BIM Services in USA, Canada
BIM Services in USA, Canada
BIM Services in USA, Canada

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revit family Creation services | AUTODESK REVIT 2022
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Collaborative Revit BIM Services Gaining Popularity with Autodesk Revit 2022

Revit BIM Services | Autodesk collaboration for revit 2021

The new version of the Autodesk Revit 2022 software is intended to enhance collaboration with Revit BIM services. To get all the advantages of Autodesk Revit 2022.

 

Autodesk Revit 2022 is expected to release in April 2022. Autodesk announced that the educational license would be available from March 2021, for Information Technology administrators and educators. The new version of the software is intended to enhance collaboration with Revit BIM services. It is anticipated that engineers working using Revit 2022 would provide improved open workflow solutions. Revit 2022 would enhance interoperability, increase efficiency and accuracy in the construction documentation procedure, considering various facets of architectural, structural, and MEP modeling. Further, Revit 2022 would emphasize the method of collaboration amongst the construction professionals working with Revit BIM services.

Let’s take a look at the highlights of Autodesk Revit 2022 that would facilitate BIM companies in USA and across the world:

Enhanced interoperability for Revit BIM Services:

  • BIM firms that are providing Revit Family Creation services could easily work with Rhino and FormIt Pro by using Revit 2022. Thus, top BIM companies could make a round-trip workflow. 
  • BIM service providers in USA, building information modeling services in California, BIM companies in California and other BIM companies across the globe could import models directly into Revit through a linking feature.
  • BIM services USA could also incorporate Rhino modeling update into the current Revit 2022 work model. All updates of Revit modeling services could be made accessible to the project team members. 
  • Revit BIM services in USA could transfer Revit 2022 models to FormIt and tweak them by using interoperable 3D Sketch. This would help to connect Revit 2022 to everyday tools.

Read more on Revit 2020.1

Improved design and communication with Revit BIM Services:

  • Autodesk Revit 2022 would upgrade the presentation of construction schedules, tags and annotations for executing precise authoring. 
  • BIM service providers could make efficient construction documentation of all the labels and specifications in drawings with Revit modeling. 

New tagging features of Revit 2022:

  • Text layers naming different parts of building drawings could also be oriented or rotated to fit the various drawing angles for uniform readability. 
  • Using 3D grids, Revit 2022 enables the display of structural grids in 3D models. 
  • Companies providing Revit BIM services allow the grid plane options for identifying structural building locations. 
  • Another new tagging feature is Group labeling. BIM modeling companies could easily make group annotations for identical elements present in the drawings. 
  • Whether the BIM companies are working on mechanical shop drawings, Revit steel shop drawings, or other building drawings, BIM modelers could make precise communication text with supportive multiple stakeholders. 
  • Multiple dimensioning is another advantage when multiple elements can be chosen and multiple dimensional standards can be exhibited side-by-side.
  • Companies offering Revit BIM services to the AEC professionals can undertake improved route analysis and comprehend physical circulation patterns. 
  • Path of Travel and Path Flow toolkit empower various options such as Multiple Paths, Spatial Grid, One Way Indicator, People Content, etc. Altogether, they facilitate visualizing the configurations of navigation.

Get more information on Revit BIM Services for Project Wastage Elimination 

Better construction documentation

  • Revit 2022 also encompasses new features of drawing parameters to make clear categorization of drawings and structural building properties.

Phased parameter of Revit BIM services in view filters

  • In the case of older parameters, phased properties are available to all elements. However, in Revit 2022, experts providing Revit BIM services could specify the property to be applied to elements.
  • To take an instance, if BIM engineers want to apply green to an existing staircase, it could be enlisted as a distinct parameter. 
  • The older version is limited within ‘Existing’, ‘New’, ‘Demolished’ and ‘Temporary’ building phases. Nevertheless, the new phase could be filtered as per construction documentation. If the companies providing Revit BIM services have to track changes over the years, it could be executed in 2022.
  • The new split schedule across sheets would let you split the schedules as per various categories. The option of ‘Split and Place’ enables Revit BIM Services to slice a part of the sheet and then place it to the different parts of the sheets.  
  • The new sliced parts could also be amended for increasing as well as decreasing the number of rows and columns.
  • Schedules could be customized as per the material requirements or the space requirements in design. Applying them as filters display only the required parts like for instance bathroom accessories.
  • Revit 2021 allows the display of loadable families such as walls, roofs, etc. Autodesk 2022 Revit would display various customized family types as well as the loadable ones like the staircase, railings, etc.

Flexible revision numbering in Revit BIM Services

  • Using Revit 2022, revision numbers, as well as alphabets, could be used independently. 
  • Alpha-numeric numbering options help BIM engineers to make custom-make new sequences in Revit 2022. 
  • This helps AEC projects to have a different set of drawings, for interiors and exteriors.

PDF Exporting Feature in Autodesk Revit 2022

  • Experts in Revit BIM services can export documentation output into PDF formats with the desired number of files, properties, and viewports in the drawing space. 
  • Apart from the methods of tagging and labeling, the new feature enhances documentation efficiency in Revit MEP coordination.

Click to read more on – Winning more work with Revit BIM Services

Improved modeling with Revit BIM Services

  • Using Tapered and angular walls of Autodesk Revit 2022, BIM consultants working with Revit BIM Services could successfully design and modify dimensional parameters, as per the essential shape for making amendments to the form instantly. 
  • The geometry of the tapered walls could be shaped according to the associated components on the walls, like the windows.
  • Improved re-bar modeling is another new facet of Autodesk Revit 2022.  BIM engineers working with Revit BIM Services could now smoothly design and place Rebar elements into the structural BIM model, in columns, beams and slabs. 
  • Revit BIM Services professionals could successfully model the reinforcement with accurate re-bar diameters. This enables engineers in avoiding Rebar clashes. 
  • The structural representation of Revit BIM services in LOD 100, LOD 200, LOD 300, LOD 400 and LOD 500 becomes faster and accurate.
  • Autodesk Revit 2022 facilitates reporting on the loads from the different building systems (like ceiling, HVAC,  etc.) and helps to decide on the various sizes of the system elements.

