BIM Services

BIM Services India offers high end Structural BIM services to clients across the globe.We have worked on Structural BIM projects for Hotels and Restaurants,Cost effective Services, Technology and commitment to deliver the best services distinguish us from the rest of the companies.

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Revit Modeling Services: A Powerful Approach Towards Developing High-End Parametric Models

BIM modeling services or parametric modeling services remain immensely crucial for design and construction professionals because with their assistance a lot of things can be streamlined during project lifecycle. Revit modeling services are vital for creating 3D, 4D, 5D and 6D parametric models for architecture, structure and MEP disciplines.

The 3D modeling approach wherein parametric models are created remains the most important and innovative way of representing building design. These models allow design and construction professionals to check out all kinds of minor design details and they can also be used by them for predicting project outcomes.

The development of accurate construction schedules became possible only due to the acceptance of 4D Modeling Services in Architecture, Engineering and Construction industry. 4D modeling also made it possible for building professionals to identify the total time needed by architects and engineers to complete a building.

On the other hand, 5D Building Information Modeling services, allowed architects, engineers and other construction professionals to figure out precise bill of materials and material takeoffs for the construction project. By combining the information contained in bill of materials and material takeoffs, design and construction professionals can make out the total amount of money required for the accomplishment of the project.

Whereas 6D Building Information Modeling services, allow BIM technicians to develop such a building model which can contain all the information that is used by design and construction professionals throughout project lifecycle for the effective construction of the building. m

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A brief note on the prominence of Revit Modeling Services

Can anyone explain what accelerates the productivity of architects, engineers and fabricators etc. during project lifecycle? Well, I am sure readers will now be thinking about various things which can enhance the efficiency of design and construction professionals during preconstruction and construction, but according to me architectural and engineering services such as Revit modeling services play an extremely instrumental role in it.

Revit Modeling Services, which are specifically executed for the high-end development of parametric models for different building disciplines, help AEC professionals with the effective construction of the buildings.

Parametric models developed with the execution of Revit modeling services, show all the details to AEC professionals about the design of individual building trades such architecture, structure and MEP. All kinds of physical and functional characteristics of the building are swiftly represented by 3D models which are developed in Revit.

When it comes retrieving comprehensive information about the shape, size, dimensions and material specifications  of architectural, structural and MEP components, Revit models remain the most valuable and authentic source to architects and engineers.

With the support of Revit models, design inaccuracies and element conflicts can be swiftly tackled by Architecture, Engineering and Construction industry professionals. Parametric models can be used by architects, engineers and technicians for conducting clash tests. Clash tests are conducted for recognizing clashes among building elements (or element collisions), after which Building Information Modeling technicians have to resolve them by making required changes to the design.

Once the clashes are resolved the design quality of the upcoming building enhances to a great extent.

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BIM Brought Outstanding Speed in Project Execution

Building Information Modeling which is abbreviated as BIM, brought astonishing or unimaginable changes in Architecture, Engineering and Construction industry. All these changes which I am talking about are related to the execution of different types of construction projects. Building Information Modeling is as integral part of virtual design and construction.

That means Building Information Modeling is a process through which upcoming residential and commercial buildings are first developed digitally with the support of powerful software systems.

The software systems which are used across the world for developing 3D BIM Models include All plan, Revit (Revit Architecture, Revit Structure and Revit MEP), ArchiCAD and Tekla Structures etc. Revit is one of the most important and unbelievable software when it comes to developing BIM 4D and 5D Model for architecture, structure and MEP.

The speed of executing construction projects depends on the availability of accurate information to architects, engineers and fabricators etc. In other words if right information is available to architects, engineers, fabricators and contractors such as information on design, scheduling and material takeoffs etc., then residential and commercially projects can be really executed quickly. The capacity to reveal project information is enhanced when extra dimensions are added to BIM models which include 4D, 5D and 6D.

