10 Reasons to Adopt BIM BIM software is used by architects, engineers and builders to design buildings or any other complex construction BIM allows designer to create visualize and modify digital models of building designs. In BIM data is directly added to model dictating materials, functions, size and related information and this data can be linked to the elements of the model.
1. Faster project delivery BIM saves up to 50% of time by eliminating design changes in later stage using standard design elements solving complex construction issues before the project goes on site avoiding clashes. BIM gives an advantage of automation within the model to check design integrity producing fabrication and construction drawings from the data. 2. Better outcomes through collaboration All stakeholder architects, engineers and contractors use a single, shared 3D model working in collaborative relationships. This ensures everyone is focused on delivering the best output at every stage. 3. Enhanced performance BIM makes possible swift and accurate comparison of different design options, enabling development of more efficient, cost-effective and sustainable solutions. 4. Greater predictability Through BIM projects can be visualized at an early stage, giving engineers and architects a clear idea of design intention and allowing them to change the design to achieve the outcomes accordingly. BIM also enables the project team to ‘build’ the project in a virtual environment. The pre- planning and procurement of materials, equipment and manpower can be done with BIM which gives better predictability of the project. 5. Reduced safety risk The fire modeling capability of 3D BIM model enables design to be optimized for public safety. Operational safety can be enhanced with the use of BIM. This overall minimizes construction risks by reviewing complex details before going on site.
6. Optimized solutions Solutions can be cost-effectively optimized against agreed parameters through use of new modeling technologies of BIM. 7. Fits first time By using a single 3D model interface issues can be identified and resolved in advance of construction eliminating the cost and time when redesigning. The model also fits new and existing assets smoothly. 8. Reduced waste BIM helps to reduce waste by precise programmed scheduling which ensures just-in time delivery of materials and equipment. More efficient material handling and waste recovery is possible with automated fabrication of equipment and components. 9. Project life asset management BIM models contain all the information from commissioning, operation and maintenance activities of the project. For example it manages the interactive 3D diagrams showing how to reassemble equipment items and specifications allowing replacement parts to be ordered. 10. Continual improvement BIM gives continuous feedback information about the performance of processes and items of the equipment driving improvements on consequent projects.
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