Facilities Management

The project scope encompassed the development of comprehensive 3D models. For the development process, the standard approach of 3D modeling to Plan, Do, Check and Act cycle is followed, which is a repetitive four-stage model for continuous improvement in BIM modeling process. Process involved review of input drawings, verify reference data, review the real time data, define Revit model hierarchy, create families and assemblies, update model to BIM, assign component attribution QA/QC and deployment. Pump station asset data is integrated with the 3D model, operators can quickly locate and access critical components, monitor performance, and plan maintenance activities more efficiently.

Key advantages of deployed 3D BIM models for water transmission pump stations is enhanced visualization, allowing stakeholders to explore the facility from all angles and perspectives. By leveraging BIM technology, WTS engineers can create highly detailed digital representations of pump stations, capturing not only the physical structure but also the intricate network of pipes, valves, pumps, and other components in a three-dimensional environment.

EDMS (Engineering Document Management System), deployed successfully for multiple clients, centralizes all as-built data in a digital environment, providing tools for archiving, managing, previewing, and retrieving drawings based on specific search criteria.

EDMS features:

• Centralized drawings repository
• View and search
• Version control
• Document download and group sharing
• Combine various documents and generate reports

A GIS-powered project tracking system provides real-time insights into geographically dispersed projects. By integrating data on location, resources, and progress, it enhances decision-making, optimizes workflows, and fosters collaboration for successful project completion.

PTS Features:

• Real-time visualization of project locations and statuses on interactive maps
• Live updates of project progress and key milestones
• Visualization of resource allocation and utilization across different projects
• Integration of project timelines and schedules with GIS maps
• Integration of various spatial data layers relevant to the project
• Assessment of potential risks based on geographic and environmental data
• Generation of performance metrics and KPIs visualized on GIS maps
• Automated reporting of project status, progress, and deviations
• Geotagging of documents and photos for easy access and reference
• Mapping and tracking of project-related issues and incidents
• Access to historical project data for analysis and performance