Are you a Project Owner trying to integrate Project Management with BIM, GIS and Analytics?
Building Information Models (BIM) are underutilized in many projects limited to design phase.
After putting so much time, effort and money, why not use it to execute projects on time, within budget?
A Construction Digital Twin represents a project’s entire lifecycle, seamlessly integrating real-time data, analytics, and simulations. This virtual model enables project managers to visualize, monitor, and optimize project performance at every stage—from design through construction and into operations. This integration empowers managers to track progress, foresee potential issues, and make proactive adjustments, ensuring the project stays on track with costs, schedule, and quality.
Not just for Buildings; But for infrastructure too
Ensure BIM follows IS 19650/ organizational guidelines
Ensuring that BIM implementation follows IS/ISO 19650 and internal organizational guidelines is essential for maintaining consistency, quality, and data integrity across project lifecycles. Aligning your BIM processes with these standards—while also incorporating company-specific protocols—ensures smoother collaboration, better risk management, and compliance with both industry and client expectations.
Federate BIM files of different trades
Federating BIM files of different trades involves combining models from various disciplines—such as architectural, structural, MEP, and civil—into a single, coordinated environment. This process allows teams to detect clashes, validate spatial coordination, and ensure alignment across trades before construction begins. Federated models enhance collaboration, reduce rework, and improve decision-making by providing a holistic view of the entire project in one place.
Identify and Resolve BIM Clashes
Identifying and resolving clashes in a BIM environment is a critical step in ensuring design coordination and constructability. By running clash detection on federated models (architectural, structural, MEP, etc.), teams can automatically identify conflicts—such as overlapping elements or spatial misalignments—before construction begins. These clashes are categorized (hard, soft, or workflow-related), prioritized, and assigned to relevant stakeholders for resolution. Resolving clashes early reduces costly on-site rework, minimizes delays, and enhances overall project efficiency through proactive collaboration and communication.
Compare of BIM and Tender Quantities
While Tender Quantities are essential for commercial processes, BIM Quantities offer a more transparent, real-time, and coordinated view ideal for ongoing project management and cost control. A hybrid approach often delivers the best value. Compare the BIM quantities with the contract Bill of Quantities. Improves quantity reconciliation by 60%
Automate Schedule Creation using BIM
Automating schedule creation through BIM isn't just a technical advantage—it's a strategic upgrade that helps reduce risks, align teams, and deliver projects on time and on budget. Create a project schedule directly from the information models. Saves time by 45%
Visualize Critical Activities on BIM
Visualizing critical activities on a BIM model allows project teams to clearly identify and focus on the tasks that directly impact the project timeline. By linking the construction schedule to the 3D model, critical path elements can be highlighted and tracked visually, enabling better coordination, faster decision-making, and proactive delay mitigation. This approach transforms complex schedules into intuitive visuals, making it easier for all stakeholders to understand and manage time-sensitive work.
Simulate Project Plan integrating with schedule
Simulating a project plan by integrating BIM with the schedule creates a powerful 4D construction sequence visualization. By linking model elements to scheduled tasks (from tools like Primavera P6 or MS Project), teams can simulate construction progress over time. This allows stakeholders to visually understand the planned sequence of activities, identify potential bottlenecks, optimize resource allocation, and validate buildability. The 4D simulation enhances communication, improves planning accuracy, and enables proactive decision-making—long before construction begins.
Delay Analysis
Delay analysis with color codes on BIM visually highlights the impact of schedule delays directly on the 3D model, making it easier to understand and communicate time-related issues. By linking BIM with project scheduling tools (like Primavera or MS Project), delayed activities can be color-coded—such as red for delayed, yellow for at-risk, and green for on-track—to provide instant visual feedback. This helps planners and project managers quickly identify problem areas, understand the spatial context of delays, and take informed corrective actions, all while enhancing stakeholder transparency.
Interim Payment Certificates
Building Information Modeling (BIM) enhances the accuracy and efficiency of Interim Payment Certificates (IPCs) in construction. It provides visual progress tracking, accurate quantity measurements, and real-time updates, helping ensure payments reflect actual work completed. This improves transparency and reduces disputes during the certification process.