Overview
MEP design and coordination are critical aspects of successful BIM projects, requiring careful alignment across disciplines. The model checking process for MEP elements involves delivering a clash-free, well-coordinated BIM model, ensuring data consistency, and facilitating smooth collaboration with other disciplines—such as structural, architectural, and infrastructural teams—all within a shared BIM environment. While this collaboration is vital, it also presents challenges.
The core issue is that building projects are inherently complex, with multiple stakeholders and disconnected processes. Moreover, design data often lacks interoperability across different platforms, leading to collaboration hurdles and reduced efficiency. Poor data integrity can result in costly rework, delays, and inefficiencies during construction. Ensuring data quality and consistency within MEP models remains a significant challenge for many teams.
In this session, whether you’re a seasoned Verifi3D user or new to the solution, we’ll showcase how our latest features and improvements can transform your MEP model checking workflow, enhancing efficiency and boosting project outcomes. Join us to discover how to streamline your projects and stay at the forefront of construction technology.
In this exclusive session, you will:
- Solve coordination issues in BIM for MEP
- Automate your MEP model checking workflow for improved efficiency
- Explore, instantly check models, and optimise project delivery
- Learn how to classify MEP elements using filters and data views
- Leverage automated validation with rules to minimize rework
- Learn how to identify MEP issues early and easily report results with issue trackers
- Experience a live demo of Verifi3D showcasing the latest features in action
Register now to reserve your spot!
- Detailed Program Session
- Live Q&A Session
- Limited spots
Watch the recording!
- Detailed Program Session
- Practical Session
Speaker
Senior Business Developer Digital Built Environment
TNO
Customer Success Manager
Verifi3D by Xinaps