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

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IM Design Collaboration | mep clash detection services
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9 Reasons Why Cloud BIM Design Collaboration Can Enhance Business Profits?

Tejjy Inc- BIM Modeling Design Solution

Connectivity, BIM (Building Information Modeling)techniques, and Cloud BIM Design Collaboration are making a great impact on the design professionals.No longer construction professionals are tied to a desk, studio, or a workspace. Untethered by technologies, enabling easy access to data from anywhere, more AEC professionals are teaming up remotely, from multiple offices of the same firm, or home.

Not necessitating teams on same physical space occupancy. Building design process integrates designer, general contractors, BIM engineers, MEP consultants, subcontractors, architect . A centralized collaboration through Revit Point cloud software works effectively including remote contributors.

Front runners of the Architecture, Engineering and Construction industry are implementing point cloud files in Revit, enabling remote data management. The traditional design build environment centers on actual sharing of information. The information could be tracked & archived in the cloud from 3D model data to project communications through emails and annotations. The team members need to access the information anywhere, on any device. Collaboration occurs among all the project stakeholders including the architecture &engineering firm, their consultants, owners, public agencies & clients.

Each member can contribute to a design build, shared workstation, wherever they are situated. This unlocks the opportunity for collaborative teams to embrace specialists from anywhere in the world. Anywhere & anytime access helps the teams to lessen the need for value-engineering elements at a later phase of the project, as data frictions or clashes can be detected earlier, allowing the team to collaborate on a mutually approved solution earlier in the design process facilitating cost savings.

Benefits of Cloud BIM Design Collaboration for Project Team:

  1. Reduced Project Inaccuracies & Data Friction
  2. Faster Turnaround Time for the Project
  3. Work from Anywhere for Boosting Productivity & Connectivity
  4. Saving on Information Technology
  5. Decreased costs through Virtual Co-locating of Project Teams
  6. Spending Less Time on BIM Clash Coordination & More on Designing
  7. Winning more Project Contract
  8. Enhanced Communication with Extended Project Stakeholders
  9. Retaining Best Talent of the Industry.

BIM Services Provider in USA |Tejjy BIM companies in usa

Reduced Project Inaccuracies & Data Friction:

The goal of all the AEC firms is to reduce the cost of rework during construction project lifecycle. By adopting latest construction techniques 5% to 15% (approx)of the project cost can be eliminated. The basic cost escalates due to inaccuracies in the building design environment. As per the Smart Market Report of McGraw Hill on the “Business Value of BIM in North America”, 57% of the architects survey concluded that best benefit of BIM Building Information Modeling is reduced document inaccuracies. Reduced rework minimizes mistakes and allow clash detection at the early. Autodesk Revit techniques reduce costs and boost earnings.

Nevertheless, in the reality of dispersed teams and joint venture schemes, it could be difficult for the project teams to fully realize BIM benefits. With multiple team members spread across different locations, point cloud collaboration can be the differentiator to help teams obtain the BIM benefits by facilitating the required real-time communication and data sharing.

33% of the AEC professionals consider it to be a challenge for retrieving the latest documents and accessing the most current information in a completed project and 32% are concerned that somebody will use the wrong revision.

 cloud solution having a project communication log & version history tracking, an exact amendment can be flagged to all the project stakeholders and can be updated in the master model where everybody works.

  • Contractors can get the benefits of accessing the model to run clash detections earlier at the pre-construction stage. Identifying a clash costs around 13 times more in the construction phase, compared to the detection of a potential issue at the design phase of a BIM project. Resolving a clash in Building Information Modeling is considerably cheaper than on-site, costing about $90 vs. $110013.

  • Delay & cost overrun in a construction project is often due to the involvement of human error, produced by a shortage of communication and poor project data and documentation management. A human mistake can be reduced to a great extent through a collaborative building design solution, where analysis can be done frequently and accurately. Collaborative BIM minimizes the rework of CAD drawings from 48% to 2%.

Faster Turnaround Time for the Project:

More than 60% of the capital programs fail to meet the cost & schedule targets. Some of the ineffectiveness involved in the traditional project delivery processes entails significant costs and time requirements.

An effective BIM workflow helps to streamline project timelines and lessen overall costs, benefiting all project stakeholders. Building Information Modeling, together with cloud collaboration can save time for a project team throughout the entire building design process.

  • Designers can quickly iterate design elements through evaluating and optimizing building performance, response to client requests, and analyze 4D construction simulations at the early phase of design, editing potential issues earlier in the process.
  • Cloud collaboration facilitates all team members to participate in real-time, whether they are working directly in BIM or approving the consequence of design changes, dramatically accelerating the workflows.
  • With routine design updates communicated to the team through the cloud, personal meetings can be devoted to progressive discussions as opposed to everyday logistics. You can keep the benefits of collaboration, and move the day-to-day into the cloud.

  • BIM 360 Design is a vital communication tool, augmenting the flow of information and facilitating job execution. It has been observed that the turnaround time of the project for the BIM modeling and the construction drawing creation can be reduced by 35% with the use of the BIM 360 Design tool.

Boost Connectivity & Productivity with online working:

The competence to draw on vast amounts of remotely stored data from cloud services, and the proliferation of mobile devices and feature-rich mobile applications, connote that the project team can access all project data from anywhere across the globe. Communication features pushing instant updates to all members working on a project are revolutionizing the BIM procedure to enable communication with project stakeholders who need to be aware of approved project updates in actual time, enabling the extended project team to work collaboratively.

By empowering the project team to stay productive even when they are not together or are separated by distance, profits can be realized that can certainly influence the bottom line. Virtually 4 out of 10 AEC professionals stated that online access to all documents on any device platform is one of the vital factors for enhancing the company’s productivity or decreasing costs.As per the market research, it is found that people want to work from anywhere, necessitating applications optimized for mobile working.

