SOLAS Wood Manufacturing & Finishing study plan

Map the full domain-1 blueprint into a checklist of subtopics covering wood science, machining, assembly, and finishing, and rank each subtopic by expected question weight

Define the terminology set for wood anatomy and properties (heartwood, sapwood, earlywood, latewood, grain orientation, anisotropic shrinkage) and write one-sentence definitions you can recall without notes

Explain how moisture content, fiber saturation point, and equilibrium moisture content drive dimensional movement, and predict the direction of cupping, bowing, and twisting for a given grain orientation and moisture change

Build a spaced-repetition deck of at least 80 cards drawn only from your own notes and textbook summaries

Compare seasoning methods (air drying, kiln schedules, dehumidification, radio frequency) and state the trade-offs in drying time, degrade risk, and final moisture uniformity

Diagnose common drying defects (case hardening, honeycomb, checking, collapse) from their causes and prescribe the schedule correction that prevents each

Sequence a rough-mill flow from log breakdown through ripping, crosscutting, planing, and moulding, and identify where defects are generated at each step

Calculate board feet, rough vs. surfaced yield, and waste percentage for a small cutting list

Match machining operations (sawing, jointing, planing, shaping, routing, boring, sanding) to the surface quality and tolerance each can hold

Explain cutter geometry, feed rate, and chip load interactions and predict burn, tear-out, and snipe from given cutting conditions

Describe adhesive families (PVA, polyurethane, epoxy, UF/MUF, RF-cured) and select an adhesive for interior, exterior, and structural applications with justification

Outline joint types (dado, rabbet, mortise-and-tenon, dowel, biscuit, dovetail) and state the failure mode and appropriate use of each

Trace the finishing process from surface preparation through sanding grit progression, grain raising, and sealing

Classify finishes (oil, varnish, lacquer, conversion varnish, waterborne, two-part polyurethane) by chemistry, cure mechanism, and service environment

Explain film thickness, build, adhesion, and compatibility issues such as recoating over unknown finishes and blushing from moisture

Identify application methods (brush, spray, HVLP, roll) and the transfer efficiency and defect risks of each

Diagnose finishing defects (orange peel, runs, fish-eye, craters, blush, poor adhesion, sand-through) and write the cause and remedy for each

Apply health, safety, and environmental controls including ventilation, spray booth requirements, VOC limits, flash point, and personal protective equipment

Describe quality-control checks used on finished and machined parts: adhesion testing, film thickness measurement, moisture content verification, and visual standards

Explain how substrate preparation, moisture content, and temperature and humidity affect cure and final appearance

Integrate manufacturing and finishing knowledge by walking a full job from stock selection through shipping and listing the decision points where defects could be introduced

Compare engineered wood products (plywood, MDF, particleboard, LVL, veneer) for machinability, finishing behavior, and dimensional stability

Explain veneering and laminating processes, including substrate preparation, glue spread, pressing, and bubble prevention

Review your weakest three subtopics from weeks 1 to 5 and rewrite your notes into a condensed summary

Answer at least 150 practice questions under timed conditions and record accuracy by subtopic

Re-study every subtopic where accuracy fell below 70 percent, using your own notes rather than the question explanations

Practice explaining aloud, in under 60 seconds each, the ten concepts you most often miss

Identify recurring distractor patterns in your errors and write a short personal trap list

Run two full-length timed mock exams and compare scores against your week-7 baseline

Drill only the flagged weak areas and your trap list, avoiding broad re-reading

Rehearse the condensed summary sheet from memory and check it against your notes for gaps

Finalize exam-day logistics: scheduling, allowed materials, and a pacing plan per question block