Is Integration with BIM and GIS effects the Construction industries?

A significant evolutionary step has been made in the construction industry with the integration of BIM and GIS, especially for the design and management of infrastructure projects.

In reality, it is feasible to achieve a more comprehensive and practical perspective for the administration of both public and private works by combining the strength of location intelligence with BIM procedures.

Together, let’s learn what benefits BIM-GIS software offers the construction industry and how to handle the integration of BIM models with GIS thematic maps.

GIS (Geographic Information System)

Information regarding built and natural environmental assets, as well as other significant elements taking geography, demography, social economy, and environment into account, is provided by GIS.

This system uses maps to gather certain information like producing, integrating, managing, analyzing, and visualizing geographical data. Users can better comprehend patterns, spatial relationships, and geographic context thanks to it.

BIM (Building Information Modelling)

A 3D representation of the physical & functional qualities as well as the geometrical information of the linked assets is provided by BIM in an integrated database for the building and infrastructure assets.

It is a shared informational resource that fosters teamwork, document management, trade coordination, and 4D building sequencing. It supports decision-making throughout the course of a project.

BIM integrating with the GIS

The process of integrating the BIM and GIS results in a workflow that can exchange data from one system to another without additional information loss and can also query the available data within a single data structure.

A strategy focused on the importance of the data produces a more in-depth understanding of the work and the context of reference, both urban and natural. This leads to more informed decision-making, increased stakeholder involvement, and quicker and more efficient procedures.

With the help of this innovative methodology, GIS information systems provide information to the BIM model, which in turn feeds data to GIS information systems.

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Published By
Arka Roy
www.bimoutsourcing.com
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How BIM is beneficial for Residential Designs and why it is so important

The success of a BIM project depends on selecting the right BIM tool and implementing it through strategic planning of transition. BIM was once considered a tool to improve the design process on large projects, but that has changed now.

As a result of this experience, many residential property owners realized that BIM is more than just a tool. With the right preparation and strategic planning, BIM for residential design can be implemented by small firms as well. Management is key to the success of this process.

Importance of BIM in Residential Projects

Modeling and designing all types and sizes of buildings can now be done using Building Information Modeling or simply BIM.

In the early days of BIM’s use, people believed it was only useful for large complex structures, and most early adopters concentrated on using it to design large complex structures. The construction industry has changed significantly since BIM has been widely applied to residential projects.

BIM is suitable for all types of projects of all sizes. It can cope successfully with the various complexities of each building sector, including BIM in residential construction and BIM in residential architecture. That is why several institutional projects around the world, as well as residential developers, began to embrace BIM widely once they realized its benefits.

Information Flow Organization

As a result of BIM 3D Modeling, residential owners and developers rely on visual 3D for improving their business. The concept of a flat 2-D world is not understood by the majority of clients. Using 3D models, developers can easily convince them. With Building Information Modeling, we can view the project even before it is constructed. Miscommunications, frustrations, and wasted resources can also be avoided with this technology.

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Published By
Arka Roy
www.bimoutsourcing.com

What 3D Scan to BIM services offer and how they work?

Construction industry fundamentals are rapidly changing as a result of BIM implementation. BIM’s feature of open sharing of information can yield substantial cost and value proposition benefits.

Laser scanning equipment assists in the production of accurate 3D BIM models faster than traditional methods when as-built data deprived of 3D laser scanning is captured.

Among these, scanning to BIM is the most important. Renovation projects frequently make use of the Scan to BIM process.

Define 3D Scan to BIM

The Scan to BIM method of capturing 3D survey data could improve the accuracy and comprehensiveness of refurbishment BIM projects.

Through the use of highly efficient laser scanners, building data is extracted during the scanning process. At first, point clouds are acquired when laser beams return to the hardware and are directed toward the structure.

Workflow of 3D Scan to BIM

It is very easy and efficient for modelers to link point clouds into Revit Projects if they follow the steps below.

1. Modelers should open Revit first for Revit projects to include point cloud data.
2. Modelers need to convert the available scanned data into effective file formats once they have access to Revit.
3. BIM modelers use Autodesk ReCap to scan raw data into point clouds.
4. As part of the indexing process, models should convert raw scanned data into cloud files suitable for the cloud service.
5. .rcp and .rcs files are created after the raw scanned data has been indexed. Consequently, users can link .rcp and .rcs files within a Revit project as soon as they receive them. An .rcp file or Reality Capture Project File contains many .rcs files or Reality Capture Scan files.
6. Therefore, cloud file modelers should click on the Insert tab and then on the Link Panel.

