Autodesk Building Suite

How Autodesk Building Suite Helps BIM Firms?

Autodesk Building Suite is a great support to BIM firms. BIM service providers in USA are using this interoperable design software application for supporting BIM-based workflow. Top BIM companies in USA are successfully designing, simulating, visualizing and constructing better with this software suite. Since it’s a comprehensive design suite, the software application facilitates complete data management from the conceptual design-build stage to the final construction. Architects, building contractors, MEP design firms, structural engineers and other professionals of the BIM firms collaborate effectively for complete construction project management. Before delving into the details of how Autodesk Building Design Suite helps BIM firms, let’s take a quick look at what’s included in the software suite.

What’s included in Autodesk Building Design Suite 2021?

Using ‘Autodesk Building Design Suite Ultimate’, BIM firms get the privilege to work with various software products in an integrated way, including:

    • AutoCAD BIM firms speed up construction documentation, share ideas with project stakeholders, and explore 3D concepts with design tools. Using AutoCAD Architecture, BIM engineers get an understanding of specific features designed for architectural services.
  • AutoCAD MEP BIM firms get the benefits of working with AutoCAD through special features designed for MEP designers and drafters.
  • Autodesk Showcase – BIM services USA can easily change AutoCAD designs and Revit models into compelling imagery, movie, and presentations through Autodesk Showcase 3d visualization solution.
  • AutoCAD Raster Design – Using AutoCAD Raster Design, BIM firms add great raster editing and raster-to-vector conversion tools to AutoCAD software.
  • ReCapBIM firms in Texas, Washington DC, Florida, Virginia, Maryland, Baltimore and other areas in USA perform reality capture and integrate real-life data directly into the design-build process with ReCap.
  • 3DS Max –  Revit modeling services produce movie-like visuals to communicate and sell design ideas for effective marketing presentation. 
  • Revit – Revit BIM services define the key goal set for the construction. The building model is just a cage without Revit. BIM firms use Revit tools for architectural designing, MEP engineering services, structural engineering, and construction management.
    • Navisworks Simulate – Proficient BIM modeling firms integrate multiple models for enhancing collaboration, simulating construction, measuring the scope and enhancing reviews.
  • Navisworks Manage – BIM firms review integrated models of architecture, structure and MEP services and share data amongst stakeholders with Naviwork Manage. They also perform clash detection with the software application, gaining improved control over project outcome.
  • Inventor – BIM services in USA excellently manage product design and engineering with Inventor 3D CAD software.
  • Robot Structural Analysis – BIM modeling service providers in USA undertake structural load analysis with this software application, thus making an accurate design and coordinated Revit steel shop drawings.

Know more about architectural BIM modeling services.

How is Autodesk Building Suite facilitating BIM Firms?


  • Resolving Project Challenges  for BIM Firms 

Modernization has resulted in a boom in the construction sector.  Many of the building projects consist of a huge built-up area. So, frequent modifications in the construction design or the plans often lead to major flaws in construction work.  Consequently, BIM firms face the challenges of exceeding the allotted budget and excessive delays, leading to work stoppages. Further, some building projects require collaboration amongst all the project stakeholders, including the building owner, developers, architect, structural engineers, MEP design firms, general contractors and consultants. Hence, maintaining the right balance is tough. Implementing Autodesk Building Suite resolves these construction project challenges for the BIM firms, helping them plan in a better way.

  • Identifying Constructability & Maintenance Issues of BIM Firms

Autodesk Building Suite also facilitates BIM firms in identifying various constructability and maintenance issues. To take a few examples, IFC plans not matching with building elevations, schedules and sections, the mismatch between door width in the door schedule with IFC plans, etc. Autodesk Building Suite gives rise to improved BIM clash detection procedure, facilitating MEP coordination services.

    • Constructability issues – Autodesk Building Suite software application helps BIM firms to identify code related and constructability issues through raising RFI’s and updating models and drawings based on the responses.
  • Maintenance issues – Similarly, accessibility for maintenance and operational issues are identified through the BIM process. 
  • Meeting Demanding Goal Set for the Construction

Autodesk BIM software services help BIM firms in delivering quality services to construction clients by providing the best design communication. 

  • BIM firms implementing Autodesk Building Suite software application could successfully meet the demanding goal set for the construction combining Architecture, Structure and MEP services for the perfect design and documentation. Autodesk Navisworks Manage facilitates complete design coordination & collaboration and AutoCAD helps accurate drawing creation. Navisworks Manage, 3ds Max and Revit software applications enable virtual simulation of the construction plan.
  • Top BIM firms cater to complete building facilities management by preparing a 4D Model for tracking project timescale. 4D BIM construction model helps construction managers track project timeline and assign resource control cost. Hence, the AEC professionals get improved 4d BIM scheduling services, by executing tasks with utmost precision for reducing project wastage through BIM LOD, allowing segregated procurement based on the requirement. 

Check out the BIM Modeling Case Study on MEP Clash Detection

Value engineering with Autodesk Building Suite for BIM Firms  

Autodesk Building Suite helps BIM firms to plan intelligent models, allowing project teams to anticipate, plan and coordinate all aspects of design, detailing and construction. Value engineering undertaken by BIM modeling firms includes:

  • Detecting design and constructability issues 
  • Facilitating complete coordination amongst architectural, structural and MEPFP services
  • Saving construction rework and material construction cost
  • Avoiding work stoppage 
  • Providing waste management  
  • Supporting construction crew with accurate shop drawings 
  • Optimizing cable tray sizes and routing, matching with building codes 
  • Saving costs and installation time
  • Changing ducts and pipe routing to minimize cost 
  • Eliminating unnecessary fittings improving system efficacy

Read more on How to win work with BIM modeling?

Why Choose Best BIM Firm for Building Suite Implementation? 

Autodesk Building Suite is a great support to construction professionals. AEC firms must hire the best BIM firms to integrate this software application seamlessly into the construction workflow. Here is a summary of the benefits you would get from the best BIM service providers in USA.

  • Accuracy, data integrity, revision management, detailing and higher productivity. BIM company successfully produces coordinated Revit models, enabling stakeholders to check interferences amongst building systems, resulting in better project planning. Consequently, this reduces construction delays, saving construction time and money.
  • BIM firms can successfully plan using intelligent models and enable the team to anticipate, plan and coordinate building design, detailing and construction.
  • Implementing Autodesk BIM software solution, BIM firms play a crucial role in design optimization, MEP clash coordination, 4D sequencing, planning and better construction collaboration and management.

Let your construction project crew work in a coordinated manner, completing the project on time through the best BIM firms in USA.  To implement the latest BIM software application, get in touch with Tejjy Inc. – one of the competent BIM consulting companies in USA at 202-465-4830 or [email protected].

