Course Title

Steel Erection Safety

Comprehensive steel erection safety training covering OSHA 29 CFR 1926 Subpart R standards.

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Course Duration

1 Day

Training Delivery Method

Classroom (Instructor-Led) or Online (Instructor-Led)

Instructors Languages

English / Arabic / Urdu / Hindi

Certification Provider

OSHAcademy - USA

Certificate Validity

No Expiration (Lifetime)

Course Average Passing Rate

98%

Competency Assessment Criteria

Knowledge Assessment

Post Training Reporting

Post Training Report + Candidate(s) Training Evaluation Forms

Training Design Methodology

ADDIE Training Design Methodology

Certificate of Successful Completion

Certification from OSHAcademy is provided upon successful completion. The certificate can be verified through a QR-Code system or by the following link: https://app.oshacademy-atp.com/verify/

Course Overview

This comprehensive Steel Erection Safety training course provides participants with essential knowledge and practical skills required for safe steel erection operations in construction environments. The course covers fundamental steel erection safety principles along with advanced techniques for hazard identification, fall protection implementation, and crane coordination during structural steel assembly.

Participants will learn to apply OSHA 29 CFR 1926 Subpart R standards and industry best practices including AISC Code of Standard Practice to ensure safe steel erection operations and prevent construction-related incidents. This course combines theoretical concepts with practical applications and real-world case studies to ensure participants gain valuable skills applicable to their professional environment while emphasizing worker safety and regulatory compliance.

Key Learning Objectives

Understand fundamental steel erection safety principles and OSHA requirements
Identify and control hazards associated with structural steel assembly operations
Implement specialized fall protection systems for steel erection activities
Apply safe crane operations and rigging procedures for steel placement
Develop effective steel erection sequences and safety planning procedures
Establish proper communication protocols and coordination systems
Evaluate structural stability and temporary bracing requirements
Implement comprehensive safety management systems for steel erection projects

Course Outline

Steel Erection Safety Fundamentals
OSHA Subpart R Requirements
Pre-Erection Planning and Coordination
Site Layout and Access Control
Steel Delivery and Material Handling
Crane and Rigging Operations
Structural Steel Components
Connection Methods and Hardware
Fall Protection Systems for Steel Erection
Safety Decking Requirements
Perimeter Safety Systems
Controlled Decking Zones
Connector Qualifications and Training
Multiple Lift Rigging Procedures
Walking and Working Surfaces
Structural Stability and Bracing
Temporary Flooring Systems
Column Anchorage and Stability
Beam and Girder Installation
Joist and Deck Installation
Systems-Engineered Metal Buildings
Communication and Coordination Protocols
Weather Considerations
Electrical Hazards and Power Lines
Personal Protective Equipment
Training and Competent Person Requirements
Inspection and Maintenance Procedures
Emergency Response and Rescue
Incident Investigation Methods
Documentation and Record Keeping
Quality Control Integration
Contractor Coordination
Steel Erection Sequencing
Load Path Analysis
Hoisting and Rigging Safety
Equipment Operation Safety
Steel Erection Best Practices

Steel Erection Safety Fundamentals
OSHA Subpart R Requirements
Pre-Erection Planning and Coordination
Site Layout and Access Control
Steel Delivery and Material Handling
Crane and Rigging Operations
Structural Steel Components
Connection Methods and Hardware
Fall Protection Systems for Steel Erection
Safety Decking Requirements
Perimeter Safety Systems
Controlled Decking Zones
Connector Qualifications and Training
Multiple Lift Rigging Procedures
Walking and Working Surfaces
Structural Stability and Bracing
Temporary Flooring Systems
Column Anchorage and Stability
Beam and Girder Installation
Joist and Deck Installation
Systems-Engineered Metal Buildings
Communication and Coordination Protocols
Weather Considerations
Electrical Hazards and Power Lines
Personal Protective Equipment
Training and Competent Person Requirements
Inspection and Maintenance Procedures
Emergency Response and Rescue
Incident Investigation Methods
Documentation and Record Keeping
Quality Control Integration
Contractor Coordination
Steel Erection Sequencing
Load Path Analysis
Hoisting and Rigging Safety
Equipment Operation Safety
Steel Erection Best Practices

Group Exercises

N/A by OSHAcademy

Gained Core Technical Skills

Conduct pre-erection planning with comprehensive safety assessment and coordination procedures
Implement specialized fall protection systems including controlled decking zones and safety nets
Execute safe crane operations with proper rigging techniques for steel member placement
Perform structural stability evaluations and temporary bracing installation procedures
Develop steel erection sequences with integrated safety and productivity considerations
Establish effective communication protocols between ground personnel and crane operators
Utilize advanced rigging equipment and multiple lift procedures for complex steel assemblies
Execute competent person duties with authority to ensure steel erection safety compliance

Services Geographical Coverage

In Tamkene Training Center or On-Site: Covering All Saudi Arabia Cities (Dammam - Khobar - Dhahran - Jubail - Qatif - Saihat - Safwa - Ras Tanura - Al Ahsa - Abqaiq - Nairiyah - Hafr Al Batin - Haradh - Khurais - Tanajib - Ras AlKhair - Jafurah - Fadhili - Wasit - Manifa - Berri - Shaybah - Hawiyah - Uthmaniyah - Riyadh - Shaqra - Dhurma - Wasea - AlKharj - Al Majmaah - Sudair - Zulfi - Qassim - Buraydah - Unaizah - Jeddah - Makkah - AlArous - Taif - Rabigh - Madinah - Yanbu - AlUla - Tabuk - NEOM - Oxagon - The Line - Waad AlShamal - Arar - Umluj - Hail - Sakaka - Abha - Khamis Mushait - Najran - Jazan - AlBahah - Jouf - Any City or location in Saudi Arabia

Targeted Audience

Steel erection workers and ironworkers
Construction supervisors overseeing steel erection operations
Crane operators involved in steel placement activities
Safety professionals responsible for structural steel projects
Project managers coordinating steel erection activities
Riggers and signal persons in steel erection operations
Competent persons designated for steel erection oversight
Training coordinators developing steel erection safety programs

Practical Assessment

OSHAcademy Practical Assessment

Knowledge Assessment

OSHAcademy Knowledge Assessment

Why Choose This Course

Comprehensive coverage of OSHA steel erection requirements and industry best practices
Integration of safety management with practical steel erection techniques and procedures
Focus on real-world applications with structural steel construction case studies
Hands-on exercises with actual steel erection equipment and safety systems
Exposure to advanced rigging techniques and crane coordination procedures
Emphasis on proactive hazard identification and prevention strategies specific to steel work
Opportunity to learn from steel erection incident case studies and prevention methodologies
Development of critical competent person skills for steel erection safety program management

This course outline, including specific topics, modules, and duration, is subject to change and also can be customized based on the specific needs and requirements of the client.

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