Course in Physical Hazards and Control of Their Risks

The training program “Physical Hazards and Control of Their Risks”, offered by Geneve Institute of Business Management, provides a compral factehensive framework for understanding and managing physical hazards in different workplace environments. Such hazards may include noise, vibrations, radiation, extreme temperatures, improper lighting, and other physicors that can threaten the safety and health of workers while also affecting productivity and long-term well-being. This program aims to familiarize participants with the sources of physical hazards, methods of assessing them, and practical approaches to minimizing their impact, in alignment with recognized occupational health and safety standards. In addition, it emphasizes the shared responsibility of institutions and individuals in fostering a safe work environment rooted in awareness and adherence to preventive measures.

Target Group:

• Occupational health and safety officers in industrial and service sectors who seek to strengthen their expertise in identifying and controlling physical hazards.

• Supervisors and site managers responsible for monitoring working conditions and ensuring employee safety in production and operational areas.

• Engineers and technicians who are directly exposed to physical factors such as noise, heat, radiation, and vibrations in their daily work.

• Laboratory staff and research professionals working in environments where physical hazards may affect their health and performance.

• Employees tasked with developing and implementing occupational safety policies and preventive procedures within their organizations.

Objectives:

• Provide participants with a clear understanding of the different types of physical hazards that may arise in workplaces, and explain their direct and indirect impacts on human health.

• Introduce participants to measurement and assessment methods for each type of physical hazard, enabling them to accurately determine levels of risk.

• Equip trainees with knowledge of preventive techniques and modern technologies used to reduce the harmful effects of physical hazards.

• Strengthen the ability of participants to apply international occupational safety standards in controlling and managing physical risk factors.

• Promote a preventive culture within organizations, making compliance with safety procedures a daily practice that safeguards individuals and supports business continuity.

Course Outline :

• Introduction to Physical Hazards

  • Definition and scope of physical hazards in the workplace.

  • Distinction between physical hazards and other types of risks.

  • Effects of physical factors on employee health and performance.

  • Importance of awareness and preventive safety programs.

• Noise Hazards

  • Common sources of workplace noise.

  • Impact of noise on hearing and the nervous system.

  • Methods of measuring and monitoring noise levels.

  • Control measures to reduce exposure to harmful noise.

• Vibrations and Their Effects

  • Types of vibrations in industrial and operational environments.

  • Long-term health impacts of continuous vibration exposure.

  • Standards and methods for vibration measurement and assessment.

  • Preventive strategies to minimize vibration-related risks.

• Radiation Hazards

  • Difference between ionizing and non-ionizing radiation.

  • Sources of radiation in industrial, medical, and research fields.

  • Health risks associated with radiation exposure.

  • Protective measures for individuals and groups.

• Extreme Heat Exposure

  • Hazards of working in high-temperature environments.

  • Symptoms of heat stress and heat exhaustion.

  • Preventive measures for managing heat-related risks.

  • Practical strategies for reducing direct heat exposure.

• Extreme Cold Exposure

  • Health effects of working in very cold conditions.

  • Cold-related injuries such as frostbite and hypothermia.

  • Protective equipment and clothing for cold environments.

  • Organizational measures to minimize exposure risks.

• Inadequate Lighting

  • The role of proper lighting in workplace safety and efficiency.

  • Effects of insufficient or excessive lighting on health and productivity.

  • International standards for appropriate lighting levels.

  • Solutions to improve workplace lighting conditions.

• Atmospheric Pressure Hazards

  • Risks of working in high- or low-pressure environments.

  • Health effects of sudden pressure changes.

  • Safety precautions for diving, aviation, and similar conditions.

  • Equipment and systems used to ensure safe working conditions.

• Electrical Hazards as a Physical Risk

  • Common electrical hazards in workplace environments.

  • Risks and injuries caused by electric shock.

  • Basic preventive instructions for electrical safety.

  • Grounding systems and circuit protection measures.

• Integration of Preventive Systems

  • Importance of strategic planning in risk management.

  • Shared roles of individuals and management in prevention.

  • Developing comprehensive safety policies and procedures.

  • Monitoring and evaluating the effectiveness of risk control systems.