How does 5D BIM Benefits Construction Stakeholders?

Building information modeling (BIM) is now widely used in the construction sector, although it’s frequently seen as a tool that should only be used during the design stage.

When we talk about BIM with the construction cloud platform, we mean enterprise 5D BIM, which means we are extending BIM past the design phase into the construction phase and into incredibly detailed operations.

5D BIM: What is it?

In order to manage a project from “design to delivery,” 5D BIM refers to the integration of the 3D BIM model with the project schedule (4D) and cost data (5D).

To generate a clear and optimum project plan prior to the actual execution, design models, cost information, procurement, and building plans are visualized and assessed during the preconstruction phase.

The project execution procedure is then supported by the optimized 5D BIM model, resulting in the most affordable construction delivery feasible.

The 5D BIM approach integrates three elements—integrated, smart, and next generation—with the Construction Cloud Platform.

• Integrated:

Provides access to the most recent enterprise data for improved project collaboration by tying employees together anytime, anywhere, and across multiple devices using 5D BIM. It compiles data from the field and offers top management with a useful dashboard that can be used.

• Collaborative 5D BIM approach:

By adding, utilizing, and visualizing 5D BIM data across companies and project phases, the collaborative 5D BIM approach turns conventional project delivery techniques into smart enterprise processes.

• Next Gen 5D BIM:

The next generation of 5D BIM is made possible by cloud and AI technologies, which enables construction organizations to further automate workflows and do data analysis.

How does 5D BIM function for various roles?

Construction projects ultimately revolve around humans. Different roles in various organizational processes can benefit from 5D BIM. Let’s examine how 5D BIM might improve workflows for experts in the construction industry:

5D BIM for Managers:

• Dynamic multi-model approach to assist processes in best possible way:

Every construction procedure begins in the writing design system. Domain- or trade-specific models from various stakeholders can be merged to best assist the construction processes using the 5D BIM cloud platform. In addition to creating many versions of models to support various processes in various project phases, individual models can be summarized and shown for particular processes. It is easy to see the effects of design modifications on the program and the budget for the BIM managers’ comprehensive management of the BIM models.

• Comparison of multiple model stages to improve openness & lower hazards:

The BIM teams may compare and spot changes between various BIM model versions. Elements that have been added, removed, or modified in any way can all be visibly indicated. The comparison and change analysis give BIM managers a preliminary understanding of the changes and a forewarning of potential modifications in the following processes. It provides the opportunity to identify potential modifications in the next phases and to transparently and explicitly disclose such modifications to all project participants, thereby reducing risk.

• Improved model integrity and quality control to ensure dependability:

With 5D BIM platform, the BIM team can examine the 3D model’s quality and integrity. The 3D model can be enhanced with extra information besides checking the accuracy of the already present information. The BIM models are then best prepared for processes, such as estimating and scheduling, by being checked and enhanced with information.

5D BIM for quantity surveyors and estimators:

• More visual, more precise, and less prone to error:

5D BIM platform employs the construction system concept for quantity takeoff and estimation, enabling automation of these processes. Quantity surveyors can simply produce automated quantities from 3D models by applying established takeoff procedures in the construction.

• Aids in decision-making:

The computation can be performed down to the object level, displayed in BIM models, and exported in various levels of detail. All of the predictable, repetitive calculations and assignment tasks necessary for cost estimating can be automated using the 5D BIM platform.

• Standardizing entire cost estimation process:

This reduces time and effort spent while improving overall estimation accuracy. For instance, if an estimator needs to create an estimate for an ultra-wall, they only need to choose the ultra-wall object in the construction system to generate the line item, after which they may enter the estimate’s specifics. Estimate accuracy can be greatly improved by visualizing which items are within budget and which ones are over budget using the cost data linked to BIM models.

• Integration with procurement and scheduling to enhance teamwork:

Cost estimation is just one function. In order to know not only the cost of the object but the creation data and the necessary procurement schedule, it helps teams design activities and packages for procurement based on the models. As a result, the communication between the quantity surveyors, estimators, and planners and the entire project team has improved due to the connectivity between the BIM models, the cost, scheduling, and procurement data, as well as the automation of numerous operations.

