BPO EARTHWORKS modular. Not all sites require the same amount of planning. This is why we offer two different solution for earthworks. With the smaller solution only the loading and unloading location is documented. The focus lies on documentation and analysis. With the large BPO EARTHWORKS solution comprehensive cycling and logistics planning can be conducted. The focus here lies on optimisation of logistics between loading and unloading location, avoiding idle time and to use the existing logistics to full capacity. Provided that adjustments are necessary during the construction process, target values can be adjusted dynamically in real-time. This is how constantly changing conditions can be taking into consideration thanks to fast response. With BPO EARTHWORKS the entire planning for dumper, digger and crawler can be created at the push of a button.

After defining all required data of the construction project during planning, the detailed cycle planning is conducted for the construction process. With all parameters taken into account the entire earthworks process is clocked. The result is a minute-by-minute target construction sequence following the just-in-time principle. The results are presented in a cycle diagram or in a clear simulation for the management. The cycle planning is the basis for for a process with clear target requirements.

To analyse progress every load is connected with the respective unloading location. On completion of the construction measure it can be determined which load was loaded where. All available data is connected via the causal relation of the construction sequence and are available for evaluation on the push of a button. The time of loading and unloading as well as further data is documented and are available for analysis in interactive diagrams and the Business Intelligence Solution (BI). The interactive evaluation options enable to easily identify if the target requirements were met or if cost calculation needs to be adjusted for further projects.

The unloading process is registered via GPS at the respective locations. Comparison between actual data and target estimations allows conclusions to be drawn on wether the estimated cycle times are realistic for the next days or if adjustments of the performance data are necessary.