Related Articles:

BIM MEP Consulting Services in USA

BIM MEP Consulting Services in Houston, USA

BIM MEP Consulting Services in Houston, USA provide solutions for managing the mechanical, electrical, and plumbing services of construction.  Building Information Modeling constitutes a remarkable tool for enabling 3D representation of construction with 3d walkthroughs, animations, and renderings. Mechanical engineering consultants using BIM services are facilitating building contractors, fabricators, and building owners across the globe. In this article, we would delve into the details of the BIM-supported MEP workflow adopted by the MEP consultants.  


Now, who are the people working as MEP consultants? What is a mechanical engineering firm? An MEP consultant or a mechanical consulting firm delivers cost-effective solutions for mechanical, electrical, plumbing, fire protection, and energy systems using BIM engineering. Several projects including residential, hospitality, commercial, healthcare, etc. are benefited from BIM MEP consultants for accurate constructability analysis, energy calculation, design validation, clash coordination, and shop drawing creation.

 Importance of BIM MEP consultants in facilities management companies

  • Mechanical engineering consultants create great value for construction projects through expert guidance and insight with BIM services.  
  • Competent facilities engineering consultants use BIM throughout the construction project life-cycle for MEP system integration, enhancing the design development process and making accurate cost estimation. 
  • BIM engineering companies integrate BIM technology in the project lifecycle during the pre-construction stage for building facility asset performance and maintenance.  
  • They help the facility managers in making substantial cost savings for the short term and the long term and create sustainable projects and building ecosystems. 


MEP BIM Services Provided by BIM Consultants 

MEP BIM Service companies in USA provide MEP Building Information Modeling (BIM) services for an accurate bidding process.  MEP consulting firms in Houston deliver various services related to HVAC, electrical, and plumbing, facilitating fabricators and contractors across the globe. Some of these MEP BIM services are:

  • Constructability Review
  • 3D Modeling for MEP Services – HVAC, Electrical & Plumbing
  • MEP BIM Clash Detection & Coordination
  • MEP Design Validation
  • MEP Shop Drawings
  • Quantity Take-off/Bill of Materials

Tejjy Inc. is a top-notch BIM company in USA. Contact now to discuss MEP BIM installation in your construction project. 


What’s the goal of Mechanical Engineering Consultants? 

The prime objective of mechanical engineering consultants is to provide proficiency while understanding various designs. MEP BIM consultants in USA understand the significance of the architects and structural engineers while keeping projects on schedule and budget. Sustainable construction gets created through the right BIM innovation, ensuring AEC clients work with future construction designs. 

MEP Consultants benefiting facilities management companies

  • MEP consultants are a great support to the facilities management companies in the construction sector. They provide practical analysis for all the building services, including architectural, structural, and MEPFP. 
  • The facilities engineering consultants with proficiency in building MEP systems understand the complex project challenges and deliver the right solution for reducing operating costs and smooth project execution. 
  • MEP BIM Services for facilities management companies offer a robust solution for monitoring progress, resolving issues, and significant decisions making. 
  • Several MEP BIM consultants in USA are catering for clients across the globe with top MEP BIM Services, including MEP BIM Modeling, MEP Clash Coordination, Design Validation, MEP Shop Drawings, Quantity Take-offs, etc. 

How is mechanical energy calculated through BIM?

MEP design validation services are described with 3 Cs – Condition, Compliance, and Capacity in a construction project. MEP validation through BIM helps to ensure accurate construction workflow, meeting the operational needs of the AEC professionals. MEP design validation helps to check the finished building model, meeting the specific requirements of the home builders and mechanical contractors. MEP design validation through an integrated BIM model facilitates MEP coordination to support improvements in the process of design and construction. Often, BIM and Energy Consumption Modeling get integrated by the BIM consultants for exact mechanical energy calculation.


facilities operations management services in USA


How do BIM engineers work with mechanical isolation?

  • Mechanical engineers and BIM modelers make cross-disciplinary analyses with the help of BIM. Building Information Modeling workflow involves an exchange of interoperable architecture. 
  • Using mechanical BIM Models for spatial coordination, BIM facilitates the entire supply chain, re-routing ducts, and pipework. 
  • Through the mechanical isolation process, the MEP BIM consultants make the right use of building materials according to the structural standards for obtaining the best facilities management and operations.
  • The technique of mechanical isolation followed by the mechanical engineers reveals how the energy consumption control to be investigated for mechanical equipment in the factory. 
  • The approach also helps in the right energy calculation with thermal analysis at the pre-construction stage. 
  • Architectural, engineering, and construction professionals are using mechanical BIM modeling for the energy performance of the building and also for quick calculation of the estimated energy in the BIM model.


Why approach us?

  • MEP consultants deliver clarity on MEP services for the construction professionals to execute projects on time & within budget. 
  • You would get a clear picture of the project life-cycle, during the design development and construction phases.
  • Further, it becomes easy to manage people and processes simultaneously. 
  • Your construction future would be secured with our MEP consultants in USA. 
  • Our MEP engineers are a great asset to construction, providing smooth mechanical digestion with BIM engineering on your construction project. 

What are BIM Mechanical Shop Drawings?

Mechanical shop drawings are a set of technical drawings, showing detailed information about HVAC (Heating, Ventilation and Air Conditioning) and transportation systems like escalators or elevators. The building drawings act as a powerful tool for analyzing complex building parts. MEP (mechanical, electrical and plumbing) engineers use shop drawings produced from the 3D model for generating pre-fabricated components, required by the manufacturers, fabricators, contractors and suppliers. BIM firms use HVAC shop drawings for accurate fabrication of the ductwork, saving time and money for the project. BIM mechanical shop drawings facilitate MEP coordination services,  identifying all MEP components and installing them in the field.  The MEP drawings derived from the BIM model facilitate in creating an effective design build process.  

Let’s now take a look at the benefits of using BIM for mechanical shop drawings, types, the process of creating MEP shop drawings and the standards followed for creating these mechanical drawings.  

Benefits of BIM for MEP Services

Building Information Modeling (BIM) enables MEP engineers to enhance the accuracy of building designs through BIM clash detection procedures. Revit modeling services, Navisworks clash detection and other MEP BIM software applications help the project stakeholders to collaborate, share building data on a cloud platform and speed up project delivery from the stage of schematic design development to final construction. Accurate mechanical shop drawings created through the 3d BIM model support different design development and coordination stages like conceptual, schematic, detailed design development and construction documentation.   

What are the Types of BIM Mechanical Shop Drawings?

Top BIM companies in USA create different types of BIM mechanical shop drawings and fabrication drawings. BIM engineers using the 3D BIM Model produce comprehensive mechanical shop drawings with various elevations, dimensions as well as annotations. Installation drawings developed by the BIM service providers in USA are accurate enough for workshop fabrication and installation on the construction field. The construction drawings created from the 3d model match the requirement of the building codes and applicable project standards. Implementing Revit BIM services, BIM engineering firms generate accurate penetration, sleeve and hanger locations from the model before the onset of construction work. All mechanical shop drawings could be downloaded into GPS instruments for fast on-site layout creation. 