So, the new version of Autodesk Revit 2022 is expected to make a smooth construction workflow, facilitating all Architectural, Engineering and Construction professionals for flawless collaboration. To get all the advantages of Revit 2022, choose one of the best BIM automation firms providing Revit BIM Services in USA. Consult the BIM modeling company Tejjy Inc. at 202-465-4830 or info@tejjy.com and make the perfect planning of your construction space with 3D BIM.

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Architectural Engineering & Construction Planning with BIM & Drone
BIM Service

How Structural Engineers Resolve Construction Challenges with Revit BIM?

Structural Engineers

Building Information Modeling technology is transforming the way of structural engineering firms throughout the world. Proficient structural engineers implement BIM for estimating sea levels, improving disaster management through infrastructure resilience, decreasing soil erosion, and enhancing the energy efficiency of buildings. Further, many of the BIM modeling service providers in USA are managing groundwater, reducing traffic congestion on construction sites, and augmenting construction productivity through Revit models.

Here’s an account of how the structural engineers of design-build firms work with Revit BIM Services, resolving construction project challenges.

  1. Collaboration Challenge – Top structural engineering firms often face the challenge of collaborating amongst various project stakeholders.

Solution through Revit Model – Autodesk Revit BIM Model facilitates structural engineers to efficiently collaborate with other project stakeholders, including architects, contractors, design-build firms, home builders, etc.  Using BIM modeling services, they could progress through every phase of the construction process, starting from the day of floor setup to structural and MEP clash detection. Structural BIM consultants review critical building areas in 3D and assess space constraints in a competent manner. Building Information Modeling facilitates numerous design disciplines to collaborate in a flawless way, as a single information platform. The technique improves work efficacy, minimizes errors, verifies building aesthetics, and augments building performance.

2.  Difficulty in Project VisualizationStructural modelers also face difficulty in effectively visualizing a construction project in terms of working of various services including architecture, structure, and MEPFP trades.

Solution through BIM Modeling Services – Using Revit Building Information Modeling software platform for 3D modelings, design-build firms could easily produce construction drawings with elevations and sections through 3D animations, bringing the project to life. BIM service providers in USA are blending Revit design and fabrication models in the Navisworks software platform for project coordination, thus avoiding the cost of rework from the clashes. A virtual tour of the building (360 degree view) produced, through comprehensive 3D renderings and walk-throughs on the fly, support project visualization before construction.

3. Inaccurate Structural Analysis – Structural engineering firms in USA often require technical support for design optimization, coordination and construction management.

Solution through Building Information Modeling – Taking the help of Building Information Model, structural engineering firms undertake various structural analysis in a detailed manner, accomplishing the project on time. Some of the structural building analysis includes structural load calculation, design validation, quantity takeoff, energy analysis and planning facility operations.

Detailed Structural Analysis with Revit BIM Modeling Services

  • Load Calculation BIM Revit Model facilitates in making comprehensive structural analysis of structural load, wind load simulation, and live load calculation, verifying building code acquiescence with BIM. Structural engineers undertake a comprehensive analysis of structural elements for beams, columns and floors for risk-free delivery with Building Information Modeling.
  • Structural Design Validation – Structural engineering firms make accurate design validation through Revit Model for constructability review, building performance and maintenance of steel, wood and concrete structures like structural openings, beam depths and clashes. BIM services facilitate structural design support from inception to the stage of construction detailing & prefabrication. The technique helps to calculate accurate Bill of Materials and Quantity Takeoff for enhanced productivity.
  • Energy Analysis Benchmarking energy usage across the residential and commercial buildings with Revit Building Information Modeling for energy efficiency, aids cost saving & enhanced building performance. Performing thermal analysis with Revit model enables the building to obtain LEED (Leadership in Energy and Environmental Design) certifications in the category of gold, silver and platinum. Equipment capacity of HVAC systems, airflows, etc. could be efficiently modeled inconsistent way with relevant plans. Hence, an accurate energy consumption simulation could be conducted, reducing the electrical expenditure of the building in the long run.

It is evident that Revit BIM modeling plays a significant role in construction planning, construction schedule update and building management. To enhance facility design, construction management and life-cycle performance of buildings, BIM modeling service is a must for the project stakeholders, who derive the benefits through document management, cost control, project management, energy analysis, budget assessment & risk mitigation. Consult with one of the top structural BIM modeling companies in USA – Tejjy Inc. at 202-465-4830 or info@tejjy.com and remove all complexities involved in your construction project. Obtain fast project execution at the lowest operational cost and accomplish your project on time in a coordinated manner.

 

Architectural Building Design
Revit BIM Modeling Services

How BIM Revit Family Supports Architectural Building Design?

Revit family Creation

The phrase Revit family creation brings the images of furniture and interiors to the mind. You may perhaps speculate what the Revit model would do to the building. It is the Revit family that helps in making building design easier. Virtually, everybody in the construction sector is acquainted with Revit for architecture and design.

What is Revit?

A popular technique for building a digital model. This Autodesk software helps you customize and handle various parts of the 3d model. The beauty is, while making changes to the customized BIM model, the other parts automatically adjust them. This ensures consistency in BIM objects for building design is retained throughout. Hence, emerging as a  vital part of residential and architectural designs. In today’s scenario, the majority of the AEC stakeholders depend on Revit Families for architectural, structural, and MEP .design creation of a building for showcasing different areas and stages of construction. A Revit file includes different types of Revit families like Revit architecture house plans, commercial kitchen Revit family, etc.

What is a Revit family or Revit Model?

The Autodesk Revit architecture design lets similar objects be grouped together as families. To take an instance, if you have a dining table with chairs, they need to be grouped together as a family. If case you move the table to another location of the model, they move together in association with each other. However, the distance between one chair and another chair remains the same. It is also easy to move furniture.  Now, if you like to move a wall, or make a room bigger or smaller, you need to consider other aspects such as the windows, roof, doors, etc. having a common set of properties. Revit Library Creation and parameters require common controls that let you make changes and ensure that the basic structure is not affected.

What are different Revit Families in Building Design?

Different families of Revit for architecture and design help to make the building design and construction easier. Frills like doorknobs on windows and doors with glass are well managed on Revit families to make the model look realistic.

