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Risk Assessment Training

Özlem Academy Training and Consulting Inc. provides comprehensive Risk Assessment Training in accordance with the Occupational Health and Safety Risk Assessment Regulation, ISO 31000 Risk Management Standard, and EN ISO 31010 principles.

The training program aims to teach participants the fundamental principles of the risk management process, hazard identification and risk analysis methods, the determination of preventive measures, and the proper preparation of documentation.

The training content includes practical applications of nationally and internationally valid analysis techniques such as FMEA, Fine-Kinney, and Risk Matrix Method. This training, offered by Özlem Academy, supports businesses in meeting legal requirements, developing a process safety culture, and establishing sustainable occupational health and safety management.

All participants will receive a certificate of participation and a PDF of the training presentation.

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CONTENTS

Examples of risk assessment,  what is risk assessment,  how to make a risk assessment,  risk assessment is done every few years,  risk assessment methods,  risk assessment  steps,  risk assessment regulation will be explained in the training content.

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a)   General Accident Prevention Approach

       •    Accident Prevention and Basic Accident Model

       •    Passive After-Accident Prevention Approach 

       •    Proactive Accident Prevention Approach 

       •    FINAGLE (MURPHY) Law

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b)   KINNEY Risk Analysis

       •    What is Mathematical Evaluations for Controlling Hazards Method?

       •    What is PROACTIVE Accident Prevention Approach?

             - Proactive Barriers

              -Passive Barriers

       •    Sample Risk Assessment Practices

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c)   Failure Mode and Effects Analysis (FMEA)

       •    FMEA Structure per MIL-STD-1629

       •    What is FMEA's Main Purpose?

       •    Approaches to Preventing Errors (Old and New Understanding Difference)

       •    Main Causes of Accidents (4M)

       •    What is FMEA? How is it applied?

       •    FMEA Analysis (Severity, Probability, Awareness and Risk Priority Assignment)

       •    What is FMEA Technique?

       •    MIL-STD-1629 standard and requirements for the implementation of FMEA

       •    The main purpose of FMEA

       •    A New Understanding of Error Prevention

       •    4M Rule in Preventing Accidents

       •    How is FMEA Technique Applied?

            - Error Causes

            - Error Mode

            - Calculation of Risk Priority Number

            - Noticeability, FMEA's number one weapon

       •    Types of FMEA

            - System FMEA

            - Design FMEA

            - Process FMEA

            - Service FMEA

       •    System and Unit Concepts

       •    Subsystems and error concept

       •    Critical system concept - What is a critical system?

       •    How to Perform Accident Incident Research with FMEA Technique?

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D)   Fault Tree Analysis and Event Tree Analysis

       •    What is Fault Tree Analysis?

       •    What is Event Tree Analysis?

       •    How to analyze the results before and after the accident?

       •    What is the system challenge?

       •    How is root cause analysis done?

       •    Fault Tree Analysis symbols and their meanings

       •    Fault Tree Analysis Application Steps

       •    Why Why Rule

       •    Probability Calculations 

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E) Combining Process FMEA with FTA and ETA

       •    Example applications

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