BUILDING INFORMATION MODELLING
BIM. ADVANCE THEORY PRESENTATION BY- APEKSHA SHEDGE (33) VISHWAJEET MOHITE (23). 

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ADVANCE THEORY
 PRESENTATION BY- APEKSHA SHEDGE (33) VISHWAJEET MOHITE (23)

[Audio] Building Information Modelling (BIM) is a digital process that assists with planning, designing, constructing and managing information related to buildings and infrastructure projects throughout their life cycle. It involves working with a three-dimensional, intelligent model that provides professionals, such as architects, engineers, contractors and other stakeholders engaged in the design, construction and functioning of a facility, with insights and tools to help them do their job more effectively. BIM is a digital approach spanning from planning to design to construction to maintenance, and in every stage from design and construction to the ongoing operation of the facility.. 

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Building Information Modeling (BIM) is a digital process that involves creating and managing information about a building or infrastructure project throughout its entire lifecycle. BIM uses a three-dimensional, intelligent model to provide insights and tools for architects, engineers, contractors, and other stakeholders involved in the design, construction, and operation of a facility.
 Digital Process- BIM is a digital approach for building and infrastructure projects. Lifecycle Management- It covers the entire project lifecycle from planning to maintenance. 3D Intelligent Model- Involves creating and managing a detailed three-dimensional model. Stakeholder Collaboration: Provides insights and tools for architects, engineers, contractors, and other stakeholders. Design, Construction, Operation- Supports activities from design and construction to the ongoing operation of the facility.

BIM model-based quantity takeoff: Betterment of cost estimation

[Audio] Interoperability and model federation are the cornerstones of the BIM concept. Interoperability enables information exchange between different vendors, and model federation combines data from different sources to form an integrated and shared model. Additionally, homeostasis - the human body's ability to balance its inner environment - helps its adaptability to various environmental conditions.. 

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Interoperability Workflow Model- The fundamental principle that brought the concept of BIM into existence is "Interoperability". Interoperability is the ability of making systems and organizations work together (inter-operate). It is term defined basically for information technology or systems engineering services to allow for information exchange. Idea being that multiple vendors would able to access a building model to supply data to the architects and engineers in a 3D space. Interoperability is the dynamic exchange of information among all applications and platforms serving the entire building community throughout the life cycle of facilities. Therefore, no matter what programs were being used across the broad spectrum of vendors, there would be a medium to transfer data to something that others in the industry could access, this medium being the 3D model. Federation Model- This principle is further defined as Model federation, for the majority of projects, each designer or sub-trade will produce their own model. These models can bethen combined or "federated" to create a single shared model. Interdisciplinary coordination is confirmed in the federated model. Required changes are made in the individual discipline models. On large projects discipline models may be split into multiple, smaller models to make file sizes more manageable.

A diagram of a construction workflow

Description automatically generated

Example federated model (Adopted from) [8] | Download Scientific Diagram

[Audio] A diagram of a construction project is shown on this fourth slide. This is an example of Building Information Modelling (BIM) which is a system that coordinates the planning, design, construction and management of a project. BIM is an effective tool which makes the project more efficient and decreases the cost of construction. Moreover, through BIM, the whole project lifecycle can be planned, visualized, analyzed and simulated before the construction is even started. It is evident that the use of BIM is crucial for any successful construction project.. 

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A diagram of a construction project

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[Audio] Building Information Modelling, or BIM, is a powerful tool that can bring clarity to any construction project. It helps boost agility by allowing potential risks to be identified before they become an issue that cause costly setbacks. Customers have access to accurate information with BIM, allowing them to make well-informed decisions faster. Furthermore, BIM presents a digital prototyping system for architects and engineers to detect problems and ensure quality before construction commences. All in all, BIM is an essential tool for any construction project.. 

