High Risk Work Licence - Non-Slewing Mobile Crane CN study plan
High Risk Work Licence - Non-Slewing Mobile Crane CN · Give each week a clear focus.
8 weeks · About 6 hours per week
Crane types, configurations, capacities, and load charts & Pre-operational inspections, setup, and stability (including outriggers and ground conditions)
Interpret load charts for non-slewing mobile cranes, including capacity derating for boom length, radius, and configuration.
Calculate net capacity by subtracting the weight of all lifting attachments and rigging from the gross capacity.
Identify the components and functions of outriggers, and explain how ground bearing pressure affects stability.
Perform a pre-operational inspection checklist for a non-slewing mobile crane, listing at least 15 items.
Describe the setup procedure for a crane on outriggers, including leveling and ground condition assessment.
Your checkpoint
Complete a written exercise: given three load chart scenarios, calculate the net capacity and determine whether a proposed lift is acceptable; include a sketch of outrigger placement on a site plan.
Crane types, configurations, capacities, and load charts & Pre-operational inspections, setup, and stability (including outriggers and ground conditions)
Solve five load chart problems involving different boom configurations and radii, showing all steps.
Explain the effects of slope, soft ground, and underground services on crane stability and outrigger setup.
Demonstrate how to use a load moment indicator (if equipped) and interpret its readings.
List the steps to verify that the crane is level within manufacturer tolerances before lifting.
Describe the procedure for checking ground conditions and using mats or spreader plates.
Your checkpoint
Create a one-page field guide for operators on verifying ground conditions and setting up outriggers safely, including a checklist and a diagram of correct mat use.
Crane operation, travel, and load handling techniques & Rigging, slinging, load estimation, and lifting gear selection
Explain the principles of safe travel with a suspended load, including speed, boom position, and load height.
Identify the factors that affect load stability during travel, such as wind, ground slope, and load swing.
Estimate the weight of common loads (e.g., concrete panels, steel beams, pipe sections) using density and volume calculations.
Select appropriate lifting gear (slings, shackles, hooks) based on load weight, shape, and centre of gravity.
Describe the correct method for attaching and detaching lifting gear, including inspection before use.
Your checkpoint
Prepare a load estimation and rigging plan for three different loads, including weight calculations, sling selection, and a step-by-step rigging procedure.
Crane operation, travel, and load handling techniques & Rigging, slinging, load estimation, and lifting gear selection
Demonstrate the use of hand signals and radio communication during a simulated lifting operation.
Explain the effects of centrifugal force, wind, and sudden stops on load control during travel.
Identify the causes of load swing and describe techniques to minimise it.
Describe the inspection criteria for wire rope slings, chain slings, and synthetic slings, including rejection criteria.
Explain the importance of the load centre of gravity and how to determine it for asymmetric loads.
Your checkpoint
Participate in a practical simulation (or role-play) of a lifting operation with a partner, using correct signals and communication; submit a self-assessment checklist of signals used.
Hazard identification, risk assessment, and control measures for non-slewing mobile crane operations & Legislative and regulatory requirements, duty of care, and licensing obligations
Identify at least 10 hazards associated with non-slewing mobile crane operations and classify them by risk level.
Conduct a risk assessment for a given lifting task using a risk matrix, and propose control measures.
Explain the hierarchy of controls and apply it to crane-related hazards.
Summarise the key legislative requirements for high risk work licensing, including duties of the operator, employer, and others.
Describe the duty of care obligations under WHS legislation and how they apply to crane operations.
Your checkpoint
Complete a written risk assessment for a simulated lifting task, including hazard identification, risk rating, and control measures; include a summary of relevant legal duties.
Hazard identification, risk assessment, and control measures for non-slewing mobile crane operations & Communication, signalling, and teamwork during lifting operations
Develop a safe work method statement (SWMS) for a complex lift, incorporating hazard controls and communication protocols.
Explain the roles and responsibilities of the dogman, rigger, crane operator, and supervisor during a lift.
Describe the communication methods used during lifting operations, including radio, hand signals, and verbal communication.
Identify the standard hand signals for crane operations and demonstrate them correctly.
Explain the procedures for establishing and maintaining exclusion zones and managing personnel on site.
Your checkpoint
Produce a SWMS for a multi-crane or complex lift, including a communication plan and a hand signal chart; present it to a peer for feedback.
Emergency procedures, incident response, and shutdown & Maintenance, inspection records, and defect reporting
Describe the emergency procedures for a crane incident, including power failure, load drop, fire, and tip-over.
Explain the steps for shutting down and securing a crane after operation, including boom and outrigger stowage.
Outline the maintenance and inspection requirements for non-slewing mobile cranes, including daily, weekly, and periodic inspections.
Describe the defect reporting process, including who to notify and how to record defects.
Explain the importance of maintaining accurate inspection records and logbooks.
Your checkpoint
Create an emergency response drill script for a load drop scenario, including roles, communication, and shutdown steps; include a sample defect report form.
Legislative and regulatory requirements, duty of care, and licensing obligations & Hazard identification, risk assessment, and control measures for non-slewing mobile crane operations & Crane types, configurations, capacities, and load charts & Pre-operational inspections, setup, and stability (including outriggers and ground conditions) & Rigging, slinging, load estimation, and lifting gear selection & Communication, signalling, and teamwork during lifting operations & Crane operation, travel, and load handling techniques & Emergency procedures, incident response, and shutdown & Maintenance, inspection records, and defect reporting
Review all domains using practice questions and identify weak areas.
Complete a full-length practice exam under timed conditions.
Review incorrect answers and reinforce learning with targeted study.
Demonstrate competence in load chart calculations, rigging selection, and risk assessment through a practical scenario.
Finalise a personal study summary sheet covering key formulas, signals, and procedures.
Your checkpoint
Achieve a score of at least 85% on a comprehensive practice exam, and submit a one-page summary sheet of key concepts for final revision.
Milestones
Week 2: Successfully complete three load chart calculations with 100% accuracy and correctly set up outriggers on a simulated uneven ground scenario.
Week 4: Demonstrate correct hand signals and radio communication during a simulated lift, and correctly select rigging gear for three different loads.
Week 6: Produce a risk assessment and SWMS that meet all legal requirements and include appropriate hazard controls and communication protocols.
Week 8: Pass a comprehensive practice exam with a score of 85% or higher, covering all domains.