SASO Approved - Scissor Lift Operator Training Course
Master SASO-approved scissor lift training. Learn OSHA-compliant safety protocols, hazard mitigation, and equipment maintenance for elevated work platforms.
Main Service Location
Course Title
SASO - Scissor Lift Operator
Course Duration
1 Day or 5 Days
Training Delivery Method
Classroom (Instructor-Led)
Assessment Criteria
Practical Assessment and Knowledge Assessment
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
Certification is provided upon successful completion. The certificate can be verified through a QR-Code system.
Certification Provider
SASO (Saudi Arabia Standards Organization)
Certificate Validity
3 Years
Instructors Languages
English / Arabic / Urdu / Hindi
Training Design Methodology
ADDIE Training Design Methodology
Course Overview
This SASO-Approved Scissor Lift Training Course provides comprehensive instruction on the safe operation, inspection, and maintenance of scissor lifts across industries. Aligned with OSHA 1910.67 and ANSI A92.6 standards , the program combines technical theory, hands-on simulations, and real-world case studies. Participants will learn to mitigate risks, ensure regulatory compliance, and optimize equipment performance.
Key Learning Objectives
Conduct pre-operation inspections and identify mechanical, hydraulic, or electrical defects.
Operate scissor lifts safely in high-risk conditions, including uneven terrain and confined spaces.
Use standardized hand signaling protocols for clear communication with ground teams.
Mitigate risks such as tip-overs, entanglement, and falls from height.
Perform emergency descent procedures and equipment shutdown during failures.
Course Outline
1. Scissor Lift Fundamentals
1.1 Types of Scissor Lifts
Overview: Definition and purpose of scissor lifts.
Types: Boom lifts vs. vertical mast lifts. Electric, rough-terrain, slab, and slab-stock models.
Applications: Construction, warehousing, industrial maintenance.
1.2 Key Components
Major Assemblies: Platform, guardrails, lifting mechanism, hydraulic system, control panel.
Safety Features: Safety interlocks, load sensors.
Load Capacity: Calculations and stability dynamics.
1.3 Selection Criteria
Matching lift type to operational needs and safety requirements.
1.4 Regulatory Standards
OSHA 1910.67: Vehicle-Mounted Elevating and Rotating Work Platforms.
ANSI A92.6: Self-Propelled Elevating Work Platforms.
2. Hazard Identification & Risk Assessment
2.1 Workplace Risks
Ground Stability: Slope limits, soil compaction.
Overhead Hazards: Power lines, structural obstructions.
2.2 Risk Assessment Tools
Checklists: Hazard identification.
Hierarchy of Controls: Elimination → Substitution → Engineering → PPE.
2.3 PPE Requirements
Harnesses, helmets, gloves, non-conductive footwear.
3. Safe Operation Protocols
3.1 Pre-Operation Checks
Battery, hydraulic fluid, emergency stop functionality.
Tire condition, guardrails, control system testing.
3.2 Operational Best Practices
Maneuvering in tight spaces.
Collision avoidance with structures/personnel.
3.3 Load Management
Weight distribution principles.
Safe handling of tools/materials on elevated platforms.
4. Emergency Preparedness
4.1 Emergency Response Plans
Protocols for equipment failure, entanglement, or falls.
Communication with ground teams/emergency services.
4.2 Rescue Techniques
Manual descent procedures.
Backup systems (e.g., secondary lowering mechanisms).
5. Post-Operation & Compliance
5.1 Maintenance Protocols
Daily/periodic inspections: Cleaning, battery charging, lubrication.
Long-term storage guidelines.
5.2 Compliance Documentation
OSHA 300 Log: Incident/near-miss entries.
Manufacturer maintenance logs and inspection reports.
6. Case Studies & Group Discussions
6.1 Case Study: UAE Warehouse Incident (2022)
Cause: Unsecured load + uneven flooring.
Lessons: Load calculations, ground stability checks.
6.2 Scenario-Based Problem Solving
Designing a safety plan for crowded warehouse operations.
