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

Tag: Construction Company

bim vdc engineer
BIM Virtual Reality

Integrated BIM Technique with VR (Virtual Reality)

BIM with Virtual reality

Today, smart techniques like virtual reality, augmented reality with BIM and cloud technologies are paving the way to the new frontlines in the building segment. Even though virtual reality is used for various drives in different arenas, like gaming, construction is the latest industry for diving and integrating virtual dimensions in BIM 3D model. Amalgamating the techniques of BIM virtual design and construction, BIM VDC engineers are all set to drive the transformation of the construction sector. Tejjy Inc. – one of the best BIM service providers in USA integrates BIM 3D model and VR (Virtual Reality) seamlessly for improved construction productivity.

How the winning combination of BIM Virtual Construction works?

The amalgamation of BIM 3D model and VR by VDC consultants brings several advantages to verify space usage and mitigate coordination problems during the pre-construction stage. Design errors get minimized before moving ahead to practical project implementation. A virtual BIM 3D model with BIM 360 design collaboration provides clients the opportunity to comprehend the project at the design phase. BIM VDC engineers signify that the construction projects look more realistic compared to a BIM 3D model on a computer, detecting clashes and resolving them at an early stage.

What are the Options for VR adoption?

Construction companies implementing BIM weigh up several options when experiencing VR. Some of these tools encompass extensively accessible head-mounted displays like Oculus Rift, HTC Vivo, Samsung Gear VR, e Google Cardboard, Microsoft HoloLens, etc. All these tools enable the AEC project stakeholders to enjoy an entirely immersive 3D experience. They get the opportunity to virtually cross an entire building, accessing all relevant information. This gives an essential facet for monitoring costs and meeting project deadlines, ensuring that everything is flawlessly designed and planned.

VDC Consultants

What are the main features of VR?

  1. One of the significant features of VR is Motion Capture in Real Time, letting the users play in a virtual environment, without using a mouse or a keyboard for exploring buildings and rooms. Some other systems are also developed to complete body tracking systems with manifold connected sensors, making the experience as real as possible.
  2. Mixed reality (MR) is another feature for blending reality with virtual images and holograms and it is common in BIM practices. This methodology enables users to get more information on building construction or other internal constituents.

Virtual Reality & BIM Applications in Construction

  1. 3D Visualization & Modeling–Through BIM integrated virtual reality, VDC consultants enable the smooth operations of the 3D modeling process, enabling 3D visualization for all disciplines like architecture, structural and MEP. Based on parametric Revit BIM modeling objects, relationship with spatial geometry and physical and mechanical properties are elucidated in a perfect way.
  2. 4D BIM Construction Scheduling–Integrating virtual reality, BIM VDC engineers construct plan, and support virtual simulation of the building and its control. 4D application associates 3D elements, prearranged in sets, to the correspondent time schedule, enabling comparison between real work and planned sequence of the process. This facilitates a permanent actualization of construction schedules, assessments, and logistic site management.
  3. 5D BIM Cost Estimation–BIM integrated virtual reality also enables 5D cost estimation, and control of financing plan as per material take-off quantities in every constructive step.
  4. 6D BIM Energy Analysis–BIM virtual construction supports the performance of energy and sustainability building studies. BIM VDC consultants are able to make energy consumption estimate of the project and subsequently monitor, measure and verify energy consumption at the time of building occupation.
  5. 7D BIM Facilities Management–Through BIM virtual construction, BIM model is produced for supporting facilities maintenance and facilities management activities in the building at the time of occupancy.

Where to opt for VR integrated BIM Services?

Tejjy Inc. – one of the best BIM service providers in USA, integrating VR technologies with BIM 3D model. BIM VDC engineers of this company produce details of the product and planning information, valuable during design phase, throughout the building life cycle. If you want to know more about augmented reality with BIM, talk to the top BIM service providers in USA. To implement virtual BIM 3D model, or BIM 360 design collaboration, call BIM VDC  consultants of Tejjy Inc. at 202-465-4830 or

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    Tejjy Inc. | BIM Risk Management | construction management in DC
    Construction Management

    How to manage Risk in Construction Projects?

    Risk Management with BIM Modeling Companies in US Tejjy


    Tejjy Inc. Risk Management with BIM Construction

    BIM (Building Information Modeling) is a technique of developing construction features digitally. The information & the design building model generated from BIM techniques are used throughout the construction life cycle. Top bim consultants with BIM softwares, such as the Revit, NavisWorks, ArchiCAD, Tekla, BIM 360 Glue, AutoCAD, 3DS Max, etc are making construction management easy. 

     How BIM manages Construction Project:

    One of the benefits of BIM is that it with it can make a risk controlled construction life cycle. I know, the thought is how bim services benefits contruction project management. 

