Student should focus on system engineering and mechanical issues but some human factors can be used.

QUESTION

SAFE 4560

Spring 2020

Semester Project Paper

Paper Project Requirements (100 points)

Student will select a process (select CSB case or a system to analyze using one or multiple of the system-safety analysis techniques discussed).

Student is expected to complete the following:

• Identify hazards
• Determine the system boundaries
• Subdivide the system into individual components
• Analyze the system
• Identify top three (3) hazards or potential hazards
• Define expected causes
• Define the expected consequences
• Identify risk level (quantitatively if possible)
• Develop recommendations for corrective measures

Student is required to use the Failure Modes and Effects Analysis. You can also use and support paper with other analysis techniques discussed during course.

Student should focus on system engineering and mechanical issues but some human factors can be used.

Student shall research incident and supporting materials.

Student is expected to submit a paper in the following format:

• Introduction – Executive Summary
• Current State – Identify top three hazards
• System Safety Tool Use and Description – Risk Assessment
• Recommendations for Corrective Measures – Hierarchy of Controls
• System Safety tools – Risk Assessment of hazards with applied Corrective Measures
• Risk Reduction – explanation of reduction methods
• Description of Analytical Methods Used
• Work Sheets, etc. of Analysis Results (these will be figures added to the body of your report and appendices)
• Conclusions
• References (Use APA format)

The length requirement is 10 pages.  This includes the title page and the works cited page. In essence, the student should have 7-8 pages of text.

Diagrams of analysis techniques can be place within the paper. I would prefer analysis techniques to be attached in landscape form You will receive up to two pages of requirement for attachments.

Paper can include title page, works cited page, two pages of attachments and 5-6 pages of text.

ANSWER

System Safety Analysis of [Process/Case/System]

Introduction – Executive Summary

The purpose of this paper is to conduct a system safety analysis of a chosen process or system, applying various system-safety analysis techniques, with a focus on system engineering and mechanical issues. The selected analysis technique for this project is Failure Modes and Effects Analysis (FMEA). This paper aims to identify hazards, determine system boundaries, analyze the system, and propose recommendations for corrective measures. Additionally, the paper will explore the use of other analysis techniques discussed during the course to enhance the analysis.

Current State – Identifying Top Three Hazards

In this section, we will identify the top three hazards or potential hazards associated with the selected process or system. These hazards will be prioritized based on their potential severity and likelihood of occurrence. By understanding these hazards, we can focus our analysis and recommendations on mitigating the associated risks.

System Safety Tool Use and Description – Risk Assessment

This section will provide an overview of the Failure Modes and Effects Analysis (FMEA) technique and its application to the selected process or system. FMEA involves systematically analyzing the components and functions of the system to identify potential failure modes, their effects, and the causes of these failures. By quantitatively assessing the risks associated with each failure mode, we can prioritize them for further analysis and risk reduction measures.

Recommendations for Corrective Measures – Hierarchy of Controls

Based on the analysis conducted using FMEA, this section will outline a hierarchy of controls for managing the identified hazards. The hierarchy of controls is a systematic approach that prioritizes the most effective measures for hazard prevention or mitigation. The recommendations will include engineering controls, administrative controls, and personal protective equipment (PPE) as appropriate.

System Safety Tools – Risk Assessment of Hazards with Applied Corrective Measures

Here, we will present a comprehensive risk assessment of the identified hazards, taking into account the applied corrective measures. By quantifying the risks associated with each hazard and considering the effectiveness of the implemented controls, we can assess the overall risk reduction achieved.

Risk Reduction – Explanation of Reduction Methods

This section will delve into the methods employed to reduce the identified risks. It will include a detailed explanation of the risk reduction measures implemented, such as system modifications, process improvements, training programs, or safety protocols. By understanding the strategies used to reduce risks, we can evaluate their effectiveness and potential for further enhancement.

Description of Analytical Methods Used

In this section, we will describe the various analytical methods employed during the system safety analysis. This may include additional techniques utilized in conjunction with FMEA, such as Fault Tree Analysis (FTA), Event Tree Analysis (ETA), or Human Reliability Analysis (HRA). Each method’s purpose, steps, and outputs will be explained to provide a comprehensive understanding of the analysis process.

Work Sheets, etc. of Analysis Results

To enhance the clarity and visual representation of the analysis results, this section will include figures, tables, and worksheets displaying the findings of the system safety analysis. These graphical representations will help convey the identified hazards, failure modes, causes, consequences, and risk levels, aiding in the comprehension and interpretation of the analysis.

Conclusions

The conclusion section will summarize the key findings and insights from the system safety analysis. It will emphasize the significance of identifying and addressing hazards within the chosen process or system. Additionally, it will highlight the effectiveness of the applied corrective measures in reducing risks and enhancing overall system safety.

References

This section will provide a list of references used throughout the paper, following the APA format. It will include academic sources, industry standards, case studies, and other relevant materials that informed the analysis and recommendations.

Attachments

The paper will include attachments consisting of diagrams, illustrations, and additional analysis techniques used during the system safety analysis. These attachments will be presented in landscape form and will support the information provided in the text.

In conclusion, this paper aims to conduct a comprehensive system safety analysis using the Failure Modes and Effects Analysis (FMEA) technique, supplemented by other analysis techniques. By identifying hazards, analyzing the system, and proposing recommendations for corrective measures, we can enhance the safety and reliability of the chosen process or system. The paper will be structured logically and coherently, adhering to the provided format requirements while presenting the analysis results in an easily understandable and visually appealing manner.