Review of accident reporting system.
At Human Reliability Associates, we understand that the power generation industry relies heavily on human performance. From power plants to renewable energy facilities, human factors play a critical role in ensuring safety, efficiency, and reliability. Our comprehensive range of services is designed to optimize human performance and minimize the risk of human error within the power generation sector.
At Human Reliability Associates, we understand that the power generation industry relies heavily on human performance. From power plants to renewable energy facilities, human factors play a critical role in ensuring safety, efficiency, and reliability. Our comprehensive range of services is designed to optimize human performance and minimize the risk of human error within the power generation sector.
Effective procedure design is essential for the smooth and efficient operation of power generation facilities. Our experienced team specializes in developing clear, user-friendly procedures that align with industry best practices and regulatory requirements.
By incorporating human factors principles into procedure design, we ensure that operators can easily understand and follow instructions, reducing the likelihood of errors and incidents.
Effective procedure design is essential for the smooth and efficient operation of power generation facilities. Our experienced team specializes in developing clear, user-friendly procedures that align with industry best practices and regulatory requirements.
By incorporating human factors principles into procedure design, we ensure that operators can easily understand and follow instructions, reducing the likelihood of errors and incidents.
Identifying and mitigating human performance risks is paramount in the power generation sector.
Our human reliability assessments provide a systematic approach to evaluate and manage these risks, enhancing the overall safety and reliability of your operations.
Through the use of advanced techniques and methodologies, our experts identify potential human error sources, analyze their impact, and develop robust strategies to prevent or mitigate their occurrence.
Identifying and mitigating human performance risks is paramount in the power generation sector.
Our human reliability assessments provide a systematic approach to evaluate and manage these risks, enhancing the overall safety and reliability of your operations.
Through the use of advanced techniques and methodologies, our experts identify potential human error sources, analyze their impact, and develop robust strategies to prevent or mitigate their occurrence.
When incidents occur in the power generation industry, it is crucial to conduct thorough investigations to understand the root causes and prevent similar occurrences in the future.
Our incident investigation services are led by experienced professionals who employ a structured approach to identify contributing factors, assess the human element, and recommend effective corrective actions.
By addressing the underlying causes of incidents, we help you improve safety and prevent future accidents.
When incidents occur in the power generation industry, it is crucial to conduct thorough investigations to understand the root causes and prevent similar occurrences in the future.
Our incident investigation services are led by experienced professionals who employ a structured approach to identify contributing factors, assess the human element, and recommend effective corrective actions.
By addressing the underlying causes of incidents, we help you improve safety and prevent future accidents.
We recognize that each power generation facility is unique, with its own set of challenges and requirements. That’s why our solutions are customized to meet your specific needs.
Whether you’re in the nuclear, fossil fuel, or renewable energy sector, our team has the expertise to deliver tailored human factors, procedure design, human reliability assessments, and incident investigation services that align with your industry standards and regulatory frameworks.
We recognize that each power generation facility is unique, with its own set of challenges and requirements. That’s why our solutions are customized to meet your specific needs.
Whether you’re in the nuclear, fossil fuel, or renewable energy sector, our team has the expertise to deliver tailored human factors, procedure design, human reliability assessments, and incident investigation services that align with your industry standards and regulatory frameworks.
With years of experience serving the power generation industry, Human Reliability Associates is your trusted partner in optimizing human performance, ensuring procedural excellence, and minimizing the risk of incidents.
Our dedicated team of professionals combines technical expertise with a deep understanding of human factors to provide comprehensive solutions that enhance safety, reliability, and operational efficiency.
With years of experience serving the power generation industry, Human Reliability Associates is your trusted partner in optimizing human performance, ensuring procedural excellence, and minimizing the risk of incidents.
Our dedicated team of professionals combines technical expertise with a deep understanding of human factors to provide comprehensive solutions that enhance safety, reliability, and operational efficiency.
Procedures
Audit of procedures development process.
Production of procedures for auxiliary power plant equipment.
Procedures
Evaluation of emergency operating procedures.
