The Rigger Level 3 Course in Rawalpindi and Islamabad is designed for experienced riggers seeking advanced technical authority, supervisory skills, and compliance with international lifting standards. As large-scale construction, oil & gas, energy, and infrastructure projects expand across Pakistan and the Gulf region, the demand for highly competent Level-3 riggers capable of planning complex lifts, leading rigging teams, and conducting detailed risk assessments continues to grow. This course develops in-depth expertise in load calculations, engineering principles, crane coordination, safety regulations, and lift planning, preparing professionals for senior rigging roles, site leadership positions, and overseas employment where advanced rigging certification is a mandatory requirement.
Rigger Level 3 Course in Rawalpindi Islamabad
Course Overview
A Rigger prepares, selects, inspects, and uses rigging equipment to lift, lower, and position heavy loads. A Level-3 Rigger demonstrates advanced competency: planning complex lifts, supervising small rigging teams, conducting risk assessments, and applying engineering principles to lifting systems.
Month 1— Foundations of Rigging
(Week 1–4)
Week 1: Introduction to Rigging
- Definition and role of a rigger
- Industry applications: construction, shipping, oil & gas, energy
- Rigging terminology
- Responsibilities, accountability, ethics
Week 2: Mathematics for Rigging
- Algebra basics
- Load calculations
- Sling angle math (effect on load)
- Vector analysis
- Use of calculators, charts, and tables
Week 3: Engineering Basics
- Forces and loads (tension, compression, shear)
- Center of gravity
- Stability of loads
- Material properties
- Safety factors and working load limits
Week 4: Safety Standards & Regulations
- OSHA standards applicable to rigging
- Pakistani safety standards (PSQCA local codes)
- Manufacturer guidelines
- Permit-to-work systems
- Job safety analysis (JSA)
Practical Sessions
Week 1-2: Workshop Orientation
- Tool identification & use
- Workplace hygiene
- Personal Protective Equipment (PPE)
- Housekeeping standards
Week 3: Basic Sling Selection and Inspection
- Wire rope, chain, synthetic slings
- Identification of defects
- Tagging & record keeping
Week 4: Load Identification & Handling
- Reading load weights & dimensions
- Simulated load balance exercises
Month 2 — Rigging Gear & Equipment
(Week 5–8)
Week 5: Sling Types & Characteristics
- Wire rope slings
- Chain slings
- Synthetic slings
- Web slings
- Roundslings
Week 6: Rigging Hardware
- Shackles, hooks, rings
- Turnbuckles
- Swivels
- Spreaders & lifting beams
- Blocks and pulleys
Week 7: Hoisting Systems
- Winches
- Cranes (mobile, overhead, gantry)
- Air & electric hoists
- Performance factors
Week 8: Load Control Devices
- Tag lines
- Load binders
- Snatch blocks
- Shock-absorbing devices
Practical Sessions
Week 5: Sling Selection Workshop
- Choosing right sling type & capacity
- Simulation balancing different loads
Week 6: Hardware Assembly
- Assembling rigging systems
- Pinning and securing hardware
- Load planning practice
Week 7: Hoist Operations
- Setting up hoists
- Operating under supervision
- Basic crane signal communications
Week 8: Load Control Techniques
- Tag line handling
- Dynamic versus static loads
- Directional control practice
Month 5 — Intermediate Rigging
(Week 9–12)
Week 9: Load Calculations
- Working Load Limit (WLL)
- Sling tension and angle factors
- Load charts
Week 10: Rigging Plans & Drawings
- Reading engineering drawings
- Flow charts
- Load path planning
- Spotting hazards
Week 11: Crane Fundamentals
- Types of cranes
- Load charts interpretation
- Boom lengths, angles
- Capacity limits
Week 12: Signals & Communication
- Standard hand signals
- Radio protocol
- Crew coordination
Practical Sessions
Week 9: Calculation Exercises
- Using load tables
- Real-world problem solving
Week 10: Blueprint Interpretation
- Plans to practice scenarios
- Group planning exercises
Week 11: Simulated Crane Lift Setup
- Setting up crane footprints
- Lift path planning
Week 12: Communication Drills
- Signal team practice
- Mock lift coordination
Month 4 — Advanced Lifting Techniques
(Week 13–16)
Week 13: Multi-Leg Lifts
- Risk assessments
- Safe work permits
- PPE selection
Week 14: Special Lifting Devices
- Spreaders, beams
- Custom lifting devices
- Engineering involvement
Week 15: Environmental Challenges
- Wind effects
- Poor ground conditions
- Corrosion, temperature impacts
Week 16: Risk Assessment & Mitigation
- Hazard recognition
- Job safety analysis (JSA)
- Control measures
Practical Sessions
Week 13: Multi-Leg Sling Rigging
- Setup & inspection
- Load balancing tests
Week 14: Special Device Use
- Spreaders & beams practice
- Complex configurations
Week 15: Environmental Simulation
- Wind simulation drills
- Slippery/unstable ground practice
Week 16: Full Job Safety Assessments
- Students perform JSA
- Feedback & improvement loops
Month 5 — Site Practice & Leadership
(Week 17–20)
Week 17: Team Leadership
- All previous modules
- Focus on weak areas
- Model question papers
Week 18: Lift Planning & Documentation
- Lift plans
- Permits
- Inspection checklists
Week 19: Emergency Response
- Accident reporting
- First-aid basics
- Rescue planning
Week 20: Quality Assurance
- Defect reporting
- Traceability & documentation
- Continuous improvement
Practical Final Assessment
Week 17: Lead a Lift Crew
- Student as crew leader
- Assign roles
- Supervise team
Week 18: Real Lift Planning
- Students create full lift plans
- Instructor review=
Week 19: Emergency Drills
- Simulated rescue
- First-aid basics in rigging context
Week 20: Inspection Documentation
- Reports
- Checklists
- Record keeping
Month 6— Evaluation & Industry Integration
(Week 21–24)
Week 21: Review & Reinforcement
- Q&A sessions
- Weak area focus
Week 22: Professional Standards
- Continuing education
- Certifications
- Job expectations
Week 23: Industry Best Practices
- Case studies
- Accident analyses
- Lessons learned
Week 24: Final Theory Exam
- Comprehensive written
- Open discussion
Practical Sessions
• Comprehensive written
• Open discussion
- Full lift operation from planning to execution
- Documentation submission
Week 23: Final Practical Assessment
- Students demonstrate skills
- Instructor rating
Week 24: Graduation & Certification
- Feedback sessions
Detailed Module Descriptions
1. Rigging Mathematics (Deep Dive)
Topics
- Trigonometry for sling angles
- Vector sums
- Load distribution ratios
- Working Load Limit (WLL) vs. Breaking Strength
- Safety factors
Example Exercises
- Calculate tension in multi-leg sling at 60°
- Determine maximum safe load given WLL and angle
- Adjust calculations for dynamic load scenarios
Practical Application
- Use real slings & load cells to verify calculations
2. Rigging Drawings & Plans
Reading Skills
- Interpret lifting points
- Recognize critical load characteristics
- Symbol interpretations
- Overhead hazards
Tools
- Engineering drawings
- Sketching load paths
- Annotated lift plans
Output
- Written plans
- Lift drawings
- Hazard logs
3. Safety & Regulations
Standards Covered
- OSHA 29 CFR (rigging sections)
- Local Pakistan Safety Codes
- Manufacturer manuals
- Company SOPs=
Topics
- Permit-to-Work systems
- Lock-out/Tag-out
- Safety briefings
- Incident investigation
Assessments
- Written quizzes
- Group hazard analysis
