Detailed Group 3 Lifting Equipment Training Content (Latest Update)

Participating in occupational safety training is a mandatory requirement for workers operating overhead cranes, forklifts, and lifting equipment. However, not every business or worker fully understands the details of the Group 3 lifting equipment training content according to current legal standards.

In the article below, Vietmani will present a detailed overview of the entire curriculum framework, training duration, and the core safety standards that need attention. Let's find out right now!

Mandatory Participants for Group 3 Lifting Equipment Training

Before diving into the details, you should note that the legal framework governing lifting operations is specified in the Law on Occupational Safety and Hygiene 2015, Decree 44/2016/ND-CP, and Decree 140/2018/ND-CP. According to this regulatory system, all personnel directly or indirectly involved in the operational lifecycle of lifting equipment must be identified and managed as Group 3 workers.

In reality, operating a lifting machine is not the solitary effort of a machine operator sitting in an isolated cabin; it requires the coordinated participation of a personnel network with specialised roles. Therefore, 3 groups of people are required to undergo the rigorous Group 3 training process, including:

• Technical - Construction Group: Those directly involved in the manufacturing, assembly, and repair of lifting equipment.
• Direct Operation Group: Personnel who operate, inspect, and monitor the equipment's activity on-site.
• Ground Support Group: Includes those working in rigging (riggers) and those responsible for giving control signals during hoisting and lifting processes.

As can be seen, this classification reflects the thoroughness of the law in building a synchronised working system, ensuring every link in the operational network firmly grasps spatial discipline and risk identification.

Detailed Structure of Group 3 Lifting Equipment Training Content

The Group 3 occupational safety training program is not simply a class that passes on information, but is designed as a process to reprogram labour behaviour. It helps equip you with a risk analysis lens, allowing you to view the work environment through risk matrices and quantitative technical standards. This program is structured into three tightly complementary core knowledge modules:

Module 1: OSH Policy and Legal System

This module helps you approach fundamental legal concepts, clarifying the civil and criminal liability boundaries for both employers and employees. The training content includes:

• Understanding legal rights, especially the right to refuse to work when discovering operating conditions that directly threaten one's life.
• Being informed about insurance regimes, accident reporting procedures, and occupational disease compensation establishes a foundational awareness of the state's protection regarding your health.

Module 2: Basic Knowledge of Occupational Safety and Hygiene

This module provides theoretical tools so you can conduct your own risk assessments on-site. The focus of the module includes 5 main points:

• Methods for identifying dangerous and harmful factors.
• Dynamic analysis of falling and collision incidents.
• Principles for establishing a safety culture within the enterprise.
• How to select, use, and maintain personal protective equipment (PPE) such as full-body safety harnesses, hard hats, and anti-glare glasses.
• Equipping survival skills, such as first aid for occupational accidents and methods for preventing occupational diseases arising from vibration and noise in the lifting equipment cabin.

Module 3: Specialised Training Content for Lifting Equipment

This is the focal point of the entire course dedicated to lifting equipment, where physical principles, applied mechanics, and national technical standards are transformed into practical lessons. In this section, you will delve into:

• Comprehensive knowledge of the dynamic structure of various equipment types, safe operating procedures, and methods for analysing the fatigue limits of metal materials.
• Safety techniques directly related to controlling suspended loads in three-dimensional space.
• Understanding the correlation between reach, boom angle, and lifting capacity as these are vital factors in preventing machine tip-overs.

Application of Technical Standards (TCVN 4244:2005 & QCVN 7:2012/BLDTBXH) in Training

To ensure the training content does not stop at mere theory, the Group 3 program must deeply integrate quantitative regulations from the national standard system, primarily TCVN 4244:2005 (Lifting Equipment – Design, Manufacturing, and Technical Inspection) and QCVN 7:2012/BLDTBXH (National Technical Regulation on Occupational Safety for Lifting Equipment).

Below are the 3 core contents constituting the practical technical capacity that will be transferred to you during the course:

Safe Working Load (SWL) Analysis

You need to understand that the safe working load is not simply the mass of the package being lifted. The training course will help you master the formula for calculating the total actual load acting on the lifting mechanism, which includes:

• The mass of the lifted object.
• The mass of all auxiliary intermediate load-bearing equipment (such as lifting chains, web slings, shackles, H-beams, grabs).

Ignoring the mass of lifting accessories is the main cause of "hidden overloading"—the direct trigger for metal fatigue, structural steel deformation, and the sudden fracture of the lifting equipment's load-bearing structure.

=> Read more: What is Lifting Equipment Load Capacity? Components Explained

Wire Rope Inspection and Rejection Standards per TCVN 4244:2005

Steel wire ropes are likened to the load-bearing "blood vessels" of lifting equipment. The curriculum will guide you through quantitative techniques to assess rope safety according to strict criteria, such as:

• Broken Wire Standard: How to identify and count the number of broken wires over one lay length, depending on the safety factor (from 5.0 to 9.0).
• Diameter Wear Standard: The rule to immediately discard steel wire rope when the rope diameter decreases by 6% or more compared to the initial nominal diameter, or when red rust appears inside the rope core.
• Geometric Deformation: Identifying dangerous defects such as bird caging, knotting, or distortion due to uneven torsional forces.