Saving on Information Technology:

Cloud solutions help to get the users up and running quickly and provide manifold benefits over on-premise IT system options taking time to set up. An on-premise system also entails an upfront capital investment and carries operating expenses to cover IT personnel. Workarounds, like using an FTP, leads to heavy traffic on your network, along with duplicate data on servers. Almost 1/3rd of the AEC professionals use manifold software tools throughout a construction or design project causing duplication of data.

Cloud BIM Design Collaboration can be arranged instantly and can be scaled up or down as per the project size and the associated team. Presenting the workspace in the cloud helps to make real-time, synchronized design for the next or the current project.

Building Information Modeling projects operating exclusively on on-premise solutions can face challenges whenever it comes to joint edit, as team members who are not on-site struggle to get the model access. Contractors, architects, and engineers all use their servers, but it should be decided who will host the central model, assuming responsibility for the database, and splitting the associated costs.Poor synchronization of the 3D model across the servers and work spaces may lead to wastage of time and money.

Accessing a model hosted on an on-premise solution is not a good solution for allocating a project owner or stakeholders who don’t work in BIM, and who are not trained for using the software application to comprehend a technical plan. This set up may cause delays to the project feedback. Through a cloud collaboration solution, extended team members can log in and visualize the 3D BIM model in an accessible viewer, enhancing the speed & exactness of their feedback.

Decreased Costs with Virtual Co-locating of Project Teams

A fundamental advantage of BIM is the ability of numerous contributors to concurrently work in the same model. Presenting the shared model in the cloud is one way for enabling virtual cloud BIM work-sharing. Cloud collaboration with mobile access to the shared model gives a critical access point to those within or outside of the Revit BIM Modeling environment.

The physical co-location of project stakeholders essential by clients or public agencies can be very expensive at times. Frequently the travel costs related to the co-location have to be stated up front in the tender process, inferring that the project team can wind up footing the bill with the run over. Businesses need to bestow full-time employees co-located on a project site for the duration of the project. Co-location can necessitate an investment in hardware &IT infrastructure, together with the design & fit-out of the office space for the team members. A digital solution for the virtual co-location, thus, can be an enormous financial benefit to the project as an alternative solution.

Through cloud collaboration, project teams can simulate ‘war rooms’ to let everybody involved in the process – be it the mechanical, electrical, and plumbing engineer (MEP), architect, contractor, and structural engineer – to work through project checkpoints efficiently. This alternative eradicates the necessity to fund physical location, food, & travel for the whole project team.

Spending Less Time on Cloud BIM Design Collaboration & More on Designing

Construction design professionals are most operative while focusing on their area of expertise. Through conventional design, there is a wastage of time by figuring out the way of getting updates into the 3D model or waiting for the latest version of files from other parties. Virtually 1 among 3 AEC professionals state that cloud technology tool scan complete a project on schedule using manifold software applications, causing IT redundancy & wasted staff time.

An actual collaboration environment helps to reduce employee downtime, ensuring that everyone can get access and can work with the latest version of the design. Teams can work effectively, and deliver progressive, award-winning, trend-setting construction while focusing on the design instead of worrying about the updates.

Win more Project Bids

Enhanced collaboration technique is also driving worldwide businesses and the improved internationalization of building design driving additional technology innovation. The commencement of enhanced collaboration processes has made it easy to work with expert associates based anywhere in the world. It is just not feasible to get everybody in the same room regularly if they are spread across the world. This tendency for AEC players to be more universal in their project outlook has compelled the expansion of cloud technology envisioned specially for the purpose. With cloud BIM collaboration, physical location is no longer an obstacle to project participants, no matter where it is located.

Novel collaboration technologies are opening prospects for associates who otherwise may have been too small to participate in projects. Earlier, they could not validate the investment in the IT infrastructure essential to collaborate with larger associates on the model. However, with the low capital expenses of cloud solutions, there is a lesser barrier to entry. Cloud design collaboration acts as an equalizer. Smaller firms can be more competitive as they can access the same high-quality resolutions as their superior competitors on a scale that suits the business growth through bidding on joint ventures with bigger cohorts.

Enhanced Communication with Extended Project Stakeholders

Using conventional communication tools, sharing a 3D BIM model with the building owner & nontechnical stakeholders for review or approval involves a complicated and time-consuming procedure. Through exporting a model as 3D rendering and uploading to an FTP is incompetent. Sending 3D PDF renderings frequently confuses non-designers. This time-consuming procedure often causes versioning issues, resulting in the delay of project approvals or sign-offs.

The poor application of building design data together with the upsurge in an extremely fragmented team costs the US capital facilities industry $15.8 billion per annum, and the owner’s burden is about 2/3rd of those costs during the ongoing processes. Almost 1 among 4 AEC professionals mentioned that the use of multiple technology tools without streamlined integration negatively influences project efficiency.

Through Cloud BIM Design Collaboration the speed of project approval can radically enhance by providing real-time access to the 3D model as it is updated. The building owner can log in and can check the project progress anytime. Cloud sharing eliminates a time-consuming organizational task and helps in enhancing the flow of communication and increasing trust.

Retaining Best Talent of the Industry

Attracting and retaining the best talent or BIM resources makes a real difference in your ability to compete. Working from anywhere is possible and so you can employ the qualified person for a project, instead of being restricted to local resources. Cloud design collaboration is a wonderful way of allowing distributed teams to function consistently, even when they aren’t in the same office.

Top professionals progressively demand positions with companies providing a good work-life balance. In construction design, this gives your team the bandwidth to focus on the actual design, along with the creative and problem-solving challenges and offering flexible working options. They want to spend less time on construction management and categorization through file versions, and more time on design, seeking inspiration out in the field.