This remains the most indispensable reason for the adoption of Building Information Modeling by Architecture, Engineering and Construction industry professionals. Nowadays, entire execution of construction projects largely counts on the information that is contained in 3D architectural, structural and MEP models. Last but not least, if BIM models provide precise information to AEC professionals, construction projects can be completed very fast.

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BIM Modeling Services: What is their relevance to AEC Professionals?

This blog is all about the relevance of Building Information Modeling Services for Architecture, Engineering and Construction Industry professionals and how these services help them in properly managing and executing a variety of complex building projects.

Building Information Modeling services are only executed for developing 3D models for architecture, structure and MEP systems, which are very helpful and powerful in terms of the information that remains within them.  Architectural BIM services, structural BIM services and MEP BIM services help in providing all the indispensable design, construction, operations, and scheduling related information to project stakeholders.  

With the assistance of the data related to design, construction, operations, time and cost of the project, architects, structural engineers, MEP engineers and construction managers  can effectively plans actual construction. They can make use of 3D BIM modeling services for evaluating design related issues and can take necessary steps to improve the design.  For example, clash detection services can be executed by them for improving the quality of architectural, structural and MEP design.

This directly helps in curtailing on filed rework issues which is very essential for decreasing project cost. Elimination of rework also allow design and construction professionals in minimizing wastage of resources and time. This also leads to the timely completion of the project.

There is also a great significance of 4D Building Information Modeling services for building stakeholders such as architects and engineers as they can easily create meticulous construction schedules with the help of the data contained in 4D BIM models. This can help AEC professionals in eliminating all the problems related to scheduling clashes or time based clashes.

Whereas, 5D BIM models are very essential for obtaining information associated to bill of materials and material takeoffs etc which help them in effective management of project cost. 

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Scan to BIM: Can it enhance the productivity of architects and engineers?

Software solutions like AutoCAD, Revit and Navisworks etc brought humongous advantages for design and construction professionals, as they are used by them for simplifying and quickly accomplishing a complex architectural and engineering task. Prior to the advent and availability of all these software packages to design and construction professionals, designing architecture, structure and MEP disciplines used to be the most grueling or exhausting activity.

Architects and engineers had to work 24/7 for coming up with high-performing and easy to execute architectural, structural and MEP design. 

Initially all the important developments regarding the implementation of high-end software technology were only utilized for fresh construction.

That means during the early stages of BIM’s adoption, AEC professionals were unable to figure out that how can it be used for renovations and retrofit projects. Since, BIM Modeling Services is the process of effectively managing project information, it used to be very difficult for AEC professionals to apply it in renovation and retrofit projects, wherein all the important information concerning the as-built building remains largely unavailable. But when laser scanning technology became popular, experts associated to Architecture, Engineering and Construction industry also believed that it can be optimized largely in construction.

In connection to renovation and retrofit projects, implementation of laser scanning technology ultimately proved to be a big hit. The potential of laser scanners in capturing as-built data from an existing building, started to be recognized soon after their initial experimentation in construction projects. Laser scanners can quickly measure the entire dimensions of the as-built building and this information can be used for developing enormously useful parametric models. The highly potential laser scanners which are used in the survey process capture the entire as-built information in 3D.

The point cloud data is obtained through survey process and it is further used in Scan to BIM Modeling Services. When parametric models are effectively created from laser scanned data through BIM applications, they help in improving the productivity of architects and engineers at the time of actual execution of renovation and retrofit projects.

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BIM Model

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Architectural Model

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Tesla CADD Inc

Tesla CAD Inc, a Canada based CAD Drafting Services and BIM Modeling Services provider delivering accurate Structural BIM Services, MEP BIM Services, Architectural CAD Services, Mechanical Modeling Services and MEP Design Services to clients across Canada.

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What are those structural drawings which are required by fabricators?

