CSCS Ireland Practice Test

CSCS Ireland Exam at a Glance

What changed for CSCS Ireland in 2026

• Oct 25, 2026: Delivery changed to Delivered by SOLAS Approved Training Organisations (previously Through Approved Training Organisations (ATOs)).^[1]
• Oct 25, 2026: Eligibility changed to Non-craft construction operatives (previously Six months' experience for the Experienced Operator course).^[2]
• May 1, 2026: From 1 May 2026, CSCS and QSCS excavator training includes an additional bolt-on element covering basic lift operation.^[1]

What the CSCS Ireland is and how it works

According to SOLAS, “are for non-craft operatives in the construction sector.”^[2]

CSCS Ireland is the Construction Skills Certification Scheme, and SOLAS is the official body. Programmes are delivered by SOLAS Approved Training Organisations, so you book and sit your course with an approved provider, not with this site.

The scheme is for non-craft operatives in the construction sector. A new entrant card has an expiry date of 2 years from the date of the course. The Experienced Operator route needs a minimum of 6 months' experience, and that registration card is valid for 5 years.

Renewal is done through an online form with a photo and payment. The renewal or replacement fee is €32 per card, and a renewed card runs for a further 5 years from the date of application.

This page does not have verified details on the exact test format, question count, pass mark, retake rules or course fees. These can differ between training organisations and course types. Check them with your approved training organisation and on the SOLAS CSCS pages before you book. Our practice sets are written by us with AI tools. They are not real exam questions. They are meant to help you get used to common site safety topics and the way answer options are worded.

Worked examples: how to reason through CSCS Ireland questions

These are practice questions written for this site, not questions from the real exam. Each explanation shows why the right answer is right and why the others are wrong.

Example 1

Question: What are the dangers of operating plant near underground services?

1. Underground services are always marked and easy to avoid
2. Risk of striking gas lines (explosion/fire), electricity cables (electrocution), water mains (flooding/ground collapse), telecoms, or sewers — locations must be identified before excavation using utility records and cable/pipe locators
3. Only gas lines are dangerous
4. Underground services are only present in urban areas

Answer: B. Risk of striking gas lines (explosion/fire), electricity cables (electrocution), water mains (flooding/ground collapse), telecoms, or sewers — locations must be identified before excavation using utility records and cable/pipe locators

Explanation:

The correct answer is B. Underground services can be gas, electricity, water, telecoms or sewer lines, and each one causes a different kind of harm when struck: explosion and fire, electrocution, flooding and ground collapse, or contamination. That is why locations must be identified before excavation, using utility records and cable and pipe locators.

A is wrong because services are often unmarked and hidden. C is wrong because gas is only one of several dangerous services. D is wrong because services run beneath rural ground as well as urban areas.

Rule to remember: assume buried services are present until records and locating equipment show otherwise, and confirm positions before the plant digs.

Example 2

Question: What hazards must be considered when scaffolding is erected near overhead power lines?

1. Overhead power lines are not a hazard to scaffolding
2. Risk of electrocution from scaffold tubes, metal fittings, or materials contacting or arcing to live power lines — minimum clearance distances must be maintained and ESB Networks must be contacted
3. Only wooden scaffolds are at risk
4. Power line hazards only exist above 33 kV

Answer: B. Risk of electrocution from scaffold tubes, metal fittings, or materials contacting or arcing to live power lines — minimum clearance distances must be maintained and ESB Networks must be contacted

Explanation:

The correct answer is B. Scaffold tubes, metal fittings and long materials can touch a live line, or electricity can arc across a gap to them. The result can be fatal electrocution. Minimum clearance distances must be kept and ESB Networks must be contacted before work starts.

A is wrong because overhead lines are a serious hazard to scaffolding. C is wrong because wooden scaffolds are not the only ones at risk; metal tubes and fittings make the danger worse, and long materials of any kind can reach a line. D is wrong because the question gives no basis for a 33 kV cut-off; the hazard exists across the voltages that apply to work near lines, and clearances vary with voltage.

Rule to remember: treat every overhead line as live, keep your distance, and ask the network operator before work begins.

Example 3

Question: What is the maximum gap permitted between a scaffold platform and the building face?

1. Any gap is acceptable
2. The gap must not exceed 225 mm (approximately 9 inches) — if greater, additional guardrails or other fall prevention must be provided on the inner edge
3. Up to 500 mm is acceptable
4. Up to 1 metre if guardrails are present on the outer edge

Answer: B. The gap must not exceed 225 mm (approximately 9 inches) — if greater, additional guardrails or other fall prevention must be provided on the inner edge

Explanation:

The correct answer is B. The gap between the scaffold platform and the building face must not exceed 225 mm. A bigger gap lets a person or a tool fall through. If the work needs a larger gap, for example when fitting cladding, additional guardrails or other fall prevention must be provided on the inner edge.

A is wrong because the gap is limited. C is wrong because 500 mm is well over the limit. D is wrong because guardrails on the outer edge do not protect against a fall through the inner gap, and 1 metre is far too wide.

Rule to remember: a gap at the inner edge is a fall hazard in the same way as an open outer edge, so it needs a limit or its own protection.

How to use these practice tests

Start with the main CSCS Ireland practice test to see which topics feel weak. Write down the areas where you guessed rather than knew.

Then work through the topic sets that match those gaps, such as Working at Height, Scaffolding Safety, Manual Handling and Plant Safety. Read the explanation after every answer, including the ones you got right, and note the rule behind each one in your own words.

Add shorter sessions on PPE and Fire Safety, Emergency Procedures and COSHH and Accident Reporting. Retake any set where you missed questions after a day or so, when you are no longer relying on short-term memory.

Use the official SOLAS pages and the material from your approved training organisation as the source of truth for what your course covers. Treat our sets as practice for recall and wording. Do a final mixed run on the main test close to your course date.

Sources & last verified

1. SOLAS — exam fee, validity, renewal, delivery (official source). “The renewal/replacement fee is €32 per card.” Verified Oct 25, 2026 · source checked Oct 20, 2026.
2. SOLAS — eligibility (official source). “are for non-craft operatives in the construction sector.” Verified Oct 25, 2026 · source checked Oct 20, 2026.

How we verify: editorial & fact-checking policy. Report an error: contact us.