HK SWP / Gondola Operator (CIC) study plan
HK SWP / Gondola Operator (CIC) · Give each week a clear focus.
8 weeks · About 7 hours per week
Safe operation and load control (rated load and persons, load distribution, stability, wind and weather limits, keeping clear of obstructions, travelling and parking, communication and signalling, exclusion zones below) & Statutory framework and safety responsibilities (FSD/ Labour Department requirements, Construction Sites (Safety) Regulations, Factories and Industrial Undertakings (Suspended Working Platforms) Regulation, codes of practice, roles of contractor, competent person and operator)
State the rated load, maximum persons and load-distribution rules for a dual-point suspended working platform, and calculate allowable load for three sample platform sizes
Explain in writing how wind speed limits, weather thresholds and typhoon/rainstorm signals govern when a gondola must be stopped, lowered and secured
Identify the statutory duties of the contractor, the competent person and the operator under the Factories and Industrial Undertakings (Suspended Working Platforms) Regulation
Describe the exclusion zone and below-platform controls required before any suspended platform is raised, including barricading and signposting
List the pre-lift checks that must be completed before allowing a person to board, and sequence them in the correct order
Your checkpoint
A one-page 'operating envelope' card for a dual-point gondola covering rated load, person limit, wind limit, weather stop rules and exclusion-zone setup, checked against your notes with zero missing items
Safe operation and load control (rated load and persons, load distribution, stability, wind and weather limits, keeping clear of obstructions, travelling and parking, communication and signalling, exclusion zones below) & Pre-use inspection and daily checks (wire rope condition and termination, rig, counterweights, anchors, hoist and brake function, electrical supply, control pendants, limiters, guardrails, toe boards, platform floor, nameplate and load rating)
Practise distributing an uneven load on a platform and explain the resulting stability and tilt effects using a labelled sketch
Demonstrate the correct procedure for travelling past obstructions and for parking the platform at the end of a shift
Carry out a full daily pre-use inspection on a training rig using a written checklist, in the correct sequence and within a set time limit
Inspect suspension wire ropes for broken wires, corrosion, kinks, bird-caging and termination defects, and state the rejection criteria
Check counterweights, tie-backs, parapet clamps and outriggers against the rigging plan and record any discrepancy
Your checkpoint
A completed daily inspection checklist for one platform, with every item marked pass, fail or not-applicable and at least three realistic defects correctly classified as stop-work or monitor
Pre-use inspection and daily checks (wire rope condition and termination, rig, counterweights, anchors, hoist and brake function, electrical supply, control pendants, limiters, guardrails, toe boards, platform floor, nameplate and load rating) & Electrical, mechanical and control systems (power supply and isolation, RCD, control pendant and emergency stop, hoist motor and brake, overspeed and slack-rope devices, tilt and overload limiters, alarms and interlocks)
Test hoist, brake and emergency-stop function on a training unit and describe the expected response of each control
Explain the purpose and test method for overspeed, slack-rope, tilt and overload devices, and state what action to take when one activates
Verify the electrical supply arrangement including isolation point, RCD trip test and pendant condition, and record the results
Read a platform nameplate and load rating plate and confirm they match the platform in use and the rigging plan
Describe how to tag out and report a defective platform so it cannot be returned to service before repair
Your checkpoint
A defect log with five entries written in the correct format (symptom, location, severity, immediate action, tag-out status, person notified), each one technically plausible
Erection, alteration, dismantling and commissioning (roof rig installation, structural adequacy of supporting structure, anchorage and tie-back, testing and commissioning before first use, statutory examination by competent examiner) & SWP types, configurations and terminology (gondola, temporary suspended working platform, single/dual point suspension, roof rig, parapet clamp, counterweight, outrigger, tie-back, cradle, suspension wire rope, safety rope, fall arrest system)
Identify and name the main components of a roof rig, cradle and suspension system from a written description, and state the function of each
Explain the structural adequacy checks needed on the supporting structure before a roof rig is installed, including anchorage and tie-back requirements
Describe the commissioning sequence from rig installation through testing to first use, and state where statutory examination by a competent examiner fits
Distinguish single-point and dual-point suspension arrangements and explain the stability differences between them
Outline the requirements for altering or dismantling a rig, including who must supervise and what must be re-examined afterwards
Your checkpoint
A written commissioning sequence of at least ten ordered steps from rig installation to authorised first use, with the competent examiner examination and certificate placed at the correct point
Fall protection and rescue (independent safety rope and fall arrest lanyard, harness inspection and fitting, anchorage points, self-rescue and assisted rescue, emergency lowering, suspension trauma awareness) & Incident, defect and emergency response (reporting defects and near misses, dealing with power failure, jammed platform, rope damage, fire, typhoon and rainstorm procedures, evacuation, statutory notification)
Inspect a full-body harness and fall arrest lanyard against rejection criteria and demonstrate correct fitting and adjustment
Explain why the safety rope must be independent of the suspension system and describe how to verify the anchorage point
