Frequently Asked Questions
1. Can BIM Progress Monitoring identify deviations between current and planned construction states?
Absolutely, BIM-based progress monitoring facilitates the seamless automated comparison between the actual and planned construction states. This proactive approach ensures swift identification of deviations, promoting effective project management and addressing potential issues promptly during the construction phase.
2. Why should we adopt the latest technologies for Construction Progress Monitoring?
Utilizing outdated methods for project transparency consumes precious time on-site and hinders informed decision-making. The optimal solution lies in leveraging cutting-edge digital technologies, including laser scanning, 360-degree images, Dalux, and Trimble Field Link. This ensures the simplest, safest, and most effective approach to achieve comprehensive, real-time project documentation.
3. What are the benefits of Construction Progress Monitoring Service?
Early-on risk mitigation, real-time visibility, safety protocol adherence, transparent communication, and better control over timelines, budgets, and overall project performance are some of the key benefits of availing Construction Progress Monitoring Service. Additionally, you can respond quickly to changes or unforeseen circumstances with agile construction project management.
4. What is a Common Data Environment (CDE) in construction?
Common Data Environment or CDE is a cloud-based platform where a construction project’s information is stored and accessed. The data is accessible by architects, engineers, contractors, and clients in real-time for efficient collaboration and transparency.
5. Why use Scan to BIM for Construction Progress Monitoring?
Scan to BIM's Construction Progress Monitoring reveals critical project paths, and the benefits extend to marketing and publicity efforts, addressing issues in scheduling, sequencing, and phasing. Scan to BIM ensures visualizing time constraints, boosting productivity by minimizing waste on construction sites.