7. They can select the ‘Point cloud icon’ within the Link panel. As soon as the modelers select the point cloud, they must identify the files they should link as part of the project.
8. BIM modelers can choose between .rcp and .rcs extension files, depending on their needs.
9. The Point Cloud tool can insert BIM models into Revit projects. A modeler must focus on how to position a file in the project after selecting a suitable file.
10. By selecting Auto center to the center or choosing one of the options modelers can position a file in the project.
11. Using the open button, the modelers can link the point cloud file in the project once they have chosen an effective file positioning option.

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Published By
Arka Roy
www.bimoutsourcing.com

A Comparison of Revit and AutoCAD

Autodesk has a family of software products designed for designers and engineers, including Revit and AutoCAD, which can even integrate when needed.

Nevertheless, their purposes are distinct. AutoCAD creates 2D geometries with 3D modeling capabilities, whereas Revit dedicates to building information modeling (BIM) and is the parametric modeling software. Architects and engineers use each for a variety of tasks in construction.

Features & Functions of Revit

Coordination of Construction

Because it is a BIM, Revit is particularly useful when it comes to allowing the entire team to share information. With the construction coordination feature, everyone can keep their autonomy while staying up-to-date on each step by uploading models to a shared drive at every stage.

Global Parameters

Throughout the whole project cycle, Revit configures project parameters. As well as radial diameters, they are concerned with equality constraints.

Insight Integration

Due to the BIM capabilities of Revit, it is also valuable for modifying existing structures. Using insight integration, you can view detailed information on how a building’s efficiency and environmental impact compares to others, tweak the measurements to match your personal preferences, and fine-tune the design accordingly.

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Published By
Arka Roy
www.bimoutsourcing.com

Real-time visualization: defining a new future

While the future holds its challenges, we can overcome them with the right minds and tools.

The entire architectural ecosystem, from the client to the architect, to the engineer, to the contractor, and to the manufacturer, must build knowledge, leverage tools, and be leaders in change if we wish to help address issues such as climate change and urbanization.

Something that could help us in defeating the challenges of the future is Real-time visualization. Tools such as Enscape help us to recognize the constructibility of our concepts and give our ideas some validation. This has a high value for any kind of project as it can help the clients to fathom the results of their desires, standardize visualization, lower the feedback loop and help in the shaping of a new future.

Architectural Design: An Art Form

Architecture is a medium of art, and this form of art must be experienced both virtually and physically. There is a requirement for a lot of training, practice and talent in order to make beautiful yet affordable and functional buildings. In the current times, there is a lot of digital tools to aid architects with their work.

Making proper use of the modern tools will help in creating a better workflow, a building will have a lesser negative impact on its surroundings. Tools help in many ways such as showing the cloud-based cost estimates and tools for showing the design intent, even the aesthetics, to the otherwise untrained eye via real-time rendering.

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Published By
Arka Roy
www.bimoutsourcing.com

How to Model Floors, Roofs, and Ceilings in Revit

Roofs, floors, and ceilings. In a very generic way, they consist of all the horizontal elements we can find in a building. In the program Revit, these three parts all have a similar modelling method, so they almost always appear one after the other when learning the software.

It is usually logical and therefore identical to start with the floors, then soffits, and finally, the ceilings. After having modelled the exterior and interior walls of the building, we have achieved all of this.

In order to create floors, it is imperative to have previously modelled the walls since the walls can easily match the floors to the existing walls. We need to remember that the walls can only be ready if all levels of the project are managed at the beginning of the modelling process.

Just like with most of the items in Revit, floors are created and duplicated as many types and times necessary. The project’s level of detail is given special attention. The level of information enables us to create more or fewer floors that depend on the materials they are made up of.

Floors are modelled by contour, which means we’ll need to indicate what the perimeter of the floor is on the floor plan. For this reason, the most suitable methodology will be to refer to this contour in conjunction with the route marked by the facade walls.

In a similar manner, if we want to locate elements such as stairs or installation cubes in the ground, we must create an interior contour that Revit understands in its entirety.

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Published By
Arka Roy
www.bimoutsourcing.com

Revit: How to Get Started With a New Project

Revit is multidisciplinary design software; it is mercantile building information modelling (BIM) software made by Autodesk. It is used to insert and create virtually any building within a BIM process. It is used by people of different work fields. Revit is used by people of different fields, mainly by architectures.

Revit is a powerful program that empowers designers and architects to use key features and useful tools to enhance their work processes and allows collaboration among teams. Revit is an industry-grade for various professionals who use this software to make their workflow better and outcomes more accurate.