5D BIM for schedulers:

• Virtual simulation for schedule evaluation & conflict avoidance during construction –

It is a feature of 5D BIM for schedulers. With 5D BIM, schedulers can integrate cost data to run a 5D simulation and apply schedule information to linked model elements. The construction process is examined in the virtual simulation. By monitoring and adjusting the targets early on in the project, conflicts can be anticipated and avoided during the building phase.

• Early integration of procurement into project phases to assure quality, time, and cost:

One of the key duties in the procurement process is procurement planning, which is essential for success variables including quality, time, and cost. As a result, it’s critical to not only select the appropriate strategy but to identify early the procurement demands or to conduct a realistic analysis of the requirements. The first solution to integrate BIM models into the procurement process is 5D BIM. The integration of procurement with 5D BIM geometry models allows for the execution of procurement planning at an early stage and the direct generation of procurement requirements from the models.

• Enhancing progress reporting through integration with subcontractors:

5D BIM platform can see any object that has been contracted and gives subcontractors portal access to models. With or without BIM experience, the subcontractors can view the aspects of their contracts from the models and report their progress using the model.

5D BIM for Project Managers:

A 5D simulation brings everything together for the project managers. The technology can simulate the construction processes with varying timetables and costs for optimized project planning and control because the project schedule and cost data are coupled to the BIM models.

• Create virtually before building physically to plan, foresee cash flow & minimize rework:

In order to identify potential hazards that could affect the project length and cost early and implement appropriate remedies, the intended building process can be simulated during the planning stage. An ideal project delivery strategy can be chosen by comparing side-by-side several project situations. The cost and budget of various resources, including labor, plant, equipment, and materials, can be put to the adjustable cost and budget simulation chart to examine how they are planned through time and anticipate the cash flow.

• Compare actual performance with planned outcomes for enhanced project effectiveness:

Actual and planned construction progress can be seen and contrasted with a 5D simulation during the construction process to see what was intended and what the current state of the project is. Project managers can promptly change schedules and resource allocations based on the findings to reduce risks and guarantee project success.

5D BIM for C-level Management:

• Centralize project team management : C-level management will have a single interface to handle all project teams more efficiently thanks to 5D BIM’s support for project end-to-end procedures, from planning to execution in one location. Project management is made more connected, visual, and productive with the use of standardized data models and complete functions.
• Informed decision-making : It has been customary for project teams to gather data from several technologies to demonstrate project design, cost planning, or schedule independently in reports for C-level management. This requires C-level executives to take some time to comprehend the project’s overall planning and present progress. However, project teams can visually display all project planning or progress information using a 5D BIM platform. C-level executives can easily comprehend the project design as well as the time and cost required to finish the project, which enables them to make choices more quickly and with greater knowledge.
• Comprehensive view of project :  Additionally, as diverse project information is available on a single platform, management can use a strong BI dashboard to obtain a comprehensive overall view of all projects, making choices about resource allocation, purchasing, cash outflow, etc., easier. Based on this, businesses are able to enhance and continuously assess the general profitability of projects.

How can your team benefit from 5D BIM?

The use of 5D BIM technology has many advantages for various AEC company functions.

By enabling a digital twin working method, it enables project teams and decision-makers to better understand and predict project performance. It also provides continuous monitoring and predictive maintenance insights to improve project efficiency, reduce unplanned downtime, and improve collaboration. According to a recent McKinsey report, designers and engineers are relying more on BIM and leveraging 4D and 5D simulation to re-plan projects and improve schedules in the current challenging times. It has been demonstrated that implementing this technology increases productivity.

Are you considering BIM 5D as a new working strategy?

At Bimpact Designsyou can use actual project data to simulate contracts and projects in real time. We will help you learn from scratch. Since it first appeared on the market almost 15 years ago, BIMPACT has been at the forefront of 5D BIM technology. In the age of cloud computing, the next-generation construction software, 5D BIM technology with cloud and AI technologies help to increase the value for the AEC industry. To find out more about how 5D BIM might benefit your team and business, get in touch with our BIM modeling expert.

To get BIM services for your construction project contact Bimpact Designs.