Course: HND in Construction and the Built Environment

Assignment - BIM: Assets, Processes and Outcomes

LO1: Discuss the differences in purpose between Building Information Modelling and its associated outcomes and traditional forms of construction information.

Discussion - Building Information Modelling

Introduction

  • Evolution of CAD
  • 2 D solutions
  • 3 D solutions
  • BIM solutions
  • Construction Co ordination

Evolution of Computer aided

The computer aided design has evolved in the four stages which include the

2D solutions : The 2 D solution provide the two dimensional view of the design of the building. The design changes are maintained manually in every model. Everything is drafted in two dimension.

3 D solutions: This helps in the visualization of the building by providing the three dimensional design of the building.

BIM solutions: These models are integrated with the architectural information Construction Co ordination: This involves the scheduling and cost estimation of the project.

2 D CAD

  • Everything drafted in Two dimension
  • No three dimension model is created in this
  • Manual maintenance of the changes in the design for every drawing

The 2 dimensional CAD has certain features associated with it . The features include
Everything drafted in Two dimension in the two dimensional CAD model.
No three dimension model is created in the two dimensional CAD solution Manual maintenance of the changes in the design for every drawing is done in the two dimensional CAD model.

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Evaluation of 2 D CAD

Benefits

  • Fast Modification
  • Accuracy
  • Provides Smart Drafting tools
  • Repetitive Elements
  • Easy to understand
  • Small files relative to other CAD
  • Provides the Quick solution to all building types

There are several benefits of the 2 D CAD
It provides the Fast Modification in the design
it provide the high Accuracy
it Provides Smart Drafting tools
it contains Repetitive Elements such as blocks, xrefs It is Easy to understand
It has the Small files relative to other CAD
it provides Provides the Quick solution to all building types

Drawbacks

  • Changes in one drawing do not affect the other drawings
  • Coordination of drawing is essential
  • Collision problem is difficult to determine
  • Design problems are difficult to determine

There are several drawbacks of the 2 D CAD. In 2D CAD
The Changes in one drawing do not affect the other drawings
The Coordination of drawing is essential
It is difficult to determine Collision problem It is difficult to determine Design problems

3 D CAD

  • Possess the Capabilities of both two dimension and three dimension
  • Three dimension model of the buildings can be made
  • Supports the storage of the three dimension and two dimension information in Single File
  • Does not provide automatic documentation
  • Works on the two dimension and three dimension
  • Does not work on real architectural elements

The three dimension CAD has the several features.
The three dimension CAD Possesses the Capabilities of both two dimension and three
dimension
Three dimension model of the buildings can be made with the three dimension CAD The three dimension CAD Supports the storage of the three dimension and two dimension information in Single File
The three dimension CAD Does not provide automatic documentation
The three dimension CAD Works on the two dimension and three dimension The three dimension CAD Does not work on real architectural elements

Evaluation of 3 D CAD

Benefits

  • Planning errors are easier to check as compared to two dimension CAD
  • Changes can be managed easily as compared to two dimension CAD
  • Supports visualization can Calculation
  • User can work in two dimension only but this is not the case in the business information modeling
  • File size is smaller as compared to business information modeling
  • Complex Geometries are easy to Model

There are several benefits of the three dimensional CAD when compared to the two
dimensional CAD and business information Modeling
Benefits of Three dimensional CAD when compared with two dimensional CAD
Three dimensional CAD provides the easy checking of the Planning errors as compared to two dimension CAD
Changes can be managed easily in Three dimensional CAD as compared to two dimension CAD
Three dimensional CAD Supports visualization can Calculation
Benefits of the three dimension CAD in comparison to business information Modeling In Three dimensional CAD User can work in two dimension only but this is not the
case in the business information modeling
In Three dimensional CAD File size is smaller as compared to business information modeling
Complex Geometries are easy to Model in Three dimensional CAD

Drawbacks

  • Does not make use of the real architectural elements
  • Does not provide the automatic documentation
  • Does not provide the architectural content like business information modeling

There are certain drawbacks of the Three dimension CAD.
Three dimension CAD. Does not make use of the real architectural elements
Three dimension CAD. Does not provide the automatic documentation
Three dimension CAD. Does not provide the architectural content like business information modeling

