The short version
- AHEP is the Engineering Council’s standard for what an engineering degree has to teach. It’s a list of 18 learning outcomes.
- The IET (Institution of Engineering and Technology) is licensed by the Engineering Council to check degrees against AHEP and accredit them.
- An accredited BEng (Hons) partly meets the education requirement for Chartered Engineer (CEng). You’d still need further learning and work experience later.
- Every module on this course is written against AHEP. Each module learning outcome is tagged with the AHEP outcome it covers, e.g. [AHEP:4-C9]. Year 1 already touches 17 of the 18.
- The course is new, so it isn’t accredited yet. WMG plans to seek accreditation, but it can’t be guaranteed until it’s granted. Our cohort’s work is part of the evidence.
Not official
This is my own summary from the module documents, the Warwick course page and the IET and Engineering Council guidance (October 2026). Check the course handbook or ask WMG for the official position.
How the pieces fit together
Engineering Council
├── UK-SPEC ── what a registered ENGINEER must show (competence areas A–E)
└── AHEP ───── what an accredited DEGREE must teach (learning outcomes 1–18)
│
▼
IET (licensed institution)
├── accredits degree programmes against AHEP
└── registers people against UK-SPEC (EngTech · IEng · CEng)
AHEP and UK-SPEC are two halves of the same system. AHEP covers the education part of becoming registered. UK-SPEC covers the competence you show afterwards at work. See UK-SPEC and professional registration for the five competence areas.
The AHEP learning outcomes
AHEP 4th edition (2020) has 18 outcomes, in five groups. Each has three versions:
- C1–C18: Bachelors (Hons), partly meeting CEng. This is the set our course uses.
- M1–M18: integrated MEng, fully meeting CEng.
- B1–B18: Bachelors, fully meeting IEng.
The C and M versions talk about complex problems, and the B versions about broadly-defined ones.
| Group | No. | Outcome (paraphrased) |
|---|---|---|
| Science and mathematics | 1 | Apply maths, statistics, science and engineering principles to solve complex problems |
| Engineering analysis | 2 | Analyse complex problems from first principles to reach supported conclusions |
| 3 | Select and use computational and analytical techniques to model problems, knowing their limits | |
| 4 | Find and critically evaluate technical literature and other information | |
| Design and innovation | 5 | Design solutions that meet user, societal and business needs within standards and constraints |
| 6 | Use an integrated or systems approach | |
| The engineer and society | 7 | Evaluate environmental and societal impact and minimise harm (sustainability) |
| 8 | Identify ethical concerns and make reasoned choices using codes of conduct | |
| 9 | Use a risk management process to identify, evaluate and reduce risk | |
| 10 | Take a proportionate approach to security risks | |
| 11 | Take an inclusive approach: equality, diversity and inclusion | |
| Engineering practice | 12 | Use lab and workshop skills to investigate problems |
| 13 | Select and apply materials, equipment, technologies and processes, knowing their limits | |
| 14 | Understand quality management and continuous improvement | |
| 15 | Apply engineering and project management, commercial context and legal matters (including IP) | |
| 16 | Work effectively as an individual, a team member and a leader | |
| 17 | Communicate complex engineering to technical and non-technical audiences | |
| 18 | Plan and record your own learning and development (CPD) |
How Year 1 maps to AHEP
These tags come from each module’s own learning outcomes, as listed in the module descriptions and assessment briefs.