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CONTROLLING RISK BY ENHANCING AGILITY  Virtually all construction projects encounter unforeseen circumstances with the potential to delay the project schedule and rapidly increase project cost.
 ENHANCED DECISION MAKING Customers must make any decision during the design and construction phase of their project and effective communication is necessary for success. Reliably presenting customers with accurate information is critical to ensure those decisions are well informed and timely.
 IMPROVING QUALITY WITH DIGITAL PROTOTYPING Because each construction project is unique problem with constructability and detailing are common.

This is CAD Task Schematic Design developmen Constructio documents Checking and coordinatio' CAD (hours) 190 436 1023 175 This is BIM BIM (hours) 90 220 815 16 Hours saved 100 216 208 159 Time savings 53% cAdlVs BIM BIM. 

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This is CAD
Task
Schematic
Design
developmen
Constructio
documents
Checking
and
coordinatio'
CAD
(hours)
190
436
1023
175
This is BIM
BIM
(hours)
90
220
815
16
Hours
saved
100
216
208
159
Time
savings
53%
cAdlVs BIM
BIM

[Audio] BIM (Building Information Modelling) provides a range of benefits to contractors, owners, architects, civil engineers, interior designers, electrical engineers, construction managers, and mechanical engineers. It allows them to create a digital representation of a building structure swiftly and accurately. This digital model gives all stakeholders a shared view of the building, so they can work together, detect potential problems and plan for effective and cost-efficient construction. Furthermore, BIM makes it easier to evaluate the building performance during construction and to plan for future renovations and extensions. Plus, BIM helps reduce waste and simplifies project delivery, leading to more efficient and cost-effective outcomes.. 

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BIM

 CONTRACTOR

 OWNER

 ARCHITECT

 CIVIL ENGINEER

 INTERIOR DESIGNERS

 ELECTRICAL ENGINEER

 CONSTRUCTION MANAGERS

 MECHANICAL ENGINEER

[Audio] Slide 8 of the presentation tackles Building Information Modelling and Sustainable Design. BIM technologies offer the opportunity to assess the repercussions of design decisions in a matter of seconds. It further facilitates the integration of various design approaches, which is a big move in the direction of creating green projects. BIM models can also supply product makers with additional information, thus reducing and even eliminating waste. Design teams can simulate multiple scenarios and evaluate possible solutions that will yield better energy efficiency, take advantage of natural light and ventilation, evaluate the suitability of solar panel installation and much more.. 

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BIM technologies provide immediate insight in how design decisions impact building performance, while BIM processes encourage an integrated design approach - a critical strategy for making projects greener. Also green design and construction rely on improving building performance.  BIM models can also give more information to product manufacturers, which can eliminate waste. Using BIM, extended design teams can visualize design changes and simulate how various scenarios will affect building performance.  With this direct feedback, designers can analyze alternatives that will improve energy efficiency, optimize for natural light and ventilation, evaluate viability and placement of solar panels, and more

PDF] Comprehensive Evaluation of Different Aspects of BIM ...

[Audio] I'm here to talk to you about building information modelling, or BIM. BIM allows smoother communication and team collaboration, as it allows for seamless integration across all parts of the project. It also helps with cost evaluations and tracking changes, as well as providing clear 3D imagery for clients. Coordination between the different teams is also improved, which minimizes risks and costs, and helps with order and timeline. These elements combine to reduce time and money, and help deliver effective projects. I have presented to you the key benefits of BIM, and thank you for your attention.. 

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1. Enhanced Communication and Teamwork: Facilitates better teamwork, management, and sectioning of drawings Enables uninterrupted interfacing across all project areas. BIM 360 framework enhances project work distribution and planning management. 2. Cost Assessment: Provides early construction cost estimates. Tools like BIM 360 Docs estimate material, shipping, and labor costs. Helps in selecting cost-effective materials and streamlining construction workflows. 3. Monitoring Changes: Simplifies monitoring and reverting to earlier design iterations. Eliminates the need for redrawing, saving time compared to 2D drawings. 4. Visualization of the Project: Offers tools for proper planning and clear 3D visualization. Facilitates client understanding through post-construction visualization.

