for different audiences, from your team to senior engineers.
Critical Thinking
The scheme teaches you to think critically. You’ll need to evaluate different solutions, weigh up the pros and cons, and justify your choices. This analytical approach is essential for any engineering career.
Leadership and Collaboration
Working in a team of four requires you to collaborate effectively, share tasks, and support your teammates. This develops leadership skills and teaches you how to manage relationships and deal with challenges collectively. The experience also demonstrates your ability to work under pressure and meet deadlines.
Career Opportunities After Completing an Engineering Education Scheme
The skills and experience you gain from the scheme can open doors to a range of career paths.
University Applications
Completing the scheme is a significant achievement that enhances your UCAS application. It shows universities that you’re serious about engineering and have the practical skills to succeed. More than 70% of participants go on to study engineering at university, and the scheme is “often a factor contributing to successful entry” due to its high level of difficulty.
Apprenticeships
The scheme is also great preparation for an apprenticeship. You’ll gain valuable work experience, develop a network of contacts, and have a better understanding of what a career in engineering looks like. Some participants even secure apprenticeship positions with their partner company after completing the scheme.
Graduate Careers
The skills you develop in the scheme are the same ones that graduate employers are looking for: project management, teamwork, communication, and problem-solving. Your experience on the scheme will give you a head start in the graduate job market, with 91% of students completing the scheme going on to study STEM subjects at university.
Professional Engineering Pathways
The scheme can help you decide which area of engineering to pursue. Past projects have spanned diverse sectors, including renewable energy, manufacturing, civil engineering, aerospace, robotics, AI, and infrastructure. By working on a real project, you can determine what you enjoy and where your strengths lie.
The scheme also offers excellent networking opportunities. Many participants stay in touch with their mentors and use these connections to find internships, placements, and jobs.
Tips for Making the Most of an Engineering Education Scheme
To get the most out of the experience, keep these practical tips in mind.
Ask Questions
Don’t be afraid to ask your mentor or teacher for help. They’re there to guide you and want you to succeed. A good question can also lead to a breakthrough in your project.
Network with Engineers
Your mentor is a gateway to a wider professional network. Take the opportunity to learn about their career path, the industry, and the different roles available. You could also request to meet other engineers in the company.
Build a Strong Portfolio
Document your process as you go. Keep notes, photos, and sketches. This will not only help with your final report and presentation but also give you a fantastic portfolio to show at university or job interviews.
Reflect on Your Learning
Take time to think about what you’re learning. What skills are you developing? did you enjoy? What did you find difficult? This reflection will help you make informed decisions about your future career.
Key Takeaways
- The Engineering Education Scheme offers a unique chance to work on a real engineering project with industry mentors.
- It develops essential skills valued by universities and employers, including teamwork, communication, and problem-solving.
- Over 70% of participants go on to study engineering at university.
- The scheme is open to Year 12 (S5) students studying A-level Maths.
- It’s an excellent way to build your CV and make informed decisions about your future career.
Frequently Asked Questions (FAQs)
What is an Engineering Education Scheme?
The Engineering Education Scheme is a six-month UK programme where Year 12 students work in teams with industry mentors on real engineering projects. Run by the Engineering Development Trust (EDT), it encourages high-achieving students to explore engineering careers through hands-on learning. The programme includes a residential university workshop and concludes with a Celebration and Assessment Day where students present their projects.
Is the Engineering Education Scheme free?
Schools or colleges are generally asked to contribute around £90 + VAT per student. This fee helps cover programme costs such as the launch event, residential workshop, mentoring, and final assessment day. Much of the funding is also provided by sponsor companies and charitable organisations, including the Gatsby Charitable Foundation.
Who is eligible for the Engineering Education Scheme?
The scheme is aimed at Year 12 students studying A-level Mathematics and preferably Science or Technology subjects. Applicants should have a strong GCSE record, demonstrate enthusiasm for engineering, and successfully complete the programme’s application and interview process.
Does the Engineering Education Scheme help with university applications?
Yes. Participation demonstrates practical engineering experience, teamwork, and problem-solving skills that universities value. Completing the programme can strengthen a UCAS application by showing commitment to engineering beyond the classroom. Many participants continue to study engineering at university.
Can international students participate in the Engineering Education Scheme?
The programme is primarily intended for students attending participating schools and colleges within the UK. International students enrolled at eligible UK schools may be able to take part. Students outside the UK should contact the Engineering Development Trust (EDT) or explore equivalent engineering education programmes available in their own country.
What skills do students gain from the Engineering Education Scheme?
Students develop valuable technical and transferable skills, including project management, teamwork, communication, critical thinking, and problem-solving. They also gain practical engineering experience, build confidence by working alongside industry professionals, and improve their presentation skills by showcasing their projects to experienced engineers.
Conclusion
The Engineering Education Scheme offers an incredible opportunity to kickstart your engineering journey. It’s more than just a project; it’s a chance to step into the world of professional engineering, solve real problems, and develop skills that will set you up for life. Whether you end up at university, in an apprenticeship, or straight into a graduate job, the experience, confidence, and network you’ll gain are invaluable.
For any sixth-form student wondering if engineering is the right path, or for parents and teachers looking to support their future engineers, the scheme is a fantastic place to start. The skills you learn and the people you meet can shape your future career. Research the programme, talk to your teachers, and take that first step towards an exciting career in engineering.
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Useful Resources
Explore these trusted organisations and platforms to learn more about the Engineering Education Scheme, find teaching materials, discover competitions, and plan your engineering career.
Engineering Development Trust (EDT)
The charity that runs the Engineering Education Scheme and other STEM programmes for young people across the UK.
Royal Academy of Engineering
Oversees the BEST programme and offers education resources, scholarships, and career support for aspiring engineers.
STEM Learning
A comprehensive collection of engineering resources, including lesson plans, activities, and Royal Academy of Engineering materials.
Neon – EngineeringUK
A free website for teachers offering structured collections of STEM activities, resources, and career guidance for sustained engagement.
Tomorrow’s Engineers
A hub for engineering presentations, resources, job profiles, and career support, including a Career Route Map showing pathways into engineering.
This is Engineering
The Royal Academy of Engineering’s campaign to encourage young people from all backgrounds to consider engineering careers, featuring videos and case studies.
Industrial Cadets (EDT)
An industry-led quality standard for workplace experiences, aimed at young people aged 9–21, run by the Engineering Development Trust.
Practical Action
Sustainable STEM challenges that incorporate engineering skills, suitable for various qualification levels and classroom settings.
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