Fabrication of building components is genuinely an integral part of preconstruction building activities which is important for the overall completion of the project. When we talk about the construction of structural framework, fabrication of structural components  remain highly crucial for structural engineers as the stability and strength of the building can be tremendously affected or influenced by it. Improperly fabricated structural components such as columns, beams and braces etc can curtail the stability and load handling power of the entire structure. The life of the building is facilitated by its structural framework and hence the fabrication of those components which are accountable for building the framework of the structure must be carried out attentively.

For the accurate fabrication of structural components design and construction professionals have to produce detailed drawings which can be consulted or used by fabricators when they manufacture components made up of steel, iron and other types of construction materials. The structural drawings which are purposely or intentionally created for manufacturers are known as fabrication drawings.  Fabrication drawings are composed of detailed sketches which can represent specific parts of structural components, comprehensive notes giving explanation about their design, material specifications and shape and size etc.

In the development of fabrication drawings apart from the efforts of detailers, crucial help is required from the side of contractors, structural engineers and architects who are accountable for providing necessary inputs to detailers. In fact only structural engineers and architects can understand  or point out the inaccuracies in fabrication drawings. That's is why it is mandatory for structural engineers that they go through the drawings which are produced by detailers in details before approving them. So according to actual workflow first of all detailers have  to develop fabrication drawings  after going through the specifications. When they end-up or finish the development of detailed drawings which are required by manufacturers these drawings has to be reviewed by structural engineers who can easily point out all the problems made my detailers in the drawings. In this way with the effective support of structural engineers detailers can develop highly error-free Structural BIM Services for the use of manufacturers.

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BIM increases onsite safety and curtails project cost

I have to ask this from my readers, what they mean by the term ‘Building Information Modeling’ or BIM, before I could get into details about its significance in onsite safety and curtailment of project cost. Well, I am pretty much sure that you won’t be aware about its fundamentals or how it works if you have never been interested in knowing about art and science of construction. To begin with I must say that Building Information Modeling has a lot to do with the art and science of building construction. People often get confused about BIM’s actual role in the building process and based on that they start defining it. According to some Building Information Modeling is a technology, whereas a variety of people define it as software. But I would like to define it as a process wherein Architecture, Engineering and Construction professionals involve in the development of high-end 3D parametric models which are developed by structuring all the project related information with the support of building design software like Revit. Now, since Revit is used for developing Building Information Models for construction projects we can call it BIM software. Hence, all we understand now is, a process through which architects, engineers and modelers produce 3D parametric models for architecture, structure and MEP BIM Services with the extensive use of 3D modeling and building design software Revit is referred as BIM.

Now, the parametric models which are produced through Revit are referred as BIM models since they are the digital representation of building information related to the project. Now the million dollar question is that, what is kind of information is stored in these models. Well, when we talk about the information that is captured in parametric building models, it can be best defined by explaining different dimensions of BIM models. 3D Building Information Model, whose composition is largely controlled by the geometrical parameters assigned to it by modelers, helps in clearly explaining and showing design information. What need to be noted down here is, 3D BIM models which are developed for different disciplines only contain their design related information. For example 3D MEP model largely include geometrical information about the MEP systems. If clients want to get extensive information about the project they have to hire 4D, 5D and 6D BIM modeling services which can help them out with information on time, schedules, construction, operations, material quantity and cost etc. They can also get detailed data about the sustainability of the building. Since all the information about onsite construction is effectively known to design and construction professionals through BIM models, they can take necessary measures to increase safety of the works and can also workout on project cost. If everything is managed effectively, wastage can be reduced which ultimately curtails project cost.  

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Workflow maintained for the execution of Revit modeling services by AEC firms

When Architecture, Engineering and Construction companies outsource Revit Modeling Services for architecture, structure and MEP disciplines to their clients they follow a very transparent and systematic procedure. Since  entire accountability for the development of 3D parametric models lies with a team of architects, engineers and 3D BIM modelers or technicians, clients are required to indulge into a deep research for finding out a reliable and notable architectural and engineering company, who’s technical team can be trusted by them.  In other words the most important thing for clients is the competency of technical team which remains accountable for the execution of Revit modeling services.

