Course Summary

• This intensive three-day course provides essential knowledge and practical skills related to workplace safety. It focuses on lifting fundamentals, confined space entry, working at height, and electrical isolation management. Participants will gain a comprehensive understanding of the risks associated with these areas and learn how to implement effective safety measures to protect themselves and their colleagues. The course will also cover specific electrical safety protocols, including ATEX regulations, ensuring that participants are equipped to work safely in various environments.

• Moving large, heavy loads is crucial to today's manufacturing and construction industries. Technology has been developed for these operations, including careful training and extensive workplace precautions. Significant safety issues must be considered, both for the operators of the diverse "lifting" devices and for workers in proximity to them. This course is intended to help businesses comply with OSHA's standard 29 CFR 1926 Subpart CC, Cranes & Derricks in Construction. It is the first of two courses and is designed to address the most common compliance issues related to crane, derrick, and hoist operations.
• Be aware of the specific lifting equipment, the load-related constraints during a lifting operation, the physical phenomena involved in lifting, the inspection rules before use, the regulatory inspection rules, the features of a lifting procedure, the rules governing lifting, the risks during lifting operations and the role of the main actors.
• Be able to understand the criticality of a lifting operation.
• Identify the field measures that must be implemented.

• Identify the various types of mobile, tower, and articulating cranes.
• Describe controlling employer, contractor, competent person, and crane operator responsibilities.
• Describe the safety requirements and responsibilities of workers for the safe assembly/disassembly of cranes.
• Describe safe work practices when working around high power lines.
• Describe the requirements and procedures associated with crane inspections.
• Identify wire rope inspection and selection requirements.
• List required safety devices and operational aids required on crane equipment.
• Setting Up a Lifting Procedure and The Rigger.
• Inspection lifting equipment
• Choosing the right equipment
• Assessment.

• Explain what is meant by a confined space
• Describe the dangers that can be caused by confined space entry work
• Explain the importance of risk assessment
• Describe individual roles and responsibilities involved in confined space entry work
• Explain the Permit-to-Work process for confined space entry
• Explain the requirements for confined space entry
• Explain the actions to take in an emergency 

• List and describe the criteria for non-permit-required confined spaces and permit-required confined spaces, and discuss the hazards associated with each category of confined space.
• Discuss the elements of a confined space program.
• Describe the purpose of the confined space entry permit, and when it must be used.
• Describe the various information that is required on the confined space entry permit.
• Describe the typical atmospheric and non-atmospheric hazards confined space entrants may encounter.
• Describe the hazards, precautions, and safe work practices associated with non-atmospheric hazards in a confined space.
• Describe the "Hierarchy of Controls" strategy for controlling confined space hazards.
• Identify the primary positions and responsibilities of the confined space entry team.
• Discuss the challenges confined space rescue teams face during rescue operations.
• Safety equipment used in the confined space entry.
• Actions to be taken in case of emergency.
• Risk Assessment.

• Heights increases the risk of accidents and injuries in many industries for individuals who work in construction and other fields such as telecommunications, energy, utilities, and maintenance. If proper safety procedures are not implemented, the risks may lead to significant injury or death. Developing skills in avoiding, detecting, and assessing these dangers may help reduce accidents and improve overall safety. The experience provides opportunities to pursue a career in safety, where you may save lives and avoid accidents.
• Employers and workers benefit from its coverage of essential issues such as equipment selection, condition checks, and regulatory requirements. The training also tackles mental and physical issues via detailed planning and risk minimization. In addition to providing practical solutions for coping with worry, tension, and cognitive limitations, it advocates a proactive and adaptable approach to height safety.
• Identify the risks associated with working at height
• Memorize the regulations on work at height
• Use your harness properly when working at a height
• Check and maintain your harness

• Physics of falls and main risks associated with work at height
• Work performed on platforms of facilities
• Fundamentals of scaffolding
• Mobile elevating work platforms (MEWP)
• Portable equipment for access and work at height
• Specific Personal Protection equipment for work at height
• Work on tank roofs
• Falling objects
• Company’s 16 requirements for the prevention of risks associated with activities performed at height
• Safe use PPE
• Risk Assessment

