BUILDING INFORMATION MODELLING BIM

[Virtual Presenter] Good morning everyone. This presentation will provide seven tips for maximizing the return on investment (ROI) when implementing Building Information Modeling (BIM) software. We hope that by the end of this presentation you will have learned different strategies for improving the R-O-I when using BIM. Let's begin!.

[Audio] B-I-M or Building Information Modeling is an advanced technology used in the design and construction of digital building designs and models. It is a key tool for modern construction and architecture professionals to gain a deep understanding of all the components of a building and maximize the return on investment. This presentation will give an insight into the seven tips for maximizing R-O-I when implementing B-I-M software. Further topics to be discussed include the different levels of B-I-M implementation the B-I-M process applications of B-I-M the advantages of B-I-M the evolution of the design process the various software solutions for B-I-M and the challenges in India concerning B-I-M adoption..

[Audio] Discussing the benefits of Building Information Modeling (BIM) software is essential. B-I-M software offers a digital process that encompasses the entire project lifecycle from planning to maintenance. It synthesizes a three-dimensional intelligent model to conceive and handle data around a building or infrastructure project that is disseminated to stakeholders associated with the design construction and operation of the facility. To ensure maximum return on investment from the B-I-M software it is suggested to apply seven tips that would allow increased efficiency less errors and more informed decisions..

[Audio] The graph we can see demonstrates the amount of time needed to finish a project with B-I-M and with C-A-D software. Moreover BIM-enabled initiatives have decreased the number of RFI's to 10% of the task. B-I-M software can amplify the return on investment in a few different ways. Firstly through supporting real-time cooperation B-I-M minimizes mistakes and promotes data sharing. Secondly it provides 3D project visualization promoting better understanding of design and construction operations and early detection of issues. Thirdly it combines project components lessening rework in design and construction phases. Fourthly it yields cost savings through clash detection precise quantity takeoffs and better design visualization. Fifthly B-I-M optimizes building performance and sustainability across its whole lifecycle. Lastly B-I-M amalgamates a range of building data improving decision-making by converging geometric data spatial relationships amounts and component properties..

[Audio] Hand drafting has long been the traditional method of design though it is a tedious and error prone process. C-A-D was introduced as an improvement providing more efficient design though still in a two-dimensional format. Building Information Modeling (BIM) has taken the design process one step further allowing for three-dimensional representation of infrastructure and providing access to cloud based applications and mobile apps. Through B-I-M productivity has been increased duplicated work has been reduced and more information can be accessed..

[Audio] Maximizing the return on investment when implementing B-I-M software requires consideration of the seven dimensions of BIM. Spatial dimension focuses on the graphic representation of the B-I-M model in a three dimensional space time dimension looks at construction activity visualization and analysis cost dimension covers budget analysis and control sustainability dimension examines energy consumption environmental impact and pollution risks maintenance dimension deals with facility management model for managing and maintaining the structure over its life cycle safety dimension reviews operator risks and preventing hazardous scenarios and the seventh dimension covers any non-generic aspects of the project..

[Audio] B-I-M software can lead to a better return on investment when used properly. To maximize R-O-I you need to be aware of the elements included in a B-I-M software such as spatial representation time model cost model energy model safety model and facility management model. Additionally these elements can be combined and updated in real-time to optimize design decisions and plan for efficient construction. Lastly a B-I-M software can also be used to include post-construction information such as asset condition and maintenance requirements. All of this leads to improved accuracy budgeting energy analysis and cost reduction." When it comes to maximizing return on investment when implementing Building Information Modeling (BIM) software there are several elements to consider. These elements range from spatial representation to cost and time modeling. A BIM software can also be used to include post-construction information such as asset condition and maintenance requirements. These elements combined with real-time updates can help optimize design decisions and plan for efficient construction. As a result this can lead to improved accuracy budgeting and cost reduction. All of these together can result in a better return on investment..

undefined. [Audio] This slide is titled "A diagram of a construction project" and it is a great visual representation of the points mentioned in the previous slides. As you can see it is easy to understand the different parts of the project and the different roles each one plays. As you can also see B-I-M software can help make the project run more efficiently by monitoring the progress of each section and providing easy ways to communicate the details to everybody involved. By implementing the software you are creating a much more efficient and effective workflow throughout the project which will in turn help maximize ROI..

undefined. [Audio] As the project progresses the potential for risk increases. To combat this agile methods of working should be employed. B-I-M software will allow for any potential risks to be identified upfront reducing the likelihood of schedule and cost delays. It will also give customers the information to make tailored and informed decisions for their project further enhancing the reduction of potential risk. Moreover B-I-M software provides a platform to test the constructability of proposed solutions through virtual prototyping ultimately improving the quality of the final design..

undefined. [Audio] When it comes to implementing B-I-M software getting the most return on investment is key. To maximize R-O-I it's important to remember that B-I-M technology adoption should not be limited to just one or two stakeholders in the design and architecture process. B-I-M technology has something to offer all stakeholders including contractors owners architects civil engineers interior designers electrical engineers construction managers and mechanical engineers. By engaging everyone in the project and having these different professionals work together the end result is a far more efficient and successful project..