Let’s now explore the different types of BIM mechanical shop drawings:

  • Installation Drawing – Proficient BIM services in USA use the BIM Model to provide comprehensive installation drawings for mechanical services, encompassing HVAC, plumbing, fire protection and medical gas systems. Accurate creation of mechanical shop drawings for installation help MEP contractors to successfully make the building plan and execute the mechanical work process, saving construction time and cost. Mechanical service layouts created with reference to architectural walls as well as structural columns enable building contractors to easily locate mechanical members.
  • Block-Out Drawing – MEP BIM modelers provide a great priority to block-out drawing. This mechanical shop drawing helps the MEP BIM engineers to comprehend the significance of providing such illustrations before pouring concrete on the construction site. Block-Out Drawings are delivered after aligning with architectural grids.  Proficient BIM modelers know how to keep necessary clearances for the block-out following the construction contract documents and building codes. 
  • Hanger, Sleeve & Insert Drawings – Sleeve or Penetration drawing is significant for pouring concrete on-site. These mechanical shop drawings are also aligned with architectural grids. Produced through a BIM-based modeling approach, the designs facilitate  MEP coordination review and interference checking with structural modeling elements. The exact sleeve, insert and hanger positions created from the BIM MEP model help the structural engineering teams to make an accurate plumbing installation.
  • Spool Drawing – Spool drawings are another form of mechanical shop drawings that guide the plumbers in understanding what they are encountering. The MEP contractors create the plumbing components from the spool drawings generated from the model for accurate on-site and off-site prefabrication. The spool drawings are developed as the pre-fabricating standards, matching the requirements of contractors.
  • Equipment Pad Layout – BIM consulting firms in USA produce mechanical equipment details with sections and equipment pad layout. These mechanical shop drawings serve as a reference to the structural engineers for accurate installation of HVAC equipment from approved submittals in the right locations.

Read more onWhat are mechanical engineering drawings?

Process of Creating Mechanical Shop Drawings

Now, let’s check out the process of creating mechanical shop drawings.  All MEP shop drawings are generated directly from the 3D BIM model. Exact sleeves, hanger locations and penetration details are obtained from the BIM Model. Mechanical engineers download the drawings directly into GPS (Global Positioning System) device at the construction site for creating fast and accurate layouts. BIM engineers consider all information from the architects and other specifications of the project stakeholders and finally create the drawings according to approved submittals. 


  • How to Create MEP Shop Drawings?


    • Produce MEP Shop drawing from single & double line diagrams, specifying dimensions, elevations, etc.
    • Prepare MEP coordination drawings or mechanical shop drawings with the right color code for easy and quick clash detection and elimination. 


  • Create fabrication drawings or sheet metal drawings for the duct fabricators and MEP contractors according to the SMACNA standards.




  • How to Create HVAC Duct Drawings?



  • Follow SMACNA standards for creating HVAC duct shop drawings
  • Consider fundamental linings, insulation thickness, beam height, drop ceiling levels
  • Ensure proper coordination between mechanical piping and sprinklers
  • Make sheet metal drafting according to sheet metal standards
  • Prepare the final duct fabrication detail mechanical shop drawings



  • How to Create Plumbing Shop drawings?



  • Produce plumbing mechanical shop drawings as per building contract drawings
  • Coordinate between gravity and sprinkler pipes, while making the shop drawings
  • Redirect drawings as per beam height & drop ceiling level for avoiding clashes
  • Place pipe trims in an accurate location as per the submittal

Check out more on mechanical shop drawings from the Difference Between Mechanical Contractor And Electrical Contractor

What are the Standards followed for creating Mechanical Shop Drawings?

Leading companies providing BIM Services USA for MEP contractors deliver intelligent BIM models and mechanical shop drawings, using various inputs such as the contract document, specification sheet, design documentation and equipment submittal. Top BIM modeling companies in USA serving several areas in Florida, Texas, California, Baltimore,  Virginia, Washington DC, Maryland and other regions follow:

  • SMACNA (Sheet Metal and Air Conditioning Contractors’ National Association)
  • IPC (International Plumbing Code)
  • UPC (Uniform Plumbing Code) standards
  • Local building codes

Many BIM companies also follow ISO certified quality control process for documenting client standards and preferences, ensuring complete compliance to the MEP design build process.

Get to know more on – Mechanical Shop Drawing Creation through Revit BIM Modeling

Place order for mechanical shop drawings from Best BIM Company

BIM mechanical shop drawings form the part and parcel of the building design process. If you want to validate your MEP design for constructability, building performance and maintenance, contact Tejjy Inc. – one of the top BIM service providers in USA at 202-465-4830 or [email protected]. Validate your design with BIM mechanical shop drawings and get the perfect constructability, performance and maintenance of your building, resolving clashes and eliminating rework.

Have a look at the related articles:

What are MEP plans?

BIM MEP Drawings Supporting as a Backbone to Construction Collaboration

What are the advantages of MEP Shop Drawings?

4d bim sequencing

BIM 4D Sequencing – A Perfect Construction Visualization Technique

4d sequencing helps in visualizing building interaction amongst architectural, structural and MEP services.  The technique constitutes a  vital part of design development. “Will my building cast shadow on an adjacent house?” “Will my entrance match with other construction in my locality?” “Will my doorway be congested?” The answer to all these questions would be seeking BIM 4d sequencing services for effective construction visualization. BIM (Building Information Modeling) provides the competence to visualize building performance at the pre-construction stage. If you want to enhance the chance of winning construction bids, you should get rid of errors in your building work process. 3D modeling, 4d BIM scheduling services and 5D BIM cost estimation enable the perfect construction visualization.

How to improve the chance of winning a project through Construction Visualization?


3d modeling, 4d sequencing and 5d BIM cost estimation services are enhancing the chance of winning project bids by providing accurate construction visualization at the pre-construction stage.  Here are the benefits of 3d, 4d sequencing and 5d BIM.

Benefits of 3D Modeling in Construction:

Benefits obtained from 3D BIM Modeling include project transparency, construction visualization &  design validation. 3D acts as a competent promotional tool for marketing presentation that helps to validate the design before construction enhancing work safety on-site.  AEC project stakeholders get a glimpse of virtual reality with 3D BIM. 

