Course Title

1. Introduction to Boom Truck Operations

• Overview of boom trucks and their operational applications including (construction material delivery and placement, utility pole and equipment installation, mechanical and HVAC equipment lifting, and maintenance and repair operations in confined access environments)

• Distinction between boom truck types and their configurations including (knuckle boom — articulating boom cranes, telescopic boom trucks covered under ASME B30.5, and loader cranes with integrated load hoist mechanisms)

• Applicable international standards and regulatory requirements including (ASME B30.22: Articulating Boom Cranes, OSHA 29 CFR 1926.1427: Crane Operator Qualification and Certification, ASME B30.26: Rigging Hardware, and local lifting operations authority requirements)

• Operator roles, responsibilities, and authorization requirements under OSHA 29 CFR 1926.1427 including (operator qualification obligations, employer evaluation requirements, and duty of care during lifting operations)

• Overview of boom truck incidents and their primary causes including (outrigger settlement on inadequately prepared ground, overload events from load chart misinterpretation, two-blocking during boom extension, and load swing during slewing operations)

2. Boom Truck Components, Systems, and Controls

• Structural components of a truck-mounted articulating boom crane including (vehicle chassis, crane base and slewing ring, inner boom, outer boom — knuckle joint, extension sections, hook block, and load hoist mechanism where fitted)

• Hydraulic system components and their functions including (hydraulic pump, control valves, boom cylinders, slewing motor, outrigger cylinders, and hydraulic oil reservoir and cooling system)

• Operator control systems including (remote radio control pendant, cab-mounted controls, emergency stop functions, boom speed control, and load moment indicator — LMI display)

• Safety devices and their operational significance including (load moment indicator — LMI, overload cut-off system, two-block protection device, outrigger extension sensors, and slewing angle limiters)

• Boom configuration options and their effect on crane capacity including (single-knuckle articulation, double-knuckle configurations, hydraulic extensions, and jib attachments — with their respective capacity implications)

• Vehicle chassis considerations for lifting operations including (outrigger span and pad placement, truck stabilization during lifting, level indicator use, and maximum permissible slope during operation)

3. Pre-Use Inspection and Equipment Serviceability

• Pre-use inspection requirements in accordance with ASME B30.22 including (frequent pre-shift inspections, periodic monthly inspections, and annual comprehensive inspections — with documented records for each)

• Structural inspection checkpoints including (boom section condition, knuckle joint integrity, slewing ring play assessment, hook block and latch condition, and vehicle chassis mounting structure)

• Hydraulic system inspection including (cylinder seal condition, hose and fitting integrity, fluid level and contamination check, and hydraulic cylinder drift test under load)

• Safety device functional verification including (LMI calibration check, overload cut-off test, two-block device activation test, outrigger lock confirmation, and emergency stop function verification)

• Rigging hardware inspection in accordance with ASME B30.26 including (sling condition assessment, shackle pin security, hook latch function, and rejection criteria for worn or damaged rigging components)

• Defect recording, tagging, and withdrawal from service procedures including (completing inspection documentation, notifying the lift supervisor, and prohibiting use of defective equipment until repaired and re-inspected)

4. Load Charts, Outrigger Setup, and Lift Planning

• Load chart structure and interpretation for articulating boom cranes including (capacity tables by boom configuration, working radius versus lift height relationships, capacity reduction with extended knuckle angles, and on-outrigger versus on-rubber capacity distinctions)

• Outrigger deployment requirements and procedures including (full outrigger extension requirements for rated capacity, partial extension derating, outrigger pad selection for ground conditions, and level confirmation before lifting commences)

• Ground bearing pressure assessment and preparation including (calculating crane outrigger pad loads, evaluating surface load-bearing capacity, identifying sub-surface voids and services, and specifying crane mats or spreader plate requirements)

• Application of Lift Planning and Risk Assessment (LPRA) methodology to boom truck operations including (lift classification — routine, critical, and engineered — risk identification, and lift plan documentation requirements)

• Critical lift plan development for boom truck operations including (load weight and centre of gravity determination, boom configuration selection, working radius verification, exclusion zone sizing, and pre-lift meeting conduct)

• Proximity hazard identification and management in lift planning including (overhead power line safe approach distances, adjacent structure clearances, and underground service conflicts with outrigger placement)

5. Safe Boom Truck Operation

• Pre-lift setup and site positioning including (vehicle placement relative to load, outrigger deployment and level confirmation, LMI configuration entry, and pre-lift team briefing with signal person and rigger)

• Articulating boom positioning and load pick-up under supervision including (smooth hydraulic control inputs, maintaining vertical lift alignment, minimising load swing during pick-up, and confirming LMI reading before proceeding)

• Slewing and load placement operations under supervision including (controlled slew speed management, monitoring swing radius clearance, precise load placement at destination, and avoiding sudden stops that induce load pendulum)

• Operating with a load hoist mechanism under supervision including (hoist speed control, two-block awareness during hoisting, load lowering procedures, and hook block management during boom repositioning)

• Road travel considerations for truck-mounted cranes including (boom stow position for road travel, axle load distribution with crane configured for travel, permit requirements for oversize or overweight loads, and crane securing procedures before moving)

• Post-operation procedures including (load set-down verification, boom stowing and securing, outrigger retraction, system shutdown, and completion of post-use inspection and lifting records)

6. Rigging, Signal Communication, and Emergency Procedures

• Rigging fundamentals for boom truck operations in accordance with ASME B30.26 including (sling type selection and rated capacities, sling angle effects on working load limit, shackle selection and pin security, and tag line use for load directional control)

• Signal person qualifications and communication methods in accordance with ASME B30.22 including (standard hand signals for articulating crane operations, radio communication protocols, and the unconditional authority of the stop signal)

• Exclusion zone management and personnel accountability during lift operations including (barricading requirements, banksman positioning relative to the load, and personnel prohibition within the swing radius)

• Emergency procedures for boom truck incidents including (LMI alarm response and load reduction procedure, outrigger settlement detection and emergency load lowering, hydraulic failure during a suspended load, and two-blocking event response)

• Post-incident actions including (load securing without further risk, scene preservation, immediate supervisor and lift director notification, and participation in incident investigation)

7. HSE, Quality, and Case Studies

• Integration of boom truck operations within the site Health, Safety, and Environment (HSE) management system including (lifting operations within permit-to-work frameworks, lift plan approval and authorization workflows, and incident reporting and escalation procedures)

• Quality assurance in boom truck operations including (operator authorization records, pre-use inspection documentation, lift plan filing, rigging hardware inspection logs, and third-party crane inspection certificate management in accordance with ASME B30.22)

• Environmental considerations during boom truck operations including (hydraulic fluid spill prevention during outrigger deployment on sensitive surfaces, noise management during residential proximity operations, and ground disturbance authorization in environmentally protected areas)

• Case studies from boom truck incidents in Middle East construction, utilities, and logistics environments including (outrigger failures on soft desert ground, overload events from unverified load weights on material delivery sites, and boom contact with overhead power lines during positioning) and the importance of proper operator training and pre-lift planning in preventing fatalities and equipment write-offs

• Group discussion on lessons learned from boom truck incident investigations including (root cause findings related to inadequate ground assessment, LMI bypass practices, and signal communication failures between operator and rigger)