Development of guidelines for computerisation of procedures.
Development of systems for automatic generation of procedures.
Human Interaction with Agent-based Emergency Operating Procedures.
Procedures
Development of guidelines for computer assisted decision aids for control room operators.
Survey of the use of emergency operating procedures in nuclear accidents.
Procedures
Evaluation of presentation of job instructions.
Evaluation of quality of job maintenance instructions.
Human Reliability Assessments
Quantification of operator actions in nuclear power plant accidents involving degraded cores.
Human Reliability Assessments
Development of the Success Likelihood Index Methodology (SLIM) for human reliability assessment.
Human Reliability Assessments
Preparation of a handbook section on human reliability assessment.
Human Reliability Assessments
Provision of software and training services for the assessment and prediction of human reliability.
Human Reliability Assessments
Analysis of the human reliability aspects of shut-down PSA`s.
Human Reliability Assessments
Assessment of the use of the Success Likelihood Index Methodology (SLIM) in marine nuclear operations.
Human Reliability Assessments
Research on the application of cognitive modelling to Probabilistic Risk Assessment of nuclear power plants.
Provision of training in human reliability assessment.
Provision of software tools for human reliability assessment.
Human Error and Human Factors Studies
Analysis of Nuclear Power Plant Significant Event Reports to determine the root causes of human errors causing dependent failures.
Human Error and Human Factors Studies
Design of displays for grid control centres.
Evaluation of the operation of Pulverised fuel mills in a coal-fired power station.
Analysis of operators` diagnostic strategies in a coal-fired power station.
Human Error and Human Factors Studies
Review of research on team performance under stress.
Human Error and Human Factors Studies
The use of simulators for human factors research in the nuclear industry.
Survey of modelling approaches for the human operator in Major Hazard Systems.
Human Error and Human Factors Studies
Design of screening forms for determining categories of operator error in nuclear power operations.
Evaluation of human performance monitoring schemes including the Human Performance Evaluation System (HPES).
Application of the Success Likelihood Index Methodology (SLIM) in sequence risk assessment analysis.
Human Error and Human Factors Studies
Participation in technical committees on experience with simulator training for emergency conditions.
Participation in technical committees on Human Error Probabilities.
Human Error and Human Factors Studies
Review of cognitive modelling approaches relevant to operator performance.
Human Error and Human Factors Studies
Development of a specification for a human factors test facility for advanced control rooms.
Development of systems and methodologies to collect data on, and analyse, human error data within nuclear power plants.
Reviews of models of human performance.
Human Error and Human Factors Studies
Review of effects of stress on decision making and problem solving in emergencies.
Development of a method for collecting human performance data from simulators.
Development of a human failure prevention model.
Human Error and Human Factors Studies
Analysis of human error data from simulated nuclear power plant emergencies using the Generic Error Modelling System.
Human Error and Human Factors Studies
Human Error and Human Factors Studies
Development of a model for the mental processing involved during data interpretation in reactor pressure vessel inspection.
Development of a prototype system to aid engineers in identifying decision making errors in abnormal scenarios in nuclear power plants.
Human Error and Human Factors Studies
Identification and analysis of factors which influence human error in non-destructive testing.
A review and evaluation of the Shift Technical Advisor concept in nuclear power plant operation.
Accident Investigation
Application of the Influence Diagram Technique for assessing human actions in Severe Accident Sequences.
Cognitive task analysis for degraded core sequences.
Accident Investigation
Review of accident reporting system.
Procedures
Audit of procedures development process.
Production of procedures for auxiliary power plant equipment.
Procedures
Evaluation of emergency operating procedures.
Development of guidelines for computerisation of procedures.
Development of systems for automatic generation of procedures.
Human Interaction with Agent-based Emergency Operating Procedures.
Procedures
Development of guidelines for computer assisted decision aids for control room operators.
Survey of the use of emergency operating procedures in nuclear accidents.
Procedures
Evaluation of presentation of job instructions.
Evaluation of quality of job maintenance instructions.