So, once clients are satisfied with their research about the reliability of the AEC firm they can make an enquiry through the website of the company showing interest in hiring 3D Revit modeling services. Once the enquiry is reviewed by architectural and engineering company they revert back to clients and assure them about the quality of their services and also try to answers the questions which are raised by clients. After that clients are required to send project details to clients, for which the project manager of the service providing company has to provide accurate quote which include the total hours and money required to complete the project. Once the quote is received by the clients and they find it appropriate, they provide feedback to the service providing company saying that they are fine with it and the project can started by them. Once the company receives the thumbs up from clients they start executing Revit modeling services for different building disciplines. The team of architects, engineers and BIM modelers make best use of the specifications which are sent by the clients for the development of 3D models. When parametric models for architecture, structure and MEP are created by BIM technicians they are effectively supervised by project managers for their precision. BIM technicians develop the models according to detailing standards provided by clients such as LOD 100, LOD 200 and LOD 300 etc. Once the developments of models are accomplished by BIM technicians they are immediately dispatched to clients.  

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Advantages of hiring architectural and engineering BIM solutions from outsourcing firms

No one can deny the fact that for every construction project architects and engineers require precise architectural and engineering solutions for minimizing the complications of building process, and all these solutions are needed during preconstruction so that hindrances can be prevented during actual construction. But where to approach for high-end architectural and engineering services remains the main concern for general contractors. Actually the main problem is that countless architectural and engineering companies have been established in the market now, which confuses general contractors when they have to hire Building Information Modeling services from them in terms of the quality and standard of the services.

So the suggestion is that, general contractors should properly investigate the architectural and engineering firm prior to hiring BIM solutions for architectural, structural and MEP disciplines from them.

Advantages of hiring architectural and engineering solutions from outsourcing firms

·         For the execution of BIM Modeling Services high-end software products such as Revit Architecture, Revit Structure and Revit MEP are required by AEC professionals and it’s really difficult to manage and maintain such expensive tools in-house so it’s better to hire BIM solutions from outsourcing companies.

·         Another important point is that if Building Information Modeling services are executed in-house then construction companies also have to maintain a regular staff and proper infrastructure for accommodating them and for maintaining such things they have to invest huge sums of money.

·         The company also has to spend largely on maintaining the regular salary of the staff.

·         So it becomes clear that maintaining an in-house team of architects, engineers, modelers and drafters is certainly not a productive idea and hence it’s better to outsource them from engineering service providing companies.

·         Outsourcing companies maintain extremely experienced and knowledgeable staff and hence they ultimately deliver immaculate architectural, structural and MPE services to construction firms.

·         Since architects, engineers and 3D modelers belonging to outsourcing companies are highly proficient in software application they can execute BIM projects with an extraordinary speed and can deliver them to clients within proposed dates.

·         In this way the actual process can also be executed quickly and the completed building can be handed over to clients within due dates.

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What are the important things required for creating Revit models for architecture, structure and MEP?

Standard component families and in-place families are required by the design development teams of every discipline and these unique families are developed by design and construction professionals in Revit Family Creation Services Editor. There are other important tools or modeling environments in Revit Architecture, Revit Structure and Revit MEP which resemble a lot to Family Editor but they are not utilized for developing families since they contain different kinds of modeling tools. These 3D modeling environments include Conceptual Design Environment and Project Environment which are used for developing conceptual design and finally for creating a high quality 3D parametric model which shows physical as well as functional characteristics of the building.

Revit Family Editor fulfills the basic requirements for developing 3D parametric models for architecture, structure and MEP as parametric families created in it are required by architects, structural engineers, MEP engineers and BIM modelers for developing conceptual design for the building in question.  That means when it comes to developing conceptual design for multidiscipline building trades, loadable parametric families and in-place families are loaded in conceptual design environment, which is a digital environment in Revit meant for creating initial design for the building.