Key Advantages obtained from 3D BIM firms:

  • Improved Construction Site Logistics, Building Methodology & Better Construction Visualization
  • Building Safety through Virtual tours of Building to be constructed
  • 360 Degree Collaboration with Future Construction

Scenarios evaluated with 3d BIM visualization include:

  • 3D representation of construction site logistics
  • Visual depiction of crane arm’s reach for accurate planning of the number of crane placement
  • Pre-planned crane movement path for safety
  • Construction methodology of structural steelwork, façade, landscaping, tent replacement

Benefits of BIM 4d sequencing/4d scheduling


4D BIM Construction scheduling adds time-related information to the 3D model. Revit 4d sequencing facilitates construction phasing, program validation, demolition, renovation and expansion. 4D BIM is the technique of intelligent linking of a 3D model with time and schedule-related information, providing useful project information to the stakeholders. Construction animations evolving from the BIM Model support decision-making from the earliest conceptual stages, through design and construction to operation. 


BIM 4d sequencing or Construction Phasing is helpful for:


  • Visualization of construction sequencing for material storage and site access
  • Identifying design errors in the construction plan
  • Optimizing path for starting the construction work 
  • Obtaining daily progress information from the construction site
  • Enabling construction planners to compare planned vs. actual

Scenarios evaluated with 4d scheduling/4d sequencing include:

  • Showing clashes, leading to fatal accidents
  • Virtual mock-up of buildings representing exact material and virtual visualization layout
  • Identifying constructability issues, like manhole conflict with building structure and the manhole getting shifted after BIM implementation

Get to know more on 4d sequencing from the article – A Guide to 4D BIM Construction Scheduling

Benefits of BIM 5D Cost Estimation

5d facilitates real-time conceptual modeling and cost planning. Top BIM companies in USA extract quantity from the 3D BIM model for detailed cost estimation and project budgeting. 5D BIM adds cost data to the BIM model, assisting calculation of the total project cost.

5D BIM Modeling is useful for:

  • Reducing rework and save time in quantity estimation 
  • 5D BIM cost estimation allows stakeholders to  get a single view of the project in real-time

How BIM 4D Sequencing Supports Decision Making from Conceptual to the Final Stage?


Construction Program gets validated with 4d sequencing. Project stakeholders could compare what is planned at the pre-construction stage with what is happening in reality. They could review the constructability issues before the beginning of the construction from the various stages of design development including schematic, conceptual and detailed design development to construction documentation. To take an instance, seeking 4d BIM Planning, Scheduling and Sequencing technique enables an engineer to see whether there is an adequate space for maintenance inside a Shaft and how Floor Drain is located in the Shaft. Implementing BIM 4d sequencing ensures ease of access, maintenance, provisions and facilities management.

Read more on Navisworks Managing BIM 4D Simulation to get an idea of managing BIM 4d sequencing with Navisworks software application.

Maximizing Return on Investments through 4d BIM Visualization/BIM 4D Sequencing


It has been proved that BIM 4D Scheduling is facilitating construction project in various parts of the globe. Some of the real-life examples in the construction domain catered by BIM 4d Sequencing include the following:


  • BIM has made views straight, implementing architectural changes.
  • BIM 4D sequencing showed P-Trap Clashing with Ceiling & Soil Pipe and how S-Trap to be used.
  • BIM detected code violation with the presence of soil pipe in an electrical room and resisted the Code Violation.
  • Identified Design Discrepancy in structural services.
  • Validated Parapet Wall Height Mismatch between construction plan and section drawings.
  • Facilitated Drawing Validation, where pipe clashed with structure and diameter of the pipe got missing.
  • BIM-enabled BBS Reinforcement Validation & Design Changes based on Rebar projection and Bar size optimization.
  • 4d sequencing also helped in Cut-Out Location Correction.
  • BIM 4d sequencing also enabled identification of space constraint, eliminating rework and wastage of time.
  • 4D BIM Technique also detected Civil Design Mismatch with MEP plan, thus saving disaster during erection.

Take a look at How 4D BIM with AI Supports Commercial Construction Projects? to get more information on BIM 4d sequencing.

Best BIM Recourse for Construction Visualization at Pre-construction – Tejjy Inc.

Are you searching for one of the best BIM companies in USA? Opt for Tejjy Inc. – one of the top BIM Modeling Firms in USA serving Texas, Florida, California, Virginia, Baltimore and several other areas in Washington DC.  Being one of the proficient BIM service providers in USA,  Tejjy Inc. delivers 3d, 4d, 5d, 6d and 7d BIM Revit BIM services. Call the BIM modelers at 202-465-4830 or send an email to [email protected] to implement 4d sequencing in your construction project from the pre-construction stage. 

To know more about BIM 4d sequencing, check out the following articles:

4D BIM Enabling Improved Planning & Cost-Effective Construction Across the Globe

Implement 4D BIM Scheduling Services in Construction Management

4D BIM Improving Cost-Effective Construction Planning Across the Globe

2D, 3D, 4D, 5D, 6D BIM Modeling – When to Opt Which BIM Service?

BIM The Future of Tomorrow

scan to BIM services Tejjy IncWe are living in the 21st century, and technology is a big part of our daily lives. It affects the way we work, the way we play and communicate on a day-to-day basis. It is tough to imagine our lives without the internet and all the smart devices we use, and we are indeed an interconnected civilization. With the introduction of the latest technologies and computers, the world of architecture is also getting transformed rapidly. With all these advancements in technology, a new concept has come in the architectural world known as “BIM.” 

So what is “BIM”?

Building Information Modeling or BIM refers to an intelligent 3D model-based process that gives crucial insights and tools to engineers, architects, and construction professionals, helping them in designing, constructing, managing buildings and infrastructures throughout the project’s life cycle.

How does the process of BIM gets carried out?

scan to BIM process Tejjy Inc

With its various benefits when compared to the traditional ways of architectural planning and design, here is how the process of BIM gets carried out:

  • Planning: For solid planning of the project, BIM combines real-world data and reality capture for generating context models of the natural environment and existing built environment.
  • Designing: This phase of the BIM process involves documentation, detailing, analysis, and conceptual design. In addition, this process helps out in logistics and pre-scheduling.
  • Building: This is one of the most crucial parts of the BIM process as the project’s construction, and fabrication part begins according to the BIM specifications. To ensure maximum efficiency and time management, project construction logistics are shared with traders and contractors.
  • Operation: The data generated by BIM gets transferred to the maintenance and operations of finished assets. The data’s work is not over, though; this data can be used to renovate and deconstruct the project.

As BIM is a collaborative process, it allows engineers, real estate developers, contractors, architects, manufacturers, and other professionals who are into construction to come together and devise a 3D BIM model.

Using the data generated by the BIM, many stakeholders can make an informed decision well in advance, be it the property managers, governments, or municipalities, even after the building or the project is done.

