Tools
To improve the performance of assets, processes, and organizations, our people use advanced tools and applications. These tools and applications provide structure and tools to effectively anticipate uncertainties, threats, and opportunities. We have developed several of these tools ourselves, either on behalf of clients or on our own initiative.
Software from Isograph
Isograph develops software for performing maintenance analyses and operational reliability analyses. The company offers a comprehensive toolbox of tools to improve asset performance and solve complex problems related to reliability, safety, and availability. At Delta Pi, we use various applications within Isograph's software for asset, risk, and RAMS management:
- Faulttree+ This tool allows you to create a thorough fault tree analysis.
- RCMCost Mapping the costs of maintenance optimizations in a structured manner.
- AVSIM Mapping the integral availability of an asset, based on an availability analysis.
- Weibull For analyzing failure data and developing failure distributions that can be used in a system simulation.
@Risk
For developing uncertainty analyses. This Microsoft add-in helps us analyze risks using Monte Carlo simulation.
Topaz
Topaas is used for RAMS management at Rijkswaterstaat. Delta Pi, commissioned by Rijkswaterstaat, served as lead author in its development. The tool helps determine the probability of software failure and is a reliable way to demonstrably assign a quality level to software.
MHA tool
Whether an operating or maintenance task is performed correctly depends largely on human action. The probability of an accident, asset unavailability, or other setback caused by human action is determined using the Human Action Analysis Tool (MHA). Developed by Delta Pi, the analysis tool considers eight factors, including employee competencies, skills, and available time. It also considers elements such as task complexity and the presence of procedures. The MHA tool helps to:
- To properly substantiate the probability of failure of a specific task. The results can then also be used in quantitative failure analyses.
- to substantiate design decisions.
- to make new appointments or work instructions.
Want to know more?
Would you like more information about one of the tools or do you need training on how to use and apply the tools?