| Module | Learning outcomes and their AHEP tags |
|---|---|
| WM1AD Electrical Power and Motors | Describe motor types (C2) · calculate circuit parameters (C1) · justify motor selection (C3) · test motors (C12) |
| WM1AC Mechanisms and Machines | Classify mechanisms (C2) · kinematics (C1, C3) · kinetics (C1, C3) · select actuators (C12) |
| WM199 Developing an Engineering Mindset | Reflect and set development goals (C18) · identify harm and plan risk reduction (C9) · system requirements (C6) · engage stakeholders (C11) · evaluate sources (C4) |
| WM1AA Rapid Prototyping | Static loading problems (C5) · sustainable design and CAD (C7, C13) · prototypes that pass QC (C12, C14) |
| WM1AE Programmable Electronics | Microcontroller applications (C2) · logic for control (C1) · implement, test and debug code (C3, C12) |
| WM1AF Engineering Systems Design | Lifecycle models and MBSE (C6) · system models (C3) · systems engineering analyses (C9, C10) · design specifications (C5) |
| WM1AB Mechatronics Sprint Project | Risk assessment (C9, C15) · concept design (C5, C17) · team detailed design (C6, C7, C17) · safe manufacture (C12, C13) · reflect and present (C11, C16, C17) |
The same thing, by outcome
| AHEP | Where it shows up in Year 1 |
|---|---|
| C1 Science and maths | WM1AD · WM1AC · WM1AE |
| C2 Problem analysis | WM1AD · WM1AC · WM1AE |
| C3 Analytical tools | WM1AD · WM1AC · WM1AE · WM1AF |
| C4 Technical literature | WM199 |
| C5 Design | WM1AA · WM1AF · WM1AB |
| C6 Systems approach | WM199 · WM1AF · WM1AB |
| C7 Sustainability | WM1AA · WM1AB |
| C8 Ethics | Not a tagged outcome in Year 1, though WM199 teaches it (Engineering ethics and duty of care) |
| C9 Risk | WM199 · WM1AF · WM1AB |
| C10 Security | WM1AF |
| C11 Inclusion | WM199 · WM1AB |
| C12 Practical skills | WM1AD · WM1AC · WM1AE · WM1AA · WM1AB |
| C13 Materials and technology | WM1AA · WM1AB |
| C14 Quality | WM1AA |
| C15 Management and commercial | WM1AB |
| C16 Teamwork | WM1AB |
| C17 Communication | WM1AB |
| C18 CPD | WM199 |
Year 1 introduces almost every outcome at a basic level. Years 2 and 3, especially the final-year project, are where they have to be shown at the full “complex problem” standard.
How accreditation will happen for this course
- Status: Warwick says WMG aims to seek accreditation that partly meets the CEng education requirement, and that it can’t be guaranteed at this stage. WMG’s established degrees are already accredited.
- When: the IET won’t accredit a new BEng until its final year is running, and normally looks at graduate outputs, mainly final-year project reports. For us, that means around 2028–29.
- Backdating: when a programme is accredited for the first time after producing graduates, the IET can backdate accreditation to cover earlier intakes, as long as there’s evidence of those cohorts’ outputs. That’s how first cohorts are normally covered.
- Since 2022–23, accreditation for IEng as well as partial CEng isn’t automatic. The IET has to see both sets of outcomes mapped separately.
- Keep an eye on: the handbook rules on progression. Some modules carry conditions on staying on the accredited version of the course.
What this means for you
- Keep your work. Save every submitted assessment, its feedback, and your lab data. As the first cohort, our work is the evidence for accreditation, and it’s your own record too.
- Read the AHEP tags on each brief. They tell you what the assessment is really testing. A brief tagged C9 wants a proper risk process, not just a list of hazards.
- Start a CPD log now (CPD log template). It covers C18 and is exactly what the IET asks for when you apply for registration later.
- Consider IET student membership. It’s cheap for the whole course, and it gives you events, a mentor network and an earlier start on the route to registration.
The route to Chartered Engineer
Accredited BEng (Hons) ──► Further learning ──► Experience at work ──► Professional review ──► CEng
(partial CEng, AHEP C) (accredited MSc, or (show UK-SPEC A–E, (application + interview
learning at work) usually 4–7 years) with two CEngs)
An accredited BEng on its own leads more directly to IEng, if the degree is accredited for it. CEng needs Master’s-level learning on top: an accredited MSc, an MEng if WMG adds one, or further learning assessed at work.
Sources
- Engineering Council, AHEP 4th edition learning outcomes table
- IET, Academic accreditation information pack 2026–27
- University of Warwick, BEng Robotics Engineering with Artificial Intelligence
- Module learning outcomes: WMG module descriptions and assessment briefs, 2026–27