• Identify the risks associated with working at height
• Memorize the regulations on work at height
• Use your harness properly when working at a height
• Check and maintain your harness

• Arranging and preparing risk assessments
• Identifying fall arrest equipment
• Fitting harnesses correctly
• Choosing falls arrest equipment
• Fall arrest blocks and shock-absorbing lanyards
• Connectors and anchor points
• How to maintain and care for equipment
• Harnesses – how to inspect and what to record
• Rescue and emergencies
• Safe use of safety harness       
• Practical

• An "Electrical Isolations Management" training course teaches individuals how to safely disconnect electrical equipment from a power source (isolate it) before performing maintenance or repairs, ensuring no electricity is flowing through the circuit and minimizing the risk of electric shock; it typically covers procedures for identifying isolation points, properly locking out equipment, verifying isolation, and safely re-energizing the circuit afterward, often adhering to specific industry standards and regulations. 
• Key points about Electrical isolation management training: 
• Focus on safety
• Procedure knowledge
• Verification methods
• Relevant for various roles

• Electrical safety basics and relevant regulations 
• Identifying isolation points on electrical systems 
• Proper use of isolation devices (circuit breakers, fuses, disconnect switches) 
• Lockout/Tagout procedures 
• Testing for de-energization (proving dead) 
• Documentation and communication during isolation procedures 
• Emergency response in case of electrical incidents 

• A "Process Isolations Management" training course teaches individuals involved in industrial operations how to safely isolate processes and equipment during maintenance or repairs, covering procedures to prevent unexpected energy release, potential hazards, and proper isolation techniques to ensure worker safety; it typically includes identifying isolation points, lock-out/tag-out procedures, verification methods, and emergency response protocols, primarily aimed at plant operators, maintenance personnel, and safety managers. 
• Key points about Electrical isolation management training: 
• Focus on safety: The primary goal is to educate workers on how to safely isolate equipment to prevent accidents during maintenance or repairs, minimizing the risk of injuries from unexpected energy release. 
• Relevant to various industries: This training is crucial in industries that handle hazardous materials like chemicals, oil and gas, power generation, and manufacturing. 

• Identifying isolation points on equipment 
• Understanding different types of energy sources (electrical, mechanical, hydraulic, pneumatic) 
• Proper lock-out/tag-out procedures 
• Verifying isolation effectiveness 
• Communication protocols during isolation procedures 
• Emergency response in case of isolation failures 

• An "Electricity - H0B0" training course is a safety training program designed for individuals who are not electricians but may need to work near electrical installations, teaching them how to identify and avoid electrical risks while performing non-electrical tasks in areas with live electrical components, typically following French electrical safety standards (NF C 18-510) where "H0B0" signifies a specific level of electrical authorization for non-electrical workers. 
• Key points about H0B0 training: 

•  Target audience:
• Non-electricians who may need to work near electrical equipment, like construction workers, maintenance personnel, or facility staff. 
• Focus on safety:
• The main goal is to educate individuals on recognizing electrical hazards, understanding safety procedures, and taking appropriate precautions when working near live electrical parts. 
• Curriculum content:
• Basic electrical concepts 
• Identifying electrical risks in the workplace 
• Proper use of personal protective equipment (PPE) 
• Procedures for working near energized electrical equipment 
• What to do in case of an electrical accident 
• Gain knowledge of basic electrical safety principles.
• Understand the responsibilities and practices associated with H0B0 (low voltage) work.

• Learn about ATEX regulations and their application in hazardous environments.
• Identify equipment and practices suitable for explosive atmospheres.

• Understand the requirements for safe work in ATEX classified zones.
• Recognize the importance of risk assessment and mitigation strategies in explosive atmospheres.
• This course is designed for professionals seeking to enhance their safety knowledge and skills in these critical areas, ensuring a safer work environment.
• Training Program Topics Covered