Building Construction

MissionOS integrates sensor monitoring, construction data and BIM information within a real-time environment to enable engineers to quickly analyse data with a minimum of processing for demolition, construction or post construction phases.

As designs for taller and more architecturally ambitious towers & structures grow, so does the challenge on conventional construction techniques. Constructors now have to take into account ambient movements due to temperature and wind as well as the complex interaction of dynamic and static movements as the structure comes under temporary and permanent loads. Real time instrumentation is now commonly adopted to extend conventional surveying to monitor performance and adjust the construction stage to stage. Whilst this is possible using conventional techniques it is labour intensive and prone to human error. Enter MissionOS. Not only can MissionOS handle all the processing in real time and present reports it can also provide predictive tools based on construction progress and calculate derived parameters. Since MissionOS also tracks the production progress, quality and performance for each structural element such as pile, column or beam, from bottom to top architects and engineers can finally have a one stop shop for all the project data. The shift reporting module with cycle tracking is helpful to ensure the progress and quality aligns with expectation and prediction during the construction process. MissionOS is also BIM ready & provides a readily accessible online environment for 3D Structural Health Monitoring and Analysis.

Key Capabilities Include:

Real-time display of readings for any type of sensor.
Collect the data from sensors automatically and remotely.
Create,send and archive the reports by using a system scheduler automatically.
Auto SMS, E-mail, or AAA alarms - responses logged via web log
Import design predictions and show performance against predicted behaviour with time.
Monitor the sensors' working status
Combined 3D modelling of readings, structural elements and BIM
Floor-by-floor display to locate the instruments and structural elements in 2
Shift reporting to record and tracking the progress and quality for construction period
Group sub-job as single column, pile or beam to have a general assessment on activities of piling and other installations.
Definable meta-data models attached to activities track QA/QC of construction in a fully audit-able structured way