Course Overview
This course provides in-depth knowledge of advanced heavy lifting and transportation operations tailored for complex onshore and offshore projects. It covers the engineering, planning, execution, safety, and risk management aspects of moving oversized and heavy loads. Participants will gain insight into modern equipment, techniques, and international standards applicable to a wide range of industrial sectors.
Course Objectives
By the end of this course, participants will be able to:
- Understand the principles and mechanics of heavy lifting and transportation.
- Plan and execute lifting operations for challenging onshore and offshore environments.
- Select appropriate lifting equipment and transport systems.
- Analyze and manage risks associated with critical lifts and heavy haulage.
- Comply with international standards, safety regulations, and best practices.
- Collaborate effectively across disciplines during lift planning and execution.
Who Should Attend
This course is ideal for:
- Project engineers and construction managers
- Lifting and rigging engineers
- Logistics and transport coordinators
- HSE professionals involved in lifting operations
- Site supervisors and marine operation planners
- Anyone responsible for or involved in heavy lifting and transport projects
Course Outline
Fundamentals of Heavy Lifting and Transport
- Principles of force, load distribution, and center of gravity
- Overview of lifting and transport equipment and systems
- Types of cranes, jacks, trailers, SPMTs, and barges
Lift Planning and Engineering Calculations
- Preparing lift studies and method statements
- Load calculations, crane selection, and rigging design
- Lift path analysis and 3D modeling
Onshore Heavy Lifting and Transportation Techniques
- Lifting with mobile and crawler cranes
- SPMT operations and road transport planning
- Load-out and skidding methods
Offshore Lifting Operations
- Marine lifting techniques: vessel-to-vessel, platform lifting
- Subsea lifting and installation considerations
- Weather and sea-state influence on lifting operations
Risk Management and Safety Protocols
- Hazard identification and risk assessment
- Lift categorization: routine, critical, and non-routine lifts
- Emergency response planning and contingency measures
- Safety barriers, checklists, and permit-to-work systems
Standards and Compliance
- Overview of relevant standards: LOLER, BS 7121, API RP 2D, DNV
- Certification, inspection, and maintenance of lifting gear
Coordination and Execution
- Multi-disciplinary collaboration and interface management
- Sequencing, communication protocols, and operational control
- Post-lift debriefing and performance review
Case Studies and Lessons Learned
- Real-life examples from large-scale onshore and offshore projects
- Common challenges and solutions in heavy lifting operations