  • System Families:

They constitute to be the prime Revit families and parameters including the roof, wall, floor, and ceiling. These families are used for various elements of the building and are an essential part of the Revit model.

  • Modeling Families:

They encompass various components like doors and windows. They are loadable, visible in all views, and are attached to system families of Revit for architecture and design.

  • Loadable Families:

They constitute to be autonomous elements about the main building design. The elements are an integral part of the Revit family and are loaded separately whenever required. Loadable families of Revit landscape architecture represent exterior building elements like extrusion or driveway.

  • Annotation families:

These include various elements like tags, dimensions, instructions, and other annotations. Even they are not a part of the 3D models, you can be load them whenever required.

What goes into the creation of the Residential Revit Model?

Well, it all begins with a conception that becomes a drawing and finally a Revit BIM model. The construction documentation of a building is absolutely incomplete without Revit landscape architecture. 3D modeling in Revit comprises various components and their position in the model. There is no construction design drawing that is perfect from the very beginning of the construction. It requires substantial planning amongst stakeholders for making the final settlement. In the meantime, modeling in Revit for residential architecture undertakes various modifications.

Whether it’s for residential architecture or commercial, the Revit family, all architects, and engineers are benefited through Revit BIM modeling. Revit facilitates architects in delivering best performance through a virtual representation of building components. Starting from the stage of conceptual design to construction documentation, architects are able to know the various building project specifications such as the cost, color, tolerance, and other details of MEP services for making informed decisions.

BIM Revit for architecture and design consists of built-in features for obtaining quick feedback during the design process. 3D visualization with 3DS Max helps to deliver building designs with animated walk-through, rendering, and fly-by. This facilitates effective design validation and communication. Revit landscape architecture creates an effective visualization of construction workflow, using BIM model data, avoiding wastage of time and cost.

What are the Stages of Revit Architectural Building Design?

Design Development & Coordination

Revit BIM companies in USA collaborate with architects and support them in the process of Revit architecture design development. The team of experts interacts with architects for comprehending designs. They provide value-added support with design evolution from conceptual or schematic to the construction stage. Various inputs essential for the process of design development and coordination for residential architecture include conceptual drawings, models, and drawing sketches, etc. BIM consultants interpret the thought of the designers in the form of 2d drawings as well as 3d models. The three primary stages of design evolution consist of Conceptual, Schematic, and Detailed designs.

Conceptual Design: This is the first phase of design, where drawings or solid models are the leading tools to provide an account of the proposed system. The description is in terms of a set of integrated ideas and concepts about the performance, behavior, and look of the model so that it is comprehended by users in the desired way. This stage of Revit for residential architecture design matches with LOD 100 model, including masses used for preliminary studies, like conceptual design & the overall project. Analysis as per location and orientation is performed and quantities based on overall area and volume are also obtained at this stage.

Schematic Design: Schematic design of Revit architecture house plans constitutes to be an initial design structure that defines the general scope of the project, such as the scale and relationships amongst building components. The sketch of the architect interprets desired functional relationships amongst the various services of the building into a model, matching with LOD 200 Revit model. LOD 200 models encompass elements where Masses get substituted with generic components. Analysis can be performed based on overall systems and quantities can also be obtained as per specific elements.

Detailed Design:  Here the building details are reflected, matching with BIM LOD 300. This is used to scale drawings to clients. You would be able to reflect how the project would look like once the construction is over. LOD 300 models comprise elements in fully defined assemblies. Specific system analysis and quantities based on materials are obtained. At LOD 300, the model can be leveraged for the production of commercial kitchen Revit family, construction documents, and shop drawings for the analysis of energy performance, clash coordination & cost estimation.

Construction Documentation: This stage acts as a bridge between building design and physical building form, matching with LOD 400 Revit model. All building elements of Revit architecture house plans included at this stage are accurate in size, location, quantity, and orientation with comprehensive fabrication, assembly, and detailed information. Non-geometric information like the dimension, texts, notes, and 2d details are all included in the model, making a complete representation of the building system. Analysis such as energy performance, clash coordination, sequencing, and cost are all performed at this stage. Some of the examples of the construction drawings produced at this stage encompass enlarged floor plans, typical room layout, building sections, elevations, door and window details, ceiling plans, furniture layout, egress, landscape plans, interior elevations, and more.

Where to find Revit BIM Services?

No need to juggle separately for Revit door family, Revit window family, or furniture library. Consult our experienced BIM modelers, MEP engineers, and architects to help you assist with  Revit architecture house plans. BIM service provider in the USA at 202-465-4830 or info@tejjy.com and get Revit architecture house plans.

BIM 360 Virtual Reality
BIM Virtual Reality

Difference between Virtual Reality and Augmented Reality

virtual reality in construction

Many of the project stakeholders want to know about the difference between Virtual Reality (VR) and Augmented Reality (AR). Both technologies have potential in the realm of construction, advertising, gaming, brand promotion, as well as entertainment. As per a recent study undertaken by Deloitte, about 90% of businesses having annual revenues between $100 million &$1 billion are currently leveraging either AR or VR techniques in their work process. Most people are confused about AR and VR, but they’re like technology cousins rather than twins. At present BIM VDC engineers are using integrated BIM 3D models with AR &VR to match their construction objectives in a perfect way.

Let’s check out AR and VR terms, their differences, and benefits:

What is Augmented Reality?

Augmented Reality (AR) constitutes to be an ideal combination of the digital world and the physical elements for the creation of an artificial environment. Applications developed through AR equipment for mobile and desktop help to blend digital modules into the real world. To take an instance, AR facilitates in exhibiting score overlays in sports, popping out 3D photographs, text messages, as well as email communication. In the construction sector, BIM service providers in USA focus on Augmented Reality with BIM to distribute paperwork by digitizing designs and construction documentation. This facilitates BIM engineering companies to boost control over the construction sites and scheduling.

What is Virtual Reality?

Virtual Reality (VR) is a virtual simulation of reality. The technique is often used in 3D movies, video games, and construction visualization. BIM VDC engineers make construction simulations like the real world and “immerse” the viewers through computers and other devices such as headsets and gloves. Virtual reality is used in education, training, and scientific presentations.

bim and virtual reality, virtual reality in construction

What are the Benefits of Augmented Reality?

