Red Seal Metal Fabricator study plan

Read a set of fabrication drawings and, for each, list every dimension, datum, weld symbol, and tolerance callout without referring to a key

Convert a mixed-unit drawing package into a single working unit system and flag any dimension that conflicts with another

Calculate true lengths and bend allowances for at least six flat-pattern developments using the neutral-axis method

Lay out two developments full-size on paper or plate and verify the wrap by rolling the pattern into its mating shape

Set up a cutting plan for one small assembly that minimizes kerf waste and lists each cut, its method, and its sequence

Demonstrate straight, bevel, and shape cuts with oxy-fuel and plasma equipment and record the settings used for each material thickness

Identify and correct three common cut defects (dross, bevel drag, kerf widening) by adjusting speed, gas pressure, or standoff

Form plate on a press brake to a specified angle and record ram travel, tonnage estimate, and springback correction

Run roll-bending and shrinking/stretching operations on curved work and check the finished radius against the drawing

Prepare joint geometry for a groove weld on plate and verify root gap, land, and bevel angle with a gauge

Classify a sample set of steels and alloys by their markings, mill certificates, and spark or fracture tests, and state the filler metal each requires

Set welding parameters for one process across three thicknesses and record amperage, voltage, travel speed, and shielding gas flow

Weld groove and fillet joints in the flat and horizontal positions, then section one coupon and document penetration and fusion

Explain the preheat and interpass requirements for a given carbon equivalent and apply them to a practice weld

Demonstrate correct storage, handling, and conditioning of covered electrodes and filler wire

Assemble a three-piece bracket square within 1 mm across diagonals using clamps, wedges, and temporary strongbacks

Align two structural members to a specified straightness and document the measurement method and readings

Set up and verify a jig or fixture for repeatable part location, then produce three identical parts and measure the spread

Perform routine maintenance and calibration checks on layout, measuring, and shop tools, and record findings

Select the correct hand and power tool for ten described shop tasks and justify each choice by safety and finish quality

Perform a documented hazard assessment for a fabrication task and identify controls using the hierarchy of control

Inspect and correctly don PPE for cutting, grinding, welding, and overhead work, and state the standard each item meets

Demonstrate safe handling of compressed gas cylinders, including storage separation, restraint, and leak testing

Identify ventilation requirements for welding fume and select the appropriate extraction method for a given shop layout

Segregate and document fabrication waste streams including scrap metal, spent consumables, and process fluids under local environmental rules

Calculate the load weight of a fabricated assembly from material densities and dimensions and compare it to the lifting equipment rating

Select and inspect slings and rigging hardware for a given load, and reject any item with a documented defect

Plan a lift with a written rigging arrangement showing centre of gravity, sling angles, and tension in each leg

Direct a practice lift using standard hand signals and state the communication protocol for a blind lift

Describe safe stacking, storage, and transport restraint for fabricated sections and plate

Select the inspection method appropriate to a given defect type and explain why other methods would miss it

Perform visual and dimensional inspection of a completed assembly against the drawing and record every nonconformance

Interpret a weld acceptance criterion and classify three sample discontinuities as acceptable or rejectable

Complete a non-destructive testing method overview and describe the preparation each method requires on the part surface

Write a corrective action for one nonconformance and verify the rework brings the part back into tolerance

Complete a timed full-length practice exam under test conditions and score it by domain

Review every missed item and write the underlying rule or calculation that was wrong

Re-drill the two weakest domains with focused practice until error rate drops below one in five items

Recite from memory the key formulas for bend allowance, load weight, sling tension, and preheat judgement

Build a one-page pre-exam reference card of standards, tolerances, and safety limits you must hold in memory