Once conceptual design process is completed by Architecture, Engineering and Construction industry professionals, they then switch to project environment wherein the conceptual design is added by them for the development of 3D parametric models. Revit’s project environment incorporates some of the highly distinguished 3D modeling tools which are necessary for the high-end development of multidiscipline models.  This Building Information Modeling software incorporates highly rich and constructive features which effectively facilitate coordination of information among all the imperative modelers involved in the execution of the modeling project. Not just that, design and construction related information can be effectively coordinated across disciplines by architects, engineers and modelers with the support of high-end Revit features. File linking is the best possible option for multidiscipline engineers and modelers when it comes to circulating indispensable design information across disciplines.

So with the utilization of highly unique modeling environments in Revit, multidiscipline parametric models can be easily developed.

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Benefits of 4D scheduling and cost estimates to AEC professionals

Accurate 4D Scheduling Services and cost estimates have tremendous advantages for design and construction professionals when it comes to reducing project complications and problems of budget overruns. Though we are very clear about the fact that 3D BIM provides extensive information on building design, but apart from that there is lot more information that is required by building stakeholders for streamlining construction process.

Design related information alone cannot solve all the problems of architects, engineers, contractors and owners, which is why they have to take the assistance of 4D and 5D and even 6D BIM. For streamlining the process and for reducing project risks they must be aware about the project cost, completion time, required materials along with their quantities and bill of materials etc.  When such extensive information is available to AEC professionals they can do wonders in terms of minimizing wastage, project cost and project complications etc. Availability of such information becomes possible with the support of 4D and 5D BIM modeling, wherein new dimensions such as time and cost are added respectively to 3D BIM.

With the addition of new dimensions, BIM models reveal information related to scheduling and cost estimates, which allow architects and engineers to develop precise construction schedules and measure accurate project cost. Streamlining onsite construction depends largely on schedules, as they help contractors and design and construction professionals in knowing daily construction activities on the proposed construction site. This makes them conscious about the work that they have to perform and necessary arrangements for it can also be done effectively. Many a times, design and construction professionals suffer from shortage of materials or unavailability of materials and resources, but due to the help of construction schedules, general contractors make all the possible arrangements much before the activities start.

Time bound clashes can also be identified with the support of 4D BIM and they can be fixed effectively. Similarly 5D BIM allows design and construction professionals in generating material takeoffs and bill of materials which ultimately results into measuring exact cost of the project.

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Significance of Revit tools in point cloud modeling

Revit, which was originally created by Massachusetts, US  based software company was brought by Autodesk which made several modifications in it and launched its various disciplines for simplifying construction is a highly productive 3D modeling software product. Today Revit is individually available for architectural, structural and MEP modeling and can help AEC professionals in creating information rich and impeccable parametric models with the help of point cloud data.

Point Cloud Modeling Services are largely based on point cloud data which is captured during survey process by lasers beams. Point cloud modeling came into existence after the introduction of 3D laser scanning technology in Architecture, Engineering and Construction industry, which is largely used for scanning the existing building for extracting crucial 3D geometrical information from it. Laser beams which come out from 3D laser scanners are highly powerful and can reach every possible place in the surface of the building which results into capturing immaculate as-built information from the building. This information which is achieved through multiple laser scans is combined together with an intension of providing detailed as-built data to design and construction professionals. Once this data reaches to modelers, indexing is spontaneously performed for it, after which .rcp and .rcs files are produced.  These point cloud files are easily inserted or linked in 3D building design software Revit by design and construction professionals, after which point cloud modeling can be performed by them. What is the most important thing for developing a 3D model apart from Revit? Well, error-free information related to the geometry is extremely important for BIM modelers to develop parametric models in Revit. And .rcs and .rcp files effectively contain accurate as-built geometrical information about the existing building, which are linked by modelers for viewing building details when they execute point cloud modeling services for renovation projects.

