CWB Welding Inspector Level 1 study plan
CWB Welding Inspector Level 1 · Give each week a clear focus.
8 weeks · About 7 hours per week
Visual Welding Inspection Fundamentals & Welding Processes and Equipment
Define the inspector's role and limits of authority in visual inspection, distinguishing what a Level 1 inspector may accept, reject, or must refer upward
Identify and name the common weld joint types, weld types, and weld positions using standard terminology without reference aids
Label the principal regions of a weld (root, root penetration, toe, face, reinforcement, heat-affected zone) on hand-drawn sketches
Explain how arc energy, travel speed, and electrode manipulation influence bead shape and visible profile
Your checkpoint
A one-page hand-drawn weld nomenclature sheet with at least 15 correctly labelled features and a 10-item self-quiz answered from memory
Visual Welding Inspection Fundamentals & Welding Processes and Equipment
Describe the sequence of a systematic visual examination from pre-weld fit-up through post-weld final inspection
Distinguish discontinuities from defects and explain how acceptance criteria convert one into the other
Recognize and describe the visible appearance of porosity, undercut, overlap, spatter, arc strike, and incomplete fusion
Select appropriate illumination, viewing distance, and viewing angle for a given joint configuration
Explain the capabilities and limits of common visual aids such as mirrors, magnifiers, borescopes, and weld gauges
Your checkpoint
A discontinuity identification log describing 12 visible imperfection types with cause, appearance, and typical acceptance question for each
Welding Processes and Equipment
Compare shielded metal arc, gas metal arc, flux cored arc, gas tungsten arc, and submerged arc welding on equipment, consumables, and typical visible bead characteristics
Trace the welding circuit from power source through electrode, arc, workpiece, and return path, and explain the effect of polarity
Explain the function of constant current versus constant voltage characteristics and how each suits a process
Describe correct storage, handling, and redrying considerations for covered electrodes and flux
Identify common equipment faults and setup errors that produce visible weld defects
Your checkpoint
A process comparison table covering five processes across at least eight attributes, plus a 15-question self-test scored and corrected
Codes, Standards and Certification Requirements & Welding Processes and Equipment
Explain how a code or standard, a specification, and a procedure relate to one another in a welding project
Describe the purpose and content of a welding procedure specification and how a procedure qualification record supports it
Outline what welder performance qualification involves and why qualification is separate from procedure qualification
Locate and interpret acceptance criteria clauses for visual imperfections in a representative code structure
Match each welding process studied to its typical code-governed documentation requirements
Your checkpoint
A mock procedure review: given a written scenario, list at least 10 required documents and flag 5 missing or inconsistent items with justification
Codes, Standards and Certification Requirements
Distinguish the roles of the inspector, the welding supervisor, the contractor, and the third-party or client representative
Explain the meaning and limits of Level 1 certification, including supervision requirements and scope of authorized duties
Describe the certification and recertification cycle, including examination, experience, and maintenance of validity
Summarize the purpose of the main international and regional standards families governing welding quality without quoting clause text
Explain how contract documents determine which standard takes precedence when documents conflict
Your checkpoint
A written summary of at least 400 words explaining the Level 1 scope, supervision expectations, and recertification path, checked against a self-made checklist
Inspection Practice, Documentation and Safety & Codes, Standards and Certification Requirements
Complete a pre-weld inspection checklist covering joint preparation, fit-up, cleanliness, consumable condition, and procedure availability
Use fillet and butt weld gauges to measure leg length, throat thickness, reinforcement, and mismatch, and record readings
Draft a nonconformance report that states the requirement, the observation, the evidence, and the required disposition
Explain document control principles for inspection records, traceability, and retention
Describe the correct escalation path when a nonconformance is disputed on site
Your checkpoint
Three completed inspection record forms (one pre-weld, one in-process, one final) with realistic measured values and one full nonconformance report
Inspection Practice, Documentation and Safety
Identify the principal physical hazards of welding and inspection work, including fume, arc radiation, burns, electric shock, and confined spaces
Select appropriate personal protective equipment for given tasks and explain the basis for each choice
Explain hot work permitting, fire watch duties, and gas cylinder handling precautions
Describe safe practices for inspecting inside confined spaces and at height, including attendant and monitoring duties
Outline first-response actions for eye exposure, electrical contact, and fume overexposure
Your checkpoint
A hazard and control table for six inspection scenarios, each with at least three controls and one permit or authorization requirement
Visual Welding Inspection Fundamentals & Welding Processes and Equipment & Codes, Standards and Certification Requirements & Inspection Practice, Documentation and Safety
Integrate all four domains by working through full inspection scenarios from pre-weld to closeout
Answer timed practice questions across all domains and review every error to its root cause
Rehearse explaining a rejection decision aloud using requirement, evidence, and disposition in under two minutes
Audit personal weak areas and build a targeted revision list for the final days before the exam
Your checkpoint
A full-length timed mock examination with a scored error analysis and a written final-week revision list of no more than 20 prioritized items
Milestones
Week 2: Without notes, correctly identify and describe at least 10 visible discontinuities and state whether each is generally acceptable or rejectable under a stated criterion
Week 4: Explain aloud the difference between a procedure specification, a procedure qualification record, and a welder qualification, and list the documents required before welding starts, scoring at least 8 of 10 on a self-made checklist
Week 6: Produce a complete inspection record and nonconformance report that a supervisor could act on without asking clarifying questions
Week 8: Score at least 80 percent on the timed mock examination with no domain below 70 percent, and show a written error analysis covering every missed item