Quick answer
Engineering Technologist CDR (ANZSCO 233914): the short answer
ANZSCO 233914 Engineering Technologist is the occupational category for graduates of three-year engineering technology programmes, and for professional engineers whose qualification is not Washington Accord recognised. It is assessed against its own Stage 1 competency standard — a different benchmark from Professional Engineer, not a lesser version of it.
Who ends up in this category
Two groups. The first is graduates of three-year engineering technology programmes, which the Sydney Accord recognises at exactly this level. The second — larger and usually more surprised — is holders of four-year engineering degrees that are not covered by the Washington Accord, either because the country was not a signatory when the degree was awarded or because the specific programme was not accredited.
That second group frequently applies as Professional Engineer, and is assessed as Engineering Technologist anyway. Engineers Australia assesses the qualification you hold against the standard it supports; nominating a higher category does not change what your degree is.
Checking first costs nothing. Our eligibility checker maps a qualification to a likely category in a couple of minutes, and the skills assessment guide sets out the accord coverage rules.
It is not a downgrade
The single most damaging misconception about this code is that it is a consolation prize. It is not, for three reasons.
It is on the MLTSSL. That means the subclass 189, 190 and 491 all remain available. Compare that with the 312xxx draftsperson and technician codes, which sit on the STSOL and genuinely do restrict you to state and regional pathways.
It is broad. 233914 is not tied to one discipline, so it accommodates careers that span mechanical, electrical and process work without forcing an artificial choice.
It is in demand. Australian employers hire engineering technologists into design support, testing, project delivery and technical coordination roles across every sector.
The mistake that costs money is not being assessed as an Engineering Technologist. It is spending months writing to the Professional Engineer standard when your qualification was always going to be assessed against the ET one.
Writing to the ET standard, not the PE standard
The ET competency standard has the same three-group structure and the same sixteen elements, but the wording and the level differ, and the prefix is ET rather than PE. A summary statement using PE labels for an ET application is an immediate credibility problem.
| Professional Engineer | Engineering Technologist | |
|---|---|---|
| Knowledge base | Comprehensive theory-based understanding of the underpinning sciences | Systematic understanding of the technologies relevant to the discipline |
| Problem solving | Original application of engineering fundamentals to complex problems | Application of established technology to well-defined problems |
| Design | Systematic synthesis from requirement to solution | Adapting and improving existing designs using recognised techniques |
Practically: you are not expected to originate a method. You are expected to select the right established method, apply it correctly, recognise when the result is wrong, and adapt. Episodes that reach for theoretical novelty tend to read as strained; episodes that show disciplined, standards-based application read as exactly right.
Choosing between 233914 and a named discipline code
If your qualification supports Professional Engineer and your work is squarely one discipline, nominate that discipline — 233211, 233512, 233311 and so on. Named codes generally have wider state nomination coverage than 233914.
Nominate 233914 when your qualification is a three-year technology programme, when your four-year degree is not accord-recognised, or when your career genuinely spans disciplines in a way no single named code describes.
Do not nominate 233999 Engineering Professionals nec as a substitute — that code is for professional-level disciplines without their own entry, not for qualification-level questions.
Which qualifications typically map here
There is no universal list, because the answer depends on the specific programme and the year it was awarded. But the recurring patterns are worth knowing.
- Three-year engineering technology degrees — the Sydney Accord recognises these at exactly this level, and a signatory-accredited programme within the coverage period may qualify without a CDR at all.
- Four-year degrees from non-signatory countries, or from signatory countries but awarded before that body joined the accord.
- Four-year degrees in a programme that was never accredited, even where the institution is well regarded and other programmes at the same university were.
- Degrees with a substantial non-engineering component — some applied science, technology management and industrial technology programmes.
Two things decide it: award year and the exact programme name on your parchment. Not the university's reputation, and not your job title since. If you are unsure, send us the certificate and the year — we check it against the accord coverage periods at no charge, and it takes minutes.
What the role looks like in Australia
Applicants worry that an ET outcome will limit their career. In the Australian market it generally does not, because employers hire on demonstrated capability and local experience rather than on the category an assessing authority assigned for migration purposes.
Engineering technologists work across design support, testing and commissioning, technical coordination, project delivery and asset management, in every sector from infrastructure to manufacturing to utilities. Indicative salaries run roughly from AUD 80,000 to AUD 140,000 depending on discipline and experience — overlapping substantially with professional engineer bands at the same level of experience.
Where the category does bite is statutory registration. Queensland's RPEQ scheme and Victoria's registration requirements are built around professional engineer competencies, so roles requiring registration will be harder to reach. If your long-term plan involves signing off designs in those states, that is worth knowing early. See our salary guide for the wider picture.
Can you move up later?
Yes, though not by re-arguing your existing qualification.
The routes that actually work are further study — an accredited Australian bachelor or masters in engineering, which also contributes to the Australian study requirement for points — or, later in your career, chartered status, which is assessed against Stage 2 competencies and reflects demonstrated professional practice rather than your original degree.
What does not work is submitting the same qualification again with a better-written CDR. Engineers Australia assesses the qualification against a published standard; the writing does not change what the degree is.
For most applicants the sensible sequence is: accept the ET outcome, migrate, build Australian experience, then pursue NER registration or chartered status from a position of local evidence.
Common mistakes in Engineering Technologist applications
- Writing to the PE standard. Reaching for theoretical novelty when the ET standard asks for disciplined application of established technology. It reads as strained, and the element labels give it away.
- Using PE prefixes in the summary statement. An immediate signal that the wrong standard was used.
- Assuming the category limits your visa. 233914 is on the MLTSSL. It is the 312xxx Associate codes that restrict you, not this one.
- Nominating 233999 instead. Engineering Professionals nec is for professional-level disciplines with no named code — it does not solve a qualification-level question.
- Not checking the accord position first. Some applicants heading for ET are actually accord-covered and need no CDR at all; others assume PE and are assessed as ET anyway. Ten minutes of checking either way.
- Thin CPD. The category does not lower the expectation on the supporting documents.
Full occupation detail is on the ANZSCO 233914 page.
Verify before you act
Migration rules, occupation lists, fees and processing times change. This post was last reviewed on 5 October 2026. Confirm current requirements with Engineers Australia, the ACS or the Department of Home Affairs before lodging anything, and seek advice from a registered migration agent (MARA) for immigration matters.
Frequently asked questions
Is Engineering Technologist on the MLTSSL?
ANZSCO 233914 has been listed on the MLTSSL, which supports the subclass 189, 190 and 491. Verify current status on the Department of Home Affairs website before lodging, as lists are revised by legislative instrument.
Is Engineering Technologist lower than Professional Engineer?
It is a different competency standard, not a lesser one. It is assessed against its own sixteen Stage 1 elements pitched at applying established technology. Critically, it sits on the MLTSSL, so it does not restrict your main skilled visa options the way an Engineering Associate code does.
Can I apply as Professional Engineer instead?
You can nominate it, but Engineers Australia assesses the qualification you hold against the standard it supports. If your degree is not accord-recognised, you are likely to be assessed as Engineering Technologist regardless — so check before writing to the wrong standard.
Do I use PE or ET labels in my summary statement?
ET. The Engineering Technologist standard uses ET-prefixed element numbers. Using PE labels in an ET application signals you have written to the wrong standard.
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