CSCS Self-Erect Crane study plan

Map each erection, climbing and dismantling step to the specific legislative duty it satisfies

Explain in writing the roles of crane supervisor, appointed person and competent person during a self-erect crane build

Identify which pre-erection checks are legally required versus good practice

Define the permit-to-work and exclusion-zone controls that must exist before climbing operations begin

Label every major self-erect crane component and state its function in the erection process

Sequence the jacking and climbing procedure from base section to working height without reference notes

List the interlocks and mechanical limits that prevent climbing out of sequence

Describe the wind and weather limits that stop erection or climbing work

Calculate ground bearing pressure for a given crane configuration and outrigger or base footprint

Assess a described site for slope, voids, buried services and adjacent excavations

Determine the required safe siting distance from excavations and slopes using bearing-capacity reasoning

Select the correct load chart for a given configuration and explain the derating factors that apply

Compute net capacity for at least five lifting scenarios using radius, boom length and configuration

Explain how wind area, load shape and sling angle change effective capacity

Calculate sling tension for two-leg and four-leg slings at varying included angles

Identify the rejection criteria for slings, shackles and lifting accessories

Plan a lift from load weight verification through to landing, including tag-line control

Demonstrate the standard hand signals and state when radio or other communication is required

Describe the communication chain and failure points between signaller, operator and supervisor

Explain load control measures for a blind lift and for a load with a large wind area

Produce a pre-use inspection checklist covering structure, wire rope, hooks, brakes and safety devices

Distinguish daily, weekly and statutory thorough examination requirements and their record-keeping

State the actions and reporting duties when a defect is found during inspection

Identify the documentation that must be available on site before the crane is operated

Explain the operating limits for wind, lightning, visibility and temperature and the stop-work triggers

Describe emergency procedures for power loss, brake failure, load runaway and structural alarm

Plan the response to an overhead power line contact and to an approaching storm

Identify environmental hazards on a described site and the controls that mitigate each

Complete two full-length timed mock exams under exam conditions

Review every wrong answer and write the underlying principle it tested

Re-drill the two domains with the lowest mock scores until each exceeds 80%

Recite the key legal duties, load chart rules and inspection intervals from memory