Professional practice

The previous lessons covered the law and the codes. This one is about the daily habits and obligations of a practising engineer: authenticating documents, taking responsibility for work done by others, running a practice that manages risk, keeping competence current, and dealing with the regulator when something goes wrong. It ends with the professional practice exam, which tests most of this course.

Regulators in every province publish practice standards and guidelines on these topics. Some, such as authentication rules, are mandatory; others describe what a reasonable engineer does and are used as evidence of the standard of care in discipline and court proceedings. Either way, ignoring them is risky.

Authenticating documents

Applying a seal or stamp, a signature and a date to an engineering document says three things: a licensed engineer prepared the document or directly supervised its preparation, that engineer takes professional responsibility for it, and it is complete for its stated purpose. Every regulator requires final engineering documents, such as drawings issued for construction, specifications, reports and calculations submitted to authorities, to be authenticated by the responsible engineer, and several also require the firm's permit number. Preliminary documents should be clearly marked as not for construction and are generally not sealed.

Engineers may authenticate only work they prepared or directly supervised, and direct supervision means real control: the engineer directed the work, reviewed it in enough depth to take responsibility for it, and could have changed it. Sealing work prepared by others outside the firm after a quick look, sometimes called plan stamping, is professional misconduct. An engineer who reviews and adopts another engineer's work must do enough checking to take full responsibility for it, which usually means checking it as thoroughly as if she had prepared it. Electronic authentication is now accepted by all regulators, using digital signatures that secure the document against undetected changes; a scanned image of a seal pasted into a file is not enough.

Revisions need care. When sealed documents are revised, the revised sheets must be re-authenticated, and when another engineer modifies a sealed design, that engineer must take responsibility for the modification and the original seal must not be left implying responsibility for work the original engineer never saw. Many disputes, and at least one of this course's case studies, turned on who had approved a change to sealed work.

Responsibility for work done by others

Engineering is a team activity. Engineers-in-training, technologists, drafters and subconsultants do much of the work that the responsible engineer authenticates. The responsible engineer must assign work only to people competent to do it, give clear instructions, check the work at a level suited to its risk and the person's experience, and keep a record of the checking. Subconsultants' work raises a further question: the prime consultant is usually liable to the client for its subconsultants under the services agreement, so it should require them to carry their own insurance and check that their documents are coordinated with the rest of the design.

Shop drawings and contractor-designed components, such as precast elements, connections or temporary works, are a frequent source of confusion. The engineer of record reviews them for general conformance with the design; the specialty engineer who designs the component authenticates its design. The specifications should say clearly which engineer is responsible for what, and the review stamp should match that division. The Hyatt Regency case shows what happens when the division is unclear.

Running a practice

Firms that offer engineering services to the public need their own authorization, a certificate of authorization or permit to practice depending on the province, with a licensed engineer designated as responsible for the firm's engineering work. Many regulators now require firms to have a documented professional practice management plan covering quality management, checking, record keeping and continuing education. Good practice includes:

• A quality management system: documented procedures for design development, independent checking of calculations and drawings, design reviews at milestones, and verification of software and spreadsheets.
• Document control, so that everyone works from the current revision and superseded documents are clearly marked.
• Project records: calculations, correspondence, meeting notes, field reports and sealed documents, retained for at least as long as claims can be brought and, for structures, often for their design life.
• Contract review before signing, so that scope, fee, schedule, standard of care and liability terms are understood and insured.
• Risk management: screening projects and clients, staffing projects with competent people, and notifying the insurer promptly of circumstances that might lead to a claim.
• Professional development and supervision, so that junior staff gain experience safely and competence is maintained across the firm.

Continuing competence

Every Canadian regulator requires members to maintain their competence, most through a mandatory continuing professional development program. Members record activities such as courses, conferences, presentations, mentoring, committee work and self-study, often against a target number of hours over a rolling period, and report annually. Regulators audit a sample of members and can suspend those who do not comply. Some also run practice reviews, in which an experienced engineer visits a member or firm and reviews actual work.

The program tracks one engineer's activities against a renewal requirement. The rules in it are assumptions for illustration; real requirements differ in hours, categories and caps.