Human Reliability Assessments
Quantification of operator actions in nuclear power plant accidents involving degraded cores.
Human Reliability Assessments
Development of the Success Likelihood Index Methodology (SLIM) for human reliability assessment.
Human Reliability Assessments
Preparation of a handbook section on human reliability assessment.
Human Reliability Assessments
Provision of software and training services for the assessment and prediction of human reliability.
Human Reliability Assessments
Analysis of the human reliability aspects of shut-down PSA`s.
Human Reliability Assessments
Assessment of the use of the Success Likelihood Index Methodology (SLIM) in marine nuclear operations.
Human Reliability Assessments
Research on the application of cognitive modelling to Probabilistic Risk Assessment of nuclear power plants.
Provision of training in human reliability assessment.
Provision of software tools for human reliability assessment.
Human Error and Human Factors Studies
Analysis of Nuclear Power Plant Significant Event Reports to determine the root causes of human errors causing dependent failures.
Human Error and Human Factors Studies
Design of displays for grid control centres.
Evaluation of the operation of Pulverised fuel mills in a coal-fired power station.
Analysis of operators` diagnostic strategies in a coal-fired power station.
Human Error and Human Factors Studies
Review of research on team performance under stress.
Human Error and Human Factors Studies
The use of simulators for human factors research in the nuclear industry.
Survey of modelling approaches for the human operator in Major Hazard Systems.
Human Error and Human Factors Studies
Design of screening forms for determining categories of operator error in nuclear power operations.
Evaluation of human performance monitoring schemes including the Human Performance Evaluation System (HPES).
Application of the Success Likelihood Index Methodology (SLIM) in sequence risk assessment analysis.
Human Error and Human Factors Studies
Participation in technical committees on experience with simulator training for emergency conditions.
Participation in technical committees on Human Error Probabilities.
Human Error and Human Factors Studies
Review of cognitive modelling approaches relevant to operator performance.
Human Error and Human Factors Studies
Development of a specification for a human factors test facility for advanced control rooms.
Development of systems and methodologies to collect data on, and analyse, human error data within nuclear power plants.
Reviews of models of human performance.
Human Error and Human Factors Studies
Review of effects of stress on decision making and problem solving in emergencies.
Development of a method for collecting human performance data from simulators.
Development of a human failure prevention model.
Human Error and Human Factors Studies
Analysis of human error data from simulated nuclear power plant emergencies using the Generic Error Modelling System.
Human Error and Human Factors Studies
Human Error and Human Factors Studies
Development of a model for the mental processing involved during data interpretation in reactor pressure vessel inspection.
Development of a prototype system to aid engineers in identifying decision making errors in abnormal scenarios in nuclear power plants.
Human Error and Human Factors Studies
Identification and analysis of factors which influence human error in non-destructive testing.
A review and evaluation of the Shift Technical Advisor concept in nuclear power plant operation.
Accident Investigation
Application of the Influence Diagram Technique for assessing human actions in Severe Accident Sequences.
Cognitive task analysis for degraded core sequences.
Accident Investigation
This video demonstrates the use of the SHERPA methodology and software, which until recently was called the Human Factors Risk Manager. This shows how we can develop a detailed task analysis, how we can predict potential errors in the task, and identify factors influencing the likelihood of those errors.
This video demonstrates the use of the SHERPA methodology and software, which until recently was called the Human Factors Risk Manager. This shows how we can develop a detailed task analysis, how we can predict potential errors in the task, and identify factors influencing the likelihood of those errors.
Contact us today to discuss how our services can improve human factors in aviation operations and drive continuous improvement in human performance.
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This free 30 minute mini-course will introduce you to Human Factors, and how critical task reviews are used to improve the quality and safety of tasks and processes across different industries.
It’s free, informative and you’ll even get a certificate of completion.
This short and engaging handbook provides a great overview of Human Factors Systems Critical Task Analysis (SCTA) and how it helps people across sectors reduce error and improve human performance.
SCTA can help keep people safe and delivers value.
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