Free BTEC Level 3 Engineering Course in Saint Helens. Classes run at St Helens College, part-time during the day. The course runs over 540 hours, so you can build your knowledge at a manageable pace alongside other commitments. You'll cover the broad technical and practical foundations that engineering roles demand, working toward a Pearson Edexcel level 3 btec engineering qualification that carries real weight with employers and universities. If you don't already hold a full Level 3 qualification, the government pays the fees.
Who this course is for
This Course is for people who want to study BTEC National Extended Diploma in Engineering
Entry requirements
Please check www.sthelens.ac.uk/courses
What you will learn
You'll develop an understanding of engineering principles and how they apply across different sectors.
You'll study mathematics and science as they relate to engineering problems.
You'll learn how to read and produce engineering drawings and technical documentation.
You'll explore electrical, mechanical, and electronic systems and how they work.
You'll practise fault-finding and problem-solving techniques used in engineering environments.
You'll build knowledge of health, safety, and quality standards in engineering workplaces.
You'll complete project-based work that mirrors real engineering tasks.
How you will learn
The BTEC National Extended Diploma is assessed through a combination of internally assessed assignments and externally set examinations. Assignments are set and marked by the college and are based on realistic engineering scenarios. Some units are assessed by Pearson Edexcel through timed exams. You'll attend classroom-based sessions at St Helens College during the day, with tutor support throughout.
What you will need to bring
The centre will provide most materials. St Helens College will confirm anything else you need before you start.
Where next
Jobs you could do
Engineering technician: support engineers across manufacturing, electrical, or mechanical settings.
Maintenance engineer: keep machinery and equipment running in industrial environments.
Electrical engineer: install, test, and maintain electrical systems.
Mechanical engineer: design and develop mechanical components and systems.
Production engineer: oversee manufacturing processes and improve efficiency.
Quality control inspector: check products and processes meet engineering standards.
CAD technician: produce technical drawings using computer-aided design software.
What you could study next
HNC in Engineering (Level 4): a natural next step if you want to specialise and move into higher-level technical roles.
HND in Engineering (Level 5): builds on the HNC and can lead directly into the second or third year of a university engineering degree.
Degree Apprenticeship in Engineering: combine paid work with a full honours degree in your chosen engineering discipline.
