Objective. The student will assemble and submit a complete project portfolio and present a 15-to-20-minute oral defense of the build process, quality decisions, and safety practices before an evaluator panel, answering questions drawn from ABYC Composite Boat Builder and ACMA CCT exam domains.
This lesson, its worked examples and its practice questions has not yet been verified by a licensed engineer or certified journey-level 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.
The final step of your Capstone Project is not just finishing the part—it is demonstrating that you understand every decision you made while building it. The portfolio and oral defense give you the opportunity to show evaluators, future employers, and credentialing bodies that you can plan, execute, document, and critically evaluate your own work as a composites professional.
Your portfolio must be organized so that anyone—an employer, an ABYC auditor, or a quality manager—can pick it up and follow your entire build from planning through final inspection. Assemble it in a binder with tabbed sections and mirror that structure in your digital folder. The required sections are:
1. Build plan – your approved work order, drawings, and layup schedule.
2. Bill of materials and cost summary – every material listed with quantity, unit cost, and total; this demonstrates awareness of real shop economics.
3. Photographic build log with captions – a photo at every hold point (mold prep, first laminate ply, core bond, final laminate, post-cure) with a short caption explaining what was inspected and what decision was made.
4. SDS index – a list of every Safety Data Sheet that applied to your project, with the physical or digital SDS on file. Evaluators may ask you to locate a specific section during the defense.
5. Quality-control and repair checklists with all signatures – completed forms showing dimensional checks, visual inspection results, any void or delamination found, and the repair performed; all signatures must be present before the portfolio is accepted.
6. Reflection memo (one to two pages) – identify one process change you would make on a second build and explain why, using specific data or observations from your build log.
Your instructor reviews the portfolio against a 10-item submission checklist before confirming your defense date. Do not wait until the last day—missing a signature or an SDS can delay your defense.
The defense runs 15 to 20 minutes of presentation followed by a 10-minute question period. Two evaluators score you: your lead instructor and at least one industry or program advisor. Your finished part sits on the table throughout; evaluators will pick it up, flex edges, inspect laminate surfaces, and compare measurements to your specs.
Follow this required outline:
1. Project objective – what part you built, its intended function on a vessel, and the performance requirements it had to meet.
2. Material selection rationale – why you chose the specific resin system, reinforcement type, and core (if applicable); connect your choice to the ABYC or ACMA guidance you studied.
3. Process sequence with safety measures – walk through each major step; for each step, name the PPE required, any ventilation or respiratory protection used, and the relevant hazard controls. Mention lockout/tagout if any powered equipment was involved in mold prep or trimming.
4. Quality-control findings – what your inspections revealed, including any defects.
5. Repairs performed – describe the type of defect, the repair method selected, and how you verified the repair met acceptance criteria.
6. Final evaluation outcome – did the finished part meet all dimensional tolerances and visual inspection criteria? Refer to your signed checklist.
Speak clearly and at a measured pace. You may sketch on the whiteboard when explaining laminate geometry or fiber orientation. Avoid vague language; evaluators will follow up on any claim you cannot support with a number, a standard reference, or an observation from your build log.
Evaluators draw questions from two exam domains:
These overlap significantly. A single question may ask you to name the cure cycle for a specific resin system, explain why a particular glass fabric orientation resists impact, or describe how you would handle a chemical spill in the layup area. Answer what you know with precision; if you do not know an exact value, describe the principle and explain how you would find the correct specification in a standard reference or SDS.
The rubric has four domains—technical accuracy, process rationale, safety knowledge, and professional communication—each scored 1 through 4 by each evaluator, for a maximum of 16 points. You need a score of at least 12 of 16 with no domain rated 0 to pass. The portfolio must also satisfy all 10 checklist items. Both conditions must be met.
If you do not pass on the first attempt, you may revise the portfolio or repeat the defense once within the course window. Written evaluator feedback arrives within one class day so you know exactly what to address.
Even in a presentation setting, professionalism includes safe handling of the finished part. If the part has sharp trimmed edges, protect them with tape before the session or wear cut-resistant gloves when handing it to evaluators. Do not bring uncured resin, mixed catalysts, or opened containers into the presentation room. If you display SDS documents digitally, know how to navigate to Section 2 (hazard identification) and Section 8 (exposure controls and PPE) quickly—evaluators may ask you to do exactly that.
Answer each question, then check it. Nothing is recorded; this is your own practice.
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