There are a lot of advantages when using 3D modeling architecture services such as BIM. Some of its main benefits are:

  • Increased savings in resources and costs

When construction companies or architects 3D modeling construction for their projects, they can get a better idea of the construction cost estimates and predict the costs which would incur:

  • Materials
  • Shipping of Material
  • Shipment of modular pieces or prefabricated pieces
  • Cost of Labour

These 3D modeling in construction helps the architects and the project manager get an idea of the costs, but also would help them in ways to reduce the costs in areas such as:

  • Raw Materials: Can buy/use cost-effective raw materials
  • Buy materials at their lowest market price
  • Minimize human errors that lead to delay and increase in the cost of construction
  • Optimize the construction workflow
  • Improved Communication

The 3D BIM model used for the project has one of the best advantages: it improves the communication between architects, clients, contractors, and all the other stakeholders in the project. In addition, all the relevant information regarding 3D design construction is shared, including estimates, models, and design notes.

It also helps prevent potentially hazardous situations during the construction and prevents them by adjusting the design through 3D BIM Model. In addition, all the required safety regulations and on-site evaluations can be made by the contractors through this process.

  • Increased efficiency

With 3D modeling of buildings through BIM, the construction process speeds up, resulting in greater efficiency and less money spent on the project overall. 

The occupants or the people can begin using the space as soon as possible, which gives stakeholders their return on investment soon. The improvement in workflow combined with other efficiencies through 3D design construction also helps speed up the project.

  • More use of Modular Construction and Prefabrication

With 3D building scanning services, project managers and architects can design modular pieces of architecture that fit perfectly, saving money and time, as contractors spend less time constructing these on-site from scratch.

  • Better results

By implementing 3D modeling of buildings, there are significant improvements to be seen in the build quality. Using BIM, the models made are detailed, accurate, and conform to all the architectural requirements, which leads to a higher quality structure.

With various visualization tools in 3D software for building design, the architects and project managers can see the final structure.

The five types of visualizations which will be visible and customizable using BIM are:

  • 3D: height, width, length, depth   
  • 4D: time is taken to complete every design elements
  • 5D: time is taken to construct each element
  • 6D: environmental impact of the structure over time
  • 7D: facility management costs throughout the project/structure’s life cycle

With many benefits and advantages of using 3D models through the process of BIM, there is no doubt that “BIM is the future of tomorrow.”

The goals and objectives are defined for everyone to process and understand at all levels, which improves communication and teamwork. BIM is developing fast, and it is the future of construction and collaborative work amongst various stakeholders of the project. BIM also helps reduce waste in the construction process and helps improve the supply chain and reduce the costs of raw materials and pieces of equipment.

We hope this article gave you a clear understanding of everything you needed to know and learn about BIM. For more articles on construction and more, click here (

Point Cloud Scanner: An Ultimate Guide

scan to BIM companies

Point cloud professionals are master experts in creating informative as-built 3D BIM models and 2D drawings. A typical construction company offers point cloud services to AEC professionals, laser scanning companies, surveyors, architectural design firms, property owners, MEP engineering firms, and construction management companies. Point cloud to BIM software services offered by an American construction company encompasses architectural, structural, and MEPFP services. 3D laser scanning Houston delivers accurate laser scan to BIM models at LOD 100 to 500 for construction clients. Point cloud can be defined as a powerful and dynamic information storage technology.

Storing Spatial Information using Point Cloud

  • Point cloud scanner irradiates saga of success in the construction industry and it represents spatial data as a collection of coordinates.
  • The point cloud scanner has gained incredible achievement within a very short time span.
  • Point cloud scanner can be used to store and manipulate any spatial information and a 3D point cloud is a collection of data points analogous to the real world in 3D.
  • They can represent objects measuring a few millimeters, large objects such as trees, buildings and cities.
  • Creating a Revit model from point cloud is a well defined procedure which includes converting point cloud models obtained by scanning to .rcp, .rcs, .las, and .pts files in user compatible BIM platforms.

The Relevance of Photogrammetric Point Clouds

3d laser scanning houstonLiDAR is a well known technology for making point cloud and point clouds can be made from images obtained from digital cameras. Photogrammetric point clouds have an RGB value for each point and it paves the way towards colourised point cloud. Faro, Leica, Riegl, and Trimble are most popular laser scanners for creating point clouds. Point clouds can be created by 3D scanners and they measure large number of points on an object’s surface. They have diverse applications including creating 3D CAD models, metrology inspection, visualizations, animation, rendering, and mass customization.

The Impact of Laser Scanning Architecture

  • It is a fact that laser scanning architecture has changed the world of architecture and construction.
  • Complete end to end solution, multi CAD vendor knowledge, rich viewer content and oculus multiuser viewing are the benefits of point cloud scanner.
  • Point cloud scanners are commonly used in ship building, plant, manufacturing, construction and architecture.
  • Point clouds represent the X,Y and Z geometric coordinates of a single point on an underlying sampled surface.
  • A typical point cloud features collating large numbers of single spatial measurements into a dataset that can represent a whole.
  • Point clouds are usually generated using 3D laser scanners and LIDAR(Light detection and ranging) technology.

Each point is represented by a single laser scan measurement and these scans are stitched together creating a complete capture of a scene using a process termed as registration. The unique feature of point clouds is that they can be synthetically generated from a computer program. It has been pointed out that point clouds are easy to edit, display, and filter and these tasks can be performed using free software. Point cloud is unquestionably a great way to store large amounts of detailed data and it is rated as a non intrusive way to measure building or object properties.

scan to BIM process Tejjy

The point cloud library is cross platform and it can be successfully deployed on Linux, Mac OS, Windows, Android and iOS. Point cloud library can be split into a collection of smaller code libraries that can be compiled separately. This modularity is crucial for distributing point cloud library on platforms with reduced computational or size constraints. 3d laser scanning California can collect detailed point clouds and these datasets can create 3d models. 3d laser scanning Maryland are experts in modeling point cloud data from 3D scanning and point cloud brought new era of novelty in the laser scan to 3D model.

The major factor in acquiring point cloud data is access to scanned surfaces and point clouds are often obtained by visible access to real objects. Point clouds are becoming more relevant in a distinct range of application areas and data availability, accuracy, density, and size of 3d point clouds make it a favourable solution. Point cloud can be created using two primary methods: photogrammetry and light detection and ranging(LiDAR). It is possible to create 3D models from point clouds by using LiDAR lasers and the point cloud can be imported into a point cloud modeling software solution once we have the complete point cloud.

What are Construction Drawing Services?

3d shop drawings

Construction drawings for building designs facilitate in automating, streamlining and organizing construction documentation process. Home builders along with architectural companies seek competent construction drawing services to resolve productivity problems. It is found that most building projects end up with design rework, involving huge money and time. Sometimes, the costs of major civil engineering project can go up to 20%. The most common causes of rework include omissions, errors, operational changes, fabrication glitches and project enhancements. Seeking shop drawing services from a competent BIM company in USA facilitates construction documentation, resolving construction and design issues.

A variety of construction drawings are used in construction projects, including architectural drawings, structural, electrical, plumbing and mechanical shop drawings. These building drawings provide competent layout floor plans to convey the perspective of the designer to the layman at the site. The ‘detailing drawings’ point out the overall building appearance of the structure to find out accurate measurement.