5. Effective Coordination: Enables easy and effective coordination among various teams. Detects clashes and conflicts, reducing the need for repairs or reconstruction. Autodesk BIM 360 Glue automates clash detection.
 6. Lowered Risks and Expenses: Facilitates cost reduction through good coordination with contractors. Reduces insurance costs, generic versions, and the risk of claims. Minimizes unused material waste through preconstruction project reviews.
 7. Sequence and Schedule: Saves time by reducing project cycle lifespan and avoiding delays. Enables precise planning and collaboration, increasing the likelihood of on-time project completion.

BUILDING INFORMATION MODELLING
BIM


Building Information Modelling (BIM) is a digital process that assists with planning, designing, constructing and managing information related to buildings and infrastructure projects throughout their life cycle

It involves working with a three-dimensional, intelligent model that provides professionals, such as architects, engineers, contractors and other stakeholders engaged in the design, construction and functioning of a facility, with insights and tools to help them do their job more effectively

BIM is a digital approach spanning from planning to design to construction to maintenance, and in every stage from design and construction to the ongoing operation of the facility.

avatar

Interoperability and model federation are the cornerstones of the BIM concept

Interoperability enables information exchange between different vendors, and model federation combines data from different sources to form an integrated and shared model

Additionally, homeostasis - the human body's ability to balance its inner environment - helps its adaptability to various environmental conditions.

A diagram of a construction project is shown on this fourth slide

This is an example of Building Information Modelling (BIM) which is a system that coordinates the planning, design, construction and management of a project

BIM is an effective tool which makes the project more efficient and decreases the cost of construction

Moreover, through BIM, the whole project lifecycle can be planned, visualized, analyzed and simulated before the construction is even started

It is evident that the use of BIM is crucial for any successful construction project.

Building Information Modelling, or BIM, is a powerful tool that can bring clarity to any construction project

It helps boost agility by allowing potential risks to be identified before they become an issue that cause costly setbacks

Customers have access to accurate information with BIM, allowing them to make well-informed decisions faster

Furthermore, BIM presents a digital prototyping system for architects and engineers to detect problems and ensure quality before construction commences

All in all, BIM is an essential tool for any construction project.

BIM (Building Information Modelling) provides a range of benefits to contractors, owners, architects, civil engineers, interior designers, electrical engineers, construction managers, and mechanical engineers

It allows them to create a digital representation of a building structure swiftly and accurately

This digital model gives all stakeholders a shared view of the building, so they can work together, detect potential problems and plan for effective and cost-efficient construction

Furthermore, BIM makes it easier to evaluate the building performance during construction and to plan for future renovations and extensions

Plus, BIM helps reduce waste and simplifies project delivery, leading to more efficient and cost-effective outcomes.

Slide 8 of the presentation tackles Building Information Modelling and Sustainable Design

BIM technologies offer the opportunity to assess the repercussions of design decisions in a matter of seconds

It further facilitates the integration of various design approaches, which is a big move in the direction of creating green projects

BIM models can also supply product makers with additional information, thus reducing and even eliminating waste

Design teams can simulate multiple scenarios and evaluate possible solutions that will yield better energy efficiency, take advantage of natural light and ventilation, evaluate the suitability of solar panel installation and much more.

I'm here to talk to you about building information modelling, or BIM

BIM allows smoother communication and team collaboration, as it allows for seamless integration across all parts of the project

It also helps with cost evaluations and tracking changes, as well as providing clear 3D imagery for clients

Coordination between the different teams is also improved, which minimizes risks and costs, and helps with order and timeline

These elements combine to reduce time and money, and help deliver effective projects

I have presented to you the key benefits of BIM, and thank you for your attention.

BUILDING INFORMATION MODELLING BIM