If you drafted your KA02 report against an eight-element framework and a “500 words per element” rule you found online, you have been reviewing against the wrong standard. That framework belongs to Engineering New Zealand. This KA02 report review checklist is built for one cohort: international engineers with non-Washington Accord degrees submitting to Engineers Australia through the myEngineers portal, whose real fear is uploading something that looks finished but fails on a criterion they never saw.
Work through the checks below in order. Each one names the Engineers Australia standard, document, or portal step it derives from, so you can verify it yourself.
What Engineers Australia actually assesses in a KA02 report
Engineers Australia scores your report against its Stage 1 Competency Standards, the same benchmark behind every skills assessment it runs. Your knowledge areas, KA1 through KA4, are not marked as a summary of what your degree covered. Each response has to demonstrate a competency the standard already names, framed in your nominated occupation’s context.
That distinction decides most outcomes. An assessor reading KA3 is not checking whether you studied control systems. They are asking whether your response shows in-depth technical competence at the level PE1.2 describes. A report that reads like a course syllabus, however complete, answers a question the assessor never asked.
How assessors score each knowledge area response
Read your responses the way the assessor will: one competency claim at a time, checked against the sub-element it is supposed to satisfy. A paragraph naming a topic without evidence of your own capability scores nothing, however technically correct. Before you look at polish, mark each paragraph with the competency element it is meant to prove. Any paragraph you cannot label is one the assessor cannot credit.
Three structural gaps that trigger a KA02 rejection
Three failures do most of the avoidable damage, and none involve grammar.
The first is applying the wrong standard entirely. The eight knowledge elements, the performance indicators, and the eight to ten week assessment window you see quoted everywhere belong to Engineering New Zealand. A report structured around them is misaligned from its first page against Engineers Australia’s criteria.
The second is a knowledge area that summarises your degree instead of mapping to competency elements. The third is a knowledge claim with no named project or academic unit behind it. Fix these three, and you have cleared the failures that writing-service checklists rarely catch.
Format and word count on your KA02 report review checklist
Start here, because format failures are fast to fix and easy to miss. Discard the “around 500 words per element” figure first. That is Engineering New Zealand’s rule for its eight-element assessment.
Word count minimums per KA section
Engineers Australia sets its own length expectations in its Migration Skills Assessment preparation guide, available at engineersaustralia.org.au/publications/prepare-your-migration-skills-assessment-application. Source the per-section minimums from that document, specifically the table or schedule of requirements in the current edition, and do not carry an ENZ number across. If you are also weighing the standard CDR route, its Career Episodes run 1,000 to 2,500 words each across three episodes, a separate requirement for a separate document; our CDR word count and format rules guide covers that pathway.
Format: font, margins, file type, and labelling
Check font, margins, file type, and section labelling against the same MSA preparation guide rather than an inherited template. Label each KA section clearly so an assessor can navigate to KA1 through KA4 without hunting. Consistent headings let the assessor confirm coverage at a glance. A report that hides its structure invites the reader to assume a section is missing.
Knowledge area coverage across KA1 through KA4
Ask one question of each knowledge area: does it prove a competency, or merely mention a subject? Coverage means every KA reaches the sub-elements it is responsible for.
KA1 and KA2: mathematics, physical sciences, and fundamentals
KA1 has to demonstrate mathematics fluency for engineering analysis, which the Stage 1 Competency Standard sets out as PE1.1a, alongside the physical, life, and information sciences of PE1.1b. Numerical methods belong here too. KA2 should carry the supporting engineering science and first-principles problem-solving of PE1.1c and PE1.1d. Tie each to a named academic unit or a piece of work, not a general statement that you studied the topic.
KA3: specialist knowledge scoped to your occupation
KA3 carries in-depth technical competence, the six sub-elements from PE1.2a through PE1.2f. Scope it tightly to your nominated ANZSCO occupation. Generic discipline breadth reads as an undergraduate overview. The assessor wants specialist depth that matches the occupation you are claiming, including awareness of current practice and advanced knowledge in your major technical areas.
KA3 is also where PE1.3 applies: Techniques, Tools and Resources, covering six sub-elements from PE1.3a through PE1.3f. These address modelling and simulation, laboratory and field characterisation, the selection and application of analysis and design tools, and the recognition of their limitations. If your KA3 demonstrates specialist knowledge but says nothing about the methods and tools you applied to generate or test that knowledge, a portion of the PE1.3 scope is uncovered.
KA4: design, project management, and professional practice
KA4 has to show engineering design proficiency (PE2.4), project conduct (PE2.5), and professional and ethical practice (PE3.4), each backed by real projects. Verify the specific portfolio expectations for PE2.5 against the current Stage 1 Competency Standard for your occupation category, since the sub-element describes the scope and variety of project evidence required. Check the published standard directly rather than relying on any summary, including this one.
KA4 also carries PE1.4, General and Contextual Knowledge, which covers two sub-elements addressing the role of engineering in society and sustainability. A response that goes straight to design without situating the work in its social, regulatory, or environmental context leaves PE1.4 unaddressed.
Map each KA section to its Stage 1 competency elements
The matrix below is the self-audit tool a general writing checklist leaves out. Run your draft against it paragraph by paragraph. Where no paragraph points at a sub-element, that is a gap the assessor will find.
