BIM plays a vital role in manufacturing sections like Production Areas, Storage and Warehousing, Loading and Unloading Areas, Utilities and Services, Safety and Compliance, Environmental Compliance, Security, Utilities and Energy Management. In manufacturing, where efficiency, quality, and cost control are paramount, BIM can lead to improved production processes, reduced downtime, and better management of resources. It offers a holistic view of the manufacturing facility and its processes, helping manufacturers make informed decisions and achieve their operational goals.

Warehousing facilities are designed to store, manage, and distribute goods efficiently. Warehousing facility typically consists of various sections like Receiving & Packing Area, Storage & Shipping Area, Quality Control Area, Returns Area, Maintenance Workshop, Office/Administration Area, Break Room and Restrooms, Security Area, Bulk Storage Area, Temperature-Controlled Zones, Hazmat Storage and Mezzanine Floors. BIM can design and coordinate MEP systems and Material Handling Systems within the warehouse. BIM can further assist in designing green warehouses that minimize environmental impact, including optimizing lighting, HVAC systems and using sustainable construction materials.

BIM can create detailed 3D models of oil and gas facilities, including refineries, offshore platforms, pipelines, and drilling rigs. These models provide a comprehensive view of the facility's layout, helping designers optimize space, access, and safety. Other complex sections include Distillation Units, Cracking Units, Pipeline Infrastructure, Loading and Unloading Areas, Utilities and Maintenance, Fire Stations, Emergency Response Centers, Administration and Control, Laboratories, Safety Zones and Buffer Areas, Living Quarters (Offshore Platforms), Wellheads (Oil Wells), Drilling and Exploration. BIM helps monitor sections and provides Information about equipment, maintain schedules, and replacement parts that can be integrated into the model, facilitating asset management.

Logistic parks often involve various sections like Warehousing Areas, Distribution Centers, Office Spaces, Transportation and Parking Zones, Security and Surveillance, Customs and Documentation, Technology Infrastructure, Green Spaces and Amenities, Specialized Zones, Cross-Docking Areas, Collaboration Spaces, Future Expansion Zones. Efficient space planning, infrastructure, and technology integration are crucial elements in creating successful logistic park architectures. BIM helps plan and optimize material handling systems, such as conveyor belts, automated guided vehicles (AGVs), and robotic systems. It ensures that these systems are integrated effectively into the overall logistics process. It also detects the clashes in advance, causing less delay and cost efficiency.

In an aeronautical facility, the base maintenance section is typically responsible for the maintenance and repair of aircraft at the facility. This section is crucial for ensuring that aircraft are kept in airworthy condition and comply with aviation regulations. Within the base maintenance section are various departments like Airframe, Engine, Avionics, Planning and Scheduling, Documentation and Records, Quality Assurance/Quality Control (QA/QC) departments.  Also includes Sheet Metal Workshop, Composite Workshop, Component Overhaul Workshop. These departments and workshops work collaboratively to ensure the overall maintenance, safety, and airworthiness of the aircraft in the aeronautical facility.