[Audio] Slide focusing on maximizing return on investment (ROI) when implementing building information modeling (BIM) software will address why architects choose AutoDesk Revit software for B-I-M modeling projects what is navisworks and the freeCAD BIM development news. A better understanding of these concepts and proper leverage of them when using B-I-M software can result in a more successful project and an increased ROI..

undefined. [Audio] When implementing Building Information Modeling software interoperability is one of the most important components to consider. Interoperability allows for systems and organizations to work together providing for information exchange between vendors. This enables a building model to be accessible across multiple applications platforms and vendors throughout the life cycle of facilities. To maximize the return on investment of B-I-M software it is important to have an understanding of the importance of interoperability for successful integration..

undefined. [Audio] In terms of task development B-I-M is more efficient than C-A-D reducing 190 hoursours of work to 90 hoursours. Across all tasks the amount of time spent has been greatly diminished with the implementation of B-I-M software resulting in a great return on investment in terms of time saved..

undefined. [Audio] B-I-M software provides architects and designers with insights that can better impact building performance. Through an integrated design approach B-I-M processes can result in projects that are more sustainable. Additionally B-I-M models give product manufacturers the data they need to reduce waste. The visualization of design changes can optimize energy efficiency natural light and ventilation while also evaluating the viability and placement of solar panels. To maximize the return on investment when implementing B-I-M consider the following seven tips..

undefined. [Audio] Maximizing the return on investment (ROI) when implementing Building Information Modeling (BIM) software is essential for project managers. To do this here are seven tips to consider. Firstly having the right B-I-M software allows for improved communication and teamwork and facilitates the better management of drawings while also allowing for uninterrupted interfacing across all project areas. Secondly B-I-M software can estimate material shipping and labor costs as well as help select the most cost-effective materials and streamline construction workflows. Thirdly it simplifies the process of reverting to earlier design iterations eliminating the need for redrawing. Fourthly it provides tools for proper planning and 3D visualization helping clients to understand the post-construction process. Fifthly it offers effective coordination of all aspects of the building design improving collaboration among different teams. Sixthly it increases the accuracy of construction and occupancy scheduling. Finally B-I-M software can help to improve the quality of the built environment allowing for rigorous assessments of the performance of the building after it is completed..

[Audio] The Bird's Nest in Beijing China is an iconic architectural marvel showcasing the power of collaboration with its remarkable interwoven steel frame and its energy-efficient lighting and rainwater collection system. Appreciated worldwide we now consider another example of nature's collaboration: the North American beaver..

[Audio] When implementing Building Information Modeling software you can maximize your return on investment by looking at the example of the Beijing national stadium built for the 2008 Olympic Games. This project posed a significant challenge in the form of a long span structure to accommodate its large capacity as well as needing to be earthquake-resistant and eco-friendly. To meet the official requirements the project team used 24 beams in the form of trusses encircling the concrete bowl which distributed the 1000 tonnes of load across each of the columns. This made the Beijing national stadium one of the most reliable cases of optimizing the return on investment when using Building Information Modeling software..

[Audio] B-I-M technology can provide many benefits when it comes to design coordination visualization construction planning cost estimation and facility management. It enables detailed collaboration among architects engineers and contractors helping to identify conflicts early minimizing rework and allowing stakeholders to visualize the design in 3D for better decision making and alignment. B-I-M software can also create detailed construction schedules and sequencing plans optimizing workflows and reducing overall construction time. When complete B-I-M can act as an efficient comprehensive database for post-construction facility maintenance and operations improving the lifespan of the stadium..

[Audio] Slide 19 emphasized the significance of combining B-I-M software to coordinate and enhance the construction process while also taking into account innovative designs to attain the aim of the project and meet strict structural conditions. Let's analyze the critical role of computer programming in software development and usage..

[Audio] Thank you for being here and listening to my presentation on how to maximize the return on investment when implementing Building Information Modeling software. I hope I have successfully demonstrated that by taking the time to closely analyze plan and consider the technology companies and organizations can make the most of their B-I-M investments. To ensure a successful deployment it is important to approach the implementation process with the right attitude and keep in mind the seven key tips I have outlined. Once again thank you for your time and I hope this presentation has been useful..