Flexible hours may seem less conceivable in an industry with tight deadlines. But with cloud collaboration, project team members can participate from anywhere. This unlocks the doors to the employees, who are underrepresented in the industry. To know more about Cloud BIM Design Collaboration , BIM coordination through BIM 360 design collaboration workflow, consult the BIM Engineers of Tejjy Inc.– a BIM Modeling Company based in Washington DC working with BIM 360 Glue, Autodesk Revit BIM, NavisWorks and other latest software applications at 202-465-4830 or info@tejjy.com.

ArchiCAD or Revit | Tejjy Inc.
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Which BIM Software is better – ArchiCAD or Revit?

BIM Software ArchiCAD or Revit in DC, MD, Baltimore

Many consider Building Information Modeling (BIM) technology to be another CAD (Computer-Aided Design) program. However, in reality, the technique goes beyond that. 

So What is BIM? 

BIM Building Information Modeling constitutes to be an intelligent model-based procedure for providing an insight to plan, design, build & manage buildings and infrastructure. BIM Engineering Software produces more than just digital 2D or 3D models, using objects having intelligence, geometry, and data. It is often defined by industry experts as a process of managing complexity and improving performance in construction projects. 

Who Created Revit Software?

Revit software application created by the American multinational software corporation, Autodesk and ArchiCAD invented by the Hungarian company Graphisoft are the two key market players.  Comparing ArchiCAD & Revit helps the architects, owners, and contractors for making the right decision about software implementation. 

What is ArchiCAD?

ArchiCAD constitutes to be the first BIM engineering software application made in 1984. The software provides a set of tools for design & engineering. In contrast, Revit is a 4D BIM tool that facilitates the planning of all aspects of a building project, from design to construction and beyond. Since 2002, the software is used by architects, builders, engineers, project managers & more. 

What is the Best BIM software – ArchiCAD or Revit Architecture?

ArchiCAD & Revit are both advanced & sophisticated BIM software applications with their metrics. Here are the comparisons of ArchiCAD & Revit:

Benefits of Revit BIM Software:

  • Revit BIM software application facilitates architects & engineers for building designs and its components in 3D, annotating the BIM model with 2D drafting components and gaining access to building information from the model database. 
  • Revit has 4D BIM capability for planning & tracking several stages in the building’s lifecycle, from concept, construction to demolition.
  • Revit has a huge demand in the market with a strong development platform, extensively supported by courses, tutorials & improved collaboration. It is exclusively meant for architecture, structure as well as MEP.

Limitation of Revit BIM Software:

  • Revit does not operate on OSX. It requires the fastest CPU and file size to run.

Benefits of ArchiCAD:

  • ArchiCAD is a 3D BIM Modeling & CAD application, which helps to draw, model & display building designs simply & quickly. 
  • Being object-oriented ArchiCAD helps to generate & amend 3D objects & create 2D architectural drawings & 3D models of the buildings.
  • ArchiCAD is fully multi-threaded and also runs on OSX, which has a friendlier user interface, oriented towards architects. 
  • ArchiCAD has well-developed support for IFC, competent drafting, layout approach, and decent rendering. 
  • The software application also has flexibility & proficient parametric objects.

Limitation of ArchiCAD:

  • Custom objects need GDL scripting
  • Old workarounds are never solved
  • Some extensions are not properly updated & less-used API

Understanding the Features of Revit & ArchiCAD Software Applications

User Interface:

  • The user interface of ArchiCAD constitutes to be the first thing why users are praising for. It is clean & sleek with an easier learning curve for the designers. Though the interface can be customized in several ways, it has rather less flexibility than Revit. 
  • Revit constitutes to be a highly customizable interface, supporting manifold approaches for software usage. It is a bit complicated, due to its medium learning curve but Revit provides enhanced flexibility to the designers and architects. So, Revit Architecture is worth the investment for the architects.

Conceptual Design:

In respect of Conceptual design, ArchiCAD is a rather user-friendly, facilitating push and pull modeling, instant & customized geometry, and smart multiple extruding. Similarly, Revit features a conceptual design, providing flexibility in the initial phases of a project, allowing the creation of geometry, which can later be integrated into the BIM project.

Visualization:

Revit has a wide array of views to design approaches, like wire frame & transparent surface. Every view can be operated & organized in a specific project and can be allotted to the overall view or specific to a category. ArchiCAD has similar visual flairs as Revit but doesn’t have the capability for applying views to detailed components.

Rendering:

ArchiCAD & Revit have a huge suite of tools for rendering, capable of producing photorealist images of the project interior and exteriors. The Ray Trace is a photo-realistic rendering method that lets panning & zooming with the Revit model. Through this visual panache, rendering begins at a lower resolution, but enhances its fidelity quickly. As a result of which, the AEC professionals can set photographic exposure, lightening as well as the background. ArchiCAD has Cine Render, a similar tool to Ray Trace, providing the opportunity to modify the shadow, texture, light and brightness.

Interoperability:

Both software applications can import and export IFC files. Further, they can import and export all common file types, such as the 3D models, 2D drawings, and various other types of CAD files.

Pricing:

The cost of Revit 2018 is about $3091 per year. ArchiCAD 21 is a bit cheaper, though, it requires several add-ons to add manually for achieving the same functionality as Revit. 

Experts’ Opinion on ArchiCad vs. Revit

Those who prefer ArchiCAD:

  • Many architects prefer ArchiCAD as opposed to Revit as through ArchiCAD, they can express ideas better and can manage all parameters.
  • ArchiCAD provides several tools that are beneficial for presenting and developing the design. As a result, the graphical presentation of the models, projects, and documentation are at an excellent level. 

Those who worth Revit Architecture:

  • Revit is a valuable software application, made for architecture, providing every single tool to design a good building. 
  • The software application is precise, providing a clean and accurate drawing. 

