The project’s large scope included ten distinct areas, each functioning almost like a separate project. Some rooms were heavily congested with equipment and trades, requiring systems to be coordinated with only a few inches of clearance between them.
Achieving as detailed BIM model of electrical systems as posible to ensure proper planning and coordination to minimize rework. Making sure field team has what they need and when they need it to go along the construction schedule.
An effective distribution of conduits on racks and careful planning of routings were implemented to create an efficient and well-coordinated electrical system, ensuring optimal design in both open spaces and highly congested areas.
The production team was divided into separate design groups with their own tasks, specialties, and responsibilities, ensuring high-quality output and streamlining processes and communication. This improved both speed and efficiency, delivering the best possible results.
Frequent coordination meeting, one shared live coordination model and communication with client ensured high quality of electrical system on the project
Various matrices of requirements, regular corrective and preventative actions for maintaining standard compliance, checklists, client's involvement in model QC.
Archiving as detailed BIM model of electrical systems as posible to ensure proper planning and coordination to minimize rework
All areas with special requirements were fully modeled and coordinated in compliance with sanitary codes and standards.
Our first experience with a project of this scale led to the development of many new internal and external processes. These improvements continue to support quality assurance and strengthen the reliability of our BIM models today.
Get a Quote
Address:
4549 W Dickman Rd, Springfield, MI 49037