Intermediate Scaffolding VOC Questions and Answers

Refresh key Intermediate Scaffolding knowledge commonly assessed during a High Risk Work VOC. This page provides assessment-aligned guidance and a knowledge check to help you feel prepared.

⚠️ For knowledge refresh only. This does not replace training, site procedures or competency assessment. Voceed accepts no liability for misuse. View full disclaimer.

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Section 1 – Certification

Intermediate Scaffolding certification expands the scope of work beyond Basic scaffolding. This section focuses on the additional scaffold types and structures an Intermediate licence holder is legally permitted to construct. Understanding these permissions ensures work remains within licensing boundaries and aligns with regulatory requirements.

1. Is a person with an Intermediate Scaffolding Certificate allowed to construct a personnel and materials hoist?

No.

Yes.

Yes.

No.

Yes.

Yes

No.

Yes

Yes.

No.

Yes.

Section 2 – TUBE-AND-COUPLER SCAFFOLD SPECIFICATIONS

Tube-and-coupler scaffolds require strict compliance with dimensional and spacing limits to maintain structural stability. This section focuses on maximum heights, bay widths, lift spacing, tie positioning, cantilever specifications, and mobile scaffold restrictions. Mastery of these specifications ensures scaffolds are built safely within engineered tolerances.

12. What is the maximum specified height for a tube-and-coupler scaffold?

45 m.

2.4 m (or 10 planks).

950 mm (or 4 planks).

1.275 m (or 5 planks).

3 m.

2.4 m.

1.8 m.

1.8 m.

2 m.

300 mm.

300 mm.

950 mm (or 4 planks).

2

4

1

2

The first lift.

3 times its least base width.

45 degrees.

30 m.

3 m.

60 degrees (or 30 degrees to the horizontal).

600 mm.

1.125 m (or 5 planks).

As close as possible.

Section 3 – PARTICULAR SCAFFOLD REQUIREMENTS

Intermediate scaffolding introduces more complex structures such as cantilevered scaffolds, spurs, ramps, and catch platforms. This section addresses the structural requirements, anchorage methods, slope limitations, and support design necessary to ensure these higher-risk scaffold types remain stable and compliant under load.

37. What is the maximum allowable slope of a working platform?

7 degrees (or 1 in 8).

20 degrees (or 1 in 3).

450 mm.

100 mm.

5

75 mm.

Three times the outboard (or 75%).

Use lock nuts.

U-heads (or forkheads).

As close to the needles as possible.

15 mm.

No.

2 m.

Right angle (or double or ninety degree) coupler.

45 degrees.

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