Avoid Costly Mistakes with Our Clash Detection Best Practices
In this fairly fast-paced world of construction, minor miscalculations and errors can lead to costly rework; eventually resulting in project delays. Moreover, the stakeholders might also have to go increase their budgets to successfully complete the ongoing projects. One of the common causes of rework and delays, etc. is a conflict or clash between various elements of a building. It can either be in the plumbing system, electrical or structural too. However, clash detection best practices can efficiently help project teams eliminate these clashes even before the construction begins.
In this article today, we will discuss how you can avoid costly mistakes with our clash detection best practices. If you wish to save your resources and deliver projects right on time and within budget, then make sure to read the blog till the very end.
What is meant by Clash Detection?
In construction and planning, the process of clash detection refers to the identification of potential conflicts between building systems and elements. These clashes can be seen in the highly detailed 3D models which allow stakeholders to remove the conflicts while they are in the planning stage. Allow us to share an example of a potential clash and how they can be removed to save time, money and other resources.
Imagine there is a beam which is interfering with heating, ventilation and air conditioning (HVAC) ducts or an electrical conduit clashing with plumbing pipes. These clashes can result in modification if not addressed while in the design and planning phases. To avoid that, the concerned teams detect these clashes and remove them from the design entirely.
The process of clash detection must take place in the pre-construction phase. This is done by integrating Building Information Modeling (BIM) tools. BIM enables stakeholders to not only eliminate clashes to reduce potential risks but also ensure smooth project delivery.
What is the importance of Clash Detection?
The process of clash detection is not only important for stakeholders to ensure that they are investing their resources on the right things but it also allows them to make informed and sustainable decisions. In this part of the article, we will explore the importance of clash detection.
Clash detection allows for informed decision-making while in the design and planning phases which reduces the chances of rework. As you know reworking even a small-scale building system can be costly so, it becomes important for the project teams to initiate clash detection well before time. By doing so, they get to address issues and resolve them accordingly. Here, we would also like to add meeting deadlines is crucial for project delivery. Clash detection also facilitates project teams in this regard by helping them foresee potential challenges and eliminating them from the design to keep the project on schedule.
One of the most significant key features of BIM clash detection is that it allows for improved coordination and collaboration. By viewing 3D models in real-time while also making changes in them as and when required, the project teams are in a better position to finalize the models and proceed with the mutually locked action plan. By having to collaborate in real-time, the teams reduce the risk of issues and continue to work through highly accurate models.
If you want to learn more about clash detection types, click here.
Clash Detection Best Practices
Naming Conventions and File Organization: It is essential to maintain consistent naming conventions for project files, following ISO standards like BS 1192 and ISO 19650, to prevent confusion during file exchanges and clash detection processes. This minimizes risks and additional work for teams when models are updated.
Technical Setup and Validation: Before clash detection begins, it is important to ensure all technical resources are properly set up and coordinated. This includes geographic coordination of 3D models and validation of models against naming conventions and relevant standards.
Common Data Environment (CDE): All project information should be managed within a CDE, where unvalidated work-in-progress files are stored separately from validated files. This allows for seamless coordination and validation across project teams.
Clash Detection Processes: Running automated clash detection in software like Revit identifies design conflicts early. This process saves time compared to manual coordination and helps reduce costs, delays, and risks. The focus is on identifying critical issues that can affect the overall project timeline and budget.
Change Management and Collaboration: Collaboration between teams using cloud-based tools and ensuring all stakeholders understand how to resolve clashes is essential. Change management processes, such as training and proper communication, are critical for the successful implementation of clash detection strategies.
By integrating BIM tools to understand how your project can be improved, we enable you to be in full control of the outcomes. We fully understand in this competitive world, how crucial it can be for your company to stay ahead in the game. And we will help you achieve all your business goals and then some without any costly rework and delays. So, book your free consultation and embark on a journey towards profitability with clash detection best practices.
