BUILDING INFORMATION MODELLING BIM

[Virtual Presenter] Good morning everyone! We are here today to discuss the use of Building Information Modeling or B-I-M as a digital process to improve collaboration visualization efficiency cost savings lifecycle management and data integration in building projects. We will be exploring the major advantages and challenges of B-I-M as well as how it is being used today. We look forward to a lively discussion. Let's get started..

[Audio] In this presentation we will delve into Building Information Modelling (BIM) and its advanced theory including the introduction to B-I-M its evolution the different levels of implementation the applications advantages of BIM Softwares a case study and the challenges in India related to B-I-M adoption. We will provide a structure of our presentation outlining the topics we will be discussing..

[Audio] B-I-M or Building Information Modelling is a digital process that enables the creation and management of information about a construction project from start to finish. It combines a 3D intelligent model with insights and tools for all stakeholders involved in the design construction and upkeep of a facility. B-I-M is becoming an increasingly essential tool in the construction industry as it facilitates better communication and collaboration allowing for more cost-efficient and successful projects..

[Audio] B-I-M is a powerful technology that has the potential to revolutionize management of construction projects. It allows project stakeholders to collaborate in real-time minimizing errors and optimizing efficiency. Furthermore B-I-M facilitates 3D visualization which improves understanding of the design and construction processes as well as clash detection and accurate quantity takeoffs. It also enables data integration giving a complete framework for decision-making. The graph demonstrates the time reduction in project completion reduction of RFI's and the resulting cost savings that B-I-M has achieved. In summary B-I-M optimizes building performance and sustainability from conception to completion..

EVOLUTION OF DESIGN PROCESS.

[Audio] B-I-M implementation is a complex process varying from basic software tools to sophisticated models. It is important to consider the level of implementation when figuring out how to employ B-I-M in a project as it also affects the amount of data to be tracked. The greater the level of implementation the more data will need to be monitored..

DIFFERENT LEVEL OF BIM IMPLEMENTATION.

APPLICATIONS OF BIM.

[Audio] B-I-M provides a powerful tool to address risks of construction projects enhance decision making and improve quality. It enables customers to construct virtual prototypes of their projects to identify and prevent any potential issues particularly related to geometry sequencing materials and potential interference or collision. Utilizing digital prototyping allows customers to be more flexible in their decisions create detailed plans and improve the quality of their projects..

[Audio] As construction projects become ever more complex Building Information Modelling is becoming a vital tool for project teams. B-I-M allows contractors owners architects civil engineers interior designers mechanical engineers electrical engineers and construction managers to work together and carry out a successful project. It provides a three-dimensional digital representation of the entire project lifecycle from planning to design construction and the finished product. By using B-I-M advanced planning and coordination is possible leading to increased efficiency and cost savings. B-I-M is also a major benefit for the environment as it allows for the detection of potential hazards and the optimization of resources..

SOFTWARES REGARDING BIM.

[Audio] B-I-M or Building Information Modeling utilizes the principles of interoperability and model federation to enhance collaboration among architects engineers and other members of the building community during the life cycle of a facility. By establishing a 3D model with access from a range of vendors B-I-M allows for an upgrade in accuracy and effectiveness in the design and development process. Thanks to B-I-M it is more effortless to make changes and correct errors early on in the procedure thus decreasing the potential for expensive delays and re-work later on..

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

[Audio] Today we are looking at how Building Information Modeling can help us create more sustainable designs. B-I-M technologies allow us to take into account the impacts of design decisions on the building performance and can provide us with useful information to product manufacturers to eliminate waste. With the use of B-I-M extended design teams can visualize design changes and simulate how various scenarios will affect building performance. This helps designers analyze alternatives that will improve energy efficiency optimize for natural light and ventilation evaluate viability and placement of solar panels and more..

[Audio] B-I-M has revolutionised the construction industry by providing many benefits to its users. With B-I-M the enhanced communication and team work facilitates better management and sectioning of drawings enabling uninterrupted interfacing across the project at hand. Cost assessment tools such as BIM 360 Docs help estimating material shipping and labor costs aiding in selecting cost-effective materials and streamlining construction workflows. Besides this B-I-M ensures easy monitoring of changes visualization of the project and effective coordination among teams reducing the risk of claims and providing precise planning for on-time completion of projects..

[Audio] The Beijing National Stadium is a remarkable example of advanced architecture boasting energy-efficient lighting and a captivating interwoven steel frame. Constructed for the 2008 Summer Olympics and Paralympics it has become renowned for its iconic design both in China and abroad. Boasting a seating capacity of over 91000 it is a suitable venue for grand occasions..

[Audio] Construction industry has been revolutionised by the introduction of Building Information Modelling (BIM). Utilising this tool information necessary for projects can be accessed quickly and efficiently allowing for an increase in productivity and reduction in wasted materials. As a case in point the Beijing National Stadium serves as an impressive example of how B-I-M can be used to bring a large-scale earthquake-resistant structure into fruition..

[Audio] B-I-M has transformed the building industry with its sophisticated abilities. Modeling software associated with B-I-M streamlines the design process and facilitates communication among architects engineers and contractors. The utilization of B-I-M for the stadium project led to a variety of advantages including design collaboration visualization construction planning cost appraisal and facility oversight. Through B-I-M stakeholders were able to view the project in 3D maximize workflows and draw up precise construction timetables that would ensure consistency between all parties. Moreover B-I-M enabled precise cost evaluation and presented an expansive database for productive facility upkeep and operations. This considerably intensifies the stadium's endurance and is an indication of the strength of BIM..

[Audio] We integrated Building Information Modeling (BIM) into our process to better coordinate and optimize our structural beam design. Additionally we employed innovative design solutions to ensure the beams conformed to stringent structural requirements while still achieving the desired aesthetic..

[Audio] Discussed the B-I-M adoption challenges that India is facing highlighting the feasibility of implementing B-I-M technology which could drastically improve the construction industry in India. Hopeful that this presentation will inspire and motivate more people to embrace B-I-M technology for improved outcomes. Would like to thank everyone for listening and for taking the time to learn about this important topic..