The crux of the Matter

Both BIM software tools are dynamic. Dedicated users of each think that their preference is better. They undertake most of both software applications for different strengths and weaknesses. So, which one will you use? Which BIM Software you think is better, ArchiCAD or Revit ? Is Revit architecture worth the investment for your construction project? Whether BIM engineers & architects will be benefited by using Revit and ArchiCAD ? Talk to the BIM Modelers of Tejjy Inc. at 202-465-4830 or info@tejjy.com.

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Benefits of 2D | 3D | 4D | 5D | 6D BIM Modeling – When to Opt Which BIM Services?

Best BIM Modeling Companies in usa -3D BIM | 4D Scheduling |Quantity Takeoff

Today, BIM revolution is quite popular in the construction industry. Nevertheless, Which of 2D, 3D, 4D, 5D & 6D BIM dimensions are well-suitable is the most difficult question for some people to understand. BIM (Building Information Modeling) dimensions and BIM LOD(level of detailing) denote a specific way in which diverse data are related to an information model for accurate excecution in project life cycle.

What is BIM Building Information Modeling?

This digitized technique sounds exciting . But , dimensions and LOD have nothing to do with space, time, black holes, or anything out of an ‘Interstellar’ movie. To be more precise, the dimensions deal with the levels of information in a given BIM data. Building Information Modeling is a digitized model based process with tools, techniques for effective planning , designing, management and execution in project life cycle. BIM has the ability to facilitate architecture, engineering and construction sector. 

Are BIM dimensions different from BIM LOD ? Another, query that boggles your mind. Definitely they are different. Dimensions in 3D Model add different parameters like cost, time, visualization whereas Level of Detailing defines the level of refinement in 3D geometry model service. Leveling up on the dimensions provides architecture, engineering and construction professionals an improved understanding of the construction model, providing information and details such as how, when, and for how much.

Are 2D Draftings | Drawings helpful?

The technique starts with a 2D CAD design drawings dimension, where the models require an X-axis & Y-axis, which gets created through hand or CAD drawings. CAD (Computer-Aided Design drafting) softwares like AutoCAD, AutoCAD LT by Autodesk are adopted for technical design drawings. Design drafters generate floor plans, permit drawings, landscaping, building inspection plans through these technical drawings. The journey from 2D to BIM enables better visualization, walkthrough improving the building designs 

3D BIM Modeling

3rd dimension of Building Information Modeling is a shared informational model, which adds an added “Z-axis” to the existing X & Y-axis. BIM tools and techniques enable creation of  information model for entire project life cycle.is the most popular form of BIM or the concept that most people are acquainted with. It is the technique of producing graphical & non-graphical information and sharing that in the common data environment, broadly called CDE. 3D facilitates AEC stakeholders to manage their multidisciplinary collaboration effectively in modeling & evaluating complex structural problems. Moreover, they can collect accurate data throughout the construction project life cycle and store that in the Building Information Model, adding new values to predictive models and resolving issues proactively.

Why Should You Opt 4D BIM?

The level of 4D BIM is a 3D model with the element of time added to it. The fourth dimension of Building Information Modeling includes additional information to the project and information model in the form of data scheduling. The data gets added to the modules made by the AEC professionals as the project progresses.

Choosing  4D dimensional BIM leads to improved clash detection even referred as clash free construction scheduling. This eliminates the intricacies of the changes occurring throughout the building project . The building information or information model with 4D BIM can be used for getting accurate program visualizations, demonstrating the sequential development of the project. 4D Building Information Modeling provides the right tactics for construction management with optimal resource utilization. The envisaging site status information, change impacts, and backing up communication in numerous situations like informing site staff or notifying them about potential threats.

Reason To Consider 5D BIM Modeling

5D Building Information Modeling adopts a simple 3D geometry and applies the element of cost to the project. This enables better design estimation of cost and materials with BOQ/BOM(Bills of Quantities/Bills of Material). A faster and accurate Quantity takeoff is possible even with any level of design modifications.

Owing to the involvement of the surveyors and estimators from the beginning of the project, BIM modelers along with the design teams have consistent information due to the possibility of cloud-computing. Point-cloud computing even make the conversion to BIM easy .

Associating 5D with a conventional method, where the cost reports aren’t updated frequently and only for a few times during the early stages of the project, can lead to several modifications in designs and material requirements. Implementing Building Information Modeling , the cost estimators can work precisely with cost and time factor in a multi-discplinary platform with design collaboration.

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Who needs 6D BIM?

Looking for operation and facilities maintenance with asset and facility management cost? The 6D BIM process is also popular as the ‘project life cycle information.’ The technique is often called Facilities Management. Whenever a designer creates a model and updates it through the construction phase, the model acquires the capacity to become an ‘as-built’ model, for turning over to the owner. The as-built model contains all specifications, operation, and maintenance manuals as well as warranty information, suitable for future maintenance. Eradication of making O&M manual out-of-place or keeping it at a remote place facilitates the adoption of IOT-based data driven scheduing.

BIM software like BIM 360 entails capturing of data, where appropriate data is documented throughout the operation of a building. This process in turn aids BIM model to be used for assessing its energy efficacy, monitoring a building’s life cycle cost, and augmenting its cost-efficiency. 6D BIM not only helps in site safety,  with improved productivity but also helping in perfect decision making. This also empowers the owner to gauge the cost of any proposed upgrades.

 

What is ahead of BIM?

The digitization revolutionizing construction, architecture and engineering industry is beyond the expectation. But choosing BIM for small business or large businesses is evidentally beneficial. As Building Information Modeling techniques allows improved planning, designing, managing and constructing smart buildings for commercial , residential, healthcare, hospital, government sector. So why to be scared to adopt BIM Modeling? Choose the Best Experienced BIM Consulting Companies Near …and build designs with difference.

