One of the fastest-growing industries today is construction. There is an increasing value of real estate, so most construction companies work on designs that cover less space and even eco-friendly designs. Since it caters to all the needs, there must always be precise planning, proper construction scheduling, and project scheduling. That said, Building Information Modeling (BIM) may seem like a good fit for this.
With BIM, it provides more and more development at an affordable price. In addition, by incorporating this kind of model, project management for construction would now become easier. For years, BIM is more than just a figure; it is a model about a digital prescription that addresses the actual project. And when you’re managing construction, you can attest if it’s working or not.
That’s why in today’s blog, the Pro Crew Schedule will help you understand more about adopting BIM in managing construction projects. In addition, you will know how different BIM software can impact construction projects in the years to come.
Understanding Building Information Modeling
Building Information Modelling, or BIM, is managing and creating information in a construction project. This is a kind of procedure supported by different technologies, tools, and even contracts that involve managing the digital representations and generation of functional and physical characteristics of places.
It’s like a computer file that can be exchanged, extracted, or networked to support the decision-making as its primary goal is to obtain the digital description of every prospect in managing construction. It draws on the subject matter collected as part of the project management for construction and updates the progress and key stages of the project.
Furthermore, BIM enables those interacting with the building, like the construction crew management, to modify their actions. It is software used by individuals in the construction industry or those involved in the construction project to maintain the buildings and the different infrastructures. As a result, it gives a greater value to the asset, enabling construction to undergo its digital revolution.
Process of BIM During Design and Construction
BIM is a procedure that construction crew management and professionals use in designing and constructing buildings. This process encompasses various design methods and tools intending to make every stage of construction a lot safe, efficient, and cost-effective. Here is how the process works.
Step 1: The Modeling Phase
Construction industries use BIM tools to make a very detailed 3D model as part of the structure. They can develop a design and potential issues at this phase before diving into their ideas for the construction process.
Step 2: The Workflow
All relevant information and ideas related to project management for construction are stored in a shared location that contractors, architects, and other individuals can access. It’s a cloud-based software that anyone with permission can access. With this, people can have access to make the right calculations and design choices like:
- Light and energy analyses
- Spatial planning
- Choices of material
- Parametric modeling
- Construction time estimates
- and cost estimates
This model can layout and estimate an efficient construction workflow for the construction project.
Step 3: The Construction Phase
Since contractors already have an established workflow with support from architects and other engineers, they can now revisit the workflow or BIM during the process anytime. They can also make adjustments to it when needed. And since one of the benefits of BIM is to keep everyone in the construction project on the same page, it’s ideal for getting on with it.
Step 4: Handover Stage
Once the structure has been completed, the BIM model can be shown to the facility management company or clients. And through this detailed model of design, it’s going to be helpful to find HVAC systems and make renovations in the future.
Advantages of Building Information Modeling
Perhaps you’re planning to adopt BIM in managing construction. To understand how this tool can improve a project, here are the essential benefits you might want to consider.
1. Efficient and Fast Project Life Cycles
In general, the quicker you complete a construction structure, the less money you spent on an overall project. Also, finishing the project on time speeds up your return on investment. With BIM, designs can be fast, and you can start the construction earlier. There is also an improved workflow, and other factors may speed up the project.
2. Provides Reliable Construction Cost Estimate
One of the benefits of BIM is that it gives you reliable cost estimates for construction long before starting with the construction. For example, you can estimate the materials needed for online inventory software, shipping cost, labor, and payrolls.
Not only does it give you a better understanding and idea about how much the project will cost, but it would also let you discover the ways to lessen the cost. This will help you choose cost-effective materials, find time to buy materials at an affordable price, manage construction workflow, and reduce errors from the crew that may lead to project delays or expensive repairs.
3. Communications Would Be Improved
Another benefit of BIM to the construction industry is to improve communication among the individuals involved in the project. This happens since BIM depends on an actual single system. It only means that relevant information such as design notes, estimates, and models are stored and shared in one place.
Architects, contractors and clients can now see the information. They can also offer suggestions on their own, as there is a real collaboration that will help get rid of silos and assist individuals in finding the best solution based on the data.
4. More Quality Results
While the advantages of BIM are more on the construction process and design, the clients can see that there is always an enhancement in the build quality. For example, BIM could make models and calculations more accurate and detailed. As a result, it gives a higher quality structure, and this is what Pro Crew Schedule always aims for most construction companies.
The Future of BIM
Now that you know how Building Information Modeling works, perhaps you’re wondering about what’s its future. As you can observe, the construction industry is now becoming digital. BIM plays a significant role in this, as it’s already considered the future of long-term construction management and design.
This is led by the government and determined by clear processes and technology. It implements change in any industry. As software, hardware, and cloud applications indicate capability in handling raw data and information, people will see BIM become more noticeable in the coming years.
Ultimate List of BIM Software Emerging in 2021
When it comes to BIM Software, keep in mind that it’s not about discussing a particular computer program. Instead, BIM is the process that will provide sector professionals with a detailed digital representation of the functional and physical characteristics of the project.
To achieve that, you have to choose a software program that will suit your needs. Here are some of the top-notched tools in 2021.
1. Solibri (Nemetschek)
Solibri is the leader in BIM quality control and assurance. It provides you with out-of-the-box tools for BIM compliance control, validation, design process coordination, analysis, design review, and code checking.
Its main goal is to improve and market quality assurance solutions through BIM-based design. In addition, it aims to make the construction process and design more cost-effective and productive.
2. Revit (Autodesk)
This is a BIM tool for MEP and structural engineering, architectural design, and construction. This is one of the famous software in the market that most MEP engineers use, designers, architects, landscape architects, and contractors.
3. Navisworks (Autodesk)
This software aims to improve BIM coordination. It combines construction data and design into a single model. It also helps in determining and resolving clashes and issues before the construction takes place. Furthermore, it collects data from various trades for better control results.
4. CYPECAD
This tool aims to carry out the design and analysis of reinforced steel and concrete structures. This is subject to vertical and horizontal forces for buildings, houses, and civil work projects. Therefore, it always guarantees supreme analysis reliability and comes with the best drawing design with Integrated 3D structures.
5. Tekla BIMSight (Trimble)
The Tekla BIMSight is also going to the next level. It features a Trimble Connect for your desktop, which is free software. It comes with the most functionality and provides up-to-the-minute scheduling in construction and ready project information. In addition, it provides other data you need to make your construction project become a success.
Wrapping Things Up
Now that you know how BIM technology has taken conventional construction planning, I hope you find this helpful. It’s about time that you try virtual planning and see results that are much detailed and understandable.
Its intelligent 3D virtual models will be efficient for project decisions, which will assist the parties involved from designing and ending the project.
