Rigger Level 1 Course in Pakistan
The Rigger Level 1 Course in Pakistan at New Pak Technical Training Centre provides foundational training for safe and efficient lifting operations. Students learn to handle rigging equipment, calculate load weights, balance loads, and communicate effectively with crane operators, preparing them for careers in construction, shipping, and industrial lifting, both locally and in the Middle East.
Course Overview
An Electrical Supervisor is responsible for more than just wiring; They manage teams, ensure safety compliance, and oversee the technical integrity of entire projects. At New Pak Technical Training Centre , our Electrical Supervisor course is designed to transition you from a technician to a leader. This program covers advanced electrical theory, site management, and international safety codes.
Why Choose Our Rigger Level 1 Program?
- Safety-First Culture: We align our training with OSHA and OPITO standards, focusing heavily on hazard recognition and accident prevention.
- Hands-On Equipment Lab: Practice with real industry hardware, including wire ropes, synthetic slings, shackles, and chain hoists.
- Middle East Job Readiness: This certification is a primary requirement for “Rigger” and “Lifting Helper” roles in Saudi Arabia, the UAE, and Qatar.
- Global 2026 Standards: Includes updated modules on the latest SOLAS regulations for onboard lifting and modern digital load-monitoring tools
Detailed Course Modules
06 | Months Certificate
Focus: Mastering the tools and basic load security.
- Introduction to Rigging: Basic terminology, the role of a rigger, and understanding “Working Load Limits” (WLL).
- Rigging Hardware: Identifying and inspecting Shackles, Eye-bolts, Turnbuckles, and Hooks for wear and tear.
- Sling Selection & Inspection: Deep dive into synthetic web slings, wire rope, and alloy steel chains.
- Standard Hand Signals: Mastering the universal language of crane communication to direct operators safely
01 | Year Certificate
Focus: Load dynamics, calculations, and offshore operations.
- Load Weight Calculations: Learning to estimate the weight of various materials (Steel, Concrete, Liquids) to prevent overloading.
- Center of Gravity (CoG): Finding the balance point of uneven loads to ensure a stable lift.
- Sling Angles & Tension: Understanding how the angle of a sling affects its lifting capacity (Trigonometry for Riggers).
- Hitch Types: Practical training in Vertical, Choker, and Basket hitches for different load shapes.
- Offshore & Industrial Safety: Specialized training for working on oil rigs, including $H_2S$ awareness and working at heights
Frequently Asked Questions (FAQs)
Do I Need to Be Very Strong to Be a Rigger?
While it is a physical job, rigging is about brains over brawn. We teach you to use mechanical advantage and proper techniques so the equipment does the heavy lifting, not your back.
What Is the Difference Between Rigger Level 1 and Level 2?
Level 1 is the “Qualified Rigger” who performs basic lifts and inspections under supervision. Level 2 (Advanced) involves complex “blind” lifts, multi-crane operations, and creating detailed lift plans.
Is There a Medical Requirement for This Course?
Because rigging involves physical activity and safety-critical communication, students should be physically fit, have good eyesight, and not have a fear of heights.
Month 1 – Foundation of Rigging
Week 1 — Orientation & Introduction to Rigging
1. Theory (~20 Hours)
- Introduction to Rigging
- What is rigging? Importance of safe rigging in construction, industrial and lifting operations.
- Roles and responsibilities of a Rigger Level 1.
- Overview of industries using rigging (construction, shipping, manufacturing, oil & gas).
- Terminology & Definitions
- Common rigging terms: load, sling, hitch, hitch angle, working load limit (WLL), center of gravity.
- Basic mechanical principles (force, tension, balance).
- Types of rigging operations and typical equipment.
2. Practical (~10 Hours)
- Workshop orientation, tools, PPE, safety rules.
- Identification of rigging equipment from actual gear.
- Demonstration: wearing PPE properly (helmets, gloves, boots, etc.).
Assessment: Short quiz on terminology (written).
Week 2 — Rigging Tools & Equipment
1. Theory (~20 Hours)
- Lifting Equipment
- Cranes, hoists, winches — purpose, capacity, limitations.
- Slings: wire rope, synthetic, chain slings — safe load limits and uses.
- Shackles, hooks, spreader beams — inspection and selection rules.
- Inspection & Maintenance
- Pre‑use inspection checklist for slings, ropes, hooks.
- Identifying defects — broken wires, corrosion, distortion.
- Maintenance practices (cleaning, storage).
2. Practical (~15 Hours)
- Hands‑on inspection of multiple sling types.
- Measuring sling angles and calculating safe load limits.
- Workshop tasks: assemble basic rigging set‑ups on test frames.
Assessment: Practical inspection test — pass/fail.
Week 3 — Basic Lifting Principles
1. Theory (~20 Hours)
- Load Calculations & Center of Gravity
- How to calculate approximate weight of loads using charts.
- Center of gravity – importance in rigging.
- Load Control
- Techniques to prevent load swinging.
- Methods for safe lifting and controlled load lowering.
- Mechanical Advantage
- Simple block and tackle systems and their effect on force required.
2. Practical (~15 Hours)
- Calculating load weight exercises with real items.