Augmented Reality provides individualized learning and fosters the learning process. The technique offers innovation and continuous development, enhancing accuracy. Using AR techniques, top BIM service providers in USA facilitate design evaluation with augmented designs, BIM 360 design collaboration, design and construction management, and improved design communication with project stakeholders. Using the BIM 3D model, project stakeholders are able to share their experiences over long distances. Further, there is improved 4D construction scheduling & 5D cost estimation.

What are the Benefits of Virtual Reality?

Virtual Reality helps in immersive learning, creating an interactive environment with increased work capabilities. BIM engineering company is able to accurately provide a 360-degree view of the construction site, improving project visualization with ‘zoom in zoom out’ and ‘pause & play 360 content’. BIM 360 design collaboration offers convenience to create a realistic world so that the users are able to explore the world in an artificial environment.

How AR and VR work together?

Often, Virtual Reality and Augmented Reality work together to produce an enhanced engagement. Combining the two technologies facilitate in transporting the users to a fictitious world, providing a new dimension of interaction between the real and virtual world. Nowadays, construction companies are always seeking new and creative methods to reach clients. Top BIM service providers in USA are implementing these technologies for marketing and client satisfaction. Implement AR and VR techniques and make your construction an exciting part of the customer journey. Call the experts of top BIM engineering company – Tejjy Inc. at 202-465-4830 or info@tejjy.com.

BIM 360 Docs vs BIM 360 Designs
BIM Service

BIM 360 Design vs BIM 360 Docs

BIM 360 Docs vs BIM 360 Designs | BIM 360 Document Management

BIM 360 Designs is created on BIM 360 Doc. The functionality of BIM 360 design is basically the same as A360 collaboration in Revit with additional facets for providing granular control of access to project members. Now, where lies the subtle difference? To understand the variance, we need to understand the benefits of each of the disciplines.

What are BIM 360 Docs?

In a construction project, ineffective communication leads to project delays and expensive re-work of residential and commercial architectural services.  Architectural design firms and architectural engineering service providers often have to deal with these problems during the project lifecycle. In this regard, BIM 360 software helps the construction professionals reduce the project risks and enable team members collaborate in an effective manner. BIM 360 Docs software application provides a connected solution to architect firms for managing 2D plans, 3D models and other project documents. Further, with BIM 360 Docs web service, residential architect firms ensure that the whole project teams are able to correct construction documents, building plans, and models. This helps in saving time, reducing risks and alleviating errors in the construction projects.

Benefits of Using 360 Docs:

  • Reduced Costs & Increased Margin, Eliminating Rework:

BIM 360 ensures that BIM teams working with Revit BIM services are able to build from the accurate versions of documents, plans and models. There is no chance of any more mistakes, as the construction team and architect firms are aware of the latest modifications.

  • Winning More Work through Reduced Risk:

BIM supported architectural engineering firms are able enhance predictability on site, by getting the access to plans and model all times. One can access it from any browser, tablet or mobile phone.

  • Faster Projects Delivery with Improved Workflows:

  Residential architect firms and commercial architectural services are able to use document management system created especially for construction with 2D & 3D files,       standardized content and logical workflows.

  • Enhanced Repeat Business through Improved Communication & Design Delivery:

    Architectural design firms using BIM 360 Docs are able to store documents in the cloud, and access them from the office or the client site.

  • Managing Effective Collaboration :

    Architect firms using BIM 360 Docs allow all project members to access document effectively.  BIM 360 Docs constitute to be a permissions-based collaborative system, where all project stakeholders are allotted the abilities of performing certain actions by the project’s owner. The four point scale determines the abilities, considered in the order of authority, such as the Publish, View, Edit and Control. You are able to get almost everything on one application and stay connected on the web, tablets and phones.

What is BIM 360 Design?

BIM 360 Designs constitutes to be a product of cloud work sharing on BIM 360 platform. Constructed for AEC professionals, BIM 360 designs supports Revit BIM Services through virtual design review in 3d and graphical version in a controlled, cloud-enabled collaborative environment. This helps the residential architect firms to track and coordinate, allowing a rationalized connection to pre-construction. The design collaboration and smooth data management facilitate the multidisciplinary project team members to co-author Revit models with access controls, coordination, change visualization, and limitless storage.

Benefits of Using BIM 360 Designs:

  • Faster & Efficient Revit Collaboration:

Through anytime, anywhere access to Revit models across the world, architectural engineering and architectural design firms don’t have to waste any time.  Virtual collocation through Revit BIM services enable distributed design teams to create BIM 3d model.

  • Access to Projects:

Using BIM 360 Design, the physical address of a firm doesn’t get the prime significance. Firms providing residential and commercial architectural services are able to extend their reach and participate in projects or joint venture businesses irrespective of their locations.

  • Improved Sharing of Team Talents & Resources:

Some of the competent team members are assigned by the architectural design firms with the strongest skill-set and talent. Further, designers are able to work on diverse projects based on different locations simultaneously.

  • Include all Project Stakeholders:

Using BIM 360 Design, architect firms are able to provide BIM team a real-time view of BIM 3d models for faster communication and improved productivity.

Start collaborating your construction project with BIM 360 Docs and BIM 360 Design. To get more information on architectural Revit BIM services, contact top BIM engineering company in USA – Tejjy Inc. at 202-465-4830 or info@tejjy.com.

5D BIM Estimation Services
BIM Service

What are the Benefits of 5D BIM Cost Estimation Services?

5D BIM Estimation Services

Building Information Modeling BIM is revolutionizing the work of the construction management in the AEC industry. Architectural, engineering and construction professionals of BIM market USA are harnessing 5D BIM modeling services for enhancing their process of cost estimation and budget analysis. 5D constitutes to be a fifth-dimensional project visualization, encompassing budgetary cost. 5D BIM estimation services are obtained from BIM model to assist stakeholders in the process of comprehending, analyzing and determining change impact on project cost. 5D Revit BIM services enable the contractors, owners, architects, and engineers to envisage risks at an early phase of the project. This helps the BIM service providers in USA to improve the decision-making practice for project success.

