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SASO & LEEA - Telescopic (Mobile) Crane Operator Training Course

Master telescopic (Mobile) Crane Operations with SASO & LEEA-certified training. Learn safe lifting practices, load dynamics, and equipment handling.

Main Service Location

Course Title

SASO & LEEA - Telescopic (Mobile) Crane Operator

Course Duration

1 Day or 5 Days

Training Delivery Method

Classroom (Instructor-Led)

Assessment Criteria

Practical Assessment and Knowledge Assessment

Service Category

Training, Assessment, and Certification Services

Service Coverage

In Tamkene Training Center or On-Site: Covering Saudi Arabia (Dammam - Khobar - Dhahran - Jubail - Riyadh - Jeddah - Tabuk - Madinah - NEOM - Qassim - Makkah - Any City in Saudi Arabia) - MENA Region

Course Average Passing Rate

98%

Post Training Reporting 

Post Training Report + Candidate(s) Training Evaluation Forms

Certificate of Successful Completion

Verifiable certification is provided upon successful completion.

Certification Provider

LEEA - UK and SASO (Saudi Arabia Standards Organization)

Certificate Validity

3 Years

Instructors Languages

English / Arabic / Urdu / Hindi

Interactive Learning Methods

3 Years

Training Services Design Methodology

ADDIE Training Design Methodology

ADDIE Training Services Design Methodology (1).png

Course Outline

1. Technical Knowledge

1.1 General Health & Safety
  • Requirements

  • Employers' Responsibilities

  • Employees' Responsibilities

  • Materials Handling Equipment (Crane)


1.2 Management of Lifting Operations
  • Safe System of Work

  • Control of the Lifting Operation


1.3 Roles and Responsibilities of Personnel Involved in Lifting Operations

1.4 Overview: OSHA Crane & Derrick Subpart CC
  • Scope

  • Ground Conditions

  • Assembly & Disassembly

  • Power Lines

  • Operator Qualification/Certification

  • Signals

  • Inspections

  • Operations

  • Keeping Clear of the Load

  • Safety Devices and Operational Aids


1.5 Inspection Requirements
  • Shift Inspection

  • Monthly Inspection

  • Annual Inspection

  • Notifying Supervision of Inspection Deficiencies


1.6 Criteria for Selection of Mobile Cranes

1.7 Crane Terminology and Definitions

1.8 Types of Mounting and Jib Configurations
  • Crawler-Mounted Crane

  • Truck-Mounted Crane

  • Wheel-Mounted Crane

  • Telescopic Jib

  • Strut-Type Jib

  • Fly Jib


1.9 Crane Attachments
  • Functions and Limitations


1.10 Operational Features of Mobile Cranes
  • Automatic Safe Load Indicator

  • Brakes

  • Cabins for Operators

  • Operating Controls

  • Guards and Protective Structures

  • Outriggers

  • Drum Assemblies

  • Sheaves

  • Safety Features


1.11 Rigging Hardware
  • Shackles

  • Compression Hardware (Wire Rope, Wedge Socket)

  • Adjustable Hardware (Turnbuckles, Eyebolts, Eye Nuts, Swivel Hoist Rings)

  • Links, Rings, Swivels

  • Rigging Blocks


1.12 Wire Rope
  • Wire Rope Inspection & Replacement Criteria

  • Safety Factor and Approximate Calculation of Wire Rope Breaking Strength

  • Working Load Limit (WLL) or Safe Working Load (SWL)

  • Wire Rope Efficiency

  • Wire Rope Lubrication


1.13 Types of Sling Hitches
  • Single Vertical Hitch

  • Bridle Hitch

  • Basket Hitch

  • Choker Hitch


1.14 Sling Angles
  • Recommended Safe Lifting Angle

  • Sling Leg Loading

  • Load Angle Factors

  • Sling Load Factor


1.15 Centering a Load
  • Non-Symmetrical Loads

  • Sling Loading and Center of Gravity


1.16 Pre-Lift Planning
  • Lift Plan Requirements

  • Critical Lift Criteria

  • Critical Lift Preparation


1.17 Lift Plan Checklist Examples
  • Plan Content Checklist

  • Planning Checklist

  • Crane Set-Up Lift Analysis

  • Crane Capacity Lift Analysis

  • Hardware Lift Analysis Report

  • Critical Lift Plan Personnel Checklist

  • Lift Calculation Form

  • Crane Hook-Up

  • Rigging Sketch Sheet


2. Operation

2.1 Pre-Operational Inspection

2.2 Site Preparation
  • Ground Conditions

  • Bearing Surface

  • Outrigger Blocking

  • Bearing Mats


2.3 Crane Set-Up and Assembly
  • Rigging Up a Crane

  • Basic Boom Installation/Dismantling

  • Basic Counterweight Installation/Removal


2.4 Gantry/Jibs
  • Jib Assembly
  • Jib Capacity

  • Jib as Boom Extension


2.5 Reeving Load Blocks
  • Eccentric Reeving

  • Symmetrical Reeving

  • Reeving Examples


2.6 Crane Leveling
  • Out-of-Level Cranes


2.7 Crane Stability
  • Tipping Axis

  • Crane Stability Factors

  • Outrigger Position

  • Load Indicators

  • Load Shape Factors


2.8 Crane Structural Failure
  • Strength vs. Stability

  • Boom Strength and Weakness


2.9 Quadrants of Operation

2.10 Conditions Affecting Capacity
  • Off-Level

  • Side-Loading

  • Impact Loading

  • Rapid Swing

  • Radius Increase

  • Wind Effect

  • Duty Cycle


2.11 Types of Signals
  • Hand Signals

  • Voice/Radio Communication

  • Other Signals (Bell, Light, Horn)