    Here’s how 4D BIM technology helps in risk management !

    4D BIM Helps in Risk Mitigation and Planning:

    • There is a list of safety standards that apply particularly to the construction arena, dictated by the Occupational Safety & Health Administration. BIM helps with implementation and can help you plan and model tasks in sequence, eliminating shared pain points that are unpredictable without the help of a software application. The technique also conveys a visual representation of the building in the 4D model, where construction planners can determine potential hazards before they become problematic.
    • 4D BIM in construction delivers virtual risk analysis and safety evaluations, producing detailed reports of site conditions for workers. The technique acts as a great tool for the new construction workers who aren’t acquainted with the job site.
    • Further BIM can provide granular detail about task-oriented assignments. Construction managers use this function for evading hazards before the building process has ever started.

    BIM Controls Negative Events of Construction Projects:

    • BIM integrates with construction management software, making it easier for construction managers to evaluate the cost & time of their jobs. The technique is effective while paired with actual project management techniques so that managers can eliminate project delays and failures. BIM also reduces liability and the risk to the construction firm.
    • Further, construction companies implementing BIM on more than a project can reduce cost variability and time consumption between projects.

    BIM Delivers Construction Projects in a Safe Environment:

    • If you are a LEED enthusiast, BIM facilitates construction planners to achieve LEED credentials. Synced with green construction software, BIM helps in identifying how an AEC firm can get extra LEED credits for provincial environmental priority.
    • If you want an in-depth analysis of how much “green” a project is, 6D BIM products, such as Tally by Autodesk, can analyze the effect of the new building on the environment. Using plugins with other BIM software application facilitate architects to select the materials that are ideal for the environment and associate the material cost to non-sustainable resources.

    BIM Ensures Commercial Building Longevity:

    • Since BIM in construction virtually assures that the design build solutions will be superior to a non-BIM construction. The possibility of the mistakes declines. BIM enhances building efficiency, providing the backdrop for building improvements. With the establishment of BIM, it becomes easier for a new contractor to step in, remodel, or enhance a constructed building.
    • Experienced BIM companies retroactive BIM usage is also found in major commercial construction projects, such as the renovation of an emergency room at an old hospital. Here BIM service providers helps in maintaining the integrity of the original medicinal center while presenting a completely new extension to the hospital. Hence, BIM companies efficiently used to modernize a building and achieve LEED Silver.

    BIM Aids the Workers, Environment and Firms to be Safer:

    BIM in construction helps handle risk management for safer environment. It’s a new method for construction that eventually eliminates waste, saving time & money for everyone.

    To know more about BIM Modeling Services, call the BIM Modelers of Tejjy Inc. at 202-465-4830 or 

    3d visualization companies near me
    Construction Management

    5 Building Inventions for the AEC Industry

    5 Building Inventions for the AEC Industry

    Innovative resources are an essential pre-requisite of the AEC industry. To get an edge over the competitors, Architectural Engineering & Construction professionals can implement the 5 Building Inventions for AEC Industry in their workflow:

    ·Kinetic Roads:

    An Italian startup dealing with underground power explores the potential of kinetic energy in roadways. The technology called Lybra is a rubber paving like tyre, converting the kinetic energy created through moving vehicles into electrical energy. Established in association with a Polytechnic University in Milan, Lybra functions on the principle of a braking car, dispersing kinetic energy. This gathers and converts the energy into electricity before passing it to the electricity grid. Further, through enhancing road safety, a device can upgrade and endorse the sustainability of road traffic.

    ·Predictive Software:

    The structural reliability of a building is good as its parts. The application helps to fit the building parts, along with the selection of materials & specific shapes for building performance under normal and extreme circumstances. Engineers integrate pieces into building designs while conforming to the increased demand for safety & government rules. Predictive software ensures that even the most inventive structures in civil engineering are safe & efficient, through simulating their behavior. An instance is on the structural integrity of the arch rotation brackets at the Wembley Stadium, using ANSYS – an Engineering Simulation & 3D Design software application that simulates the pressures on the brackets, holding & moving the distinct arches above the stadium.

    ·Modular Construction:

    This is a popular development in the AEC sector, where a building is built off-site and planned to the same standards as conventional on-site construction. The innovative modular building technology restricts environmental disruption, delivering components as and when desired, and turning construction into a logistics workout. The modular technique also provides an advantage of sustainability from fewer vehicle movements to less waste. Through 70% of the construction produced as components, modular construction technique allows a move to “just in time” manufacturing & delivery.