Many types of projects can be done in the Revit software and each project has different requirements and characteristics. To avoid the hassle within the Revit software, it needs to be set up with proper consideration. There is no determined procedure when starting a project. However one must be familiar with the various circumstances and their necessary steps to receive proper help.

Preliminary settings

If any kind of BIM Execution Plan (BEP) is not accessible for guidance, it is crucial to define the prime setup for the Revit project before modelling. If it will be a single file or multiple files connected together. The program is a database that contains much information and increases its weight in Mbytes. In order to avoid any compromises with the performance of the software, the models must be separated according to the below-given circumstances.

Single Discipline Design: One Revit file is enough, there is no specific setting. Modelling for a Single-file should only be used for very small projects.

Multi-Discipline Design: It decides whether a model using all disciplines is using the same file or is separate into different files. Modelling for a Single-file should only be used for very small projects.

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Published By
Arka Roy
www.bimoutsourcing.com

AutoCAD Command Shortcuts Guide

AutoCAD shortcut keys can improve your CAD workflow to a great extent. Explore through more than 150 keyboard shortcuts provided by Autodesk to execute any project quickly and easily. All shortcuts include just one key.

Toggle General Features Manage Screen
Ctrl+dToggle coordinate display Ctrl+0Clean Screen
Ctrl+gToggle Grid Ctrl+1Property Palette
Ctrl+eCycle isometric planes Ctrl+2Design Center Palette
Ctrl+fToggle running object snaps Ctrl+3Tool Palette
Ctrl+hToggle Pick Style Ctrl+4Sheet Set Palette
Ctrl+Shift+hToggle Hide pallets Ctrl+6DBConnect Manager
Ctrl+iToggle Coords Ctrl+7Markup Set Manager Palette
Ctrl+Shift+iToggle Infer Constraints Ctrl+8Quick Calc
 Ctrl+9Command Line

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Published By
Arka Roy
www.bimoutsourcing.com

Here are a Few Tips to Create Beautiful Revit 3D views

If you were to update our pitch documents and brochures that you wanted to present to potential customers, you might. Instead of simply showing drawings or photos, you wanted to include some cool 3D images from our Revit models that showed flashy buildings, shadows, realistic materials, and a sky in the background. You created these presentation images.

After a while, it must have become apparent to you that it wasn’t as easy as you had thought. However, you got a few decent shots after a while. Here you can see how you can make your Revit models stand out with stunning 3D presentation views.

Anti Aliasing

An alignment that looks pixelated is called aliasing. Select Smooth Lines with Anti-Aliasing from the Graphic Display Options view to enable anti-aliasing. If your graphics settings in Revit don’t have the Anti-Aliasing option, enable it from the Graphics menu.

Silhouettes

The graphic display options can be found in the settings of View. Choose a line that has a sufficient thickness in the silhouettes menu. Several detailed areas are inserted into the 3D view, giving it a sense of depth.

Ambient Shadow

Besides Shadows, Ambient Shadows are also available in Revit. In a cloudy atmosphere and when reflections are present, they reproduce natural lighting.

Go to View Settings > Graphic Display Options.

Make sure that Ambient Shadows are checked in the shadows option.

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Published By
Arka Roy
www.bimoutsourcing.com

What is OPEN BIM; Why OPEN BIM is the Future of Construction?

OPEN BIM- Introduction?

The construction agencies and firms are going through massive changes ever, their whole processing techniques and workflows are shifting from traditional and outdated methods to more relevant and digital methods.

Being Building Information Modeling (BIM) as one of the principal factors for this massive change, important challenges remain unchanged. Problems like better involvement in the project of different Stakeholders is still a major issue and another issue is how to enable flawless cooperation without affecting the longevity of the data created and distributed throughout the whole world.

Well, the solutions to these problems are OPEN BIM, a global perspective that permits all the Stakeholders to have a chance to actively take part in the project using their own team setup and technologies.

Compared to traditional workflow procedures, OPEN BIM offers a more flexible and convenient way to make their contribution to the project using their own setup. This also helps in a healthy environment throughout the project.

Another advantage of this approach is that individual stakeholders can involve in a project using their preferred software, already optimized for the job. This will increase the output level in both terms of quality and quantity, and also help in equalizing the market.

This ‘’Open BIM” perspective for designers, engineers, architects throughout the world proved to be a significant cost reduction method for owners and also increase profit margins. This helps in reducing the possibilities of any kind of errors and rework later.

The above-mentioned benefits that can be achieved by “Open BIM” depend on coordination planning and cooperation between all the project employees and stakeholders. The ‘’Open” term not only reflects the technical parameters but also reflects direct, open communication discussing the solution to the problem.

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Published By
Arka Roy
www.bimoutsourcing.com