Risk and Human Reliability GroupThe Risk and Human Reliability Group is part of the Laboratory for Energy Systems Analysis (LEA), an interdivisional laboratory of the NES and ENE Research Divisions.
Our research concerns methods and applications for Probabilistic Safety Assessment (PSA) and focuses on the analysis of human performance in relation to risk assessment of safety-critical systems, accident scenario dynamics, and uncertainties. The objectives are: advanced methods for Human Reliability Analysis (HRA); collection and analysis of human performance data; and tools and approaches for simulation-based safety analysis; the adaptation and application of PSA and risk analysis methods in other domains beyond nuclear power safety analysis and during design.
We perform regulatory research to support ENSI (Eidgenössisches Nuklearsicherheitsinspektorat, the Swiss Federal Nuclear Safety Inspectorate) in maintaining and advancing the state-of-the-art of the safety analyses of the Swiss Nuclear Power Plants. In parallel to this activity, we provide technical support to ENSI on diverse PSA and HRA issues.
A brochure on our activities is available. download.
We welcome your comments. Do contact us for additional information and questions.
Vinh Dang, Group leader
The European Safety and Reliability Conference (ESREL-2015) to be jointly organised by ETH and PSI in Zurich.
Vinh and Slavka participated in EHPG (Enlarged Halden Reactor Group) Meeting (http://ehpg.hrp.no/); Vinh presented the following paper (*Sep. 2014*).
- Data-based HRA : measurement as the link between front and back
Luca, Edin, and Lucine participated in ESREL 2014 (The European Safety and Reliability Conference www.esrel2014.org) and presented the following papers (*Sep. 2014*).
- Aggregating Expert-Elicited Error Probabilities to Build HRA Models
- Achieving Safe Designs Through Evaluation of Options at the Conceptual Level of Safety System Design
- A survey of Bayesian Belief Network Applications in Human Reliability Analysis
Durga, Luca, and Vinh participated in PSAM 12 (Probabilistic Safety Assessment & Management http://psam12.org/) and presented the following papers (*June 2014*):
- Uncertainty Propagation in Dynamic Event Trees - Initial Results for a Modified Tank Problem
- Modeling Operator Actions in Integrated Deterministic-Probabilistic Safety Assessment
- Quantification of Bayesian Belief Net Relationships for HRA from Operational Event Analyses