While investing your time and energy towards 5D BIM implementation, you will get manifold benefits from 5D BIM estimation services. You just have to link your 3D model to cost in real-time. This will help to simply your budgeting, accelerate decision making and make your BIM 3D model accurate.

Let’s check out the benefits Cost Estimation with BIM Modeling:

  • Accurate Cost Assessment

5D BIM estimation services allow contractors to create accurate cost estimates as the quantities of building components are accurately detected from the 3D models. This facilitates project stakeholders to create a consistent cost estimate for the whole project. With accurate cost estimates, there are reduced chances of risks, owing to inefficiency and miscommunications.

  • Comprehensive Quantity Take-Offs

As per the industry survey, BIM Engineering companies in DC spends most of the time in producing quantity takeoffs. 5D BIM modeling facilitates automated quantity takeoffs from the BIM model, saving time and eliminating the chances of manual errors. As a result of which, estimators are able to save time on critical aspects of accessing financial risks and producing pricing models. Since all cost information is linked to BIM 3D model, liquidity problem can be easily dealt with construction. Further, as the financial estimates are associated with work and time, the process of resource quantification becomes faster, leading to reduction of on-site issues.

  • Real-time Quantity Takeoff as per Design Modifications 

Every change in design makes an impact on the cost of the construction project. Through 5D BIM estimation services, BIM engineering company is able to calculate the cost automatically from the BIM model. Changes to quantity takeoffs are automatically updated with associated documents, schedules, and other measurements.

  • Quick Decision Making

When the process of cost estimation becomes quicker, architects and other decision-makers are able to make informed decision making. Hence, BIM service providers in USA are able to enhance the speed of project development for all project stakeholders including the contractors, sub-contractors and owners.

  • Enhanced Collaboration amongst Project Stakeholders

 Revit BIM services enable all project stakeholders to work on a single model from diverse locations and devices. Consequently, all stakeholders are able to work simultaneously, making changes together for enhancing the collaboration. When all gets reviewed and altered in real-time, the collaboration broadens with everybody staying onboard, changing the central BIM model.

So, 5D BIM has the potential to bring unmatched efficacies to BIM market USA, saving costs and budget related issues at a later stage. The process of 5D Revit BIM services is extremely productive for a future construction project. One of the competent BIM service providers in USA like Tejjy Inc. believes in harnessing the latest BIM techniques for making your project journey better and efficient. Consult the BIM engineering company in USA at 202-465-4830 or info@tejjy.com for 5D BIM implementation.

bim engineering company
Mechanical Shop Drawings

How BIM Design Helps in MEP Coordination?

mep services near me , mep drawings

Specifying the plan of diverse building structures in BIM market USA involves a high degree of design coordination amongst mep engineering teams. In present day scenario, one of the prime challenges for top BIM service providers is to avoid overlapping of locations for equipment belonging to diverse building systems. Equipment location conflicts at the construction phase leads to change orders. But the fact is with 2D plan on board Clash detection becomes difficult.

In contrast, while all design engineers work on a virtual reality model of the building, location conflicts are perceived instantly by the software. If two building system components are having overlapping components, the corresponding design teams are notified instantly.

The use of Revit BIM services accelerates the design process, reducing repetition and the amount of time necessary for design review. Furthermore, BIM software is normally adept at calculating material lists, saving valued man-hours. In such a way, a competent BIM engineering company is able to emphasize on designing the best solution without dedicating time to tedious and repetitive tasks. Several projects in the BIM market USA require a process of approval with the Department of Buildings, that is often time consuming. However, if you use BIM software application for MEP drawings, you are able to accelerate the process of project approval for detecting design errors immediately at the pre-construction stage.

Let’s find out Why MEP Engineering Firms Should adopt BIM design ?

Before moving ahead lets understand the transformation brought in by conversion from CAD to BIM. Eventhough the parent of AutCAD MEP and Revit MEP is Autodesk, but still whom to opt for?

Whom to Choose– AutoCAD MEP or Revit MEP:

Child of same parents AutoCAD MEP was an initial version with a strong hold on architectural drafting. Whereas Revit MEP holds the roots of AutoCAD MEP designing capabilities with enhanced services. Mep consultants are able to do better detailed design drawings with Revit mep services.

For a multi-storied building or complex Revit MEP services allows all floor plan designing at one moment whereas in case of AutoCAD MEP floor plan designing of one level can be done at a particular moment.

Discussing ahead are the added benefits of Revit BIM MEP for MEP engineering project

  • Better Estimating For MEP Engineering:

Any design modification leads to changes in material estimation , material procurement. Being an interlinked and interdependent environment change order reflects on quantity take off as well as cost estimation. Even though some estimator rightly said,” Few changes are inevitable and uncontrollable beyond the limits of 5D estimation”. This is very rightly true but 5D estimation and quantity take off through BIM model facilitates the estimators and surveyors to be accurately precise till an extent. This is not the scenario with CAD environment. Change orders constitute to be one of the primary causes of increased project cost.

Based on the structure of the contract, extra cost affects the building owners and the contractors. Augmented change orders lead to missed deadlines, delaying the process of building commissioning. BIM happens to be a powerful project tracker for BIM service providers in USA, throughout the construction project lifecycle, enabling supervision engineers to keep projects within budget and time.

  • 3D Modeling For Design Coordination:

Naviswork 4d simulation results in better mep engineering. The use of Revit BIM services for MEP engineering facilitates in detecting the need for change orders during the design phase, while modifications are executed on a virtual model. It becomes easier to edit a building model faster in 3D BIM, which is considerably cheaper than dismounting and reassembling real installations. Editing the design in the 3d BIM model only costs engineering time, while project modifications encompass material and labor costs.

  • Animation, Walkthrough, Virtual Design and Construction VDC:

 MEP engineering companies with effective scheduling and monitored change order management is able to control the construction cost. This bring smiles not only to estimators and surveyors but also for mep consultants. A VDC model is particularly useful while managing the property and scheduling maintenance operations. This supports a preventive maintenance tactic rather than a volatile approach. BIM modeling helps to fix problems before their occurrence instead of fixing the damage when the components of the building system collapse.

