- BIM And Construction Management By Brad Hardin | Civil Engineering Books
- BIM and Construction Management: Building and Infrastructure
- BIM as an Effective Tool in Project Management
- What is BIM (Building Information Modeling)? |Tekla
Construction management
Reduce risk, improve quality, and deliver projects on time and on budget. Predict safety hazards, proactively manage quality, automate tasks, and reduce rework so that you can control costs and stay on schedule. Centralized information
Accelerate and improve decision making, connect your teams, and predict project outcomes
Centralize your project data and access the information you need in real-time, anywhere, so you can track your project and make decisions in the field. Project lifecycle management
Go from design to construction all within one platform
Controlled worksharing enables multidisciplinary teams to co-author shared Revit models, visualize every update, and manage design data throughout the project lifecycle. Innovation
Increase predictability and profitability while driving innovation in your business
Build a digital strategy that connects and structures data from individual projects, creating actionable information that drives innovation and better business decision making.
BIM And Construction Management By Brad Hardin | Civil Engineering Books
404 Pages · 2015 ·
14. 98 MB ·
1, 281 Downloads ·
English
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BIM and Construction Management: Building and Infrastructure
It has defined goals and objectives that are clearly beneficial to all those who work their way through the levels. Undoubtedly, the future of construction will be even more highly collaborative and digital. As BIM becomes increasingly more sophisticated, 4D, 5D, and even 6D BIM will start to play a part in the process. More and more, stakeholders are walking through BIM models using augmented and virtual reality. This application can help contractors and manufacturers with clash detection and training, architects to sell their designs, and owners to "see" into their structures and make better decisions for maintenance and retrofitting. Furthermore, around the globe, there is an attempt to reduce waste in construction. Much of this is attributed to supply chain inefficiencies, clashes, and reworking. By working collaboratively in a BIM environment, all of this becomes much less likely, setting the stage for a better tomorrow.
This information includes scheduling data that helps outline how much time each phase of the project will take or sequencing of various components. Viewing a 5D BIM model within a common data environment to run a structure sequencing breakdown based on pour numbers. Level 5 BIM adds cost estimations, budget analysis, and budget tracking to the information model. When working at this level of BIM, project owners can track and determine what costs will be incurred during the length of the project. Level 6 BIM information is useful for calculating the energy consumption of a building before it's built. This ensures that designers take into account more than just the upfront costs of an asset. Level 6 BIM ensures accurate predictions of energy consumption requirements and empowers stakeholders to build structures that are energy efficient and sustainable. Benefits of Levels 4, 5, and 6 BIM:
More efficient site planning and scheduling
More efficient hand-offs between steps in the construction stage
Real-time cost visualization
Simplified cost analysis
Reduced energy consumption in the long run
Better operational management of the building or structure after handover
The Future of BIM Because of the clear benefits, BIM is here to stay.
When firms combine this with their own data, they save time, reduce costs, and eliminate the need for rework. Since data is shared this way, the CAD software must be capable of exporting to a common file format, such as IFC (Industry Foundation Class) or COBie (Construction Operations Building Information Exchange). Level 3 BIM: Teams work with a shared 3D model BIM level 3 is even more collaborative. Instead of each team member working in their own 3D model, Level 3 means that everyone uses a single, shared project model. The model exists in a 'central' environment and can be accessed and modified by everyone. This is called Open BIM, meaning that another layer of protection is added against clashes, adding value to the project at every stage. Benefits of Level 3 BIM are:
Better 3D visualization of the entire project
Easy collaboration between multiple teams and trades
Simplified communication and understanding of design intention
Reduced rework and revisions at every stage of the project
Levels 4, 5, and 6 BIM: Adding in scheduling, cost, & sustainability information BIM level 4 brings a new element into the information model: time.
Øivind Pettersen,
Business Developer IKT,
Skanska
"Digital allows you to become leaner in the things you do. It helps you become more informed in terms of decision making because it gives you access immediately to real-time data"
Dean Banks,
Chief Executive Officer,
Balfour Beatty
"BIM 360 gives us a clear visual representation of what we are going to build. " Travis Rhodes,
Project Superintendent,
Andy J. Egan Company
"Using BIM 360, we had one common model in the cloud…It's much easier to solve things early than later. " William Wallace,
Technical Design Leader,
Woods Bagot
Solutions
Get started
Find out how you can use BIM 360
Get a demo
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Benefits of BIM span across the whole construction management process
The users list many benefits of BIM. Companies that utilize BIM, like Skanska and Barton Malow, have reported benefits for scheduling, estimation and risk analysis, more collaborative processes and better facility management. BIM also brings the opportunity to try out solutions in advance before building the structure on site: with a constructible model, the structure can be prototyped virtually. Project parties can understand and review the design more easily, which helps guarantee its accuracy and completeness, and visualize and evaluate alternatives in terms of cost and other project parameters. BIM has gathered compliments for improved communication between project parties and generally better quality. BIM is not everywhere
All construction software models and drawings representing a building are not BIM, for example those models that contain only visual 3D data but no object attributes, or those that allow changes to dimensions in one view but do not automatically reflect those changes in other views.
This happens because of an overlap between the different plans. The only feasible solution for this issue would be to use BIM and bring the plans together in a cloud and detect any discrepancies and make the necessary changes. Constructability:
Building Information Modeling provides a platform to carry out constructability reviews and monitor constructability. Building Information Modeling allows for a better analysis:
BIM allows engineers and designers a better visual analysis of a building and facilitates better decision making. Starting from the energy consumption details to optimum lighting conditions needed, BIM helps find better solutions such as changing materials and orientation, mass and space, etc. for every problem. 4D & 5D modelling:
One of the unique features Building Information Modeling can offer is 4D &5D modeling. A 4D model allows an engineer to evaluate the progress of a construction project and have a clear understanding of the project phases. 5D BIM models allow cost evaluation of a project and can help in determining the lowest cost solutions.
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