Professional Accountability Competencies (5.1–5.6): How to Write Them for Your CBA

Category 5 of the CBA, Professional Accountability, has six competencies (5.1 to 5.6) in the 34-competency framework used by PEO, EGBC, APEGS, Engineers Geoscientists Manitoba (EGM), Engineers Nova Scotia, APEGNB, Engineers PEI and PEGNL. The assessor’s ratings must average at least 3 across the six, and 5.1, the Code of Ethics competency, must also reach 3 on its own.

These competencies test how you act as a professional. Assessors want decisions you made, told in the first person, not a summary of the code of ethics.

How category 5 is scored

Regulator	Competencies	Category minimum	Individual minimums
EGBC, APEGS, EGM, Engineers Nova Scotia, APEGNB, Engineers PEI, PEGNL	Six (5.1–5.6)	Average of 3	5.1 at least 3; no competency at 0 (at APEGS a 0 fails the category)
PEO	Six (5.1–5.6)	Average of 3	5.1 at least 3 (professional standards competency); 5.2–5.6 at least 1
APEGA (also NAPEG and Engineers Yukon applicants)	One: 5.1 Professional Accountability	3.0	5.1 at least 3 (Canadian-environment competency since July 18, 2026)
OIQ (Quebec; not a CBA)	“Act professionally”: four elements rated by your supervisor	No averaging	Every element at least 3; the code of ethics element must be shown in a Canadian context

A 3 means you are ready for professional responsibility; nobody expects a 4 or 5. With six ratings averaged, a 2 on 5.5 needs a 4 elsewhere to hold the average at 3, but no average can carry 5.1: on the shared system a rating below 3 sends it back for revision. Only the assessor’s rating counts.

The six competencies, one at a time

The official wording comes from the shared system’s indicator list. The examples are illustrative, written for this guide, so do not copy or adapt them. Each fits the 300 / 1,200 / 300-character limits (Situation / Action / Outcome) published by APEGS, EGM, Engineers Nova Scotia and PEGNL; APEGA allows 400 / 1,800 / 400 and PEO’s form 300 / 1,650 / 300.

5.1 Code of Ethics

Official wording: “Demonstrate your ability to apply principles of the Code of Ethics within the Canadian engineering environment.” Minimum rating 3.

What it asks for: complying with the code of ethics and the engineering legislation where you practise, meeting obligations to employers, clients, peers and the profession while following corporate directives, understanding self-regulation and using practice guidelines. PEO’s wording adds “or its international equivalent standard”.

What assessors look for: a decision where an ethical duty changed what you did, with the duty named. For work abroad, name the matching principle in the Canadian code; on the shared system your validator will be asked how that setting compares with a Canadian one.

Common mistakes: quoting the code with no decision attached, describing your manager’s decision, or a story with no tension in it.

Illustrative example (municipal engineering)

Situation: In 2024 I was the engineer-in-training inspecting a sewer relining contract. The contractor asked me to record one lined section as complete before the liner sample test results arrived, so its progress payment would not be delayed.

Action: I declined and explained that my records must report only what had been verified, because the code of ethics puts public safety and honest reporting ahead of convenience. I recorded the section as “installed, testing pending” and told my supervising P.Eng. the same day. I suggested holding back payment for that item only, so the rest of the work was still paid. When one sample failed the specified value, I issued a deficiency notice and reviewed the repair proposal with my supervisor.

Outcome: The section was repaired and retested before acceptance, the contractor was paid on time for the other work, and my supervisor added a “testing pending” status to our inspection template.

5.2 Awareness of limitations

Official wording: “Demonstrate an awareness of your own scope of practice and limitations.”

What it asks for: asking for help and using the input, working with your supervisor and asking questions when needed. Assessors look for a moment when a task went beyond your training, what you did about it and what changed.

Common mistakes: a trivial limit, or other examples that read as if your work was never reviewed.

Illustrative example (mechanical engineering)

Situation: In 2023 I designed the supports for a new steam line in a food plant. The line crossed an existing steel platform, so its loads would go into beams that were not designed for them.

Action: I calculated the support loads, including thermal expansion and anchor forces. Checking the existing beams and connections was structural work I had not been trained to do, so I told my supervisor and asked for a structural engineer to review the platform. I gave her my load cases and assumptions. When her check showed that one anchor overloaded a beam connection, I moved the anchor, revised my calculations and filed her review.

Outcome: The platform needed one added brace, installed before commissioning, and I now flag any new load on an existing structure at the start of a design.

5.3 Conflict of interest

Official wording: “Understand how conflict of interest affects your practice.”

What it asks for: the one indicator is understanding how conflict of interest affects your practice. Assessors look for a real situation where your judgment could have been, or could have appeared to be, influenced by a personal or financial interest, how you disclosed it and what was done.

Common mistakes: defining the term, or writing what you would do if a conflict ever arose.

Illustrative example (electrical engineering)

Situation: In 2025 I helped evaluate tenders for a switchgear replacement at a water treatment plant. One of the four bidders was the firm I had left the year before, and I still held shares in it through its employee share plan.

Action: Before the bids were opened, I told the project manager in writing about my former employment and the shares, and asked that someone else score the bids. The client’s representative agreed that I would complete only the technical compliance checklist for every bid, while another engineer scored and ranked them. During the evaluation I declined that bidder’s invitation to a hockey game and reported it to the project manager.

Outcome: The evaluation was completed with my disclosure on file, and the award was not challenged.

5.4 Professional liability

Official wording: “Demonstrate awareness of professional accountability.”

What it asks for: awareness of potential professional liability in design, construction and inspection (structural applicants: the role of the StructEng designation and independent peer reviews). Assessors look for how you act on it: stating assumptions in reports, keeping to the agreed scope, confirming field instructions in writing and keeping records.

Common mistakes: a safety story, which belongs in 1.6, or an ethics story with no accountability angle.

5.5 Use of the stamp and seal

Official wording: “Demonstrate an understanding of appropriate use of the stamp and seal.”

What it asks for: understanding and awareness, as the indicator says. Assessors look for evidence that you know only a licence holder may seal, that sealing means taking professional responsibility, and who sealed your work and what you did to prepare it. Cite your regulator’s guidelines on authenticating documents and using the seal.

Common mistakes: writing only “my supervisor stamped the drawings”, or implying that you sealed documents before you were licensed.

Illustrative example (structural engineering)

Situation: In 2024 I prepared the calculations and drawings for a steel entrance canopy at a school. My supervisor, a P.Eng., was the engineer responsible and would seal the drawings for the building permit.

Action: Before issue, I checked the package against our regulator’s guideline on authenticating documents, and filed complete calculations so my supervisor could review them before sealing. When the contractor asked for a revised connection detail during construction, I drew the sketch but did not send it: I could not authenticate it, so I routed it to my supervisor, who reviewed and sealed it as a revision. I also stopped an unsealed drawing marked “issued for construction” from going out.

Outcome: Every issued drawing and revision carried the responsible engineer’s seal, and I now check seal status before every transmittal.

5.6 Strengths and weaknesses

Official wording: “Understand own strengths/weaknesses and know how they apply to one’s position.”

What it asks for: a self-criticism list and how you reduce your weaknesses. Assessors look for a specific weakness tied to your role, how you found it (feedback, a mistake, a review comment), what you changed and the result.

Common mistakes: a disguised strength such as perfectionism, or reusing your 7.2 example. Keep 7.2 for knowledge gaps and training, and 5.6 for how strengths and weaknesses affect your performance.