Since the BIM model encompasses data on MEP components for mechanical shop drawing, it gets updated with routine inspections and building system amendments. A virtual model of a building created through BIM facilitates in tracking the key components and schedule their replacements earlier. Engineering work is essential for inspecting the existing property condition and build a consistent virtual model, but once this stage is accomplished the building becomes easy to manage.

Invest in MEP BIM engineering services to reduce building costs for the long run. Remember that a high quality design created through BIM helps to simplify construction, operation and maintenance. Consult the top BIM consulting for BIM services in USA like Tejjy Inc. Get MEP drawings, mechanical shop drawings , spool drawings and customized Revit BIM services for your design build services.

structural engineering services
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Top 3 Benefits of BIM for Structural Engineering Services

structural engineering services

BIM for Structural Engineering Design services enhance collaboration amongst design and technical teams. The single model transforms the perspective of  architecture, engineering and construction communication and coordination.

 

No doubts the 3D model perspective has brought a revolution to construction. So, Structural Detailing and BIM Modeling also holds the hand for firm and innovative building designs. Giving birth to the innovative minds in Design build firms large scale commercial engineering projects have been undertaken. From railway bridges, dams, airports, hotels, high rise buildings designing building structures have become easy.

 

Structural design engineers” are creating improved and efficient single model to enhance workflows, increase quality and reduce costs. BIM modeling is the most effective technique and methodology in this regard. Adopting BIM for structural engineering services helps to make proper planning of the design build stage. Top structural engineering firms , across USA, Canada, have been exploring the benefits of Real-time Collaboration for better design, engineering and construction process.  Real-time coordination brings better  visualization and management of  structural components. Autodesk Revit Steel Detailing make a significant impact on structural analysis and conceptual designing.

How BIM facilitates Structural Design Services:

 

benefits of structural engineering services

With 3D Modeling techniques support structural engineering practices in detailing as well as load  calculations. Commercial, Industrial and Residential structural engineering firms, contribute to the BIM process by collaborating with various disciplines. Structural Revit Steel Detailing experts in DC support decision-making activities for architecture, construction, safety planning, plant engineering and building maintenance. Structural engineering data, comprising apart of the BIM model are usually in the following form:

  • Structural geometry modeling
  • Object modeling, load calculation and completed structural analysis
  • Technical descriptions with other documentation

 

 

Applications of Structural BIM Services:

 

BIM for Building Designs

The building design involves different designing, engineering and construction team.  So under architectural design services by best Design Build firms this seamless communication takes place. As building designs involves various stages the single model facilitates better coordination of all stakeholders, structural engineers and civil engineers.

 

The foremost benefit of adopting BIM for design and construction is not bound to one facet. Adopting 3d modeling single object helps in shared knowledge through design and construction process. From 2D to 3d designs the structural engineering firms are able to reduce cost, save time, accurate cost estimation, scheduling and better coordination in engineering and construction projects.

 

Structural Design to Prefabrication

Building Information Modeling bridges the engineering process from design to detailing. Structural steel, rebar or precast concrete fabrication firms have been benefitted with connected design and detailing process. BIM tools have not only shortened project time-line execution. But also enables you to store and process data in a centralized structural model. This data can be easily converted into machine files which are base of prefabrication.

Architecture and Engineering Companies in USA, Canada are adopting the streamlined approach for reduced inefficiencies, project tracking. The detailed structural components allows minimized rework, cutting down project schedules and construction cost.

 

Facility Management , Maintenance and Infrastructure

No longer the support of BIM technology to AEC industry stops after the residential or commercial buildings are accomplished. A step ahead to construction lifecycle is infrastructure and facility management. Earlier being under Operation and Asset Management Construction and Facility Management were separate streams. Through BIM the single model holds the information that could be later on used by facility managers.

 

Benefits of BIM for Structural Engineering firms:

  1. Real-time Environment For Optimized Structural Design

The usage of the IFC format in data exchange amongst BIM software is breaking down barriers between model platforms and data sharing.  Real time collaboration of data is a giant step towards building parallel models or selecting a single software for completing the entire process. Building Information model supports the stakeholders by discovering the errors , mistakes , clashes at pre-construction stage bringing cost efficiency and reduced material wastage.

In design and construction you would come across number of options bringing a point to take best decision. 3d BIM tools enables decision making with its project visualization , animation walkthrough resulting in optimal design option.

 

  1. Improved Collaboration with BIM tools

Management becomes a task with large scale complex design. As traditional design technique involve lots of paper work resulting inconsistencies and communication gap while exchanging information. Advanced BIM software such as Revit Steel Detailing, Tekla and Sketchup helps you to work in real-time environment. Collaboration is the core of single model with better project insight.

The BIM capabilities to visualize the intent of designer and engineer is reflected in the structural plan. Adopting Revit for 3D makes structural engineers design intent clear. So no longer placing rebar on site or precast concrete a time consuming issue.

 

  1. Improved Productivity and ROI

Traditional construction and 2D technical drawings incur time consumption. Digitized Building Information Modeling can help you automate the process. The necessity of adopting single object becomes irresistible with large scale Commercial and Industrial structural engineering firms. For Rebar scheduling and numbering you can use BIM techniques for time efficiency. As companies look for improved productivity so they prefer BIM benefits like interoperability and BIM clash detection, structural engineering consultants are able to save time for the construction project. As a result of which, structural design engineers can save several hours, compared to manual drawing checking on paper. Time saving leads to saving of money for your building project.

 

4. Reality Capture:

Building Information Modeling not only supports structural, architectural and MEP during construction lifecycle. But also, supporting renovation and retrofit project. Teams creating structural model for renovation project incorporate reality capture. You can use Light Detection and Ranging (LiDAR) to capture point clouds for relevant information. Structural engineer incorporate point cloud data into BIM tools for incorporating accurate as-built data.

Further, So no longer  an easier sharing of structural BIM model entails an improved collaboration amongst various technical experts, who are exchanging and sharing knowledge. This enables the commercial structural engineering firms and residential structural engineering firms to enhance the skills and productivity of the whole team.

 

Is BIM the Future of Architectural Engineering?

BIM civil and structural engineering has many benefits from visualization, clash detection to digitized designs. The transformation through single model object brings more coordination and better management. BIM in structural engineering has elevated the work performance engaging non-technical stakeholders. BIM apart from designers to design managers facilitates CAD technician.