5 major construction drawings include:

1.Architectural Drawings – Architectural drawings are the primary drawings used for construction. All design details of the project like site plan, set out plan, elevations, sections, etc. are included in the architectural construction drawings. Some of the common architectural drawings provided by top construction company involve:

  • Site Plan – This primary drawing helps to mark out the plan on the ground. This helps to represent the location, orientation as well as the information regarding the topography, landscaping utilities and site work.
  • Working Plan – These working drawings in architecture provide the information of the horizontal dimensions of the building, wall thickness, clear spaces within the building as well as the column locations. Further, the work drawings show the openings of the building  doors, windows and ventilators.
  • Section Drawings – These drawing represent the construction of materials for the measurement of the building and structural components like slabs.  The drawing shows how the building is cut through a vertical plane.
  • Elevation Drawing – The drawings show the information about openings, shape of external surfaces as well as the building height. These are created for retaining an aesthetic view of the 3d drawing
  1. Structural Engineering Drawings Structural drawings form the backbone of building construction. These contain all information pertaining to the structural conflicts on a building, comprising of various drawings with minute details. Cost-effective engineering drawing services from a competent construction company enable accurate door and, window schedule, floor framing and material scheduling. Basic structural drawings encompass:
  • General Note Excavation Drawing – The drawing represents the dimensions of footing excavation, column position, footing plan as well as column grid lines.
  • Plinth Beam Plan – This structural drawing signifies the position, dimension and section of the plinth beam with the details of reinforcement in plinth beam.
  • Lintel Beam Design – This construction design drawing represents the dimension, location and sections of lintel beam and reinforcement details in lintel beam.
  • Roof Beam & Shuttering Arrangement- This is a representation of the details of reinforcement of roof beam, its section and shuttering details.
  • Roof Slab Layout – Here, the reinforcement details of roof slab, sections and openings in the roof for stairs and skylight are represented.
  1. Mechanical Shop Drawings – BIM engineers produce the mechanical shop drawings to resolve clashes through duct re-routing, resizing and modifying elevations. Detailed shop drawings generated from the BIM model help in shop drawing installation and pre-fabrication.
  • Installation Drawings – Developed from coordinated detail drawings, installation drawings help to install mechanical parts. They are significant for complex installations of data centre, plant rooms, ventilation system, under-floor heating, etc.
  • Block-out Drawings – These drawings contain essential information about building assembly and are located towards the bottom of the drawings.
  • Sleeve, Insert, Hangar – Sleeve drawings help to insert sleeves on the pipe of your choice. Frame hangars complete design drawings for an industrial building with elevated crane.
  • Spool Drawings – These drawings act as a guide to plumbers for understanding what they are encountering. A pipe gets split into different sections called spool to furnish the information of all parts welded together in a shop on a single drawing.
  1. Electrical Drawings – Electrical drawings show the details of the electrical fixtures, position of fan, light, switches, etc. The drawings also represent a load calculation, tapping of electricity, wiring and other interventions like AC and UPS as well as AC and its mechanisms. Examples of electrical BIM drawings include:
  • Electrical Power Layout – This shows the information about power, lighting as well as communication for an engineering project. The plot shows the building location and electrical wiring on every floor.
  • Sleeve Drawings – Sleeve in construction helps to access the material for a pipe or conduit wiring. To take an instance, the sleeves required to be placed in the walls before the placement of conduits.
  • Prefabrication drawings – Prefabricated electrical drawings integrate prefabricated mechanical and electrical components into a module for off site manufacturing.
  • Data cable and Fire Alarm drawings – Communications channels are permitted with cables, power-limited fire alarm cables and low-powered network broadband communications cables.
  1. Plumbing Drawings – Plumbing drawings give the location of sanitary and other piping details for water supply as well as fixtures. These drawings represent the line size & location, hot-water capacities, drain locations and routing.

If you want to obtain MEP shop drawings, consult top BIM engineers in USA. The competent BIM consultants work with electrical layout plans. roof plan. ceiling plan and other construction drawings for architectural, mechanical, electrical and plumbing services. Discuss your construction design services and comprehend your complete construction details.


Building Drawings for Smooth Execution of Construction Workflow

BIM coordination drawings

The significance of building MEP drawing is marked in the smooth operation of construction workflow. It is to be remembered, that if insufficient information is communicated by the construction drawings, it could lead to a hampered design implementation.

The main aim of the construction drawings, popularly called plans, blueprints, and working drawings show us what is to be built, while the specifications emphasize on materials, installation and quality standards. Architectural, engineering and construction professionals get all dimensions, details, notes and graphic information from the construction drawings. Be it a 3d floor plan, exterior or interior elevation or other details, showing how the buildings would be put together, the construction professionals visualize the entire picture of the construction through BIM coordination drawings. 

Currently, top BIM modeling services are facilitating AEC professionals by providing the right tool and the insight to efficiently plan, design, construct and manage building infrastructure. The engineers are working with building MEP drawings, Heating, Ventilation  & Air Conditioning shop drawings, mechanical fabrication drawings, etc. using Building Information Modeling.

Building MEP Drawings

Let’s now take a look at the different building drawings created through BIM modeling for smooth execution of construction workflow:

  • Building MEP Drawings – MEP shop drawings derived from the 3D BIM model are produced by combining mechanical, electrical and plumbing services. The drawings enable fabrication, manufacturing, installation, assembly, as well as the maintenance of mechanical, electrical and sanitation components of a building. Using top MEP modeling services, parametric modeling and library creation could be accomplished for HVAC and MEP components.
  • BIM Coordination Drawings– Coordination drawings are reproduced through BIM model, showing horizontal and vertical dimensions essential for avoiding interference with structural, framing MEP rough-ins, fire protection, elevators, and other floor and wall penetrations. BIM coordination drawings help various services to coordinate with each other based on design.
  • MEP As Built Drawings – As-built drawings constitute to be a revised set of drawings submitted by a contractor, after completing a project or a specific job. The final as-built drawings encompass all details, as well as the modifications made during the building phase of a project. Though prepared by the contractor, Mechanical, Electrical and Plumbing as built drawingsare more like interpolations done for construction purposes. These help to create effective construction documentation, highlighting changes in red.
  • Engineering Assembly Drawings – Engineering assembly drawings are also supported through Building Information Modeling. The drawings demonstrate the process through which sub-assembly drawings, detailed parts, standard components as well as other specifications assemble in a unified way.
  • HVAC Shop Drawings – Theshop drawing constitutes to be the contractor’s drawn version of the information shown in construction documents. HVAC shop drawings are more detailed compared to construction documents. Shop drawings obtained from the BIM model facilitate in elucidating fabrication or installation of various items to the manufacturer’s production or contractor’s installation crew.
  • Mechanical shop drawings– Accurate mechanical shop drawings produced from the BIM model provide comprehensive information, acting as a cornerstone for accurate fabrication and installation. The drawings facilitate manufacturing, fabrication, installation, assembly and maintenance of mechanical components within a building.
  • Mechanical Fabrication Drawings –  AEC project stakeholders also opt for these drawings from top BIM modeling service providers. The detailed fabrication drawings  are virtual assembly drawing, when a number of items are assembled as a fabrication. The fabrication drawings encompass a list of materials, identifying everything to be used to build up the fabrication.

