CSCS Tower Crane study plan

Identify every column and row header on a sample tower crane load chart and state the units and de-rating factors each one represents

Compute net capacity for 8 practice scenarios by subtracting hook block, rigging, and sling weight from gross chart capacity

Explain how radius, boom/jib length, and counterweight configuration shift the capacity curve, using two self-drawn sketches

List the rigging hardware and sling angle factors that reduce usable capacity and calculate the effect of a 60-degree versus 30-degree sling angle

Solve 15 mixed load-chart problems under a 20-minute timer to build speed and accuracy

Demonstrate the standard hand signals for hoist, lower, stop, emergency stop, and travel by performing them from memory

Describe the operator's response to a lost or ambiguous signal and the conditions for accepting a signal from anyone other than the designated signaller

Draft the pre-lift checklist sequence an operator would run through verbally before the first pick of a shift

Compare the main tower crane configurations (hammerhead, luffing jib, flat-top, self-erecting) and state one site condition that favors each

Label the principal components of a tower crane from a hand-drawn diagram: mast, slewing unit, jib, counter-jib, counterweights, trolley, hook block, and limiting devices

Explain the function of moment, slew, trolley, and hoist limiters and what happens when each activates

Sequence a safe lifting operation from pre-lift briefing through load landing and hook release

Write out the step-by-step procedure for a planned lift, including exclusion zone setup and communication with the signaller and slinger

Describe the erection sequence for a tower crane and identify the checks required before, during, and after each stage

Explain climbing procedures and the conditions that must be met before a climb is authorised

Identify the hazards specific to dismantling and how the sequence differs from erection

Produce a complete daily pre-operational inspection checklist covering structure, ropes, brakes, limiters, and safety devices

Distinguish daily checks from weekly and periodic inspection requirements and state who may perform each

Describe the actions an operator must take when wind speed approaches or exceeds the manufacturer's limit, including anemometer use and load-area considerations

Explain power-line clearance rules and obstruction management for a crane operating near overhead lines and adjacent structures

Analyse five environmental hazard scenarios (gusting wind, lightning, poor visibility, ground settlement, adjacent crane) and prescribe the operator's response for each

Explain how out-of-service procedures and storm preparation protect the crane between shifts

Describe ground-bearing and foundation considerations that affect crane stability and erection safety

Identify the conditions under which lifting must be suspended and who has authority to stop the job

List the lubrication points and routine maintenance tasks on a tower crane and the interval for each

Describe minor adjustments an operator may make versus tasks reserved for qualified maintenance personnel

Summarise the operator's legal duties and responsibilities under the relevant health and safety and lifting-equipment legislation

Explain the role of the competent person, the examination and inspection regime, and record-keeping obligations

Complete two full-length timed mock exams and review every wrong answer to its source domain

Re-derive the 10 most-missed load-chart calculations until each is correct without notes

Rehearse hand signals and the pre-lift briefing one final time from memory

Build a personal weak-spot list and confirm each item is resolved before exam day