With self-updating design and drawing process you can be reflected with changes in schedule and drawings. The 3D model can be linked to plans, schedules, elevations drawings. So, top structural engineering firms are enjoying the transformation in civil and structural engineering through BIM techniques.

In several countries of Europe, Brazil, Canada, United States and Chile, BIM implementation is becoming mandatory. To be amongst best BIM companies in USA allow AEC industry professionals to transform the most complex models into reality.

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    Perspective of AEC Industry on BIM (Building Information Modeling)

    what is BIM building Information modeling | tejjy.com

    What Building Information Modeling, or BIM, is a term describing the future of construction, architecture and engineering. Earlier, the technique was especially meant for the architects using the software application. The AEC (Architectural, Engineering & Construction) professionals, adopt Revit BIM services to create 3D BIM Model of the buildings. BIM also helps in easy sharing of consistent information during the entire construction project lifecycle amongst project stakeholders including the owners, contractors, structural engineers, and MEP design firms. BIM tools and techniques form a significant tool in the construction process.

    Fundamentals of BIM Building Information Modeling:

    Building Information Modeling is a digitized technique of representing the infrastructural facilities like the buildings, roads, and utilities across the project lifecycle. The procedure helps in creating and managing digital representations of the physical as well as functional characteristics of places. BIM indicates the process of creating Revit BIM services, showing how certain building materials will support the construction overtime. The 3D models are operated to see how they fit before materials are ordered.

    Users are able to identify how a building will behave with respect to time making BIM an option for 4D rendering. Being a digitized model, there is more visual clarity instead of paper design plans. The BIM objective of this is to improve collaboration in the primary design phase of a building project, which streamlines the building process. This facilitates in detecting conflict issues before they become expensive to amend.

    Building Information Modeling in Construction:

    What is BIM in construction and how is it executed? BIM makes a high-quality digital representation of the building for performance visualization, cost estimation, and construction planning. This also provides the ability to predict problems in a project before breaking the ground with a series of software applications like Autodesk Revit, Navisworks, Fabrication, AutoCAD, Bentley, Tekla, SketchUp, Vector Works, Archi CAD, etc.

    • 3D BIM communicates design intent with parametric data for enhanced project visualization
    • 4D BIM influences construction schedule for site-planning activities
    • 5D BIM facilitates in tracking budget and making a cost analysis
    • 6D BIM optimizes energy consumption and building sustainability
    • 7D BIM manages asset life cycle and facilities
    • 8D BIM prevents accidents through design

    Benefits of Revit BIM Services in Construction:

    Construction projects implementing BIM will enjoy a competitive advantage. BIM is a significant tool in building project management for evaluating job costs better than traditional techniques as it lets us know the cost of the building materials. Further, it provides an improved estimate of project completion. This facilitates in comprehending risks around the construction site and eliminating them before the commencement of actual construction.

    Using BIM, architects & engineers can use actual models of implemented components to envisage how they fit, reducing project delays. The team members know beforehand what it gets to the job site and place orders accordingly. All these help to save money for the projects as they won’t have to get worried about the last-minute change orders & delays.

    Why include BIM techniques?

    Integrating BIM in the work process of the sub-contractors with access to the Building Information Model before construction provides them the power to visualize what they should undertake. The technique also provides them the opportunity to share concerns that could have been ignored by the management team. Subcontractors’ knowledge in the design & planning phase of a project helps in reducing errors and substantial costs. Integrating 3D BIM modeling to review the design & planning phase provides contractors, subcontractors, and owners the ability to address substantial risks and reduce them.

    Building Information Modeling -the New Frontline:

    BIM allows several industries to get involved in the building information management process. Building owners can visualize the performance of data and schedule maintenance and repair before things become expensive. New construction sites will have improved project timelines & costs. Contractors are able to provide necessary inputs in the design & planning phase for reducing risks & increasing financial rewards on projects. BIM also helps to advance construction, reduce errors, and enhance profits. The new technique revolutionizes construction, project management, and building management.

    BIM isn’t new:

    BIM is not a new concept. The technique appeared in 1962, with Douglas Engelbart’s “Augmenting Human Intellect” categorizing specifications & data of architects into a building design & watching how the structure is taking shape from the conceptual stage to modern parametric modeling.

    What Can You Do with BIM?

    BIM is 3D BIM modeling & modeling software with a twist.

    ·         International architectural design firms are working with BIM in their construction projects to meet the tight restrictions during the design process, demanding the ability to design & analyze quickly and efficiently. The firms are endorsing the usage of 3D BIM modeling amidst customers, emphasizing that BIM is significant for the whole construction environment.

    How the Industry Defines Revit BIM Services?

    The best way to understand BIM is to look at what the industry has to say about the technology.

    What does Autodesk have to say about Revit BIM?

    ·         According to Autodesk, the maker of BIM software such as Revit BIM services & AutoCAD , 3D BIM modeling, BIM is an intelligent model-based procedure that facilitates in making design, engineering, and operational information accurate, accessible & actionable for buildings & infrastructure. The data is crucial for a building information modeling project, where ‘I’ in BIM stands for high levels of data in a model keeping all project stakeholders on the same page, facilitating all stages of the project starting from conception to construction documentation & maintenance.

    What does Graphisoft (Maker of ArchiCAD) have to say about BIM?

    ·         BIM is the usage of virtual 3D BIM modeling of a building along with a procedure of managing and collecting building data. The model is crucial to the overall BIM process, setting the stage for the whole project, encompassing all virtual equivalents to the building’s parts & pieces, and invoking the real-world applications.

    What do Bentley Systems state about BIM?

    ·         Bentley Systems – the maker of modeling & project delivery software like AECO sim Building Designer & Project says that using BIM enhances collaboration, ensuring a new level of control over projects of all sizes. Improved project outcomes are accomplished through a comprehensive flow of information among applications and across project team members for accuracy throughout the supply chain. Even if Bentley talked about the facets of information & modeling, the focus of the company is on the BIM procedure, along with technical aspects of BIM, staying behind scenes, and enabling all team members to work smoothly amongst project team members.

