Course Level: Level 3
Exam Board: OCR
Specification link: Click to View
Entry requirements: 5 GCSE's Grade 5 or above including a Grade 6 or above in Mathematics
Watch the following video from the Engineering Department which runs our Engineering Courses
Course Description
The OCR Level 3 Cambridge Advanced National (AAQ) in Engineering – Extended Certificate is a vocational qualification equivalent to one A Level. It is designed for students aged 16+ who want to develop applied knowledge and practical skills in engineering, preparing them for higher education, apprenticeships, or employment in the sector.
The course includes 360 guided learning hours (GLH) and combines externally assessed exams with non-examined assessments (NEA), offering a balance of theoretical understanding and hands-on experience.Units Studied
F130 – Principles of Engineering (90 GLH) - External assessment
Covers core engineering principles including mathematics, science, and materials, providing the theoretical foundation for further study and practice.
F131 – Material Science and Technology (60 GLH) - External assessment
Focuses on the properties, structure, and applications of engineering materials, and their role in modern manufacturing and design.
F132 – Engineering in Practice (90 GLH) - Non-exam assessment (NEA)
A hands-on unit where students apply their knowledge and skills to solve real-world engineering problems through project-based learning.
F133 – Computer Aided Design (CAD) (60 GLH) - Non-exam assessment (NEA)
Develops skills in using industry-standard CAD software to create and modify 2D and 3D engineering drawings.
F136 – Computer Aided Manufacture (CAM) (60 GLH) - Non-exam assessment (NEA)
Introduces learners to CAM technologies and processes, including CNC machining and digital manufacturing workflows.
Career Pathways
L3 Engineering leads to Level 4 and Level 5 Engineering. It also leads to apprenticeships and direct employment. It may be the springboard that you need to discover where your engineering vocation lies.
This qualification supports progression into a wide range of engineering-related fields, such as:
- Mechanical and Electrical Engineering
- Civil and Structural Engineering
- Aerospace and Automotive Engineering
- Robotics and Mechatronics
- Product Design and Manufacturing
It also provides a strong foundation for higher apprenticeships or university-level engineering courses.
Job Opportunities
With further training or study, learners can pursue roles such as:
- Engineering Technician
- CAD Designer
- Maintenance Engineer
- Manufacturing or Production Engineer
- Quality Control Technician
- Systems or Automation Engineer
These roles span industries including construction, transport, energy, and advanced manufacturing.
Further Reading
To support and extend learning, students are encouraged to explore:
Engineering: A Very Short Introduction by David Blockley
Structures: Or Why Things Don’t Fall Down by J.E. Gordon
The Art of Electronics by Paul Horowitz and Winfield Hill
Institution of Engineering and Technology (IET) resources
Engineering-focused publications like Engineering & Technology Magazine, Make: Magazine, and New Scientist
Institute of Mechancial Engineers website