To know about BIM Future scenario for architecture, engineering and construction..Click Here..
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    Tejjy Inc. COBie BIM services in usa
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    COBie & its Relation to BIM

    Tejjy COBie Companies in DC, MD, VA , Baltimore

    A BIM Manager in experienced BIM companies is responsible for managing and supervising the collation and coordination of COBie data. But what is COBie & its Relation to BIM and how it is associated with BIM (Building Information Modeling)?

    What is COBie?

    COBie signifies the Construction Operations Building Information Exchange. An international standard related to the exchange of building information. Usually it is used in the product data delivery from the construction to the operations team. The COBie specifications capture the industry knowledge but the implementation doesn’t dictate the information for the project handover, the responsibility of which rests with the project owner.

    Journey Of COBie:

    Way back in 2011, the Government of the United Kingdom published BIM Working Party Strategy, proclaiming that all projects should be completed with 3D BIM collaboration by 2016. The software requirements along with the data contained in this report are entitled as COBie.

    This was because construction delivery has been a bit of struggle as the information generated in the project is partially applicable to the operations team. Further, this entails a lot of new documentation that should be produced and collated for them, in the form of documents and paper drawings in binders. The bulk of the documentation work thus gets delayed until the end of the project which is usually the time when budgets have been spent with an impending deadline. Through the digitizedworld, the information gets moved from the archive room onto the file server.

    Fundamental Values of COBie:

    COBie is considered to be a great stepping stone in the process of transferring construction information from paper to online. This is because the prime objective of COBie lies in substituting the home-based exchange templates & point at the solutions with an additional building information management.

    COBie includes:

    • Categorization – One of the key foundation principles for COBie is using a classification system – though there is no specification. It depends on the project owner as to which classification scheme they will use. The point of using a classification system is that it facilitates users in navigating information that helps the project owners.
    • Data Model – COBie is allied to the Smart Building data model, which indicates that COBie shares the best practices of the industry. This helps in the easy integration of construction and design tools through the COBie IFC data model.
    • Set-up – The information in COBie provides users the selection of various formats of delivery, comprising of a spreadsheet data transfer. The exquisiteness of this format is that it makes the partaking in an open BIM workload without the need for any information on the IFC data model or a precise BIM (Building Information Modeling) tool.

    Structure of COBie Data Model:

    COBie shares the structure of the building smart data model, featuring 3 main areas including Design, Build & Common. The design area constitutes the core of the information and comprises of the following information like:

    • Components – A vital part of an asset register
    • Kinds of Product Category
    • Spaces/Rooms
    • Zones/ Grouping of Space
    • Building Facilities
    • Equipment of Floors & Systems

    The building information encompasses an occupation, resource & replacement and is an endeavor to assemble the non-standardized data found in the documents like maintenance strategies, operating guides and spare part lists. The shared things cover data to be linked to all items in the other categories, such as the contacts of the people involved in the project, documents about the delivered equipment, features including the method of tagging customized data to any item type and classification.

    So, COBie & its Relation to BIM is technically a simple concept & a system where you can start small and grow as the building project grows. To know more about BIM services, get in touch with Tejjy Inc. at 202-465-4830 or send us an email to info@tejjy.com.

    Plan, Design & Manage Construction Projects with BIM Services
    3D Modeling Services

    Plan, Design & Manage Construction Projects with BIM Services

    Plan, Design & Manage Construction Projects with BIM Services

    Building Information Modeling – an intelligent 3D model-based process provides architecture, engineering and Construction projects with BIM services professionals the insight to plan, design, construct and manage buildings and infrastructure.

    What is the Scope of BIM Work?

    • Design Engineering & Validation of BIM MEP Services
    • Constructability Review
    • 3D BIM Coordination Model Creation, Visualization & Rendering
    • BIM Clash Detection & Coordination or Conflict Resolution
    • 4D Construction Scheduling & Simulation
    • Design Revision & Change Management
    • Shop Drawing Creation  for various services – MEP (Mechanical, Electrical & Plumbing) & ACS (Architectural, Concrete and Steel)
    • 5D Quantity Take-Off & Cost Estimation
    • Scan to BIM / Point Cloud Data
    • Facilities Management
    • Prefabrication & Modularization
    • BIM Marketing Presentation
    • Revit Families Creation

    Who gets benefitted from BIM?

    All construction professionals of the AEC (Architectural, Engineering, and Construction) Firms including:

    • Architects
    • Structural Engineers
    • MEP Design Firms, Engineers & Contractors
    • Building Owners & Home Builders
    • MEP Contractors 
    • Fire Protection Contractors
    • Drywall Contractors
    • Concrete Contractors

    How BIM Helps AEC Professionals?

    • Resolves Construction Challenges, Streamlining Project Communication
    • Collaborates with Multiple Stakeholders, Working Together from a Shared Project Model
    • Improves Construction Planning by Anticipating & Fixing Potential Conflicts & Field Coordination
    • Enhances Project Outcome, Construction Productivity, Project Quality & Facility Lifecycle Management
    • Facilitates Document, Contract & Project Information Management

    Where BIM is used?

    • Residential
    • Commercial
    • Industrial
    • Educational
    • Healthcare
    • Infrastructural
    • Mixed-Use Construction

    What are the Latest BIM Software Applications for Construction?

    • Autodesk Revit
    • Autodesk Navisworks
    • Autodesk AutoCAD
    • Autodesk BIM 360 Glue
    • Tekla
    • SketchUp
    • 3DS Max
    • Solidworks
    • Plant 3D
    • Fusion 360
    • Inventor
    • Solid Edge
    • Creo

    Are you ready for BIM Investment?

    Check out with Tejjy Inc. – a Washington DC based Construction projects with BIM services and Engineering Service Provider as why should you invest in BIM? 