If you want to get a smooth execution of your construction workflow, opt for the best BIM modeling services from Tejjy Inc. design-build firm in USA. Get in touch with BIM service provider in USA at 202-465-4830 or [email protected] for your specific mechanical requirements and processes. Seek accurate technical drawings from the BIM engineering company and communicate your mechanical work process in a competent way.

What is the future of BIM technology?

BIM technology

Building information modeling (BIM) is a powerful technique for design and construction over the last 20 years. Enhancing clash coordination, reduction of risk, and improving construction scheduling and sequencing are the popular benefits provided by BIM service providers.  Nevertheless, the industry’s BIM applications throughout the construction project lifecycle are still fragmented. Even though Building Information Modeling is the standard for design, it is used in pre-construction, construction, operations and building maintenance. But what is the future of BIM technology, where architecture, engineering, and construction (AEC) professionals benefit the most?  Well, people looked at technology, wrapping around the axle based on cutting-edge sides. The future of BIM is exciting and it’s much more for a practical reason. Boiling down to the essence, BIM design build services act as a complete communication tool, using models at all stages for improved collaboration.

Ultimately, the future of BIM technology lies in creating connections. Connected BIM leverages comprehensive BIM modeling through cloud technology. A connected model-based approach helps the design build process of residential and commercial service projects throughout pre-construction, construction, closeout, and even through operations and maintenance. 

Current State of Building Information Modeling (BIM)

Where does the construction industry stand today with BIM services?

·         88% architectural services and engineering firms say BIM enables improved design insight

·         82% BIM users are of the opinion that Building Information Modeling provides positive ROI

·         25% design build firms have seen an improved labor productivity

·         84% state that creating building designs with BIM eliminates unnecessary rework

·         69% hold the opinion that BIM modeling reduces costs and material wastage

Benefits of BIM Services at a glance

·         Accuracy in the design build process

·         Ability to visualize designs with aesthetics, landscape, entity placement & space planning

·         Parametric modeling features taking care of interrelated changes across the model

·         Capability to produce 3D geometry, accurate 2D drawings and cost estimation

·         Energy analysis & collaborative modeling

How does BIM enhance the design process?

3D design build models are preferred more compared to the conventional technique of 2D design. BIM modeling provides quick decision-making in the design teams for facilitating construction management through a common shared model and data management since the early design stage. Planning through BIM execution plan, the design phase gets changed with collaborative design, perfect design visualization, sustainable design development and building cost estimation from 3D BIM model. BIM engineering services support the flow of information within a multi-disciplinary process through which sustainability issues and performance analysis are conducted for the whole design phase. So, it’s in the early phase of design build stage, the construction of the building model becomes functional, sustainable, maintainable and operational using BIM.

Different phases of designs with Building Information Modeling

·         Pre-Design – At this stage, architects prepare a schematic model through using masses or real elements in a BIM environment for marketing presenting to clients. BIM 3D Walkthroughs or renderings help to perform the marketing presentation. Then comes the modification part for comprehensive model creation. At this phase, 4D scheduling ensures that the building is created at a specific time, and 5D cost estimation facilitates constant tracking of the project materials and resources.

·         Schematic Design – At this design build stage, ideas get drafted to a sketch. The MEP design firms, architects and structural designers prepare various sketches for the building owner. During this stage, brief meetings and construction site visits are conducted. Schematic design stage encompasses various stages, including concept design, concept reviews and client meetings. The estimate covers the cost of an element.

·         Design Development – This stage of BIM modeling is popular as a detailed design development stage, where the sketches are developed in detail according to project requirements. Appearance, views and building details are finalized, and other project details, including documents, materials and finishes are also used.  

·         Construction Document – It is the final stage of design build process where building design drawings are created. Architects make the contract documents for the tendering process.

How can BIM help in the construction phase?

BIM Modeling is considered to be one of the most influential innovations, beneficial for the construction and architectural fraternity. BIM service providers in USA have helped to control many chaotic situations like over budgeting, re-designing and redundant construction etc. at different phases of construction. The conventional principles of the construction industry have been changed owing to BIM. Rather than changing designs during construction, most design changes now occur during the planning and the development stage. This reduces cost and project timelines.  BIM Modeling constitutes to be a wholesome process of virtual construction with complete compilation of building data and 3D geometry through a digital medium. The 3d model is utilized from the conceptual building stage through facility management during post construction.

Different stages BIM facilitates construction

·         Conceptual Stage – BIM Modeling is useful in the conceptual design phase. Designing the building structure in a traditional way during the design process involves sketching and digitizing sketches in CAD format. The conventional technique never provided a visual edge to the architects, contractors or design build firms in terms of aesthetics, design evaluations or other options, guaranteeing a reduction in design cost or a collaborative approach.

·         Design  Build Stage – After finalizing a conceptual design, there is a need to opt for a structural engineer and an MEP design firm for finalizing the remaining disciplines. The MEP Consultants along with the structural consultants are able to design as per the standards and codes applicable and so they are able to send design intent to BIM team members for further modeling.  Later architectural, structural and MEP design models are integrated for detecting design issues, and clashes amongst multiple disciplines and coordination.  This is where the collaborative aspect of Building Information Modeling comes into existence. Coordination meetings are conducted by the client, contractors, architects, structural engineers and MEP engineers for streamlining design issues. Clashes and interference could also be checked and resolved in the design stage, leaving fewer chances of design revisions during the construction. This helps to save money, time and enhance construction productivity overall.

·         Procurement Stage – Procurement stage typically comprises project sequencing, Quantity take offs, COBie, energy analysis with 3D geometry, etc. Working in a collaborative environment improves productivity by avoiding wastage of time and resources. While building a model, BIM service providers also enter a lot of building data within the model for further extracting quantities, budgeting and costs during construction.

·         Construction Stage – Building Information Modeling is also useful during the overall construction phase. Virtual construction modeling is cost effective whenever utilized during the construction phase. BIM technology proves much helpful for complex building designs and detailing. So, BIM should be used during the construction stage for 4D scheduling, 5D cost estimation and installation drawings.

·         As-Built Stage: BIM is quite popular during the As-built stage. Advent of laser scan to BIM technology facilitates on-site survey. Using BIM technology,  it becomes easy to preserve a model that reflects the final building geometry and data. The model can be preserved for years and can be used for building maintenance, design changes and renovation.

