Objective. The student will compile the complete project documentation package and deliver a structured ten-minute oral defense of design, build, inspection, and troubleshooting decisions to a two-person evaluator panel, demonstrating mastery of the integrated skill set required for apprenticeship entry.
This lesson, its worked examples and its practice questions has not yet been verified by a licensed professional engineer or master tradesperson or by a certification or approval body. It is a study draft and may contain errors. Do not use it as instructions for work on a job site or on live equipment. Always follow your instructor, your supervising professional, and current official references and regulations.
VoTechWorks program approval and accreditation are still in progress. Credentials are issued only by the certifying bodies named in each program, after their own exams.
In the elevator trade, your work is inspected by third-party authorities, reviewed by engineers, and relied upon by the public every day. The ability to explain why you made every decision — in writing and out loud — is not an academic exercise. Apprenticeship programs, employers, and licensing authorities all expect a journey-level mechanic to own their work from design through commissioning. This final lesson prepares you to do exactly that by compiling your complete project documentation package and defending it before a two-person evaluator panel.
Passing this defense demonstrates the integrated skill set that the NEIEP/IUEC apprenticeship program and the NAEC CET exam both test: safe work practice, code knowledge, electrical and mechanical reasoning, and clear professional communication.
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Your binder must contain every required document in the following order:
1. Job Hazard Analysis (JHA) — identifies each task, associated hazards, and controls including lockout/tagout procedures and required PPE.
2. Design Rationale — written explanation of why you chose your drive type (hydraulic or traction), load and speed parameters, and major component selections.
3. As-Built Schematic — updated to reflect any field changes made during build. A schematic that does not match the actual installation is a safety and code violation.
4. Bill of Materials (BOM) — every component, quantity, specification, and part number.
5. Corrective Action Records (CARs) — one record for every fault or deficiency found, the root cause identified, and the fix applied.
6. Inspection Report — findings from the code-required inspection of your system, referenced to the applicable ASME A17.1 safety code sections.
7. Functional Test Log — recorded results from every required functional test, including safety device tests, in chronological order.
Before you submit, run a self-audit against the provided documentation checklist. A missing document is a prerequisite failure — you cannot defend until the binder is complete. Treat this the way a licensed inspector treats an incomplete permit package: the work stops until paperwork catches up.
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Your presentation must address five mandatory topics in a structured, logical sequence. Practice until you can cover all five in under ten minutes without rushing.
Topic 1 — Drive type selection. Explain the technical and application reasons you chose hydraulic or traction. Cover travel height limits, machine room requirements, load, and energy considerations.
Topic 2 — Safety-device string. Describe how every safety device in your system works together: overspeed governor, safeties, buffers, terminal stopping devices, and door interlocks. Evaluators want to hear you trace the circuit, not just list components.
Topic 3 — One fault found during build and how it was resolved. State the symptom, describe your diagnostic process using your test instruments, identify the root cause, and explain the fix. Reference your Corrective Action Record.
Topic 4 — One inspection deficiency and corrective action. Reference the inspection report entry. Explain what code requirement was not met, why, and what you did to bring the installation into compliance.
Topic 5 — One thing you would do differently. Evaluators are assessing professional maturity. A credible self-critique tied to a specific problem is far stronger than a vague answer.
Practice with a peer using the ten-minute timer. Ask your peer to flag jargon used incorrectly and to mark any moment your explanation became unclear.
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The instructor-provided question bank covers hydraulics, traction, controls, ASME A17.1 safety devices, and OSHA hazard controls — the same domains tested by the NEIEP/IUEC apprenticeship entry assessment and the NAEC CET exam. During the mock session your peer draws ten random questions. Treat each one as a scored item.
Strategies for answering evaluator questions:
After the mock session, write down every question you could not answer confidently and review those topics before the scored defense.
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Your JHA and functional test log document real hazard controls. If an evaluator asks about a safety procedure, your answer must be accurate — LOTO procedures, fall protection requirements, and PPE selection are not topics to approximate. Confirm your LOTO sequence against your as-built schematic. Confirm that every safety device test in your functional test log was performed with the required controls in place.
A defense panel will probe these areas specifically because errors in safety practice in the field cause fatalities.
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Two evaluators score your defense independently on a 25-point rubric:
| Category | Points |
|---|---|
| Clarity of design rationale | 5 |
| Accurate explanation of safety-device function | 5 |
| Correct troubleshooting narrative | 5 |
| Inspection findings accurately reported | 5 |
| Professional communication and trade terminology | 5 |
The two scores are averaged. You must reach 20 out of 25 (80%) to pass. If you score below 80%, review the specific rubric categories where you lost points and consult your instructor about remediation options before resubmission.
Answer each question, then check it. Nothing is recorded; this is your own practice.
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