    The Engineering Firm in the USA works in a cloud BIM platform and provides an optimized Architectural Service Support, MEP BIM Engineering, Permit Expedition Services, and Construction Management Solutions.

    Call an expert BIM Services Company in the USA at 202-465-4830 or info@tejjy.com.

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    Architectural Services, BIM Service, Construction Project

    Architectural BIM Services – A Complete Support to Construction Project Lifecycle

    BIM (Building Information Modeling) is supported by architects throughout the stages of architectural design development. Be its conceptual design, schematic design, detailed design, or a stage of construction documentation, using 3D BIM Modeling for Architected Service helps in creating an accurate interior design for the renovation, restoration, or new creation. BIM also delivers virtual models of building components, creating a detailed 360-degree view of the projected building.

    Architectural BIM Services

    Here are the 4 Stages of BIM Support to Architectural Services:

    • Conceptual Designing BIM Support to Architecture:

    Architectural 3D BIM Modeling gives an edge to the design process. Building Information Modeling facilitates the creation of multiple design routes for presentation with variants in layout and space planning. 3D Rendering Models with varied colors and material provisions provide an accurate feel to the structure of the virtual building. Throughout the architectural conceptual designing stage, the design of the projected construction structure is shaped using Revit Models, emphasizing the looks, behaviors & structural properties. The stage can be associated with the Revit LOD 100 Model together with several components like the Masses, Conceptual Design &general project phasing. Location, as well as Orientation analysis, can be accomplished at this stage & quantities based on overall area & volume can also be acquired.

    • Pre-Construction Stage Architectural BIM Support:

    Building Modeling experts can create detailed & accurate Construction Drawing Services from Architectural 3D Model. The Revit parametric facets in a BIM Model enable undertaking a high level of detailing with accuracy. Modifications made in the architectural drawing plans mechanically get reflected in all the related areas of the construction sheets. 3D BIM Model for Coordination can be used collaboratively for clash detection at the pre-construction stage of residential & commercial architectural development. This diminishes the construction cost by reducing design changes at the time of construction.

    • Construction Phase BIM Support in Architecture:

     4D BIM Construction Phasing & 5D BIM Cost Estimate simplifies the development of the construction phase effectively, facilitating on-site coordination with Architectural BIM Modeling. On-site modifications can also be accomplished as per the virtual Architectural BIM design model. This stage acts as a bridge between architectural design & physical building, with the creation of architectural drawings & specifications for comprehensive building project requirements. The stage corroborates with LOD 400 Revit Model, encompassing elements that are precise in terms of shape, size, location, amount & alignment with fabrication, assembly & other details.

    • Post Construction BIM Services Support:

    Architectural 3D BIM Modeling Service also expedite the post-construction stage for bestowing an as-built model that can be used for the renovation of a building. BIM services for architects ensure methodical facility management using an all-inclusive Architectural model encircling various asset details.

    For more details about Architectural BIM service in DC, Baltimore, MD & VA areas in the USA, get in touch with the Architectural BIM Modelers of Tejjy Inc. at 202-465-4850 or info@tejjy.com.

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    Architectural BIM for Home Builders

    Are you looking for architectural home designing services in Washington DC? Get in touch with a competent home planner in DC to design your home architecture in the most competent style.

    Architectural BIM for Home Builders

    Top 5 Architectural BIM Solutions for the Home Builders in DC include:

    1. BIM Services for Home Builders in DC – BIM solutions for residences and housing schemes aid Home Builders to execute building projects in the right manner. Some of the BIM services include construction simulation, asset management, energy efficiency, & thermal performance analysis of buildings.
    2. Design & Drafting Services for Home Builders in DC – Through the intelligent 3D model, an accurate virtual mock-up of the planned construction project is created, helping designers to interact with Home Builders over a Common Data Environment.
    3. 3D Modeling for Home Builders in Washington DC – The 3D model makes the right implementation through detailed floor plan design & construction scheduling. This process helps to identify and detect clashes and perform constructability analysis.
    4. Construction Drawings for Home Builders in DC – BIM specialists provide detailed construction drawings with elevation plans, section drawings, roofing & floor plans. The detailed investigation of the construction site & floor plan facilitates home builders obtain an understanding of the total number of buildings and estimation for the project cost and profitability.
    5. Quantity Take-off for Home Builders in DC – Using 3D models, Engineers produce accurate quantity take-off & estimation for home builders. Building Information Modeling plays a fundamental role in creating accurate quantity take-off, facilitating home builders in the tender management, through accurate building project estimation with meticulous cost study and tracking of the construction process on schedule & budget.

    Tejjy Inc. – A competent construction management & BIM Service Firm based in Washington DC provides home building permits, home design permits, home architectural planning solutions & BIM services for home builders in DC, VA, MD & Baltimore areas in the USA.

    For more information about Home Building Service in Washington DC, Maryland, Virginia & Baltimore areas in the USA, get in touch with the BIM connoisseurs of Tejjy Inc. at 202-465-4830 or info@tejjy.com.

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    BIM Service, Blog

    Role of a Competent BIM Manager for Reaping Full-Fledged BIM Benefits

    It is important to understand the work of a competent BIM manager. Professional design firms & construction sub-contractors can use BIM software application only if it can be managed efficiently. If Building Information Modeling is used properly, projects can be executed properly with the minimized error. However, if it is not managed in the right manner, the project team members will be stuck in a nightmare of monotonous tasks,  repetitive work, and redundant effort. This will subsequently result in missed deadlines, documentation errors, and dissatisfied clients.