6.3 Ethical Debates
Balancing productivity vs. safety under tight deadlines.
7. Environmental Considerations
7.1 Sustainable Practices
Reducing emissions and fuel consumption.
Eco-friendly hydraulic fluids.
7.2 Safe Worksite Practices
Waste management and spill prevention.
8. Effective Communication for Operators
8.1 Standardized Hand Signals
ANSI-approved signals for lift operation.
8.2 Radio Communication Protocols
Clear coordination with ground teams.
9. Onsite Risk Assessment & Safety Plans
9.1 Risk Identification
Site-specific hazards: Weather, ground stability, obstacles.
9.2 Risk Mitigation Strategies
Preventive measures implementation.
9.3 Documentation
Standardized risk assessment records.
Knowledge Assessment
Technical quizzes on scissor lift principles including (multiple-choice questions on components, matching exercises for controls)
Problem-solving exercises including (hazard identification, capacity calculations)
Scenario-based assessments including (operational decisions, emergency response)
Regulations and standards testing including (requirements, application)
Practical Assessment
Pre-operational inspection including (thorough procedure, defect identification)
Basic maneuvers including (driving, steering, lifting, lowering)
Platform positioning including (precision placement, extension deck usage)
Emergency procedures including (manual lowering, emergency stop)
Exercises
Conducting comprehensive pre-operational inspections using equipment-specific checklists
Calculating total platform loads including personnel, tools, and materials
Planning efficient work positioning strategies for various elevated tasks
Identifying potential hazards in workplace environments and implementing controls
Demonstrating proper response procedures for different emergency scenarios
Gained Core Technical Skills
Safe and efficient scissor lift operation in various workplace environments
Proper platform positioning techniques for optimal work access and stability
Effective hazard recognition and implementation of appropriate safety measures
Precise maneuvering in restricted spaces and specialized operational areas
Basic troubleshooting and operator-level maintenance procedures
Targeted Audience
New scissor lift operators seeking initial qualification
Experienced operators requiring recertification
Construction personnel performing elevated work
Maintenance staff accessing building systems
Warehouse personnel requiring vertical access
Facility management staff performing maintenance
Installation technicians working at height
Industrial workers requiring elevated work platforms
Why Choose This Course
SASO-Approved: Officially recognized for compliance in Saudi Arabia.
Global Standards: Aligns with OSHA and ANSI for universal recognition.
Communication Focus: Includes hand signaling protocols for high-risk environments.
Flexible Assessments: Practical and written evaluations designed for real-world applicability.
Customizable: Adapts to construction, energy, logistics, and manufacturing sectors.
Note
Note: This course outline, including specific topics, modules, and duration, can be customized based on the specific needs and requirements of the client.
Training Services Design Methodology
ADDIE Training Design Methodology
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Course Outline
1. Scissor Lift Fundamentals
1.1 Types of Scissor Lifts
Overview: Definition and purpose of scissor lifts.
Types: Boom lifts vs. vertical mast lifts. Electric, rough-terrain, slab, and slab-stock models.
Applications: Construction, warehousing, industrial maintenance.
1.2 Key Components
Major Assemblies: Platform, guardrails, lifting mechanism, hydraulic system, control panel.
Safety Features: Safety interlocks, load sensors.
Load Capacity: Calculations and stability dynamics.
1.3 Selection Criteria
Matching lift type to operational needs and safety requirements.
1.4 Regulatory Standards
OSHA 1910.67: Vehicle-Mounted Elevating and Rotating Work Platforms.
ANSI A92.6: Self-Propelled Elevating Work Platforms.
2. Hazard Identification & Risk Assessment
2.1 Workplace Risks
Ground Stability: Slope limits, soil compaction.
Overhead Hazards: Power lines, structural obstructions.
2.2 Risk Assessment Tools
Checklists: Hazard identification.
Hierarchy of Controls: Elimination → Substitution → Engineering → PPE.
2.3 PPE Requirements
Harnesses, helmets, gloves, non-conductive footwear.
3. Safe Operation Protocols
3.1 Pre-Operation Checks
Battery, hydraulic fluid, emergency stop functionality.