Demonstrate the emergency lowering procedure and state the conditions under which it is used instead of assisted rescue
Describe self-rescue and assisted rescue options for a suspended worker and the sequence for summoning help
Explain suspension trauma, its early signs and the first-aid response once a suspended casualty is recovered
Your checkpoint
A rescue drill record describing one power-failure scenario end to end, from harness check to casualty recovery, with realistic timings and each step attributed to a named role
Incident, defect and emergency response (reporting defects and near misses, dealing with power failure, jammed platform, rope damage, fire, typhoon and rainstorm procedures, evacuation, statutory notification) & Electrical, mechanical and control systems (power supply and isolation, RCD, control pendant and emergency stop, hoist motor and brake, overspeed and slack-rope devices, tilt and overload limiters, alarms and interlocks)
Work through a jammed-platform scenario and state the isolation, communication and recovery steps in order
Describe the response to rope damage discovered mid-shift, including immediate actions and reporting
List the statutory notifications required after an incident or dangerous occurrence and identify who makes each one
Explain the power-failure procedure including isolation, manual lowering options and communication with the ground
Distinguish a defect report from a near-miss report and state why both must be recorded and escalated
Your checkpoint
Two written scenario responses (jammed platform, damaged rope mid-shift) each with a correct ordered action list, the notification duties named and no unsafe step included
Maintenance, record keeping and documentation (log books, inspection and examination certificates, maintenance schedule, competent examiner certificates, records retention, tagging out of defective equipment) & Statutory framework and safety responsibilities (FSD/ Labour Department requirements, Construction Sites (Safety) Regulations, Factories and Industrial Undertakings (Suspended Working Platforms) Regulation, codes of practice, roles of contractor, competent person and operator)
Set out the record-keeping requirements for log books, inspection records, maintenance records and competent examiner certificates, including retention periods
Build a maintenance schedule for a gondola covering daily, weekly, monthly and annual tasks with the responsible person for each
Explain the role and limits of the competent person versus the competent examiner under the statutory framework
Describe the tagging-out system for defective equipment and the conditions for removing a tag
Summarise the key duties under the Construction Sites (Safety) Regulations that apply to suspended platform work
Your checkpoint
A one-page maintenance and records matrix listing each record type, who completes it, how often and how long it is kept, with no gaps for statutory certificates
Statutory framework and safety responsibilities (FSD/ Labour Department requirements, Construction Sites (Safety) Regulations, Factories and Industrial Undertakings (Suspended Working Platforms) Regulation, codes of practice, roles of contractor, competent person and operator) & SWP types, configurations and terminology (gondola, temporary suspended working platform, single/dual point suspension, roof rig, parapet clamp, counterweight, outrigger, tie-back, cradle, suspension wire rope, safety rope, fall arrest system) & Pre-use inspection and daily checks (wire rope condition and termination, rig, counterweights, anchors, hoist and brake function, electrical supply, control pendants, limiters, guardrails, toe boards, platform floor, nameplate and load rating) & Erection, alteration, dismantling and commissioning (roof rig installation, structural adequacy of supporting structure, anchorage and tie-back, testing and commissioning before first use, statutory examination by competent examiner) & Safe operation and load control (rated load and persons, load distribution, stability, wind and weather limits, keeping clear of obstructions, travelling and parking, communication and signalling, exclusion zones below) & Fall protection and rescue (independent safety rope and fall arrest lanyard, harness inspection and fitting, anchorage points, self-rescue and assisted rescue, emergency lowering, suspension trauma awareness) & Electrical, mechanical and control systems (power supply and isolation, RCD, control pendant and emergency stop, hoist motor and brake, overspeed and slack-rope devices, tilt and overload limiters, alarms and interlocks) & Incident, defect and emergency response (reporting defects and near misses, dealing with power failure, jammed platform, rope damage, fire, typhoon and rainstorm procedures, evacuation, statutory notification) & Maintenance, record keeping and documentation (log books, inspection and examination certificates, maintenance schedule, competent examiner certificates, records retention, tagging out of defective equipment)
Answer a 40-question mixed mock examination under timed conditions and score at least 80 percent
Review every incorrect mock answer and write the correct reasoning for each in your own words
Recite the operating envelope, inspection sequence and rescue sequence from memory without notes
Identify your two weakest domains from the mock result and complete a targeted revision session on each
Confirm you can state the statutory examination and certification requirements for a suspended working platform without reference material
Your checkpoint
A timed mock examination score of at least 80 percent plus a written correction sheet covering every missed question with the source rule cited
Milestones
Week 2: Complete a full daily pre-use inspection unaided within the time limit, correctly classifying at least three planted defects
Week 4: Explain the commissioning sequence and the competent examiner's role aloud in under five minutes with no factual errors
Week 6: Score at least 70 percent on a 20-question quiz covering domains 5, 6, 7 and 8
Week 8: Score at least 80 percent on the timed 40-question mixed mock and submit the full correction sheet