    Role of a Competent BIM Manager for Reaping Full-Fledged BIM Benefits

    Let’s explore the role of a Competent BIM Manager:

    Activities in BIM Domain:

    • Manages technical teams & provides necessary project support
    • Assists construction project directors on technical delivery
    • Develops & manages BIM standards, protocols & templates
    • Consults with IT teams, systems administrators, clients & contractors
    • Provides BIM training to the junior members of the team

    Comprehensive Understanding of BIM:

    • Treats BIM model as a realistic depiction of the building
    • Leverages BIM models as a collaborative tool among the modelers, and the receivers of the model output
    • Recognizes BIM models to be a creation of a team of people, and not as an individual task

    Team Configuration for Leveraging BIM

    • Ensures that none works in a silo
    • Sets the team roles as per responsibility and not as per tasks
    • Enforces people to take project ownership, making them responsible for complete work (for instance a person accountable for modeling walls also has to take the responsibility for wall tagging, details & schedules)

    Realistic Approach to BIM Workforce

    • Customizes work practices to the abilities of the people working
      (Should not make someone responsible for facades if they struggle with simple tasks of wall creation)
    • Shouldn’t let designers use specific architectural software if it makes their task of designing, less effective
      (Getting designers to provide hand-drawn sketches to the modeling experts is usually more effective than getting the designers to model properly)
    • Never think that training is merely the solution

    Flexible Working Methodology

    • Retains a flexible workflow for accommodating unusual condition & innovative work practices
    • Never enforce a “universal standards”, which is imperfect, as it is hard to forecast every possible permutation of what needs to be created on every project
    • Supports various work practices based on the intricacy of the project and the ability of the staff working on it

    Involvement in Real BIM Projects

    • Maintains an intimate knowledge of how the BIM office operates through active project engagement
    • Engages in setting up of every project in the office
    • Audits projects periodically
    • Steps in whenever required to assist others but not work full time on a single project

    Capability to Question Specific Requests instead of Reacting

    • Evaluates a request against the real-world consequence, it is trying to achieve
    • Delivers a workflow & work methodology based solution& not just technical solutions
    • Gauges how long a request takes to provide the result
    • Suggests alternatives for obtaining the same consequence

    Proactivity with BIM

    • Uses new BIM software functionality for augmenting problem-solving & service delivery methodologies
    • Provides courageous advice, but accepts that their views may not always be implemented
    • Listens to other project team members who may provide improved ideas
    • Involves themselves in industry-wide BIM concerns


    Unfortunately, all AEC firms don’t understand the need to hire a competent BIM manager, nor do they understand the benefits that a competent BIM manager can bring. Often a graduate who has used BIM software in his course is bestowed the responsibility of a BIM manager. It’s no doubt that these people can become good BIM managers in due course of time with experience. However, if they don’t have any understanding of the profession they will not be able to work in the core BIM areas. All AEC professionals need to understand the fact that the benefits of BIM don’t occur by themselves. Just like any other process, Building Information Modeling should be rightly managed and implemented. It is only then that the project stakeholders can reap the benefits of BIM.

    Appoint a skilled BIM Manager from Tejjy Inc.– a BIM, Engineering, Construction Management, Permit Expedition & Architectural Services Company in DC, VA, MD & Baltimore areas in the USA and step into the world of intelligence working. To know more, call at 202-465-4830 or info@tejjy.com.

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    Automated Structural Design Optimization for Reinforced Concrete with BIM

    The Structural Engineering optimization for reinforced concrete has been executed for several decades. The technique plays a significant part in maximizing the consistency, cost-efficacy, and environmental sustainability of RC structures. Nevertheless, the optimizing Rebar Concrete structural design is a bit challenging and entails innovative approaches during the diverse life cycle of RC structures.

    Research Undertaken in RC Structural Engineering Design Optimization

    The last few decades have seen the extensive researches in the RC structural design optimization, though there is a dearth of the comprehensive assessment of the endeavor. Hence, a critical evaluation of the earlier research about the Structural Optimization of Reinforced Concrete is conducted by the experts for reducing the number of construction materials, material cost, and environmental effects, with emphasis on a detailed design like steel reinforcement, to identify the research themes and highlight the future directions.

    Need for Implementing Clash Mitigated Rebar Design for Structural Engineering

    Based on the critical evaluation, the need has been identified for the implementation of clash-mitigated rebar design optimization, detailed design optimization of intricate Rebar Concrete components, and the application of the design for manufacture & assembly.

    Challenges of Manual Rebar Design Process

    The steel reinforcement detail design of Rebar Concrete structures is one of the significant aspects of construction. Despite the introduction of advanced technologies in the Architectural, Engineering, & Construction domain, the rebar design process is mostly accomplished by the manual or semi-manual approaches, with the software packages following the regional design codes. A manual process leads to conservative, indefinite, and improper consequences. Furthermore, the simple design of the RC structural elements can face constructability issues like congestion, collision, & complexity causing complications during the procurement of rebars and other facets all along with the construction phase. 

    The consequence of the Manual Process- Enhanced Construction Cost & Time

    The challenges also deter concrete pouring. Hence, improper compounding of concrete with the rebars gets generated upsetting the veracity of the RC structure. These concerns considerably enhance the construction cost and time and are extravagant for the AEC project stakeholders. Even if earlier studies have conducted the detailed design optimization of RC structures, little attention has been provided to these challenges.

    Holistic BIM Methodology using Meta-heuristic Algorithms

    A holistic BIM-based approach uses the various meta-heuristic algorithms like SGA, SGA-SQP & PSO-SQP for the optimum detailing & designing of RC slabs, for reducing the construction cost. The prime objective is to determine the reduced construction cost of the Rebar Concrete slab, along with the cost of steel reinforcement bars in reinforcing layers, cost of concrete, and labor cost for steel reinforcement bar installation and concrete pouring in the RC solid slab.

