Rigger Level 3 Course in Pakistan
The Rigger Level 3 Course in Pakistan prepares experienced riggers for top supervisory and engineering roles in critical lifting operations. This advanced program develops expertise in complex load calculations, critical lift planning, multi-crane coordination, and leadership in high-risk industrial environments. With strong demand in oil & gas, power plants, heavy construction, and offshore projects, Level 3 certification opens pathways to senior positions such as Lifting Supervisor and Rigging Foreman, offering higher salaries, global job mobility, and long-term professional growth.
Course Overview
A Rigger Level 3 is the highest certification in the rigging profession. At New Pak Technical Training Centre, this advanced program is tailored for experienced riggers ready to transition from execution to leadership and engineering. You will be trained to handle “Critical Lifts”, scenarios involving extremely heavy loads, multi-crane coordination, and hazardous environments, where every calculation must be 100% accurate to ensure the safety of multimillion-dollar projects.
Why Attain Level 3 Certification?
- Project Management & Leadership: Learn to manage entire rigging teams, assign roles, and conduct pre-lift safety briefings.
- Mastery of Critical Lift Plans: Develop the skill to create and approve formal written Lift Plans that comply with international engineering standards.
- Hazardous Environment Specialist: Specialized training for rigging in confined spaces, offshore rigs, and extreme weather conditions.
- Top-Tier Global Salary: Level 3 riggers are often hired as Lifting Supervisors or Rigging Foremen in major energy hubs like Aramco (Saudi Arabia) and ADNOC (UAE).
Detailed Course Modules
06 | Months Certificate
Focus: Precision math for non-routine lifts.
- Load Distribution in Multi-Point Lifts: Calculating tension for 8-point and 12-point pick systems for massive industrial vessels.
- Dynamic Loading Analysis: Understanding how load movement, wind, and crane acceleration create “G-forces” on rigging hardware.
- Stability & Center of Gravity (CoG): Advanced techniques for finding the CoG of fluid loads or loads that shift during the lift.
01 | Year Certificate
Focus: Overseeing the safe lifecycle of a project.
- The “Critical Lift” Protocol: Defining when a lift is “Critical” (e.g., over 75% of crane capacity or over 50 tons) and implementing strict controls.
- Rigging Loft Management: Controlling inventory, tracking certification expiry for hundreds of slings/shackles, and maintaining inspection logs.
- Emergency Response Planning: Designing evacuation and “fail-safe” procedures specifically for lifting failures.
- Incident Investigation: Root cause analysis (RCA) techniques to investigate near-misses and improve future site safety.
Frequently Asked Questions (FAQs)
What Is the Experience Requirement for Level 3?
Ideally, candidates should have a valid Level 2 Certification and several years of documented field experience. This is a senior-level qualification.
Does a Level 3 Rigger Also Operate the Crane?
Yes. Companies in the Gulf look for “Electrical Supervisors” who can lead crews and speak the language of engineering. This certificate proves you have both technical and managerial skills.
How Long Is the Certificate Valid?
Like most international safety certifications, Level 3 certificates are typically valid for 3 years, after which a “Refresher & Assessment” is required to stay updated with 2026 global safety codes.
Month 1 – Foundations & Theory Review
Week 1 — Orientation & Introduction
1. Theory
- Course Overview & Expectations
- History of Rigging and Industry Role
- Job Duties of a Level 3 Rigger
- Workplace Safety Culture
2. Outcomes:
Understand professional responsibilities and safety requirements for advanced rigging.
Week 2 — Review of Rigger Level 1 & Level 2
1. Theory
- Previous Rigging Knowledge Recap
- Hardware: Slings, Shackles, Hooks, Blocks
- Safety: PPE, Hazard ID, Basic Site Safety
- Industrial Contexts: Construction, Oil & Gas
2. Theory Focus
- Sharpen foundational concepts as a basis for advanced modules.
Week 3 — Health, Safety & Regulations
1. Theory
- Local & International Regulations: OSHA, LOLER, PUWER
- Safe working practices
- Accident prevention
- Emergency response planning
2. Outcomes
- Learn regulatory frameworks and apply them to lifting operations.
