AWS ASME IX Endorsement study plan

Map the structure of Section IX: locate the General Requirements, Welding, and Brazing parts and state what each governs

Define the core vocabulary (procedure specification, procedure qualification record, essential/nonessential/supplementary essential variable, welder and welding operator) in your own words

Distinguish the responsibilities of the Manufacturer/Contractor, the welding/branding personnel, and the Authorized Inspector in qualification and production

Explain what Section IX does and does not cover, including its relationship to construction codes and to other variables such as service conditions

Classify variables as essential, nonessential, or supplementary essential and explain what changes to each forces (new procedure qualification vs. WPS revision only)

Trace how the grouping systems (base metal, filler metal, flux, positions, technique) drive qualification coverage across procedure and performance qualification

Describe the minimum content and the qualification/approval path for a procedure specification and its supporting qualification record

Explain how supplementary essential variables interact with notch-toughness requirements

Draft a compliant procedure qualification record outline that captures joining process, base metal grouping, filler metal classification, positions, preheat, and postweld heat treatment

Build a variable matrix for the welding procedure variables covering joints, base metal, filler metal, position, preheat and postweld heat treatment, and electrical/technique characteristics

Determine which changes are supportable by an existing qualification and which require requalification, using worked change scenarios

Explain how multiple processes, multiple base metals, and multiple filler metals may be combined or must be qualified separately in a single procedure

Describe the performance qualification process flow from candidate testing through recording, approval, and validity

Differentiate the performance qualification variables from the procedure variables and identify which performance variables are essential

Apply the rules for position and diameter coverage, process coverage, and the limits on qualifying multiple processes in one test

Explain how continuity, revocation, and requalification of a welder's or welding operator's qualification are maintained

Specify the required test specimens and specimen preparation for procedure qualification of groove welds and fillet welds

State the acceptance criteria for the mechanical test methods used for procedure and performance qualification

Explain when volumetric or other non-destructive examination may substitute for, or supplement, mechanical testing

Solve 15 mixed acceptance-criteria problems (specimen dimension, test result, pass/fail with justification)

Map the brazing part of Section IX and state how its general requirements parallel and diverge from the welding general requirements

Identify the brazing processes and the brazing filler metal classification and grouping systems, and explain how grouping affects qualification coverage

Build a variable matrix for brazing procedure qualification across joints, base metal, filler metal, flux/atmosphere, position, preheat and postbraze heat treatment, and technique

Determine the essential, nonessential, and supplementary essential brazing procedure variables and what a change to each requires

Describe the brazing performance qualification flow, including who may be qualified, how the test is conducted, and how results are recorded and approved

Differentiate the brazing performance qualification essential variables from the brazing procedure variables

Specify the brazing qualification test specimens, examination methods, and acceptance criteria for both procedure and performance qualification

Apply the rules for qualification coverage, range of thickness or diameter, position, and continuity or expiration of brazing qualifications

Reconcile weak areas flagged by earlier self-tests and rewrite the associated rule summaries from memory

Complete two full-length timed mixed-domain practice exams and analyze every error by root cause (rule unknown, rule misread, or careless)

Integrate the three domains by answering scenario questions that require choosing between welding and brazing qualification logic

Consolidate a final one-page-per-domain quick-reference sheet limited to figures, groupings, and decision triggers