    Process of BIM Optimized Structural Engineering

    The process of BIM optimized structural engineering should be managed in such a way that the first stage can augment the steel support present in all the 4 reinforcing layers (including two layers at the bottom & top of solid slab), whereas the second stage can improve the solid slab thickness as per the concrete strength.

    Optimum Design Solution with BIM Model for Structural Engineering

    To make the optimum design directly constructible without any further modifications, available standard rebar diameters, space requirements of the rebars, appropriate regional design provisions, and constructability with clash avoidance concerns are merged into the development of the BIM optimized model, which can be used as a design tool for retrieving cost-effective design solutions at an earlier stage of structural detailing design.

    Seek the best Structural Engineering Company for Design Optimization

    Want to choose BIM for Rebar & Reinforcement Concrete Modeling ? Consult the BIM experts of Tejjy Inc. at 202-465-4830 or info@tejjy.com to get an accurate BIM model for optimum and realistic design solutions.

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    Architectural BIM Services for Construction Project Lifecycle

    Architectural BIM Services for Construction Project Lifecycle

    Architects are the connoisseurs who bring life to the concept of a construction project. They constitute being a vital part of architectural project planning and execution. BIM Service companies act as a support to architects and engineers in their design development process. Architectural Revit Services is a great mode of this collaborative and innovative solution. 3D BIM models use inputs, such as the construction & design documents as well as hand sketches. The team of BIM professionals creates the final model after resolving potential construction problems through raising RFIs (Request for Information) and checking with architects and other project consultants.

    How BIM facilitates Architects in Design Development?

    BIM supports architects in the various stages of design development through conceptual, schematic & detailed designs, as well as construction documentation with the help of 3D Modeling. Architects are able to create the interior design for the renovation and new building creation. BIM also provides virtual mock-ups of building components and creates a comprehensive 360-degree view of the projected building. 

    BIM Supporting Various Stages of Construction Project Lifecycle

    • Conceptual Designing: Architectural BIM Modeling provides an edge to the whole design process. BIM is used for creating manifold design routes for presentation with variations in layout and space planning. 3D Rendering Services Models with diverse colors and material specifications provide a realistic feel to the virtual building structure. During the concept designing stage, the design of the projected building structure is created using Revit Models, focussing on the looks, behaviors, and structural properties. The stage can be related to the Revit LOD 100 Model including numerous elements as Masses, Conceptual Design & overall project phasing. Location & Orientation analysis can be executed at this stage and quantities based on overall area & volume can also be obtained.

    • Pre-Construction Phase: BIM experts can develop detailed and accurate Construction Drawing Services from Architectural 3D Model. The Revit parametric features presented in a BIM Model facilitates in accomplishing a high level of detailing with precision. Changes made in the plans automatically get reflected in all the associated areas of the sheets. 3D Model for BIM Coordination Services can then be used collaboratively, detecting the clashes before construction. This controls the construction cost by reducing design changes at the time of construction.

    • Construction Phase4D BIM Construction Sequencing and 5D BIM Costing facilitate the planning of the construction phase effectively, enabling on-site coordination with the aid of Architectural BIM Modeling. On-site changes can also be fixed as per the virtual BIM design model. The construction design stage acts as a bridge between building design and physical building stages, encompassing the creation of drawings & specifications for the comprehensive requirements of a building project. The stage matches with LOD 400 Revit Model, comprising elements that are accurate in shape, size, location, quantity & orientation with complete fabrication, assembly, and detailed information.

    • Post Construction Phase: Architectural Modeling Services also help during the post-construction phase for presenting an as-built model that can be used later for the renovation and reconstruction of a building. BIM ensures methodical facility management using a comprehensive Architectural model encompassing various asset details.

    Prime Architectural BIM Services include:

    • BIM Consulting Services for seamless BIM applications
    • LOD Based BIM from a conceptual stage to a well-defined Facility Management model
    • Construction Documentation set of sequential drawings for construction management
    • BIM Design Development of BIM design build services
    • Custom Revit Family Creation Services for all building products
    • Point Cloud to BIM for renovation, retrofitting & as-built projects
    • Landscape BIM Models for creating & coordinating Landscape data
    • Underground Modeling  for improved visualization & clash detection
    • Architectural 3D Modeling to facilitate the design, planning & visualization
    • Procurement BIM through openly shared project models for lucrative project procurement
    • Architectural Detailing for transforming design into technical diagrams & plans
    • 4D Scheduling with data-rich 4D BIM models for early detection & resolution of conflicts
    • Infrastructure BIM Modeling to make civil projects resilient & productive
    • Modular BIM for prefabrication & modular building projects
    • Facility Management BIM to create, utilize & manage building information throughout the lifecycle of the structure
    • BIM for Energy Analysis with virtual 3D energy models

    Architectural Detailing Services across the Sectors:

    Residential, Hospital & Commercial Buildings:

    • Architectural Layouts & Floor Plans
    • Elevations & Sections
    • Door-window Details
    • Sanitation & Piping Plans
    • As-Built Drawings
    • Architectural Elevations & Sections
    • Ceiling & Foundation Plans
    Interior Decorations
    • Floor & Roof Framing Plans
    • Building Sections
    • Interior & Exterior Designs & Plans
    • Furniture Layouts
    Urban Planning
    • Building Block Detailing or Drafting
    • Landscape Drafting with BIM
    • Contour Mapping
    • Drawing development
    • Site Plan Drawings

    BIM software applications used for Architects

    • AutoCAD
    • 3DS Max
    • Photoshop
    • Illustrator
    • SketchUp
    • Revit Software Suite
    • MicroStation
    • Navisworks
    • Bluebeam
    • Civil 3D
    • BIM 360 Glue

    To know more about Architectural BIM services in Washington DC, Baltimore, MD & Virginia areas in the USA consult the BIM experts of Tejjy Inc. at 202-465-4850 or info@tejjy.com.