Course in Safety Engineering, Preventive Forecasting, and Risk Control & Management

Geneve Institute of Business Management presents the program Safety Engineering, Preventive Forecasting, and Risk Control & Management as one of its specialized courses in occupational health and safety. The program equips participants with modern methodologies to forecast potential risks, apply preventive control mechanisms, and manage hazards effectively across various work environments. It emphasizes integrating engineering principles with preventive safety systems to ensure a secure and stable workplace that protects lives, preserves assets, and enhances institutional performance.

Target Group

• Health and Safety managers and professionals working across industries.

• Engineers and supervisors in industrial or high-risk operational environments.

• Specialists and administrators in emergency and crisis management.

• Quality control professionals responsible for compliance with international safety standards.

• Individuals seeking to expand their expertise in safety engineering and preventive risk management.

Objectives

• Enable participants to understand the fundamentals of safety engineering and their applications in diverse work settings.

• Introduce modern approaches to early risk forecasting using analytical and technical tools.

• Strengthen participants’ ability to design preventive plans for hazard control and management.

• Provide knowledge of standards and procedures that support business continuity during emergencies.

• Develop a comprehensive approach that aligns engineering requirements with regulatory frameworks to achieve optimum safety performance.

Course Outline 

• Fundamentals of Safety Engineering

  • Definition and significance of safety engineering in protecting lives and property.

  • The link between engineering systems and occupational safety requirements.

  • Core principles of safe design in workplace environments.

  • The role of safety in enhancing operational efficiency and productivity.

• Regulatory and Legal Framework of Safety

  • Review of major occupational safety laws and international standards.

  • Corporate policies for compliance with safety requirements.

  • Alignment between local and global safety regulations.

  • Role of regulatory bodies in enforcing safety systems.

• Preventive Risk Forecasting

  • Tools and techniques for proactive hazard analysis.

  • Assessing the probability and severity of potential incidents.

  • Applying statistical models to predict risk patterns.

  • The economic value of preventive forecasting in reducing losses.

• Risk Control Systems

  • Principles of engineering-based hazard control.

  • Application of isolation and automated control systems.

  • Administrative measures for risk management.

  • The contribution of modern technology to risk control.

• Workplace Environment Analysis

  • Identifying sources of risk across different work settings.

  • Evaluating threats related to human factors.

  • Assessing environmental elements affecting risk levels.

  • Continuous monitoring techniques for workplace changes.

• Managing Major Accident Hazards

  • Classification of major accidents and their root causes.

  • Crisis management models for industrial risks.

  • Effective response mechanisms to minimize accident impacts.

  • Key lessons from global industrial disasters.

• Occupational Risk Prevention

  • Strategies to reduce the likelihood of workplace injuries.

  • The role of personal and collective protective equipment.

  • Early warning and alarm systems in workplaces.

  • Integration of preventive measures into operational plans.

• Emergency Response Planning

  • Developing comprehensive institutional emergency plans.

  • Structuring and organizing emergency response teams.

  • The importance of prior training on emergency plans.

  • Coordination with external stakeholders to support emergency actions.

• Monitoring and Continuous Evaluation Systems

  • Periodic control mechanisms for safety procedures.

  • Key performance indicators for measuring safety effectiveness.

  • Tools for ongoing hazard assessment and evaluation.

  • The role of internal audits in enhancing safety systems.

• Building a Safety-Oriented Organizational Culture

  • Promoting safety awareness among employees.

  • Motivating staff to adhere to safe practices.

  • Leadership’s role in embedding a culture of safety.

  • Creating a collaborative and responsible work environment.