Pre-operation Procedure and Spatial Discipline

Before pressing the start button on any lifting equipment, a strict Pre-operation Check must be performed as a natural reflex by the worker:

• Mechanical Inspection & No-load Test: Surveying the condition of the crane foundation and the stability of the outriggers based on local geology; testing the automatic braking system and the lift/travel limit sensors.
• Spatial Discipline: Establishing dangerous zone boundaries around the crane's swing radius. You will learn the standardised communication system, including national standard hand signals and radio communication protocols, ensuring absolute coordination between the machine operator and the rigger.

=> Read more: Procedure for Safe and Proper Operation of Lifting Equipment

Training Duration, Examination, and Safety Card Validity

The complexity of the specialised knowledge requires appropriate time investment for workers to truly "absorb" it and form safety reflexes. Based on current legal regulations, Vietmani summarises the duration framework and certification process as follows:

Training Duration Allocation

To ensure delivery quality, the law stipulates a mandatory minimum timeframe for each target group:

• Initial Training: For those new to Group 3 work. The total training time is at least 24 hours, which includes time for review, theoretical exams, and practical field tests.
• Periodic Training: Aimed at countering skill degradation and updating new technology, workers must undergo periodic training for at least 12 hours (equivalent to 50% of the initial time). This course must be repeated every 2 years.
• Retraining: Applies when workers switch to operating a new type of lifting equipment, or when the business suspends operations/the worker takes a leave of absence for 6 months or more. The required duration is at least 12 hours before being allowed back on official shift duty.

Examination Process and Issuance of Group 3 Safety Card

After completing the 24-hour course, workers will enter the examination and dossier legalisation phase:

• Dossier and Health: You need to prepare a copy of your ID card (CMND/CCCD), a passport photo, and a mandatory Specialised Health Examination Certificate. Those with a history of cardiovascular disease, epilepsy, or visual impairment will be rejected at this stage.
• Competency Test: Trainees must pass a multiple-choice theory test and a direct practical operation test on-site.
• Card Issuance: If successful, the training facility will issue a Group 3 Occupational Safety Card. The card will clearly state the specific operating title (e.g., "Forklift Operator", "Crane Operator") to prevent the cross-use of equipment outside one's expertise. The card issuance usually takes a quick 5 to 7 working days.

2-Year Legal Validity and the Role of the HSE Department

A highly important point that both businesses and you must grasp: The Group 3 Safety Card has absolute legal validity only for 02 years from the date of issue. The responsibility for managing the card's lifecycle heavily rests on the Health, Safety, and Environment (HSE) Department. HSE officers must build a data system to track expiration dates. Allowing a worker with an expired Group 3 card to step into the control cabin is a serious violation of the law. In the event of an accident, this could lead to the suspension of the entire project and push the employer to face criminal sanctions.

Reference Cost Structure for Group 3 Training Courses

The cost of training a Group 3 employee is not merely an administrative fee but a direct investment in the enterprise's risk management system. Optimising this cost depends on the scale and training strategy you choose to create a collective safety culture.

Below is a reference financial structure based on surveys from reputable training units to help you budget:

Group 3 Trainee Enrollment Scale	Estimated Base Cost	Discount Policy	Strategic Significance
Individual trainees	400,000 VND/person	Standard price	Helps freelance workers legalise their profiles to apply for jobs at major general contractors.
Groups of 5 or more	Applied to the base price	10% discount	Encourages training by small working crews (e.g., 1 crane operator + 4 riggers).
Groups of 10 or more	Applied to the base price	15% discount	Optimises costs for mechanical workshops or medium-sized logistics warehouses.
Groups of 20 or more	Applied to the base price	20% discount	Suitable for large construction sites, it supports the issuance of VAT invoices for valid expense accounting.

Note: The fees above are for REFERENCE at the current time. Depending on the specific requirements of each type of lifting equipment (tower cranes vs. forklifts) or the need for practical on-site training, actual costs may have minor changes to include accommodation or teaching equipment transportation costs.

=> Read more: What is lifting equipment? An A-Z overview for warehouses and factories.

Conclusion

Mastering the Group 3 lifting equipment training content is not merely about completing a professional license but is a way for you and the business to proactively forge a safe and sustainable work environment. In an industry where every lifting operation carries hidden mechanical risks, knowledge is the ultimate "safeguard" to prevent tragic disasters from occurring.

For workers, systematic training will help you confidently master the equipment, know how to handle emergencies, and protect the safety of yourself and your colleagues around you. For businesses, this is a strategic investment that helps optimise operational productivity, minimise downtime due to incidents, and avoid severe legal sanctions related to OSH.

We hope that with the information Vietmani has just provided, it will serve as a useful compass helping you standardise procedures and enhance safety management capacity at your unit!