HOW DO WE USE REVIT TO INCREASE COORDINATION IN BUILDING DESIGN?
WHY IS COORDINATION IMPORTANT FOR BUILDING DESIGN AND CONSTRUCTION?
Designing a building is a unique and complex task. Ask anyone who works in conREVIT SAMORDNINGstruction, and they will tell you no two building projects are the same. Coordination is the key to a project’s success. To help with coordination software such as BIM 360, Glue, AUTOCAD, and Revit have been developed. Among these platforms, the best performing one is undoubtedly Revit.
WHAT IS REVIT AND HOW DOES IT MEASURE UP TO THE TRADITIONAL APPROACH?
Revit is a versatile budling development tool. It facilitates building design, scheduling, management, evaluation, and maintenance. Revit performs all these tasks by unifying all the building information data into a BIM MODEL (Building information Modelling) thus making it easy for each key stakeholder to access and change project details according to the requirements.
Revit finds better coordination by rectifying the flaws of the traditional building approach, such as:
- Poor coordination between project members and teams
- Ineffective communication of project details to the client
- Post-construction design flaws
- Over-extension of Project budget and time
HOW REVIT HELPS PROJECT COORDINATION AT DIFFERENT STAGES?
Revit can be used at the different stages of construction projects to help smoothen the process this can be used as a solution to multiple problems some of them are discussed below:
DESIGN STAGE:
Revit provides complete 3D BIM models for architects, clients, and engineers. The ability to visualize and show case-building models greatly increases communication between key project stakeholders. Enabling designers to modify building elements beforehand and cut down costs.
PLANNING STAGE:
Revit can be used to virtually coordinate different building elements at the design stage of the project to ensure that clashes between different elements don’t occur, without proper coordination of architectural, structural, mechanical plans clashes are bound to occur leading to change orders which increase costs and time of the project.
CONSTRUCTION STAGE:
Revit can be used to schedule different activities of a project and create a 3D representation of the completed tasks; this option allows project managers to accurately create 3D schedules of the project and do advance costing according to the work done. The 4D scheduling and 5D costing can also be used to give clients update reports of projects.
Revit enables project team members to access accurate, precise, and up-to-date information regarding project details during the construction stage. Facilitating better coordination and installation of project elements during the construction stage.
Revit enables construction firms to keep an updated repository of data compiled of project information such as 3D models, building schemes, elevations, sections, and floor plans. Revit data can be used by project stakeholders to ensure an accurate, speedy, and hassle-free handover process at the end stage of the project. This data cache can help with the maintenance and management of the facility after construction is completed.
CONCLUSION:
Architects, engineers, contractors, and clients are genuinely rushing forward with the adoption of Revit as the main tool for building construction. Rivet’s multipurpose nature and its host of features allow it to help coordinate various complex tasks in a project. The software can be utilized along different stages of the project as well. It is unparalleled in functionality. The adoption of Revit has shown to yield results by saving 10% to 30% in costs and enabling projects to be completed in time by reducing design flaws and change orders. This enhanced coordination is only possible due to the reliable safe and easy-to-use nature of the tool. In due time Revit is bound to become the face of BIM development throughout the world.