·         Facility Management: BIM Modeling has immense popularity in facility management. As soon as the builder hands over the construction to the building owner, the BIM Model acts as a guidance tool. The model provides building owners an idea about the whole energy emission, utilization, placement of equipment, manufacturing and expiration date and purchase vendors. Building maintenance can also be scheduled as per the details provided in the BIM model.

It’s no doubt that BIM Modeling enhances the productivity of construction projects, reducing the overall construction cost. Comprehensive BIM services facilitate excellent control over the construction budget, providing accurate inputs. This provides an opportunity to the BIM market USA to design, develop and collaborate in a virtual environment before construction. Owing to the intrinsic features, virtual construction modeling is growing leaps and bounds. Cost control along with accurate deliverables and high BIM project execution are the key facets of increased BIM implementation. So, BIM Modeling will stay for a long time and will expand in the years to come. To hire one of the top BIM service providers in USA, contact Tejjy Inc. BIM automation company at 202-465-4830 or [email protected].

How Revit BIM Family Creation Caters Structural Engineers?

Revit BIM Family Creation

BIM consulting companies provide accurate and lucrative solutions for Structural Engineering firms. They specialize in virtual construction of 3D BIM models by using different types of inputs like contract documents, sketches, red markups and design documentation. At the time of modeling, structural engineering team validate design for constructability of various wood, steel and concrete structures like column size, structural openings, beam depths and clashes. BIM companies match the international codes and structural standards as applicable for various projects. Quality controlled  process adopted by top structural steel detailing service providers help to document the standards and preference of clients for ensuring complete compliance.

What are the Revit BIM Services for Structural Engineers?

Top Revit BIM services for structural engineers include structural design development and coordination, 3d modeling, construction drawing set creation and 5D BIM bill of materials.

  1. Design Development & Coordination

Expert BIM consulting company assists structural engineering firms in DC, Maryland, Connecticut in the process of design development stage. Structural Revit BIM modelers understand their design-intent and provide value-added support with design evolution from conceptual or schematic to the stage of construction documentation.  They work with various inputs such as conceptual drawings, red-line mark-ups, single line diagrams and  translate the designers’ thought into 2d drawings or 3D models. The various stages of design development and coordination include schematic design, detailed design and construction documentation. At the schematic design stage, the designer’s sketch interprets the desired functional relationship amongst various activities translated into Revit model. In the detail design stage, schematic designs are worked out in details. Construction documentation acts a bridge between design and physical form of the building, encompassing drawing preparations for the construction project.

  • 3D Modeling

BIM consulting company uses Revit Modeling Services for proper planning and coordination of projects in an industry. Advancement in 3D Building Information Modeling has revolutionized the structural engineering services. BIM encompasses the use of coordinated 3D model by linking it to intelligent databases for a building project. Implementing BIM to structural steel detailing allows seamless collaboration, quick decision making, accurate construction documents and improved construction. Models are also produced for accurate 3D Modeling of Wood, Steel & Concrete from approved structural drawings. 3d BIM services are used for structural steel detailing, design  and prefabrication. If you work in a BIM environment, you are able to easily manage complex structural design projects, such as wood framing and modeling. Building Information Modeling also facilitates in producing reports for improving production. Some of the structural 3d BIM Models include concrete structures of buildings and tanks, wood structures, steel structures of pre-engineered buildings as well as pre-stressed and post-tensioned structures like parking garages.

  • Construction Documentation

Construction Documentation is another BIM service that acts a bridge between building design and physical building form. Revit BIM services encompassthe preparation of drawings and specifications for the construction of building projects. TheRevit structural families in the models compriseof elements, accurate in terms of size, shape, location, quantityand orientation with fabrication, assembly and detailed information. Analysis performed at this stage includes Clash Detection, Sequencing & Cost.

  • 5D BIM Bill of Materials

Building Information Modeling facilitates in accurately calculating the quantities of all materials for Structural Engineers. All these quantities get automatically updated whenever any modification is made to the BIM model. 5D BIM Bill of Material helps to make accurate cost estimation at the pre-construction stage planning, facilitating all project stakeholders to enhance productivity and execute constructability analysis. The structural engineers plan, prepare and update project schedules, improving the life-cycle performance of the facilities.


What are the Revit BIM Modeling components for Structural Engineers?

Let’s now take a look at the components of Revit structural family creation used by BIM consultants.

Here are some instances of Revit structural families:

Standard Foundations of Structural Steel Engineering

  • Wall Foundations, Grade Beams, Pile Caps, Footings, Trench, Base Plates

Special Foundations

  • Pile Foundations, Grade Beams, Grouting

Slab in Grade

  • Structural & Incliened Slab on Grade, Trenches, Pits, Bases, Under-Slab Drainage

Basement Walls

  • Basement Construction, Moisture Protection, Basement Wall Insulation

Floor Construction

  • Basement & Upper Floor Construction, Balcony Floor Construction, Exterior Stairs, Fire Escapes

Roof Construction

  • Flat & Pitched Roof Construction, Canopy, Equipment Pads

Exterior Walls

  • Parapets, Louvers, Screens, Balcony Walls, Handrails, Exterior Soffits

Exterior Windows & Doors

  • Curtain Wall, Glazed Door, Entrance, Solid, Revolving, Overhead & Personnel Doors

Roof Coverings & Openings

  • Roof Finishes, Coping, Roof Eaves, Soffits, Gutters, Downspouts, Skylights, Glazing, Roof Hatches, Vents


  • Fixed, Site Built Toilet Partitions & Compartment Cubicles, Interior Windows

Interior Doors

  • Interior Door Frames, Wall Opening Elements, Sidelights, Hatch & Access Doors


  • Fabricated Toilet Partitions, Compartments, Cubicles, Storage Shelving,  Lockers, Metals, Handrails, Water Closet, Sink

Stair & Stair Finishes

  • Stair Treads, Risers, Landings, Handrails

Floor Finishes

  • Floor Toppings, Carpeting, Curbs, Trim, Skirting

Ceiling Finishes

  • Ceiling Finishes, Suspended Ceilings & Soffit

Elevators & Lifts

  • Passenger & Freight Elevators, People & Wheelchair Lifts

Escalators & Moving Walks

  • Escalators, Moving Walks

Where to get Revit Structural Family Creation?


If you want to get revit family creation, choose one of the best structural steel engineering firm – Tejjy Inc. The structural engineers of Tejjy Inc. integrate Building Information Modeling data with procurement, document management, project management, budget evaluation and project risk management with Revit BIM services. Expert BIM consultants of Tejjy Inc. make comprehensive analysis of detailed structural components such as beams, columns and floors and deliver project in a risk-free environment. Get in touch with the BIM consulting company in DC, Maryland, Connecticut at 202-465-4830 or [email protected] to build residential, commercial and infrastructural facilities through Revit Modeling services.