Since information associated with different building trades is effectively accommodated 3D laser scanned data, multidiscipline parametric models can be easily created with the assistance of .rcp and .rcs files. The parametric models developed by design and construction professionals provide extensive information to architects and engineers about the as-built building and hence they can flawlessly execute renovation projects.

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Role of Building Information Modeling for simplifying the task of architects and engineers

Building Information Modeling is a process that is truly very significant for architects and engineers as it helps them in constructing the entire building in the preconstruction phase with the support of 3D building design software. The entire proposed building is developed digitally in Revit, which makes it easy to easy for architects, structural engineers and MEP engineers to find out potential design errors and possible challenges of the actual construction process.

For understanding the role of BIM in construction it is really important for readers to understand the modern process of building design and construction. Today construction is carried out with the support of general contractors, architects, engineers, BIM modelers (who generally belong to engineering service providing companies) and fabricators. In the beginning architects and engineers develop basic sketches of the building after developing its design. But to represent the design in a concrete shape, general contractors have to hire engineering services from architectural and engineering companies. They hire Building Information Modeling services from engineering service providing companies which provide them with 3D BIM models which successfully represent the design created by architects and engineers. BIM modelers use the sketches developed by architect and engineers to create detailed design for architecture, structure and MEP in 3D with the support of Revit Architecture, Revit Structure and Revit MEP.  All kinds of concrete design details can be viewed by architects and engineers if it is created in 3D. Apart from BIM modeling services, general contractors can also obtain clash detection and coordination services from engineering services providing company. Both clash detection and BIM coordination services are immensely useful for architects and engineers because they help in refining the design developed for architecture, structure and MEP by pointing out potential design errors in them.

When the elements of multidiscipline models can effectively coexist in a given environment it can be considered as a perfect building design. BIM Coordination Services which are executed after identifying errors, helps in ensuring that no further design clashes will occur after this. In short BIM helps in eliminating the complications faced by architects and engineers and allow them to create high quality buildings.

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BIM is must for reinforcing on-time project delivery

Today the entire focus of worldwide AEC (Architecture Engineering and Construction) industry is on minimizing wastage, time and money etc of construction projects. The fact remains that unplanned and unsystematic construction leads to a great loss of money, time, human efforts and resources which is very important to tackle if design and construction professionals want to enhance the productivity.  Earlier when BIM’s application was not common among design and construction professionals they used to apply various techniques and methods for the reduction of wastage and budget overruns but it used to be really difficult for them to achieve these objectives hundred percent.

That means prior to the application of Building Information Modeling, reduction of project cost, prevention of wastage and enhancement of productivity used to be highly difficult for design and construction projects.  For streamlining construction Integrated Project Delivery method which is greatly facilitated by BIM is getting implemented on more and more construction projects.

But what is the role of Building Information Modeling in Integrated Project Delivery? Highly crucial role is played by BIM in Integrated Project Delivery method as it strengthens communication between all the building stakeholders who work hard towards the completion of building project.

A lot of things have to be streamlined by design and construction professionals for delivering the project on-time to clients such as for speeding up actual construction, it is important that no rework is faced by construction professionals. For achieving speedy construction, execution of Building Information Modeling services is necessary which helps in purifying the design of different building systems such as architecture, structure and MEP.  Identification of design error during the design development phase remains at the heart of seamless construction, which is also facilitated by BIM as multidiscipline 3D BIM Model are optimized by AEC professionals for this purpose.  For purifying building design, it is imperative that element collisions and design discrepancies are effectively sorted out with the support of cutting edge tools such as Navisworks Manage.

An error-free building design is highly productive for design and construction professionals as it eliminates rework, which can enhance project cost and delivery time. Hence for on time project delivery implementation of BIM is highly necessary.