1. How BIM can Impact
Structural Engineering?
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2. In the era of the 21st century, technology has marked a massive impact on businesses and various sectors.
The engineering sector has also seen notable changes in it. One thing adapted to modern methods and
technology is the transformation of BIM services in civil and structural engineering projects. It has
completely changed the way of working on projects and how they are completed within the given time
frame.
There are two significant aspects in the modern AEC industry upon which the engineering project works.
They are Civil and Structural Engineering BIM services. The skills and art available in the entire project
lifecycle are affected right from its start to its final delivery. It is the team of structural engineers who need
to be updated all the time to keep the necessary information transferred that is associated with the project.
Hence, to achieve a proper project outcome, BIM enables them to adopt a multi-disciplinary approach and
help accelerate the decision.
The undertaking of BIM technology has been transforming structural engineering work to the next level. It
helps the engineers make the proper decision, planning, ownership, and maintenance of the project.
Today, in this blog, we will discuss how BIM technology impacts the operational work of structural
engineering projects.

3. How BIM Impacts Structural
Engineering Services?

4. For structural engineering projects, the technology of BIM is called a catalyst. The core reason is that it
covers many areas and issues related to the project. The project work undergoes many stages, and to
address all its core areas, BIM is the right choice.
The engineers and stakeholders must work together to succeed in BIM structural engineering projects.
BIM allows such projects to work with skilled efficiency and with transparency. Also, this stage enables
the engineers to work effectively and efficiently on the project with proper collaboration.
Not only this, but the team also undertakes the technology of augmented reality so that they can view
the structure of the building way in advance before the construction takes place. Hence, it is a significant
change and impact brought to the construction industry using BIM technology. Handling the details
further, here are some critical factors that engineers look for the most.

5.  Performs skilled and integrated analysis of the project with the drawings.
 Improvises the design efficiency level along with the production of
drawings.
 Transparency in communication level between the parties with a familiar
development environment.
 Keeping track of design and drawing with a holistic view of the project.
 The prefabrication design process is changed owing to the authority to a
detailed project model.
 The execution level of the project is on the higher side.
 The overall cost of the project is within budget and in a properly planned
manner.
 The project's outcome is way beyond the expectation of the client.

6. Different Types of Structural
Engineering Projects

7. Building Design and Its Construction
To initialize the project, the first step is to design and develop the project from scratch. As per the
research, it has been found in the case of building structure design and its construction work. The
demand is involved in several projects and asked by the stakeholders. It is the responsibility of structural
engineers to ensure coordination between the number of people interested in the project. It also
continues with viewing the drawings of the structure and its related services. All this work is combined
well in a single Architectural BIM design for completing a structure of building construction.
BIM is the technology that helps adequately facilitate the work. It has coordination and seamless
communication between the engineering and construction teams. With the creation of one single model,
the BIM has the art to allow the management to work on the project collectively and in one way. This
step helps avoid any delay and miscommunication between the respective teams.
Also, having one single shared model of the project, the construction work is greatly improved, and the
elimination of reworking or delay in the work is reduced. Also, BIM helps optimize the project delivery as
scheduled and paves the way for a smoother way when it comes to the handover of the project, along
with its operation and managerial information.

8. Infrastructure Design and Facility
Management
The start of the project is much more uncomplicated than deciding the infrastructure and the facility
management details of the project. It is the process that is more complex than having a new design of
construction project designed and created. These repetitive tasks involve upgradation, routine work, and
other utility-related detailing.
While working on a construction project with BIM technology, the operational and managerial work is
distinguished between management systems. This helps create a channel that divides the data between
the construction and facility management details.
In the project, having a project manager is way far better as they are the single point of contact to share
the necessary information of the project throughout the entire asset lifecycle. BIM allows sharing of
improvised information management required to support the asset and facility management task and
responsibility. All the necessary information and data are attached to a single model that helps get the
data quickly and conveniently. The data here can be accessed anywhere, and whenever required.

9. How Traditional Concept has
changed with BIM Technology?
When it comes to having a proper discussion on the construction of a building, the BIM technique has a
lot to contribute to it. It is especially when it comes to contributing to structural engineering services.
With BIM services integrated with structural engineering work, many processes have changed and are
simplified appropriately. The complete art of the work adds value to the project and a proper layout to
improve productivity by adopting the BIM technique.

10. Key Details
Let us now proceed further and see how the technique of BIM is helping the
personnel who are associated with the project from day one. The detailed
discussion of it is as stated below.
Designers
To initiate the project, designers play a crucial role in it. With the help of BIM
technology, the team of designers can easily design and create a 3D project design
that has covered all the necessary information. Also, the invention will have
information on the required materials and its list of properties. It will also have
information related to the interactive use of different BIM stages and levels that help
provide valuable information about the data and its components.
Further, it is the designer's responsibility to keep a record of the information as a
standard record so that any changes can be shared simultaneously. All this stage
helps streamline the work systematically and with proper support and guidance.

11. CAD Technicians
There is a need to have a team of CAD
technicians who have sound knowledge of
the information required at the project
level. Also, with BIM technology, the work
is automated, and the production level is
owned by several tools and libraries in one
folder. The computerized process of self-
updating designs and drawings helps the
technicians to work more appropriately to
check the reflection of the changes and
schedule them with outstanding graphics
and layouts. All this is possible without any
fuss. Here the team develops the 3D BIM
modeling of the design that help work
ongoing in the proper way and with the
standard source of information for every
individual.
Design Managers
Design managers are offered a lot many
benefits associated with BIM technology.
BIM services help present the design and
drawings that are error-free and clash-free.
Thus, the team uses clash detection
services that help avoid any problems
during the construction stage. On the other
side, the design of BIM is interactive as
they are 3D models. The visualization of
the resources helps the managers consult
the clients in a better way than that
sophisticated engineering drawings.

12. Closing
Building Information Modeling: BIM has bought a tremendous
revolution to the entire AEC industry. The industry and companies
across the globe are adopting this technology as they are
feasible and scalable. The process of undertaking BIM
technology has opened new opportunities in delivering a project
with high efficiency and outstanding productivity. It is all possible
in structural engineering segments.

13. THANKS!
Does anyone have any questions?
info@marsbim.com
+91 9898926231
www.marsbim.com