The mapping is our reading of the published standard, offered as a self-audit tool rather than an Engineers Australia document. Confirm every code against the current Stage 1 Competency Standard for Professional Engineers before you rely on it.
| KA section | Scope to cover | Stage 1 sub-elements to address |
|---|---|---|
| KA1 | Mathematics, physical sciences, numerical methods | PE1.1a, PE1.1b |
| KA2 | Supporting engineering fundamentals | PE1.1c, PE1.1d |
| KA3 | In-depth specialist knowledge; modelling, analysis and design tools, experimental methods | PE1.2a to PE1.2f; PE1.3a to PE1.3f |
| KA4 | Design, project management, professional practice; engineering in society and sustainability | PE2.4, PE2.5, PE3.4; PE1.4a, PE1.4b |
Reading the matrix for your occupation category
The codes above come from the Stage 1 standard for Professional Engineers. Nominating an Engineering Technologist or Engineering Associate occupation means the equivalent Stage 1 standard for that category applies and the sub-element numbering differs. Use the standard that matches your nomination, not the one a sample report happened to use.
Evidence quality: named projects beat coursework summaries
Evidence is scored at the level of the individual claim. Test your report one sentence at a time.
Two versions of the same point show the difference clearly. “I have strong knowledge of structural analysis” gives an assessor nothing to score. “On a road bridge retrofit, I built the finite element model that sized the strengthening plates and brought predicted deflection back within the code limit” gives them a competency, your personal role, and a measurable outcome. The second version wins because it is falsifiable and it is yours.
Go through each knowledge claim and confirm a named project or a specific academic unit sits behind it. Strip out sentences that could have been written by anyone in your discipline. Thin, generic evidence is among the most common reasons Engineers Australia turns reports back, a pattern our guide to why Engineers Australia rejects reports covers in detail for the CDR route as well.
Supporting documents and declaration checks
Certification is where applicants lose weeks, because a strong report stalls behind a transcript that was never properly certified. Your academic transcripts must meet Engineers Australia’s certified translation and notarisation standards, and those requirements differ from a standard CDR bundle.
Confirm the current certification, translation, and currency rules in the MSA preparation guide rather than assuming last year’s process still holds. Beyond transcripts, expect to supply identity documents, a current CV, continuing professional development records, and, where required, a statutory declaration or employer reference supporting your claimed roles. Verify the definitive list for your pathway against the official guide before you assemble the upload.
Language clarity and plagiarism check before uploading
Engineers Australia expects genuine English competence, the standard it captures as PE3.1a. Assessors read a KA02 report as a professional communication artefact, so tangled sentences and inconsistent terminology cost you on the competency, not only on readability. Read every response aloud and cut anything that makes you stumble.
Then check originality, and take this seriously. Mirroring a published sample KA02 report triggers a plagiarism flag because assessors have seen those samples. Your evidence is drawn from your own projects, so your prose should be unmistakably yours. Copied structure and borrowed phrasing read as a shortcut, and a shortcut is what an originality review is built to catch.
Submitting your reviewed KA02 through myEngineers
Once the checklist is clean, submit through the myEngineers portal at portal.engineersaustralia.org.au.
Upload sequence, file naming, and declaration steps
Create or sign in to your myEngineers account, start the migration skills assessment application, and upload your documents in the order the portal requests: typically identity first, then qualifications, then your KA02 report and supporting evidence. Name each file so its contents are obvious from the filename. Follow the portal’s own naming instruction where it gives one. Complete every declaration acknowledgement before you pay and submit, since an unticked declaration can hold the whole application.
What happens after you submit
After submission, your application enters the assessment queue, and you receive an outcome notification through the portal. Engineers Australia publishes its current processing times on its website. Check them there, because the eight to ten week figure circulating online is Engineering New Zealand’s assessment window and does not predict how long your EA outcome will take.
Questions engineers ask before their first KA02 submission
Does the KA02 report replace the CDR for non-Washington Accord graduates?
No. The KA02 knowledge assessment and the CDR are separate documents serving different applicant cohorts. Because eligibility depends on your qualification and nominated occupation, confirm which pathway applies to you directly with Engineers Australia before you invest weeks in either document. Our Engineers Australia CDR report guide explains the standard CDR pathway in full.
How many words should each knowledge area section in the KA02 report contain?
Use the length guidance in Engineers Australia’s current Migration Skills Assessment preparation guide, not the “around 500 words per element” figure you may have seen online. That number is Engineering New Zealand’s, for its eight-element assessment, and applying it to an EA submission means writing to the wrong specification.
Can you resubmit a KA02 report if Engineers Australia rejects it the first time?
Generally yes. An unsuccessful outcome is not always final, and applicants can usually respond, revise, or reapply. The exact options, deadlines, and any fees appear in your outcome letter and in Engineers Australia’s current assessment guidance. Act on those specifics rather than a general assumption.
What supporting documents must accompany a KA02 submission in the myEngineers portal?
Expect certified academic transcripts meeting Engineers Australia’s translation and notarisation standards, identity documents, a current CV, and continuing professional development records, with a statutory declaration or employer reference where your roles need corroboration. Confirm the definitive current list in the MSA preparation guide before you upload.
How long does Engineers Australia typically take to assess a submitted KA02 report?
Engineers Australia publishes its current processing times on its website, and that is the figure to trust. The eight to ten week timeline quoted on many pages is Engineering New Zealand’s assessment window and does not predict how long your EA outcome will take.
Run this KA02 report review checklist end to end before you touch the upload button, and you will catch the structural gaps an assessor catches rather than the surface ones. See how the full CDR process compares to the KA02 pathway in our Engineers Australia CDR report guide.