The Advanced National Certificate in Mechanical Engineering provides a solid, practice-led foundation in core mechanical principles, preparing learners for technician roles or progression to Level-5/AND or Year-2-degree entry. The programme develops competence in engineering mathematics, mechanical principles (statics & dynamics), thermofluids, materials & manufacturing, programming/computation, and design/project practice. Learners apply theory through laboratories and a design–build–test project that emphasises professional practice, ethics, sustainability and inclusive design.
- Typical: Level 3 qualifications (or equivalent) in a numerate/science subject—e.g. A‑levels, BTEC, or an access programme—with some mathematics.
- We welcome applications from mature learners and career changers; recognition of prior learning/experience (RPL/RPE) is available.
- You should be comfortable with basic algebra and using a computer for study and lab reporting.
- If English is not your first language, evidence of proficiency at approximately CEFR B2 (for example, IELTS 6.0 overall with 5.5 in each element) or equivalent.
- Level: RQF Level 4 (Year‑1 undergraduate equivalent).
- Credit volume: 120 credits (indicative TQT 1,200 hours; GLH around 360 hours).
- Curriculum scope aligns with the common first‑year core in electrical/electronic engineering: mathematics, circuits, analogue/digital, programming/physical computing, design and communication.
- Academic: progression to Level‑5 study (Year‑2 of a relevant BEng/BSc, HND/HNC top‑up pathways, or specialist Level‑5 diplomas), subject to receiving‑institution policies.
- Employment: junior technician roles in test and measurement, production support, installation/commissioning, and field service; the programming and documentation strands also support technician posts in embedded/IoT environments.
| Engineering Mathematics | 20 |
| Mechanical Principles (Statics & Dynamics) | 20 |
| Thermofluids | 20 |
| Materials & Manufacturing | 20 |
| Programming for Engineers / Engineering Computation | 20 |
| Design Project & Professional Practice | 20 |
- Full‑time: 1 academic year.
- Part‑time/evening: typically, 18–24 months with weekday starts around 18:30 and occasional Saturday workshops.
- Assessment is coursework‑led. Practical competence is evidenced through portfolios, simulation/evidence packs and short written components.