BIM
H E L P S P R O J E C T M A N A G E M E N T ?
H O W
What is BIM in Construction
Project Management?​
The method of constructing 3D models with a collection of
information is known as building information modeling. ​
Building Information Modeling (BIM) is crucial for project
management and technical aspect control throughout the
different stages of work, in addition to being helpful for
implementing model with data.​
In actuality, you may identify and arrange maintenance
operations even before the design phase due to the abundance
of information accessible. ​
In fact, you may quickly discover any interference in the
execution phase and find remedies, reducing resource waste.​
How is BIM Integrated into
Project Management?​
Enables better administration through the sharing of information
in the cloud​
Usage of BIM for project management software enables this.​
With this tool, engineers organize the folders within the CDE
(Common Data Environment), highlighting all activities,
execution times and expenses​
Using Cloud Eco-System​
The process is accelerated and
made more organized in this
way, which has the benefit of
reducing errors.​
The project manager can more easily
direct and supervise the work of
numerous teams because it is simple
to communicate all information and
keep track of all activities. ​
Using the capability of cloud eco-
system, all managers’ activities and
expenses are documented and
shared, creating a schedule.
By contrasting this with project
planning, a helpful dynamic
comparison is made to ensure
that the usage of resources is
always kept in check.​
Enhanced project quality​
Improved collaboration Integrated BIM dimensions​
Decreased construction cost Reduced delivery time
Complete project visualization​
Increased productivity​
Immediate availability of
information model​
Efficient planning of activity​ No duplicate file​
Clash detection​ Better project management​
Top 12 Benefits of BIM for Project Management​
Improve
Collaboration
Compared to conventional
techniques BIM make it easier to
interact and communicate with
your team​
It is made feasible by various
tools that let you see changes as
they happen​
1.
Errors that are typically
discovered during the execution
phase can be eliminated at the
design phase. ​
This results in a decrease in the
resource utilized and,
consequently, the expenditures
related to them.​
Decreased
Construction Cost​
2.
Complete Project
Visualization​
3.
Structural​BIM Model
MEP​Model
Architectural​BIM Model
All participants can view the entire
model in all components to get a full
picture before the work is fully
completed:​
Each participant involved is
well informed of what to do,
delivery times, operating
methods for improving results​
Increased
Productivity​
​
4.
Efficient Planning
of Activity​
5.
The planning of many activities
optimizes how labor is
organized​
Federation of models from
several disciplines
(architectural, structural, MEP)
make it simple to spot
interference (overlap between
window and pillar)
Clash
Detection​
6.
Integrated
BIM Dimensions​
7.
The model is utilized for cost
analysis (5D), time organization
(4D), and other purpose in addition
to geometric properties (3D).
The preparation for the
documents are shortened
thanks to the optimization of
all operations​
Reduced
Delivery Time​
​
8.
Enhanced
Project Quality
9.
Greater arrangement of work
(both in decision-making phase
and in executive phase) leads to
more structured models and
easy management​
Information models are
immediately available, due to
the utilization of cloud
technologies​
Immediate
Availability of
Information Model​
​
10.
No
Duplicate File
11.
"Unique" models exist. In this
procedure, files have several
versions that are viewable and
accessible as needed​
Models are arranged in
accordance with what has
been discussed by project
manager, making them easier
to understand & analyze
Better Project
Management​
​
​
12.
CONSULT US:​
info@topbimcompany.com
www.topbimcompany.com
240-899-7711

How BIM Helps in Project Management.pdf

  • 1.
    BIM H E LP S P R O J E C T M A N A G E M E N T ? H O W
  • 2.
    What is BIMin Construction Project Management?​ The method of constructing 3D models with a collection of information is known as building information modeling. ​ Building Information Modeling (BIM) is crucial for project management and technical aspect control throughout the different stages of work, in addition to being helpful for implementing model with data.​ In actuality, you may identify and arrange maintenance operations even before the design phase due to the abundance of information accessible. ​ In fact, you may quickly discover any interference in the execution phase and find remedies, reducing resource waste.​
  • 3.
    How is BIMIntegrated into Project Management?​ Enables better administration through the sharing of information in the cloud​ Usage of BIM for project management software enables this.​ With this tool, engineers organize the folders within the CDE (Common Data Environment), highlighting all activities, execution times and expenses​
  • 4.
    Using Cloud Eco-System​ Theprocess is accelerated and made more organized in this way, which has the benefit of reducing errors.​ The project manager can more easily direct and supervise the work of numerous teams because it is simple to communicate all information and keep track of all activities. ​ Using the capability of cloud eco- system, all managers’ activities and expenses are documented and shared, creating a schedule. By contrasting this with project planning, a helpful dynamic comparison is made to ensure that the usage of resources is always kept in check.​
  • 5.
    Enhanced project quality​ Improvedcollaboration Integrated BIM dimensions​ Decreased construction cost Reduced delivery time Complete project visualization​ Increased productivity​ Immediate availability of information model​ Efficient planning of activity​ No duplicate file​ Clash detection​ Better project management​ Top 12 Benefits of BIM for Project Management​
  • 6.
    Improve Collaboration Compared to conventional techniquesBIM make it easier to interact and communicate with your team​ It is made feasible by various tools that let you see changes as they happen​ 1.
  • 7.
    Errors that aretypically discovered during the execution phase can be eliminated at the design phase. ​ This results in a decrease in the resource utilized and, consequently, the expenditures related to them.​ Decreased Construction Cost​ 2.
  • 8.
    Complete Project Visualization​ 3. Structural​BIM Model MEP​Model Architectural​BIMModel All participants can view the entire model in all components to get a full picture before the work is fully completed:​
  • 9.
    Each participant involvedis well informed of what to do, delivery times, operating methods for improving results​ Increased Productivity​ ​ 4.
  • 10.
    Efficient Planning of Activity​ 5. Theplanning of many activities optimizes how labor is organized​
  • 11.
    Federation of modelsfrom several disciplines (architectural, structural, MEP) make it simple to spot interference (overlap between window and pillar) Clash Detection​ 6.
  • 12.
    Integrated BIM Dimensions​ 7. The modelis utilized for cost analysis (5D), time organization (4D), and other purpose in addition to geometric properties (3D).
  • 13.
    The preparation forthe documents are shortened thanks to the optimization of all operations​ Reduced Delivery Time​ ​ 8.
  • 14.
    Enhanced Project Quality 9. Greater arrangementof work (both in decision-making phase and in executive phase) leads to more structured models and easy management​
  • 15.
    Information models are immediatelyavailable, due to the utilization of cloud technologies​ Immediate Availability of Information Model​ ​ 10.
  • 16.
    No Duplicate File 11. "Unique" modelsexist. In this procedure, files have several versions that are viewable and accessible as needed​
  • 17.
    Models are arrangedin accordance with what has been discussed by project manager, making them easier to understand & analyze Better Project Management​ ​ ​ 12.
  • 18.