    ·Cloud Collaboration:

    Cloud collaboration is another technique used in the AEC sector that helps in remote data sharing on a construction site in real-time. The technique predominantly helps the engineers and architects to digitize the drawing review process on construction, allowing enhanced collaboration. The cloud collaboration emphasizes the installation of everything from steel beams to the light fixtures. Through cloud collaboration, technical snags can be detected that may occur during construction, by marking the PDFs and adding notes. The technique leads to about 60% of the cost-savings compared to conventional paper-based evaluation.

    ·Asset Mapping:

    All developments in the AEC sector are not with new building materials or flashy technical tools. Asset mapping emphasizes operating apparatus, including heating & air conditioning as well as lighting & security systems. The technique helps to collect data from serial numbers and engineering notes from the time it was installed and by whom, integrating all data in one place. This facilitates in showing engineers in actual where the equipment should be installed on a map.Further, just the once the assets are linked to the real-time system using the Internet of Things (IoT), they can be supervised through the web, app, and other remote devices & systems. Asset mapping helps customers to create databases of asset performance, assisting practical building maintenance, and reducing building procurement as well as insurance costs.

    To know more about Building Inventions for AEC Industry and adopt BIM technology in your construction workflow, contact the BIM Services Company Tejjy Inc. at 202-465-4830 or

    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

    Construction Management

    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

    Augmented Reality AR | Virtual Reality VR in AEC services
    Construction Management

    Wearable Technology Revolutionizing Construction Safety

    Are you a construction professional seeking a feasible solution for a high-tech construction environment?

    Opt for wearable technologies, making a splash in the market, and enhance your safety in a hazardous construction environment.

    Even though the technology is at an early stage of adoption, it shows potential for the construction companies to improve critical areas that drive profitability and safety.

    The construction Wearable Technology are the advanced electronic devices that the construction workers wear on their bodies, clothes, or protective equipment to gather and deliver information about the working environment, activities, and biometric conditions.

    Using the technology, onsite workers receive an automatic alert about a hazardous situation before the occurring of an accident.

    Construction managers can monitor and measure the level of fatigue and warn the workers while they move close to dangerous zones.

    An automatic system informs the site workers and their managers about the need for an instant behavior change to prevent injury.

    Wearabale Technology in Construction Management

    Wearable Devises Improving Safety

    • Providing audible or vibration alarms for notifying workers when they are close to danger, like moving equipment or a leading-edge
    • Warning the workers of a hazardous movement like bending, twisting, or lifting
    • Alerting workers when they are imminent to fatigue level
    • Relieving muscular and joint stress by supporting through lifting
    • Informing emergency personnel and rescuers to the injured worker’s location

    Kinds of Wearables

    Researches confirm the extensive use of wearable technology in construction over the next ten years.

    Presently, technology companies are associating with contractors for running pilot programs that check different types of wearables.

    Typical wearables for the construction sites include:

    • Visual: Devices using optical aids on glasses, hard hats, and visors to produce images for remote viewers are called Visual wearables. The devices add value to training, quality control, and other circumstances where the visual depiction of a concept is necessary. The wearable connects field workers to far-flung supervisory employees, facilitating both parties to view items at the same time. Sharing visual data on actual work environments improves training, instruction, and verification of practices.
    • Tactile: Devices that act as an exoskeleton for increasing the strength and durability of the users are known as Tactile wearables. The wearables restrict the force on the muscular-skeletal frame of the wearer, reducing the potential for strains and back injuries while enhancing a wearer’s capacity.
    • Sensing: Sensing wearable helps to sense the biological, environmental as well as the physical conditions of workers. The device also analyzes data by using edge computing and notifying the employee of hazardous situations that may cause an injury. Sensors are available in various forms like badges, biosensors, gyroscopes, and many more. The wearables record and assess the wearer’s physical condition, location, and environments. The technique for deploying the sensor includes an attachment to hardhats, safety glasses, and personal safety equipment. For example, construction site workers can attach clip-on wearables to shirts, belts, and vests. They can also embed the wearables in the sole of shoes.

    Value Addition for Construction Managers

    Wearables are significant for individual workers as well as to the construction managers, who can enhance control site safety in the right manner.

    Wearable Technology feed data to customize dashboards, allowing construction managers to assess performance data about the entire organization, specific to job functions and employees.

    Subsequent analysis with the data identifies particular areas that have the potential for injuries and provides the opportunity to amend operations before accidents.

    Final Thought

    The wearables wave is coming up quickly and gathering speed. The devices will be more predominant with Jobsite connectivity and data aggregation.

    As a result of which, every contractor and construction company in the USA must be actively investigating and evaluating the way the wave can enhance AEC business.

    Get in touch with one of the best Construction Management Companies in Rockville, Maryland, MD, USA, to discuss your safety requirement.

    Call 202-465-4830 or email and get the best solution for construction management, BIM, and engineering need.

    Tejjy INC