Week 4 — Basic Load Theory
1. Theory
- Load definitions and terminology
- Weight vs. force vectors
- Centre of Gravity (CoG) principles
- Load stability and balance
2. Practical
Hands‑on exercises calculating CoG of sample loads.
Month 2 – Advanced Theory in Load Calculations & Gear
Week 5 — Load Calculations
1. Theory
- Lift weight estimation
- Sling angle forces
- Multi‑point lifting calculations
- Use of SWL (Safe Working Load) charts
2. Practical
- Workshop: Calculating load forces for rigging scenarios.
Week 6 — Rigging Hardware Mastery
1. Theory
- Selection criteria for rigging gear
- Grades of chains and slings
- Inspection and discard criteria
2. Practical
- Gear inspection lab; identifying faults and wear.
Week 7 — Wire Rope & Sling Theory
1. Theory
- Wire rope construction
- Synthetic vs. steel slings
- Factors affecting rope strength
- Tension calculations
2. Practical
Hands‑on wire rope examination and testing.
Week 8 — Risk Assessment
1. Theory Exam
- Hazard identification
- Job safety analysis (JSA)
- Risk mitigation techniques
- Safety briefs and permits
2. Outcome
- Produce a mock JSA for sample lift.
Month 3 – Planning & Documentation
Week 9 — Lifting Plans & Drawings
1. Theory
- How to prepare a lifting plan
- Reading technical drawings
- Sketches for rigging sequences
2. Practical
- Students prepare lifting plans for mock tasks.
Week 10 — Crane Fundamentals
1. Theory
- Types of cranes and application
- Load charts interpretation
- Crane selection criteria
2. Practical
- Crane operation simulation (trainer and team).
Week 11 — Signals & Communication
1. Theory
- Hand signals and radio communication
- Team coordination
- Emergency comms
2. Practical
- Role‑play exercises for site communication.
Week 12 — Documentation & Reporting
1. Theory
- Inspection reports
- PPE checklists
- Job hazard analysis documents
- Safety compliance logs
2. Outcome
- Practice writing complete safety documentation
Month 4 – Supervisory Skills & Management
Week 13 — Leadership in Rigging
1. Topics
- Team leadership fundamentals
- Delegation & task assignment
- Conflict handling
2. Theory
- Leadership in rigging operations.
Week 14 — Project & Team Planning
1. Theory
- Rigging project phases
- Scheduling
- Resource allocation
2. Practical
- Group exercise planning a week‑long rigging project.
Week 15 — Risk Control in Complex Operations
1. Theory
- Advanced risk assessments
- Lift sequence execution
- Contingency procedures
2. Outcome
Participants design risk plans for real‑world scenarios.
Week 16 — Leadership Assessmentt
1. Tasks
- Evaluate candidates’ capability to manage a rigging crew
- Written and practical evaluation
2. Outcome
- Leadership competency certificate/module passed.
Month 5– Advanced Practical Rigging
Week 17 — Complex Load Handling
1. Tasks
- Multi‑point lifts
- Irregular loads
- Heavy and oversized loads
2. Practical
Full practical sessions with rigging gear.
Week 18 — Specialized Operations
1. Topics
- Subsea rigging
- Offshore lifts
- Confined space rigging
.
2. Practical
- Simulation exercises.
Week 19 — Gantry & Overhead Systems
1. Tasks
- Rigging with gantries
- Overhead crane lifts
- Safety in confined heights
2. Practical
- Hands‑on workshop.
Week 20 — Inspection & Maintenance
1. Tasks
- Deep inspection labs
- Maintenance schedules
- Reporting defective gear
2. Outcome
- Certified inspection proficiency.
Month 6 – Final Assessments & Projects
Week 21 — Mock Field Project
1. Activity
- Students lead a complete real‑world rigging task from planning through execution.
2. Supervision
Instructors oversee safety and standards compliance.
Week 22 — Final Theory Examination
1. Topics Covered
- All theoretical modules
- Case studies
- Scenario analysis
