Safety Risk Management Certification Training Course

Why Select this Training Course?

Safety risk management is an integral component of an organisation that deals with hazardous environments or uses dangerous tools. For these companies to excel in ensuring safety, risks, and other hazards, they must implement structured systems for continuous monitoring and evaluation. Risk management is also important in estimating possible consequences, developing an adequate mitigation plan and implementing it with satisfactory outcomes. In this Rcademy Safety Risk Management Certification Training Course, participants will be able to assess risk management policies, identify hazards, perform control measures, and design systems and processes to prevent possible losses and damages related to equipment or facilities that might be dangerous for workers.

Additionally, participants would be trained to provide effective safety meetings, drive regulatory and compliance protocols, and use behavioural theories and human factors in safety management. The Rcademy Safety Risk Management Certification Course aims to inform and educate participants about environmental, health and safety (EHS) management principles and policies while exploring their practical implementation in the work environment. The training program underlines the significance of the human factor in any efficient safety and risk management system. This is achieved by emphasising how the role people play and their behavioural patterns can affect the effectiveness of these systems. The course will equip participants with fundamental safety and risk management skills in the workplace.

What are the 5 principles of risk management?

The five principles of risk management are risk control, risk identification, risk analysis, claims management, and risk financing, which are in no particular order.

Is risk management a good career?

A risk management career is a secure and promising job. The need for risk management personnel across highly diverse industries provides a wide range of job vacancies and a scope for career progression. To maintain a competitive edge in the field, it is paramount to continuously upgrade and enhance one’s skill set and be familiar with the latest trends and practices. Through the continuous pursuit of professional skills and education, risk management professionals can set themselves for career long growth and development.

Who Should Attend?

The Rcademy Safety Risk Management Certification Training Course is ideal for a wide range of professionals, including:

• Plant engineers responsible for overseeing the safety of plant operations and infrastructure.
• Industrial safety and health inspectors and their trainers, who require advanced skills in risk assessment and management.
• Engineers involved in designing and maintaining safe workplaces and processes.
• HSE (Health, Safety, and Environment) personnel tasked with implementing safety protocols and managing risks.
• Maintenance personnel responsible for ensuring the safety and functionality of equipment and machinery.
• Employee representatives advocating for workplace safety and representing employee concerns.
• Human resources professionals involved in creating and enforcing safety policies and procedures.
• Line managers, supervisors, and team leaders responsible for overseeing safety practices within their teams or departments.
• Any professional involved in ensuring the safe operation of potentially hazardous workplaces, contributing to overall risk management efforts.

What are the Course Objectives?

After completing the Rcademy Safety Risk Management Certification Training Course, participants will be able to:

• Identify the objectives and advantages of risk and safety management.
• Define and record hazards associated with processes, facilities and equipment.
• Apply hazard identification and risk assessment principles to process and machinery operations.
• Know the ideas, roles, and use of reliability and failure tracing techniques.
• Showcase a comprehensive assessment procedure that involves quantitative risk measurement.
• Help management to pick the best possible control options derived from the results of your risk assessment.
• Identify and keep up with the relevant dependability and safety standards for machinery systems.

How will this Course be Presented?

This course is designed with participants in mind and tailored to meet their expectations while enhancing their knowledge and skills. Various practical methods are used to ensure active and continuous learning. Industry experts with substantial experience deliver the course content based on comprehensive research in the field.

The Rcademy Safety Risk Management Certification Training Course offers a blend of theoretical and hands-on learning. Participants have access to slides, lecture notes, case studies, video presentations, and real-life scenarios. Additionally, they engage in quizzes, seminars, and mock sessions. A platform for feedback to ensure participants’ satisfaction is also provided.

What are the Topics Covered in this Course? 

Module 1: Introduction

• Understanding safety risk management
• Exploring the necessity of safety engineering
• Analysis of major disasters as case studies
• Overview of the safety system process

Module 2: Safety Culture

• Examining safety culture and human factors
• Delineating negative and positive dimensions
• Exploring theories by Taylor, Herzberg, McGregor, and Maslow
• Understanding natural penalties and consequences
• Factors influencing behaviour

Module 3: Elements of a Safety Management System

• Differentiating types of safety management systems
• Identifying core elements of safety management systems
• Implementing proactive and reactive performance monitoring
• Utilising measurement techniques for evaluation
• Essential competencies for auditors
• Critical components of audits

Module 4: Hazard Identification

• Conducting hazard identification and control
• Establishing criteria for risk tolerability
• Exploring hazard identification techniques
• Implementing design strategies to eliminate hazards
• Understanding safety standards codes at national and international levels
• Safety analysis in engineering, chemical processes, and manufacturing

Module 5: Risk Assessment Techniques

• Managing safety throughout the system life cycle
• Utilising hazard identification checklists
• Performing risk assessments for processes, workplaces, and work equipment
• Implementing task-based risk assessment methodologies
• Introduction to HAZOP (Hazard and Operability Study)

Module 6: Machinery and Work Equipment Safety

• Identifying hazards associated with machinery
• Implementing procedures for preventing machinery accidents
• Analysing failure modes with HAZOP examples
• Understanding human factors in software safety
• Conducting failure mode analysis
• Exploring performance and human error in safety analysis

Module 7: Reliability Technology

• Identifying types and causes of failures
• Implementing methods to prevent failure
• Establishing maintenance and inspection regimes
• Evaluating the reliability of components and systems
• Designing reliable control and protective systems
• Understanding the concept of High Integrity Protection Systems (HIPS)
• Selecting Safety Integrity Levels (SIL)

Module 8: Consequence Analysis

• Utilising dispersion modelling software for analysis
• Types of fire
  • Flash
  • Jet
  • Cascading fires
  • BLEVE
• Types of explosions
• Quantification of risk
• Event Tree Analysis (ETA)

Module 9: New and Advanced Trends

• Predictive analytics and AI
• Virtual and Augmented Reality (VR/AR)
• Drones
• Cybersecurity
• Evolving tightening regulatory compliance landscape
• Machine Learning for anomaly detection
• Robotic Process Automation (RPA)
• Advanced simulation software