Last verified: March 2026
The T-Level in Design and Development for Engineering and Manufacturing is a 2-year technical qualification equivalent to 3 A-Levels. It’s one of the most practical routes into engineering if you want technical depth without committing to a full apprenticeship yet.
You’ll spend 80% in the classroom and 20% on a real industry placement – that’s at least 315 hours with an actual engineering employer. It’s one of many alternatives to the traditional university route.
What you’ll study
Core content (all students)
- Maths for engineering
- Science for engineering
- Materials and their properties
- Mechanical principles
- Business and project management
Specialist pathways (choose one)
Design and development
CAD, product design, prototyping, design principles
Manufacturing and process
Production systems, quality control, lean manufacturing, CNC
This is a technical qualification – expect maths, physics, and hands-on engineering. If you don’t enjoy those, this isn’t for you.
Industry placement
Placement facts
- Minimum hours: 315 (roughly 45 days)
- Arranged by: Your school or college (you can help find employers)
- Employers: Manufacturing firms, engineering consultancies, aerospace companies, automotive, construction
- What you do: Real projects, not making tea
This is what makes T-Levels different from A-Levels – genuine workplace experience before you’ve even finished. Employers value it, and it gives you a real sense of whether engineering is right for you.
What can you do after?
- University: The engineering T-Level carries up to 168 UCAS points (Distinction* = 3 A*s). Most universities accept T-Levels for engineering degrees – but always check individual course requirements.
- Apprenticeship: Strong route into Level 4+ engineering apprenticeships. Employers value the industry placement experience.
- Employment: Direct entry into junior engineering, manufacturing, or technician roles.
- Degree apprenticeship: Combine your T-Level with a degree apprenticeship for a full degree with no fees.
Entry requirements
- Usually 5 GCSEs at grade 4+ including English and maths
- Grade 5+ in maths often required or strongly preferred
- Science GCSE at grade 4+ usually required
- No specific engineering background needed – the T-Level teaches from the ground up
Where to study
Not all colleges offer the engineering T-Level yet – it’s still rolling out. Use the gov.uk T-Level course finder to search for providers near you.
Engineering T-Level vs A-Levels vs apprenticeship
| Factor | Engineering T-Level | A-Levels (Maths + Physics) | Engineering apprenticeship |
|---|---|---|---|
| Duration | 2 years | 2 years | 2–4 years |
| Industry placement | Yes (315 hours) | No (usually) | Full-time employment |
| UCAS points | Up to 168 (3 A*s) | Up to 168 (3 A*s) | Varies |
| Qualification | Level 3 T-Level | Level 3 A-Levels | Level 3 NVQ |
| Salary while studying | No | No | Yes |
| Best for | Exploring engineering | Keeping options open | Earning and learning now |
For more on how T-Levels compare, read our guides on T-Levels vs A-Levels and T-Levels vs apprenticeships.
Frequently asked questions
Interested in engineering?
Compare the T-Level with apprenticeships or explore other T-Level subjects.
James Adams
Career and Education Founder
James Adams is a Career and Education Founder who also runs Tech Educators, an award-winning digital training provider based in Norfolk. He has direct experience delivering Skills Bootcamps, apprenticeships, and corporate training, and holds an Executive MBA (Distinction) from the University of East Anglia. He created Leaving School to give young people honest, independent guidance on every route available after school.