Rigger Level 2 Course in Pakistan
The Rigger Level 2 Course in Pakistan develops skilled riggers into advanced lifting specialists capable of handling complex, high-risk operations in industrial environments. This level focuses on load calculations, multi-crane coordination, lift plan execution, and safe handling of heavy, non-symmetrical loads. With major demand in oil & gas, construction, power plants, and infrastructure projects, Level 2 riggers qualify for senior roles, higher salaries, and international job opportunities, making it a strong step toward long-term career growth in the lifting and rigging field.
Course Overview
While a Level 1 Rigger handles basic setups, the Rigger Level 2 is a specialist in complex load dynamics. At New Pak Technical Training Centre, our Level 2 program moves beyond simple hitches into the world of engineering-based lifting. You will learn to manage high-capacity lifts (typically 10 to 40 tons), coordinate multi-crane operations, and execute professional Lift Plans in challenging industrial environments.
Why Upgrade to Rigger Level 2?
- Advanced Load Physics: Master the calculation of “Sling Tension” and “Share of Load” for non-symmetrical and off-center loads.
- Tandem & Multi-Crane Lifting: Learn the critical coordination required when two or more cranes are lifting a single massive object.
- Lift Plan Interpretation: Be the bridge between engineering and the field by reading, understanding, and implementing formal, written Lift Plans.
- Senior Career Path: Level 2 certification is the global benchmark for Rigging Foremen and Lifting Supervisors in the Oil & Gas and Power Plant sectors.
Detailed Course Modules
06 | Months Certificate
Focus: The math behind a safe lift.
- Center of Gravity (CoG) Mastery: Finding the horizontal and vertical CoG for irregular, unbalanced, or “top-heavy” loads.
- Sling Angle Stress: Detailed calculations of how low sling angles drastically increase the tension on your gear.
- Load Share in Multi-Point Lifts: Calculating exactly how much weight each individual sling and shackle is carrying in a complex 4-point or 8-point lift.
01 | Year Certificate
Focus: High-risk and specialized scenarios.
- Tandem Lifting: The theory and safety protocols for using two cranes simultaneously on one load.
- Drifting & Turning Loads: Techniques for moving a load horizontally using hoists or turning a vertical vessel to a horizontal position.
- Spreader Bars & Lifting Beams: Correct selection and use of below-the-hook lifting devices to protect sensitive or long loads.
- Environmental Factors: Analyzing how wind speed, dynamic loading, and ground conditions affect high-capacity lifts.
Frequently Asked Questions (FAQs)
What Is the Prerequisite for Rigger Level 2?
You must have a Rigger Level 1 Certificate and documented field experience. This course builds directly on the foundations of Level 1.
Can a Level 2 Rigger Work Unsupervised?
Yes. Unlike Level 1, a Level 2 Rigger is qualified to select rigging components and perform complex tasks unsupervised, often leading a team of junior riggers.
Is This Course Recognized by ARAMCO or ADNOC?
Our curriculum is aligned with international standards (OSHA & ASME). While specific companies have their own internal “vetted” tests, our diploma provides the advanced technical knowledge required to pass those high-level trade tests.
