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100+ Free SAQCC-CP Examination Practice Questions

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2026 Statistics

Key Facts: SAQCC-CP Examination Exam

50

E1A Foundation MCQs

SAIW

1,25×

Design Pressure Hydrotest

PER Reg. 11

36 mo

Max In-Service Interval

PER Reg. 11(1)(d)

9 yr

Recertification Cycle

SAIW

SAQCC-CP

Certification Body

SAIW

SANS 10227

AIA Personnel Criteria

SABS

The SAQCC Competent Person (CP) examination certifies inspectors to carry out in-service pressure vessel and steam generator inspection under South Africa's OHS Act Pressure Equipment Regulations, typically while employed by an Approved Inspection Authority (AIA). Candidates complete SAIW Foundation Week and a Core Week track, passing Examination E1A (50 multiple-choice questions, two hours, closed book) plus E1B for pressure vessels (35 MCQ closed book and ~20 open-book questions on PER and SANS 10227) or E2 for steam generators (two-hour closed-book MCQ). Entry requires documented experience on ten vessels or boilers and recertification after nine years. This free prep includes 100 practice questions with explanations and an AI tutor.

Sample SAQCC-CP Examination Practice Questions

Try these sample questions to test your SAQCC-CP Examination exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1In the SAQCC-CP Foundation Week (E1A) syllabus, which arc welding process uses a consumable electrode coated with flux and is commonly called MMA or stick welding?
A.Gas Tungsten Arc Welding (GTAW)
B.Shielded Metal Arc Welding (SMAW)
C.Submerged Arc Welding (SAW)
D.Plasma Arc Welding (PAW)
Explanation: Shielded Metal Arc Welding (SMAW), also termed Manual Metal Arc (MMA), uses a flux-coated consumable rod. The flux decomposes to shield the molten pool and forms slag that must be removed between passes — a core E1A topic.
2Gas Metal Arc Welding (GMAW) is best described as:
A.A process using a continuously fed wire electrode with external shielding gas
B.A process using only flux-coated electrodes without shielding gas
C.A process limited to flat-position welding under granular flux
D.A process that always requires a non-consumable tungsten electrode
Explanation: GMAW (MIG/MAG) feeds a continuous solid or metal-cored wire while shielding gas protects the arc and molten pool. It is widely used in pressure-equipment fabrication and repair covered in CP training.
3Which welding process uses a non-consumable tungsten electrode and an inert shielding gas such as argon?
A.SMAW
B.SAW
C.GTAW
D.FCAW without gas
Explanation: Gas Tungsten Arc Welding (GTAW/TIG) establishes the arc between a tungsten electrode and the workpiece while inert gas shields the weld zone. It gives precise control for root passes and exotic materials — knowledge expected at Foundation Week level.
4Submerged Arc Welding (SAW) is primarily characterised by:
A.Hand-held flux-coated electrodes for all positions
B.An arc submerged under a blanket of granular flux with a continuously fed wire
C.Oxy-fuel gas welding of pressure vessel shells
D.Explosion welding of dissimilar metals
Explanation: SAW hides the arc beneath granular flux on flat or horizontal seams, enabling high deposition rates on boilers and pressure vessels. The flux recycles and must be managed to avoid inclusion defects.
5Flux-Cored Arc Welding (FCAW) differs from solid-wire GMAW mainly because:
A.FCAW never produces slag
B.FCAW uses a tubular wire that may contain flux and can be self-shielded or gas-shielded
C.FCAW requires a non-consumable tungsten electrode
D.FCAW is only used for brazing copper tubes
Explanation: FCAW wire has a flux core that can provide shielding (self-shielded) or work with external gas (dual-shield). Inspectors must recognise FCAW slag systems and associated defect risks during visual examination.
6For site repair of a pressure vessel nozzle, which process combination is most often selected when root access is limited and quality must be controlled?
A.SAW in the vertical-up position without backing
B.GTAW for the root pass followed by SMAW or GMAW fill passes
C.Oxy-acetylene cutting only
D.Friction stir welding without procedure qualification
Explanation: GTAW gives precise root control on critical nozzles; fill and cap passes may use SMAW or GMAW per an approved WPS. CP candidates must understand why process selection affects defect risk and inspection scope.
7In GMAW, changing from argon-rich shielding to CO₂-rich shielding typically:
A.Eliminates all spatter and porosity
B.Increases arc energy and penetration but may increase spatter
C.Makes the process fully self-shielded without gas cylinders
D.Prevents the need for a WPS
Explanation: CO₂ is an active gas that increases penetration and heat input compared with pure argon blends, but spatter and fume can rise. Inspectors evaluate whether the shielding gas matches the qualified WPS.
8Which statement about welding position designations is correct for CP Foundation knowledge?
A.1G means a pipe rotated in the flat position
B.3G means a groove weld in the horizontal position on plate
C.4F means a fillet weld on pipe in the overhead position
D.2G always refers to pipe in the vertical-fixed position
Explanation: AWS/ISO position codes: 1G is pipe rotated (flat), 2G is pipe horizontal fixed, 3G is plate vertical, etc. Welder qualification and WPS tests reference these positions — E1A expects familiarity with common codes.
9When inspecting a production weld made by SAW, which factor most distinguishes SAW from SMAW on a long seam?
A.SAW leaves no need for inter-pass slag removal on multi-pass joints
B.SAW uses granular flux that can trap inclusions if not cleaned at starts/stops
C.SAW cannot be used on carbon steel pressure vessels
D.SAW always eliminates the heat-affected zone
Explanation: SAW flux must be managed at starts, stops, and repairs; unfused flux or slag pockets are inspection concerns. CP inspectors relate process characteristics to likely defect mechanisms.
10A repair WPS specifies SMAW with E7018 electrodes. The inspector should verify that:
A.The electrode classification matches the qualified WPS and is stored dry per manufacturer requirements
B.Any electrode type may be substituted if the welder is experienced
C.E7018 is only for aluminium alloys
D.Hydrogen-controlled electrodes never require preheat
Explanation: Low-hydrogen E7018 electrodes must match the WPS and be kept dry to avoid hydrogen cracking. Material-technology and WPS topics in E1A tie electrode classification to defect prevention.

