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AI in Construction Management

Wed, 21 May 2025 10:28:07 +0000

Modern construction projects demand unprecedented levels of efficiency and proactive control to navigate increasing complexity. ProjectVIEW ERP v.12 steps into this future by incorporating Agentic AI, designed to intelligently automate tasks and provide actionable insights, transforming project management from reactive problem-solving to proactive optimization.

The power of Agentic AI within ProjectVIEW ERP relies fundamentally on the system’s inherent strengths: well-structured data and standardized processes. Decades of managing project costs, schedules, resources, quality forms (QA/QC), and HSE documentation within the ERP create a rich, organized data ecosystem. Coupled with the digitized, standardized workflows for approvals, inspections, and reporting, this provides the essential foundation for AI agents to understand context, predict outcomes, and act effectively within defined operational boundaries.

Leveraging this robust foundation, Agentic AI in ProjectVIEW ERP v.12 will move beyond simple automation. These AI agents will be capable of:

– Proactively Identifying Risks: Analyzing real-time schedule, cost, and resource data to flag potential delays, budget overruns, or resource conflicts before they impact the project.
– Automating Complex Workflows: Intelligently routing documents, escalating overdue tasks, triggering compliance checks based on project status, and managing approvals based on predefined rules and stakeholder roles.
– Optimizing Resource Allocation: Suggesting optimal deployment of machinery and labor based on current progress, site conditions reported via integrated tools (like drone data), and upcoming scheduled tasks.
– Enhancing Decision Support: Summarizing complex data sets, identifying trends across projects, and providing contextual recommendations to project managers for critical decisions.

By embedding Agentic AI, ProjectVIEW ERP v.12 aims to significantly streamline operations, reduce manual intervention and potential for human error, and enable proactive risk mitigation. This empowers project teams by offloading repetitive tasks and providing intelligent alerts, allowing them to focus on strategic management, ultimately driving greater project efficiency, predictability, and compliance assurance.

Remote Site Monitoring

Wed, 21 May 2025 10:27:49 +0000

Drones, specifically Unmanned Aerial Vehicles (UAVs) like quadcopters, can provide full site awareness. They feed office users with images, videos, and geometric data. As a result, remote site monitoring lets teams track construction processes and monitor the actual progress of works. In addition, drones/UAVs provide construction stakeholders with expansive, accurate, and precise spatial data.

Using a Ground Control Point system, drones calibrate GPS coordinates and obtain geometric data. Our ProjectVIEW software then analyses this data to provide insights into Actual vs. Budgeted Progress of works. Next, specialized photogrammetry software processes the data from each flight to generate isometric contour lines, orthophotos, and 3D point clouds.

Furthermore, teams interpret the spatial data to derive lengths, areas, and volumes, and then link it to drawings and budgeted costs. As a result, quantity surveyors can compare ‘Estimated’ to ‘Actual’ values and identify spatial deviations. DANAOS, in cooperation with DRONEPROS, provides products and services for surveying any construction project.

ProjectVIEW ERP v.12 will synchronize site data from drones, providing resource inspection and geometric calculations in real-time. In turn, this ensures better project management through reduced project timelines, accurate site inventories, improved communication, and enhanced safety.

Construction Emissions

Wed, 21 May 2025 10:27:36 +0000

The construction sector contributes substantially to global greenhouse gas emissions, primarily carbon dioxide.

According to the Global Status Report, buildings and construction together account for 36% of global final energy use. They also account for 39% of energy-related carbon dioxide (CO2) emissions when you include upstream power generation.

Recent procurement requirements for carbon reduction in infrastructure projects now affect bidders directly. As part of a Full Lifecycle Assessment, bidders must consider the carbon emissions linked to their choice of machinery/processes during the Bidding Stage. In addition, they must account for the embodied carbon of materials and geomaterials.

For this reason, an Embodied Carbon Calculator (EC3) within ProjectVIEW ERP will assist in selecting materials and associated processes. It will calculate the CO2 emissions linked to the production, manufacturing, assembly, and ultimate disposal of each material.

ProjectVIEW ERP v.12 will include an embodied materials carbon calculator and a process carbon estimator. As a result, teams will calculate the percentage reduction in the carbon footprint for each project. They will also get metrics for overall cost and environmental efficiency. In short, this new feature will help ensure compliance with most upcoming tendering terms from international organizations and governments.

The future of Construction is ZERO CARBON.