Built In BIM

Built In BIM was commissioned to develop accurate LOD 300 MEPF (Mechanical, Electrical, Plumbing, and Fire) models for the DRFMS Hospital project in India. Using Navisworks, our team performed comprehensive clash detection and coordination, delivering a fully integrated and constructible model that supported smooth on-site implementation and minimized conflicts during construction.

The Hoesny Villa LOD 300 Architectural MEPF Modeling project focuses on the creation of a Level of Detail (LOD) 300 Building Information Model (BIM) for the architectural, mechanical, electrical, plumbing, and fire protection (MEPF) systems of the Hoesny Villa.

Here’s a detailed description of what the project entails:

Project Overview:

The Hoesny Villa project involves the development of a comprehensive and detailed BIM model for a residential villa, which incorporates architectural, MEPF systems, and various design elements. The model is developed to LOD 300, a mid-level of detail commonly used during the design development phase of a project. At this level, the model includes precise geometry of all major building components, including walls, windows, doors, HVAC systems, electrical systems, plumbing fixtures, and fire protection systems.

Key Aspects:

• Architectural Design: The villa’s layout, structure, and aesthetic design are represented in the BIM model, allowing for detailed spatial analysis, accurate building dimensioning, and efficient planning.

• MEPF Integration: The project focuses heavily on the integration of MEPF systems within the villa’s design. This includes:

  • Mechanical Systems: HVAC (Heating, Ventilation, and Air Conditioning) systems to ensure comfortable living environments.

  • Electrical Systems: Electrical wiring, lighting layouts, and power distribution systems.

  • Plumbing Systems: Piping, fixtures, and drainage systems.

  • Fire Protection: Fire suppression systems and safety protocols to ensure the safety of the residents.

• Collaboration & Coordination: With an emphasis on coordination between various design disciplines (architecture, structural engineering, MEP), the project aims to identify and resolve potential clashes or conflicts between systems before construction begins, improving overall efficiency.

• Construction Documentation: The BIM model will be used as a tool to generate construction documentation, such as floor plans, elevations, sections, and MEPF system layouts. These documents will be crucial for contractors during the construction phase.

Benefits:

• Accurate Planning: The LOD 300 BIM model allows for accurate and efficient project planning, ensuring that each system is well-integrated into the overall design.

• Clash Detection: The model is used to detect potential clashes between architectural and MEPF systems early in the design process, minimizing errors during construction.

• Cost Estimation: With a detailed model, cost estimation becomes more precise, reducing the risk of budget overruns.

• Enhanced Communication: The BIM model serves as a central hub for all project stakeholders, improving communication among architects, engineers, contractors, and clients.

Outcome:

By the end of the project, the Hoesny Villa will have a highly detailed and coordinated BIM model at LOD 300, serving as a crucial tool for construction and future facility management.

This project is a good example of how BIM can be used to streamline the design and construction processes, ensuring high-quality, efficient, and safe outcomes in the building industry.