About the SAQCC-CP Examination Exam

The SAQCC Competent Person (CP) certification qualifies engineering personnel to perform statutory in-service inspection and testing of pressure vessels and steam generators under South Africa's Pressure Equipment Regulations (PER). Administered through SAIW training and SAQCC-CP examinations, it covers welding processes, defects, NDT, PER Regulation 11, SANS 347 and SANS 10227, and practical inspection knowledge for Approved Inspection Authorities.

Assessment

Multi-module SAIW training and examination pathway: Foundation Week (E1A) → Core Week PV (E1B) or Steam Generators (E2); graded pass/fail per module

Time Limit

E1A: 2 hours; E1B: 1 hour closed book + 1 hour open book; E2: 2 hours

Passing Score

Pass required on each module; SAIW does not publish a single percentage cut-off

Exam Fee

CP-PV course (15 days, 2026): R37 630 corporate / R40 704 non-member incl. VAT; certification fees separate (South African Qualification and Certification Committee for Competent Persons (SAQCC-CP) / Southern African Institute of Welding (SAIW))

SAQCC-CP Examination Exam Content Outline

25%

Foundation Week (E1A)

Welding processes, defects, visual inspection, NDT introduction, WPS/PQR, materials technology — 50 MCQ closed book

20%

Pressure Equipment Regulations

Regulation 11 pre-commissioning and in-service inspection, 36-month intervals, 1,25 × design hydrotest, AIA duties

15%

SANS Codes & Standards

SANS 347 categorisation, SANS 10227 AIA criteria, incorporated fabrication standards

15%

NDT & Visual Inspection

VT, PT, MT, UT, RT selection, thickness gauging, acceptance and reporting

15%

Pressure Vessel Inspection

Internal/external examination, corrosion mapping, safety accessories, limited-scope CP-PV

10%

Steam Generator Inspection

Boiler types, waterside/fireside damage, drum and tube examination, E2 knowledge

How to Pass the SAQCC-CP Examination Exam

What You Need to Know

  • Passing score: Pass required on each module; SAIW does not publish a single percentage cut-off
  • Assessment: Multi-module SAIW training and examination pathway: Foundation Week (E1A) → Core Week PV (E1B) or Steam Generators (E2); graded pass/fail per module
  • Time limit: E1A: 2 hours; E1B: 1 hour closed book + 1 hour open book; E2: 2 hours
  • Exam fee: CP-PV course (15 days, 2026): R37 630 corporate / R40 704 non-member incl. VAT; certification fees separate

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

SAQCC-CP Examination Study Tips from Top Performers

1Prioritise E1A topics first — welding processes, defect recognition, and NDT method selection appear throughout later modules
2Memorise PER Regulation 11 figures: hydrotest at 1,25 × design pressure, 36-month maximum in-service interval, nine-year internal/hydro dispensation limit
3Know when to use PT vs MT vs UT vs RT — austenitic stainless is non-magnetic; ferromagnetic carbon steel suits MT
4Practice open-book navigation of PER and SANS 10227 for the E1B Core Week paper (~20 questions)
5Document your ten-vessel or ten-boiler inspection experience with AIA-verifiable records before applying to SAQCC-CP
6Complete all 100 practice questions and review every miss with the AI tutor before sitting E1A, E1B, or E2

Frequently Asked Questions

How many questions are on the SAQCC-CP Foundation Week exam (E1A)?

Examination E1A is a two-hour closed-book paper of fifty multiple-choice questions covering welding processes, defects, visual inspection, introduction to NDT, welding procedures and welder qualifications, and materials technology, per SAIW initial certification requirements.

What experience do I need before SAQCC-CP certification?

Applicants typically need five years of documented inspection and testing experience on ten pressure vessels or ten steam generators, reducible to three years with a metallurgy degree or one year with existing CP certification and continuing professional development evidence.

What regulations govern SAQCC Competent Person duties?

In-service inspection of pressure vessels and steam generators is mandated by Regulation 11 of the Pressure Equipment Regulations under the Occupational Health and Safety Act, 1993, with personnel requirements defined in SANS 10227 Table 1 for Approved Inspection Authorities.

What is the hydrotest pressure under PER?

Pre-commissioning and in-service hydraulic tests under PER Regulation 11(1)(a) and (d) are conducted at 1,25 times the design pressure, witnessed by an Approved Inspection Authority except where Category I SANS 347 provisions allow user inspection.

Can I skip Foundation Week training?

Candidates holding an SAIW Level 1 Welding Inspector diploma, International Welding Practitioner or Specialist qualification, or who completed the SAIW Five-Day Engineers Appreciation course may challenge Examination E1A directly without attending Foundation Week training.

Is this free SAQCC-CP practice as good as paid prep?

Our 100 practice questions cover Foundation Week and Core Week topics with teaching explanations for every answer plus free daily AI tutor interactions. All content is free and updated for 2026 using SAIW examination specifications and verified PER requirements.