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Business information Modeling

  • Also knows as Virtual building or building Simulation
  • Drawing, Building Views, calculations, quality take offs and the visualization are generated automatically from the three dimensional model

Business information Modeling is also known as Virtual building or building Simulation. Business information Modeling provides the Drawing, Building Views, calculations, quality take offs and the visualization are generated automatically from the three dimensional model

Evaluation of Business Information Modeling

  • Benefits of the Business information Modeling in comparison to the traditional Models such as the Two Dimensional CAD and three Dimensional CAD

Architectural Meaning is there in the elements
Changes in one drawing affects the other drawings
Provides the Rich content of Visualization
Drawing, Building Views, calculations, quality take offs and the visualization are generated automatically from the three dimensional model
Provides the connection to structural and energy calculation
Collision problem is easy to detect

There are Several Benefits of the Business information Modeling in comparison to the traditional Models such as the Two Dimensional CAD and three Dimensional CAD
Business information Modeling provides the Architectural Meaning is there in the elements but the traditional Models such as the Two Dimensional CAD and three Dimensional CAD does not provide
In Business information Modeling Changes in one drawing affects the other drawings but on the traditional Models such as the Two Dimensional CAD and three Dimensional CAD Modeling Changes in one drawing does not affect the other drawings
Business information Modeling Provides the Rich content of Visualization but on the traditional Models such as the Two Dimensional CAD and three Dimensional CAD Modeling does not provide the rich visualization content
Business information Modeling Drawing, Building Views, calculations, quality take offs and the visualization are generated automatically from the three dimensional model but this is not there in the traditional Models such as the Two Dimensional CAD and three Dimensional CAD Modeling
Business information Modeling Provides the connection to structural and energy calculation
Collision problem is easy to detect in Business information Modeling but in the traditional Models such as the Two Dimensional CAD and three Dimensional CAD Modeling collision problem is difficult to detect
?

  • Drawbacks

Training Requirements are High
2 D users found the Business information Modeling difficult to learn
Complex Geometries are difficult to handle with the business information Modeling

There are several drawbacks of the business information modeling
Training Requirements are High in the business information modeling
2 D users found the Business information Modeling difficult to learn business information modeling software
Complex Geometries are difficult to handle with the business information Modeling

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Comparison of Traditional Modeling and Business information Modeling

In traditional models such as the two dimensional CAD models
Flow of information jumbled between players and stages of project
In business information modeling interaction is flexible and overlapped
Information is aggregated
Information is shared transparently among users

In traditional models such as the two dimensional CAD models
Design teams are not able to collaborate
Information silos and snapshots are used
Impact of the changes in design cannot be assessed realistically

In business information modeling
design team can collaborate using live version of building model
Impact of the changes in design can be assessed realistically

There are many key differences between the traditional modeling and business
information modeling.
In traditional models such as the two dimensional CAD models Flow of information jumbled between players and stages of project But In business information modeling interaction is flexible and overlapped and there is aggregation of information and Information is shared transparently among users such as the owners, architects, contactors, consultant, sub contractors


There are many key differences between the traditional modeling and business
information modeling.
In traditional models such as the two dimensional CAD models Design teams are not able to collaborate But In business information modeling interaction design team can collaborate using live version of building model.
In traditional models such as the two dimensional CAD models Information silos and snapshots are used and the Impact of the changes in design cannot be assessed realistically But In business information modeling Impact of the changes in design can be assessed realistically.

In traditional models such as the two dimensional CAD models does not provide
Architectural Meaning to the elements
Changes in one drawing affects the other drawings
Provides the Rich content of Visualization
Drawing, Building Views, calculations, quality take offs and the visualization are generated automatically from the three dimensional model
Provides the connection to structural and energy calculation
Collision problem is easy to detect design team can collaborate using live version of building model
Impact of the changes in design can be assessed realistically