- Marking and lifting practice with dead loads.
- Simple block & tackle experiments with known weights.
Assessment: Group exercise on load calculations (written + practical demonstration).
Week 4 — Safety Fundamentals
1. Theory (~25 Hours)
- Rigging Safety Standards
- Workplace safety rules for riggers.
- Risk assessment basics — hazard identification.
- Local regulations in Pakistan and industry norms.
- Personal Protective Equipment (PPE)
- Purpose of PPE; correct selection & usage.
- Safety check before rigging tasks.
- Emergency procedures
- Emergency response and safe evacuation.
- Accident reporting procedures.
2. Practical (~15 Hours)
- Safety drills: hazard spotting at a demo site.
- PPE inspection and enforcement drill.
- Safe work plan simulation with risk assessment checklist.
Assessment: Safety practicum & short written test.
Month 2 – Intermediate Rigging Skills
Week 5 — Intermediate Rigging Skills
1. Theory (~30 Hours)
- Types of Rigs and Hitches
- Vertical hitch, choker hitch, basket hitch.
- Choosing the right hitch type for loads.
- Rope & Sling Techniques
- Knot types used in rigging.
- Wire rope vs synthetic slings – benefits and risks.
- Load Attachment & Balancing
- How to attach loads that balance well.
- Role of spreader bars and balancing techniques.
2. Practical (~20 Hours)
- Rigging live exercises: hitches on mock loads.
- Sling angle calculation exercises.
- Balancing and rigging uneven loads.
Assessment: Practical rigging task under instructor supervision.
Week 6 — Communication & Signals
1. Theory (~20 Hours)
- Drafting a basic bodice block.
- Understanding ease and seam allowances.
2. Practical (~15 Hours)
- Drill sessions using signals with lifting drills.
- Scenario practice: communicate load movement signals.
Assessment: Observation test: effective use of signals.
Week 7 — Planned Lifting & Site Coordination
1. Theory (~25 Hours)
- Pre‑Lift Planning
- Lift plans — what to include (spot location, route, land points).
- Environmental considerations (wind, ground condition).
- Team Roles
- Rigger, signaler, crane operator, supervisor duties.
- Coordination protocols.
2. Practical (~15 Hours)
- Create a sample lift plan (class).
- Team simulation: setup and review.
Assessment: Written lift plan submission.
Week 8 — Mid Course Review & Assessment
1. Theory Exam (~30 Hours)
- All topics from Month 1 & 2.
2. Practical Assessment (~20 Hours)
- Group rigging exercise.
- Safety test under evaluation.
Certification: Mid‑term competency report issued.
Month 3 – Advanced Practicals & Field Work
Week 9 — Integrated Live Practical
1. Theory (~15 Hours)
- Brief review of safety & best practices.
2. Practical (~30 Hours)
- On‑Site Exercise
- Real load lifting with crane simulation on site.
- Load attachment, signaling, lifting, and lowering.
- Time‑tracking & precision drills.
Assessment: Performance graded on speed & safety compliance.
Week 10 — Complex Scenarios & Problem Solving
1. Theory (~20 Hours)
- Problem Situations
- What to do when load shifts unexpectedly.
- Dealing with equipment failure.
- Alternative Rigging Techniques
- When to use special slings and attachments.
2. Practical (~25 Hours)
- Simulated challenge rigging assignments.
- Decision‑making exercises.
Assessment: Scenario quiz & demonstration.
Week 11 — Final Wrap Up & Recap
1. Theory (~20 Hours)
- Safety Checklist Refresher
- Equipment Maintenance Strategies
- Industry Standards & Career Opportunities
2. Practical (~20 Hours)
- Re‑run previous practical chapters for mastery.
- Final mock practical drills.
Assessment: Final written prep test.
Week 12 — Final written prep test.
1. Theory (~25 Hours)
- Comprehensive test covering theory from all months.
2. Final Practical Evaluation (~30 Hours)
- Full rigging task from planning to execution.
- Demonstration of signals, load calculations, inspection, risk mitigation.
Certification: Recognition for safety compliance and practical competence.
Detailed Topics
(Core Areas)
MODULE 1 — Rigging Basics & Terminology
- Definitions and rigging vocabulary (e.g., working load limit, hitch, shackle, tag line).
- Differences between rigging hardware (chain, wire rope, synthetic).
- Real‑world examples of rigging in construction and industrial job sites.
MODULE 2 — Rigging Equipment
- Identification of equipment.
- Inspection routines — everyday checks and long‑term maintenance.
- Sling types and selection rules.
MODULE 3 — Load Handling
- Load balancing, center of gravity.
- Calculating approximate load weights.
- Practical sessions with test weights and cranes.
MODULE 4 — Safety & Risk Management
- Risk assessment forms and checklists.
- Emergency procedures.
- PPE protocols — helmets, gloves, goggles, harnesses.
MODULE 5 — Signals & Communication
- Standard hand signals per international and Pakistan practice.
- Radio communication standards.
- Non‑verbal cues and safety flags.
MODULE 6 — Lifting Plans & Worksite Coordination
- Pre‑lift planning templates.
- Job roles and responsibilities.
- Coordination and teamwork best practices.
