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HFS303 Safety, Risk And Resilience Engineering Assignment Sample SUSS Singapore

System safety has come a long way from its roots in accident investigation to the point where it’s an integral part of system design. This 18-hour course provides students with tools they can use when analyzing and designing systems for both large and small scales so that users are guaranteed ease of use along with effectiveness (quality/reliability), efficiency, safety & security.

System safety is a comprehensive approach to identifying and preventing accidents in complex systems. It is an interdisciplinary field that draws on knowledge and techniques from many disciplines, including engineering, psychology, sociology, and economics. System safety is concerned with all aspects of system operation, including the design, development, testing, deployment, operation, maintenance, and disposal of systems.

The goal of system safety is to design systems that are safe for their intended purpose and environment. This goal is achieved through the application of a variety of tools and techniques, including hazard analysis, risk assessment, and safety certification.

System safety is an important consideration in the design of any complex system. Automobiles, aircraft, spacecraft, medical devices, and industrial plants are all examples of complex systems that must be designed with safety in mind. With the increasing complexity of systems, the need for system safety expertise is also growing.

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This coursework covers the requirements for students to understand and manage risk and resilience engineering systems. You will develop an understanding of how to apply principles of safety and risk management to protect people, property and the environment from loss. The assignments are designed to provide you with an opportunity to apply your knowledge and skills in a practical context. So, if you want to get the best grades in your class then contact us right now and order your HFS303 Safety, Risk And Resilience Engineering Assignment today. 

Assignment Task 1: Discuss the fundamentals of system safety, reliability and resilience engineering as well as the system safety methods and tools.

Systems engineering is the process of designing and managing complex systems, from small individual parts to large-scale socio-technical systems. System safety engineering is the application of system engineering principles to ensure that a system remains safe in operation, despite the occurrence of faults or errors.

System reliability engineering is the discipline of ensuring that a system functions as required, within specified operational limits, during its intended operational life. System resilience engineering is the process of designing and managing resilient systems – systems that can rapidly reconstitute their function after a disruptive event.

The fundamental methods and tools used in system safety engineering are hazard identification, risk assessment and risk management. Hazard identification involves identifying potential hazards associated with a system – events or situations that could lead to harm. Risk assessment is the process of estimating the likelihood and severity of harm that could be caused by a hazard. Risk management is the process of selecting and implementing measures to reduce or control risks.

Assignment Task 2: Illustrate the concepts and tools of system safety for small and large scale operations.

The key concepts of system safety are understanding how the system works as a whole, understanding the potential failure modes and how they can be mitigated, having a plan for responding to failures, and testing the system to ensure that it is safe.

System safety is critically important for both small and large scale systems. For small scale systems like individual machines or factories, if there is a failure it can often result in property damage or injuries. For large scale systems like nuclear power plants or air traffic control systems, a failure could have catastrophic consequences.

The tools of system safety are risk assessment and hazard analysis. Risk assessment entails identifying all the possible risks associated with a system and then ranking them based on their severity. Hazard analysis involves identifying all the possible ways a system could fail and then determining what can be done to prevent or mitigate those failures.

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Assignment Task 3: Examine how system safety approaches and tools can be applied to the design of a variety of small and large systems.

When it comes to system safety, there are a variety of approaches and tools that can be applied to the design of both small and large systems. One of the most important aspects of system safety is identifying potential hazards and risks associated with a system. This can be done through a Hazard and Operability Study (HIdentifying potential hazards is essential for ensuring the safe operation of any system, whether it’s small or large. Once potential hazards have been identified, they can then be mitigated or eliminated through the implementation of specific safeguards. 

Several different tools can be used for hazard identification, including Failure Mode and Effects Analysis (FMEA), Fault Tree Analysis (FTA), and Event Tree Analysis (ETA). These tools can be used to identify potential failure modes and their associated effects, as well as to determine the likelihood of specific events occurring.

Once potential hazards have been identified and analyzed, it’s important to put safeguards in place to prevent them from occurring. Safeguards can take many different forms, depending on the nature of the hazard. Some common examples of safeguards include alarms, interlocks, and safety valves.

Assignment Task 4: Apply appropriate concepts, methods and tools to analyse system failures and system safety.

When it comes to analysing system failures, there are a few key concepts, methods and tools that can be applied to help identify the root cause of the problem. One of the first things that should be done is to identify all of the potential hazards associated with the system. Once all of the potential hazards have been identified, a hazard analysis can be performed to determine which hazards are most likely to result in an accident or incident. Once the most likely hazardous scenarios have been identified, risk mitigation strategies can be put in place to reduce the likelihood of these scenarios occurring.

System safety is another important element to consider when analysing system failures. System safety is concerned with ensuring that systems are designed and operated in such a way that they are safe for both users and the environment. When designing systems, it is important to consider potential hazards and how to mitigate them. Once systems are in operation, it is important to monitor them closely and take action immediately if any safety concerns arise.

There are a variety of tools that can be used to analyse system failures and system safety. One of the most important tools is a hazard analysis tool, which can be used to identify potential hazards associated with a system. Other tools that can be used include risk assessment tools, which can help to assess the likelihood of particular scenarios occurring, and accident investigation tools, which can help to identify the root cause of an accident or incident.

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Assignment Task 5: Evaluate and re-design existing systems through analysis of system failures

When it comes to system failures, there are several ways to evaluate and re-design existing systems. 

One method is known as root cause analysis (RCA). RCA is a structured approach for identifying the underlying causes of problems or incidents. The goal of RCA is to prevent problems from happening again in the future. 

Another method that can be used to evaluate and re-design existing systems is failure mode and effects analysis (FMEA). FMEA is a tool that identifies potential failure modes for a process, component, or system, as well as the potential consequences of those failures. FMEA can be used to prevent problems before they occur or to improve upon existing systems.

Finally, it is also important to consider human factors when evaluating and re-designing existing systems. Human factors refer to how humans interact with technology, and how those interactions can impact the usability and effectiveness of systems. In many cases, system failures are due to human error. As such, it is important to take human factors into account when redesigning systems.

Assignment Task 6: Propose a system safety plan and programme.

There is no one-size-fits-all answer to this question, as the safety plan and programme for a given system will be based on the specific system and its operating environment. However, some key elements that should be included in any safety plan are as follows:

  1. Risk assessment – This should identify all potential risks associated with the system, and specify how each of these risks will be mitigated.
  2. Hazard identification and control – This should identify all potential hazards associated with the system, and specify how each of these hazards will be controlled.
  3. Safety management plan – This should set out how safety will be managed throughout the life of the system, including responsibility for safety, procedures for monitoring and reviewing safety, and incident reporting and investigation procedures.
  4. Training and awareness – This should ensure that all those who work with the system are properly trained in its use, and are aware of the potential risks and hazards associated with it.

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