Month 1 — Fundamentals, Standards, and Safety
Theory Topics
1. Introduction to Rigging
- Definition, purpose, industries (construction, oil & gas, ports, mining)
- Role of a Rigger Level 2 vs Level 1
- Ethical responsibilities and professionalism
2. Regulatory Framework
- Pakistan standards & OSHA fundamentals
- Local bodies: PEC, MOL (Ministry of Labour) safety regulations
- ISO & ASME standards for lifting equipment
3. Safety Culture
- Hazard recognition
- Safety signage & color coding
- PPE: selection, maintenance, inspection
4. Load Dynamics
- Center of gravity
- Load behavior: static vs dynamic
- Calculation basics
5. Communication Protocols
- Hand signals
- Radios
- Standard commands & emergency communication
Practical
- PPE application & inspection drills
- Walkthrough: rigging zone setup and hazard mapping
- Weight estimation exercises
- Mock toolbox talks and safety briefings
- Daily assignment logs & reflection reports
Assessments
- Written test: Basic theory
- Practical: PPE checks and hazard identification
Month 2 — Rigging Equipment & Gear
Theory Topics
1. Types of Slings
- Wire rope, synthetic webbing, chain
- Load charts & capacity factors
2. Hardware & Accessories
- Shackles, hooks, links
- Turnbuckles, spreader beams
3. Hoists & Winches
- Manual vs electric
- Parts, uses, limitations
4. Inspection Principles
- Visual, tactile, measurement checks
- Defect recognition
5. Load Control Devices
- Taglines, choker hitches, bridle slings
Practical
- Hands‑on inspection of slings & hardware
- Assembly & disassembly of rigging hardware
- Load chart reading & selection exercises
- Rigging gear storage and tagging systems
- Case studies on failures & corrective actions
Assessments
- Practical test: sling selection & inspection
- Quiz: load charts & equipment knowledge
Month 3 — Rigging Techniques & Load Control
Theory Topics
1. Types of Hitches
- Vertical, choker, basket
- Multi‑leg assemblies
2. Load Balancing
- Center of gravity application
- Uneven loads
3. Dynamic Load Factors
- Shock loading
- Vibration impact
4. Signal Person Coordination
- Standard hand signals
- Problems in communication
5. Rigging Plans & Drawings
- Reading engineering drawings
- Load path planning
Practical
- Hitch assembly practice
- Load balancing exercises with various shapes
- Signal person paired lifts
- Creating simple rigging plans
Assessments
- Practical load balance test
- Written assignment: rigging plan interpretation
Month 4 — Crane Integration & Complex Lifts
Theory Topics
1. Cranes Overview
- Mobile cranes, tower cranes, crawler cranes
- Capabilities and limitations
2. Crane & Rigging Coordination
- Lift planning
- Swing radius, boom angle
3. Lift Calculations
- Weight estimation
- Load chart interpretation
4. Ground Conditions & Outriggers
- Soil bearing
- Load distribution
5. Lift Plans
- Lift objectives
- Site logistics
- Safety checkpoints
Practical
- Crane site walkthrough (live/ simulated)
- Outrigger setup exercises
- Boom angle & radius measurement
- Simulated complex lifts
- Daily lift planning and reporting
Assessments
- Quiz: crane types & functions
- Case study: plan a complex multi‑point lift
Month 5 — Advanced Load Handling & Emergency Procedures
Theory Topics
1. Heavy & Asymmetric Lifts
- Techniques
- Risk mitigation
2. Mechanical Advantage Systems
- Block & tackle systems
- Compound rigs
3. Emergency Response
- Rescue plans
- Arresting suspended loads
4. Environmental Conditions
- Wind, rain, heat influence
- Safe operating limits
5. Reporting & Documentation
- Incident reporting
- Maintenance logs
Practical
- Setup of mechanical advantage rigging
- Asymmetric load handling exercises
- Emergency scenario drills
- Environmental analysis sessions
Assessments
- Practical: hazardous scenario resolution
- Written test: emergency procedures
Month 6 — Integrated Project, Workplace Attachment & Final Evaluation
Theory Topics
1. Review & Advanced Q&A
- Full topic review
- Problem solving sessions
2. Workflow Integration
How a rigger works with other crafts (welder, crane operator, technician)
3. Quality Assurance
- Conformance checks
- Inspection protocols
4. Professional Development
- Learning pathways: Level 3, certifications
- Career growth in Pakistan’s industries
Practical
- Integrated Capstone Project
- Plan and execute a full lift assignment
- From prep to debrief
- Workplace Attachment
- 2–4 weeks practical internship with a contracting site
- Real‑world application
- Safety Audits
- Teams conduct mock audits