    Common BIM Misconceptions:

    Each question consists of several answers, providing the option for a wide range of misconceptions, creating an obstacle for those adopting BIM.

    Let’s clear the air on the misconceptions about BIM:

     

    Misconception 1: BIM is only for the Architects

      This is a common misconception associated with BIM. The delusion that BIM is for the architects stems from the fact that the construction & architecture industries were the first to implement the process.

    BIM Reality:

      However, one could argue that structural engineers were using it for a long time as well. Even before architects were 3D BIM modeling buildings, structural engineers were creating 3D buildings for performing analysis. So, Revit BIM services is for the sake of everyone and can be used for anything in the built environment, including:

    ·         Architecture & Building Design

    ·         Civil & Structural Engineering

    ·         Energy & Utilities

    ·         Highway & Road Engineering

    ·         Landscape & Land Surveying

    ·         Offshore & Marine Architecture

    ·         Rail & Metro Transportation engineering

    ·         Tunnel & Subway Architecture

    ·         Urban Master Plan & Smart City Design

    Misconception 2: BIM is only a tool for Designing

      Many people consider BIM primarily to be a new method of project delivery, and so they see it as a replacement for CAD products with some added improvements for designing.

    BIM Reality:

      Nevertheless, while looking at Revit BIM services, one should look at it not just as the way of delivering projects but as the way of interaction and collaboration, using the availability of myriads tools. The significant part of BIM is the ‘I’ or the aspect of information. BIM not only creates a visually attractive 3D model of a building. It also creates various strata of metadata and renders them in a collaborative workflow. It is possible to create an accurate 3D BIM Modeling Services by excluding the metadata and collaboration practices, though the engineers cannot create an apt BIM model without 3D software. To create an accurate BIM model, the engineers should combine all layers of information for numerous building systems into a single “master” model realized by the software standardization for consolidating all relevant information.

    Misconception 3: BIM is available in a box.

      Perhaps people think that you could stroll into a reseller & choose a copy of BIM.

    BIM Reality:

      The concern with this notion is that though Revit BIM services is technical software, it isn’t just a design tool. AEC professionals can purchase AEC BIM services software and use it for making drawings, but that alone does not constitute to be BIM. Reorganizing workflows is a vital aspect of BIM. Proper BIM implementation entails that one should commit to transform the way of work for the entire team. Transforming to the new system won’t be easy at first, but will be worth the investment in the long run.

     

    The Bottom Line: What is BIM?

    ·         BIM is a best-practice process & 3D BIM modeling software application. Designers create a collaborated BIM Model with integrated information of the structure and the complete project timeline from the inception to demolition.

    ·         Building Information Modeling facilitates architects & engineers to work on a single project from anywhere in the world. The BIM technique clubs a plethora of information about all details into a feasible format, enabling analysis during the designing phase for obtaining the best resolution to a problem.

    ·         BIM helps in design coordination among team members and easier structural maintenance throughout the entire built environment. To know more about Revit BIM services and BIM objects, consult the BIM Modeling Engineers of Tejjy Inc. at info@tejjy.com or 202-465-4830.

     

    To know more about us:

     

    BIM for Airport Design & Construction
    Blog

    How Building Information Modeling (BIM) Helps Airport Design and Construction?

    Engineers undertake airport projects in BIM for the construction of complex buildings like Utility Plant, Radioactive Goods Storage, Cargo Complex, Pump House, Guard House, and more. Now, the question is, how? Here we will discuss how BIM can meet the design and construction goals of airport projects. You will get to know a few challenges of the project and the way BIM Helps in design and construction to resolve the problems for the infrastructural development, adding value to construction.

    Meets the Design & Construction Goal of the Airport

    • 3D Model Creation & Coordination –Engineers create 3D Model of the airport in BIM for various trades like Architectural, Structural, Concrete, Mechanical, Electrical, Plumbing & Fire Protection. They coordinate the Model for Clash Detection, Mitigation, and Visualization, using Revit software for 3d model creation, and Navisworks application for coordination. You always have the advantage of reviewing the constructability of the project through a model update, reflecting changes from Design Modification and RFIs (Request for Information).
    • Coordinated Service Drawings Production – Moreover, you can produce coordinated drawings for all trades using BIM. Whether it’s the shop drawing creation of ductwork, drainage, and water supply or drawing for Light, Fire Protection or Power, the engineers can create all in BIM.
    BIM for Airport Design & Construction

    Resolves Complex Project Challenges

    • Meeting Aggressive Project Deadline –The engineers need to complete the work in an aggressive deadline. At this juncture, BIM helps to keep pace with the client’s casting program. They can create shop drawings, and coordinated 3D Model of the airport using various software applications such as Revit, AutoCAD, and Navisworks.
    • Sorting out Inconsistencies in Design Document – Apart from meeting aggressive project deadline, engineers have to deal with several inconsistencies in the design documents provided by clients. They can sort out the discrepancies before model creation through BIM design validation like load calculation, electrical diagram checking, and pump head calculation. The engineers raise RFIs to the client and conduct constructability audit for seamlessly resolving issues.
    • Resolving Issues – Coordination among various trades is difficult as an intricate structure does not allow a service to pass through the beam unless conceived at an early design stage. The engineers ensure that the ducts and the pipes can pass through designated cut-outs in the shafts by modifying the service routes, considering the access and clearance and changing the pipe sizes.

    Adds Value to Construction

    • BIM helps to plan intelligent models and allow the team to coordinate every aspect of the project, including design, detailing & construction. You can detect constructability issues before installation through the existences of clashes and thus can avoid a work stoppage, rework as well as wastage of time, material & workforce.
    • BIM facilitates design disciplines to collaborate flawlessly as a single information platform, streamlining work, decreasing errors, validating aesthetics, and improving building performance.
    • BIM benefits engineering team through accuracy, revision management, data integration, quality detailing, and increased productivity. Coordinated models help the engineers and project consultants check possible interference, resulting in better project planning and minimizing delay in construction.

    Do you want to improve the design, coordination, and construction management process of an airport project? Choose BIM Solution for completing your project on time.

    Check out an Airport Project executed by Tejjy Inc.

    Tejjy INC