Make better decisions with computer simulation
We use computer simulation as the primary method for finding answers to your questions and problems. Computer simulation of systems enables testing of alternative solutions, proposals and decision-making strategies at significantly lower cost than conducting experiments on the real system, which are often even not feasible due to financial, operational, or other reasons.
Utilising in-house developed simulation tools (e.g. Villon), we are able to provide clients with clear, data-driven evidence for the design, modernisation, reengineering, and rationalisation of transport and logistics systems, delivering and validating substantial cost savings.
We will help you to
Lower your operation and maintenance costs
Spot potential savings in an inexpensive way
Be prepared for future changes
Gain indisputable arguments to support your proposals
Assess the impact of your decisions in advance
Identify problem areas or weak points (bottlenecks)
Our focus is on railways and industry
Consulting Services
for Railways
We specialise in the analysis, optimisation, and simulation of all types of railway facilities using the Villon simulation tool, including marshalling yards, passenger stations, container terminals, depots, and maintenance facilities.
Read moreConsulting Services
for Industry
Our simulation consultancy services address a broad range of transport and logistics challenges in industrial facilities, including the optimisation of rail and road transport, management of increasing transport volumes, reduction of resource-related costs, and infrastructure design.
Read moreSimulation project implementation
As part of a simulation consultancy project, we build (after identifying the problem and analysing the system) a dynamic, animated, interactive and valid simulation model of the customer's transport logistics system, whether this system already exists or is just being planned. Experiments with this simulation model make it possible to analyse operational processes and to propose and verify solutions without intervening in the real system.
A typical simulation consultancy project consists of four main stages:
1
Problem identification
The accurate identification of problems to be solved and precise specification of questions that have to be answered is vital to the success of each simulation study. Our specialists will help you identify your main problem areas and formulate the right questions (so that these can be answered by simulation) and guide you through initial steps of the simulation consulting study. This stage usually includes a site visit by our consultants to better understand the operation of the system under study.
2
Creation of a simulation model
The examined system is replaced by its simulation model in order to conduct experiments without influencing the normal operation of the modelled system. Utilising in-house developed simulation tool Villon, we build a microscopic simulation model of the examined system and its operation.
Keeping in mind that the goals of the simulation study have to be reached, the simulation model has to be valid and model all important aspects of the operation at required level of detail. A thorough understanding of the system's operation is essential, as is the availability of accurate input data provided by the customer or collected by our team. Close cooperation with the customer and visits to the modelled facility (if existent) is indispensable at this stage.
As part of the model validation process, the customer receives the Villon Viewer together with the simulation model and is invited to review the model and provide feedback, helping to improve its quality and accuracy.
3
Simulation experiments
Experimenting with the simulation model is an iterative process of successive simulation runs using different parameter settings with the objective to explore system behaviour and identify solutions to the problem under investigation.
In general, single simulation experiment provides an answer to a single question (e.g. what is the optimal number of sidings in a station). A single simulation experiment typically consists of multiple simulation runs with modified parameters (for example, different numbers of sidings), the results of which are analysed and compared. Correct evaluation of simulation runs shows the direction and next steps in the quest for the solution.
Usually a number of simulation experiments is performed, in order to find solutions to all problems and answer all questions asked by the customer. The number of performed experiments directly influences the study cost and usually it is negotiated during the first stage of the project.
4
Results Evaluations & Recommendations
A final study report is an inseparable part of the study; it includes detailed analysis of all conducted experiments, answers to the questions raised, solutions and recommendations as well as a short management summary of the results and recommendations. Villon Viewer is delivered to customers as an integral part of the final report at no additional cost. Villon Viewer enables customers to execute simulation scenarios prepared by model designers and make full use of Villon's runtime and post-simulation analysis capabilities.
Villon Viewer is included
A special Villon Viewer version of the tool is provided to our customers as an integral part of our consultancy services. This version allows our clients to replay prepared simulation scenarios (no data changes are allowed), record simulation protocols and review simulation results in the same way we do. This allows our clients to stay in touch with the simulation study and helps them to better understand the model and its outcomes. They can always easily follow the progress of the simulation study as Villon Viewer is delivered at various stages of the project (and of course at the end of the study as part of the final study report).
Villon Viewer is an invaluable tool that supports model validation (directly involving the customers who have the best knowledge of the operation of the modelled terminal) and facilitates communication between the client and simulation consultants, which is essential for the success of the simulation study. At the same time, Villon Viewer often serves as a platform for the internal exchange of ideas among the customer's staff.