# Track continuing professional development against a renewal requirement.
# Assumed rules for illustration; check your own regulator's or board's rules.
REQUIRED = 30          # hours per two-year renewal period
MAX_SELF_STUDY = 10    # self-directed hours that count
MIN_ETHICS = 2         # hours of ethics or professional practice

log = [  # (activity, category, hours)
    ("Steel bridge design seminar", "course", 7.0),
    ("Webinar: corrosion of steel connections", "course", 1.5),
    ("Ethics module, professional practice", "ethics", 2.0),
    ("Mentoring two EITs", "service", 6.0),
    ("Reading journals and codes", "self", 14.0),
    ("Conference presentation (prep and delivery)", "presenting", 5.0),
]

self_hours = sum(h for _, c, h in log if c == "self")
other_hours = sum(h for _, c, h in log if c != "self")
ethics = sum(h for _, c, h in log if c == "ethics")
counted = other_hours + min(self_hours, MAX_SELF_STUDY)

print(f"Logged {sum(h for *_, h in log):.1f} h; counted {counted:.1f} h of {REQUIRED}")
print(f"Self-study logged {self_hours:.1f} h, counted {min(self_hours, MAX_SELF_STUDY):.1f} h")
print(f"Ethics hours: {ethics:.1f} (need {MIN_ETHICS})")
short = max(0, REQUIRED - counted)
print("Requirement met" if short == 0 and ethics >= MIN_ETHICS else f"Short by {short:.1f} h")

Logged 35.5 h; counted 31.5 h of 30
Self-study logged 14.0 h, counted 10.0 h
Ethics hours: 2.0 (need 2)
Requirement met

The interesting line is the self-study cap. Maya logged 14 hours of reading, but only ten count, so her surplus is smaller than it looks. Engineers who leave their records until the last month of a reporting period often find that their hours fall into the wrong categories. Logging activities as they happen, with evidence, avoids that problem and makes an audit painless.

Complaints and discipline

Anyone can complain to a regulator about an engineer: a client, a member of the public, another engineer, a building official. The regulator's process usually follows the same stages. Staff screen the complaint and investigate, gathering documents and interviewing the engineer and witnesses. An investigation or complaints committee decides whether there is enough evidence to refer the matter to a hearing; many cases are resolved earlier, by a caution, an undertaking or an agreed resolution. If referred, a discipline committee panel, which includes public members as well as engineers, holds a hearing much like a trial, and decides whether the engineer is guilty of professional misconduct, incompetence or both.

Penalties range from a reprimand, a fine, conditions on practice such as supervision or courses, and suspension, up to cancellation of the licence, often with an order to pay the regulator's costs. Decisions are usually published with the engineer's name, because informing the public is part of the purpose. Engineers can appeal to the courts, which generally defer to the regulator's expertise. Practising without a licence, or misusing the title, is a separate offence prosecuted against anyone, licensed or not.

An engineer who receives a complaint should take it seriously from the first letter: respond within the deadline, cooperate with the investigation (failure to cooperate is itself misconduct), notify the professional liability insurer, which may provide or fund legal advice, and avoid contacting the complainant about the complaint. Most complaints are dismissed, and a calm, complete, documented response is the best way to get there.

The NPPE

The National Professional Practice Exam is the law and ethics exam for licensure in every province except Quebec. As lesson 1 described, it is a computer-based, remotely proctored, multiple-choice exam of about two and a half hours. Its blueprint maps closely onto this course: professionalism and the regulation of the profession (lesson 1), ethics (lesson 10), professional practice (this lesson), law for professional practice, including contract, tort, tendering and business law (lessons 2 to 7 and 9), and professional law, covering the acts, bylaws and discipline (lessons 1 and 11). Workplace safety and environmental law (lesson 8) appear across several sections.

Preparing well is mostly about practice with scenarios, not memorizing statutes. Useful habits:

• Start with the official blueprint and reference materials, and map each topic to the lessons in this course.
• Read your own regulator's or board's code of ethics and practice guidelines closely; exam questions often turn on precise wording, such as whether a duty is to inform or to report.
• Work timed practice questions, and for every question you miss, write down the principle behind the right answer.
• Learn the leading cases by their principle rather than their facts: what each one decided and why it matters to engineers.
• On the exam, read every scenario for the decisive fact, eliminate options that put the client or employer ahead of the public, and be wary of answers that sound reasonable but skip a required step such as written notice.