Business information Modeling provides the Architectural Meaning is there in the elements but the traditional Models such as the Two Dimensional CAD and three Dimensional CAD does not provideIn Business information Modeling Changes in one drawing affects the other drawings but on the traditional Models such as the Two Dimensional CAD and three Dimensional CAD Modeling Changes in one drawing does not affect the other drawingsBusiness information Modeling Provides the Rich content of Visualization but on the traditional Models such as the Two Dimensional CAD and three Dimensional CAD Modeling does not provide the rich visualization contentBusiness information Modeling Drawing, Building Views, calculations, quality take offs and the visualization are generated automatically from the three dimensional model but this is not there in the traditional Models such as the Two Dimensional CAD and three Dimensional CAD ModelingBusiness information Modeling Provides the connection to structural and energy calculationCollision problem is easy to detect in Business information Modeling but in the traditional Models such as the Two Dimensional CAD and three Dimensional CAD Modeling collision problem is difficult to detect?

Collaborative Working to support Business information Modeling

Collaboration is categorized in three categories in Business information Modeling
collaboration team characteristics
collaborative environment
Collaborative process
High satisfaction of the participants
Better outcomes of the project

The full potential of the business information modeling can be achieved by promoting the collaborative relationships. High level of the colloboration can lead to better outcomes of the project and high satisfaction of the participants of the project. The coordination and the productivity of the project has improved with the business information modeling solution. Collaboration is categorized in three categories in Business information Modeling
collaboration team characteristics collaborative environment
Collaborative process (Lu, Wei & Zhang, Dan & Rowlinson, Steve, 2013)

Business information Modeling and Project outcomes

The figure shows the Components of the Process Models of the Traditional models
and Business information modeling based Design Phase
The information modeling has positive outcomes in project. The value preposition of the owner is translated into the Successful project through continuous flow of information
and the High Value product is delivered to the owner thorough the business information modeling
In business information modeling interaction is flexible and overlapped and there is aggregation of information and Information is shared transparently among users such as the owners, architects, contactors, consultant, sub contractors.

Positive outcomes of Business information Modeling for Asset Owner

  • Owner's Value preposition is translated to the Successful project through continuous flow of information
  • High Value product is delivered
  • interaction is flexible and overlapped
  • Information is aggregated
  • Information is shared transparently among users
  • Project completes within stipulated time
  • Project completes within stipulated cost

The business information modeling provides the positive outcomes for the owner of the assets as
The value preposition of the owner is translated into the Successful project through continuous flow of information
and the High Value product is delivered to the owner thorough the business information modeling
In business information modeling interaction is flexible and overlapped and there is aggregation of information and Information is shared transparently among users such as the owners, architects, contactors, consultant, sub contractors. The project is completed within stipulated time
And within stipulated cost

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Creation of information and handling of information

The figure shows the information flow process of the design phase on the business information modeling project (Source: Al Hattab et al, 2013)

In traditional 2D CAD design, the different participants have to wait for Completion of the deign of each other and deliverables of the data are piled in silos before they can be exchanged between the teams involved in design. There is high risk of obsolence of data In contrast bit in business information modeling projects there is exchange of incomplete information is early and on time between
participants IS enabled by sharing and integrating the building information models of the teams at any point in time. The information is then always up-to-date in the business information modeling projects. The involvement of the owner is low in the traditional model but the business information model have the high involvement of owner.

Roles in BIM enabled ProjectBIM manager

  • BIM coordinator
  • BIM facilitator
  • BIM project manager
  • BIM user
  • BIM information manager
  • BIM process managers

The different roles for the success of the Business information projects are
BIM manager BIM coordinator BIM facilitator
BIM project manager BIM user
BIM information manager
BIM process managers (Davis et al, 2017)

Analysis of ways of information usage, sharing and Management

  • Data of the business information can be shared among the stakeholders of the project through

Industry foundation classes
Auto cad drawing'
PDF
XML
Other file formats

Business process modeling allows the sharing of the data between the multiple stakeholders of the project. Data of the business information can be shared among the stakeholders of the project through
Industry foundation classes
Auto cad drawing'
PDF ( Portable document format) XML (Extensible markup language) Other file formats

Conclusion
Many benefits are offered by business information modeling in comparison to the traditional models. The model provides the high satisfaction of the client. They are better than traditional models. Different aspects of the BIM model are compared with traditonal model in the presentation.

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