2.12 Operator Aids
  • Load Moment Indicator, Load Moment Limiter, Load Weighing Devices

  • Anti-Two Block Devices

  • Boom Angle Indicator

  • Boom Length Indicator


2.13 Alternative Operating Procedures When Operator Aids Malfunction

2.14 Crane Cab Control Layout
  • Typical Hydraulic Control Layout

  • Conventional Control Layout


2.15 Emergency Procedures
  • Electric Power Line Contact

  • Loss of Stability

  • Control Malfunction

  • Block and Line Twisting

  • Personnel Under the Load or in the Fall Zone


2.16 Traveling with a Load
  • Precautions to Be Followed During Lift-and-Carry Operations


3. Load Chart

3.1 Terminology
  • Load Chart vs. Load Indicator

  • Boom Length

  • Boom Angle

  • Operating Radius

  • Maximum Capacity

  • Boom Point Elevation

  • Actual and Effective Loads

  • Load on Boom

  • Load on Jib

  • Net and Gross Load

  • Static & Dynamic Load


3.2 Load Chart Information
  • Load Chart Strength and Stability


3.3 Interpreting Load Charts
  • Radius Between Chart Values

  • Boom Length Between Values

  • Boom Angle Between Values

  • Range Diagram

  • Load Chart/Hoist Line

  • Load Chart/Boom Capacity

  • Load Chart/Jib Capacity


3.4 Basic Calculations Using Load Charts
  • Estimate Number of Parts of Hoist Line

  • Load Calculation


4. Site

4.1 Identifying and Evaluating Hazards at Site
  • Traveling with Crane

  • Location and Access

  • Existing Facilities

  • Boom Contact Hazards/Guarding Swing Radius


4.2 Electrical Clearance
  • Electrical Hazards Clearance

  • Absolute Limit Approach

  • Power Line Approach Guidelines

Targeted Audience

  • Telescopic crane operators, riggers, and site supervisors.

  • Teams involved in lifting operations across construction, oil and gas, and manufacturing sectors.

  • Organizations prioritizing safety, efficiency, and regulatory compliance in crane operations.

Knowledge Assessment

  • Technical quizzes on telescopic crane principles including (multiple-choice questions on crane components, matching exercise for safety devices)

  • Problem-solving exercises on load chart interpretation including (calculating safe working loads, determining operating radius)

  • Scenario-based assessments including (hazard identification, decision-making processes)

  • Regulatory compliance evaluation including (standards knowledge, application understanding)

Key Learning Objectives

  • Understand the principles of telescopic crane operation and load dynamics.

  • Perform accurate load calculations and select appropriate rigging equipment.

  • Interpret load charts and range diagrams for safe crane operation.

  • Execute advanced crane maneuvers, including pick-and-carry and tandem lifts.

  • Mitigate risks associated with environmental factors, such as wind and terrain.

Course Overview

This LEEA - Telescopic (Mobile) Crane Operator Training Course provides comprehensive knowledge and hands-on skills to safely and efficiently operate telescopic cranes in various industrial environments. Aligned with Lifting Equipment Engineers Association (LEEA) standards, OSHA guidelines , Aramco GI's requirements, and industry best practices, the program covers essential crane operation techniques, load management, and safety protocols. 


Participants will gain expertise in load chart interpretation, lift planning, and dynamic load handling while ensuring compliance with global safety regulations.

Practical Assessment

  • Pre-operational inspection demonstration including (systematic equipment checks, documentation completion)

  • Crane setup and positioning including (outrigger deployment, leveling procedures)

  • Basic operational maneuvers including (boom movements, slewing, hoisting)

  • Load handling exercises including (load pickup, controlled movement, precise placement)

  • Advanced operation scenarios including (complex lifts, multi-function coordination)

Why Choose This Course?

  • Technical Depth: Covers LEEA standards, OSHA guidelines, Aramco GI's, and advanced crane operation techniques.

  • Real-World Relevance: Case studies from construction sites, offshore platforms, and industrial projects.

  • Expert-Led: Instructors with extensive experience in crane operation and lifting operations.

  • Practical Focus: Hands-on exercises, equipment inspections, and emergency response drills.

  • Customizable: Adapts to land-based and industrial crane operation scenarios.

Note: This course outline, including specific topics, modules, and duration, can be customized based on the specific needs and requirements of the client.

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