Please note:
This seems to be a popular choice! This course is now full for 2025/26 and so you will not be able apply for it as one of your course choices.
However, you can join our waiting list for this course by emailing us at waitinglist@stbrn.ac.uk
In the meantime, please apply for an alternative course to go alongside your other choices. If a place becomes available, we will contact you and discuss whether you want to swap to this course back into your programme.
As course choices change and students shuffle around, it is very unusual for students to remain on waiting lists and not get onto all of their first choice courses by the beginning of term. We will keep you updated!
Course Outline
The Pearson BTEC Level 3 National Extended Certificate in Engineering (AAQ) provides a comprehensive foundation for anyone interested in pursuing a career in the engineering sector. You will gain essential skills and knowledge in areas such as:
- Engineering principles
- Mechanical and electrical systems
- Engineering project management
- CAD (Computer-Aided Design)
- Health and safety regulations in engineering
This course will equip you with both theoretical understanding and practical skills, preparing you for university, apprenticeships, or employment in fields such as mechanical, electrical, civil, or aerospace engineering.
Methods of Teaching and Learning
You will experience a variety of teaching methods, including:
- Classroom-based learning: Gain theoretical knowledge through interactive lessons.
- Practical workshops: Develop hands-on skills in specialist areas using industry-standard tools and equipment.
- Group work and projects: Collaborate with peers on real-life engineering projects.
- Independent study: Conduct research and complete assignments to deepen your understanding of engineering concepts.
You will experience a variety of teaching methods, including:
- Classroom-based learning: Gain theoretical knowledge through interactive lessons.
- Practical workshops: Develop hands-on skills in specialist areas using industry-standard tools and equipment.
- Group work and projects: Collaborate with peers on real-life engineering projects.
- Independent study: Conduct research and complete assignments to deepen your understanding of engineering concepts.
Method of Assessment
Your progress will be assessed through a combination of coursework, practical assessments, and exams. The course uses:
- Assignments: Based on real-world engineering scenarios, focusing on problem-solving and application of theory.
- Practical assessments: Demonstrating technical skills in the workshop.
- External exams: Testing your understanding of core engineering principles.
- Portfolio development: Building a record of your learning and project work.
Your progress will be assessed through a combination of coursework, practical assessments, and exams. The course uses:
- Assignments: Based on real-world engineering scenarios, focusing on problem-solving and application of theory.
- Practical assessments: Demonstrating technical skills in the workshop.
- External exams: Testing your understanding of core engineering principles.
- Portfolio development: Building a record of your learning and project work.
Resources
You will have access to a range of resources to support your learning, including:
- Fully equipped engineering workshops
- CAD and 3D modelling software
- Industry-standard tools and machinery
- Library resources with engineering textbooks, eBooks, and research materials
- Online learning platforms with video tutorials and interactive content
You will have access to a range of resources to support your learning, including:
- Fully equipped engineering workshops
- CAD and 3D modelling software
- Industry-standard tools and machinery
- Library resources with engineering textbooks, eBooks, and research materials
- Online learning platforms with video tutorials and interactive content
Progression
Upon completion, you can progress to university to study engineering disciplines, pursue higher level apprenticeships, or enter employment within the engineering sector, including roles in design, production, and technical support.
Upon completion, you can progress to university to study engineering disciplines, pursue higher level apprenticeships, or enter employment within the engineering sector, including roles in design, production, and technical support.
Where can this course lead?
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