Time animated models are created to represent the planned construction sequence. 4D adds the time dimension of the construction schedule to the 3D model, by linking of each activity off a Gantt chart to the BIM. 4D facilitates the planning of the work and makes communication with other stakeholders easier. We also link the cost or fifth dimension to the 4D BIM, creating 5D cost schedules that facilitates cost-benefit analysis.
Accurate quantification of building components is a constant necessity during the design and construction phases of any project. ENG assists during the Procurement process by providing QTOs generated from the BIM.
Accurate comparative data, combined with optional studies and/or phasing, can be a powerful tool in maintaining and optimizing efficiencies. ENG collaborates with our clients to maximize the value of a model toward these tasks.
Complex site logistics and installation phasing are some of many potential applications for visualization. Graphic representations, created to understand time-based processes, helps foresee conflicts and study potential solutions. 4D adds the time factor of the construction schedule to the 3D model. We can directly link each activity of a Gantt chart (generated in project management software such as Primavera or Microsoft Project) to the BIM. We work with SYNCHRO or Navisworks to create these deliverables.
These animated models represent the planned construction sequence set against time. The main purpose of a construction phasing simulation is to provide a tool that will help the construction team visualize logistical issues or inefficiencies. The simulation exposes details such as out-of-sequence work, scheduling conflicts between multiple trades, “what if” scenarios, and macro-level construction phasing strategies – all in order to achieve the optimization of the construction schedule.
We can also maintain the 4D up to date as construction evolves.
As Presentation Material. On those cases where the CG has yet to win the work and needs to impress his client, we create cost effective 4D animated construction schedules to show the Owner, that the contractor has the work well thought through and that he leverages BIM technology to build efficiently and timely.
Conventional estimating techniques that rely on two-dimensional drawing measurements have substantial potential for ambiguity, inefficiency and error. A three-dimensional project model removes the ambiguity and potential inconsistencies in project quantity estimations.
The fifth dimension (5D) is cost, which is brought into the virtual building life cycle.
A 5D estimate is a BIM linked to construction cost estimation through material quantities that are automatically generated from the data within the model. 5D Estimation improves budgeting, provides cost-loaded schedules, and displays multiple interactive forecasts to make agile comparisons. When the design is changed, cost adjustments are calculated in real time. This enables general contractors to help the owner improve design with value-engineering decisions.
All our services can be performed at our own office, communicating via web-based collaboration tools, video calls and traditional phone calls.
However, we also believe that for certain endeavors a personal presence is required in order to increase communication, thereby maximizing efficiency. ENG designed a unique On-Site support business model, where we can provide on-site support by sending our BIM professionals to work at your office or in the field for a period of time (from a few weeks, months or even years at larger projects); while the rest of the team at ENG supports you from our offices.
We also offer different types of contracts to suit your needs, such as Time and Material, Lump Sum and Full-time engagements. Please contact us to discuss your next BIM project.
4D scheduling, also known as construction sequencing, links a 3D BIM model with the project schedule, adding time as the fourth dimension. This visualizes how the construction will progress over time, typically represented alongside a Gantt chart. 4D BIM helps project teams identify scheduling conflicts, optimize workflows, and improve planning and communication. Common platforms used for 4D scheduling include Navisworks, Synchro, and other construction management tools that support model-based scheduling integration.
In BIM, 4D refers to adding the time dimension to a 3D model, enabling construction scheduling and sequencing through visual simulations of project timelines.
5D adds the cost dimension, allowing project teams to link model elements to real-time cost estimates, budgets, and quantity takeoffs.
5D imaging is another term for 5D BIM costing, which involves integrating cost data into a 3D building model. When directly linking materials, labor, and other cost-related elements to model components, 5D imaging enhances transparency and supports more informed decision-making throughout the project lifecycle.
In the BIM world, 5D is a 3D model that also includes the Cost dimension. A 5D model is the five-dimensional visualization of a construction project, including not only the 4th dimension of time but also the financial sequence, adding cost data to the model.
To implement 4D BIM, you link each element of a 3D BIM model to its corresponding task in the project schedule, typically managed in tools like Primavera P6 or Microsoft Project. This integration is done using platforms such as Navisworks, Synchro, or similar software, allowing you to simulate the construction sequence over time. For accurate 4D scheduling, it’s essential to consistently label model elements and schedule tasks, ensuring they align for seamless visualization and tracking through a Gantt chart-based timeline.
6D is also utilized for BIM for Facilities Management in the US, although in Europe and other parts of the world, 7D is used for this BIM use, while 6D is used for sustainability modeling. A 6D or 7D model, when used as BIM for Facilities management, is a model that is leveraged to make property operations and maintenance more efficient.
7D BIM refers to Building Information Modeling for Facilities Management, often associated with a Digital Twin. A 7D model extends beyond design and construction by integrating all relevant building data to support efficient operation, maintenance, and asset management. Key benefits include:
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