Tire condition, guardrails, control system testing.
3.2 Operational Best Practices
Maneuvering in tight spaces.
Collision avoidance with structures/personnel.
3.3 Load Management
Weight distribution principles.
Safe handling of tools/materials on elevated platforms.
4. Emergency Preparedness
4.1 Emergency Response Plans
Protocols for equipment failure, entanglement, or falls.
Communication with ground teams/emergency services.
4.2 Rescue Techniques
Manual descent procedures.
Backup systems (e.g., secondary lowering mechanisms).
5. Post-Operation & Compliance
5.1 Maintenance Protocols
Daily/periodic inspections: Cleaning, battery charging, lubrication.
Long-term storage guidelines.
5.2 Compliance Documentation
OSHA 300 Log: Incident/near-miss entries.
Manufacturer maintenance logs and inspection reports.
6. Case Studies & Group Discussions
6.1 Case Study: UAE Warehouse Incident (2022)
Cause: Unsecured load + uneven flooring.
Lessons: Load calculations, ground stability checks.
6.2 Scenario-Based Problem Solving
Designing a safety plan for crowded warehouse operations.
6.3 Ethical Debates
Balancing productivity vs. safety under tight deadlines.
7. Environmental Considerations
7.1 Sustainable Practices
Reducing emissions and fuel consumption.
Eco-friendly hydraulic fluids.
7.2 Safe Worksite Practices
Waste management and spill prevention.
8. Effective Communication for Operators
8.1 Standardized Hand Signals
ANSI-approved signals for lift operation.
8.2 Radio Communication Protocols
Clear coordination with ground teams.
9. Onsite Risk Assessment & Safety Plans
9.1 Risk Identification
Site-specific hazards: Weather, ground stability, obstacles.
9.2 Risk Mitigation Strategies
Preventive measures implementation.
9.3 Documentation
Standardized risk assessment records.
Why Choose This Course?
SASO-Approved: Officially recognized for compliance in Saudi Arabia.
Global Standards: Aligns with OSHA and ANSI for universal recognition.
Communication Focus: Includes hand signaling protocols for high-risk environments.
Flexible Assessments: Practical and written evaluations designed for real-world applicability.
Customizable: Adapts to construction, energy, logistics, and manufacturing sectors.
Note: This course outline, including specific topics, modules, and duration, can be customized based on the specific needs and requirements of the client.
Practical Assessment
Pre-operational inspection including (thorough procedure, defect identification)
Basic maneuvers including (driving, steering, lifting, lowering)
Platform positioning including (precision placement, extension deck usage)
Emergency procedures including (manual lowering, emergency stop)
Course Overview
This SASO-Approved Scissor Lift Training Course provides comprehensive instruction on the safe operation, inspection, and maintenance of scissor lifts across industries. Aligned with OSHA 1910.67 and ANSI A92.6 standards , the program combines technical theory, hands-on simulations, and real-world case studies. Participants will learn to mitigate risks, ensure regulatory compliance, and optimize equipment performance.
Key Learning Objectives
Conduct pre-operation inspections and identify mechanical, hydraulic, or electrical defects.
Operate scissor lifts safely in high-risk conditions, including uneven terrain and confined spaces.
Use standardized hand signaling protocols for clear communication with ground teams.
Mitigate risks such as tip-overs, entanglement, and falls from height.
Perform emergency descent procedures and equipment shutdown during failures.
Knowledge Assessment
Technical quizzes on scissor lift principles including (multiple-choice questions on components, matching exercises for controls)
Problem-solving exercises including (hazard identification, capacity calculations)
Scenario-based assessments including (operational decisions, emergency response)
Regulations and standards testing including (requirements, application)
Targeted Audience
New scissor lift operators seeking initial qualification
Experienced operators requiring recertification
Construction personnel performing elevated work
Maintenance staff accessing building systems
Warehouse personnel requiring vertical access
Facility management staff performing maintenance
Installation technicians working at height
Industrial workers requiring elevated work platforms