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.
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 firstname.lastname@example.org.
Opting for mechanical engineering is indeed a wise decision. According to U.S. Bureau of Labor Statistics, there is a strong job opportunity over the next era. The median pay stands at about $88,430 in 2019 (yearly). Unlike construction career fields, mechanical engineers have to work in offices, visiting job sites whenever equipment requires attention. Once the designing of the mechanical building components gets completed, mechanical contractors perform the mechanical shop drawings, installation as per plan and specifications of the mechanical engineering design. In contrast, electrical contractors accomplish specific electrical construction work associated with the design, installation, and maintenance of the electrical system. Electrical contractors ensure the fact that the electrical drawings systems work effectively, safely, and in an environmentally friendly manner. Before evaluating the difference between mechanical contractor and electrical contractor in accordance to BIM service providers in USA, let’s check out the responsibilities of individual contractor.
Responsibilities of a Mechanical Contractor
Managing the Fundamentals of a Project
Mechanical contractors ensure that the work is executed from the start to finish, through installation of a new refrigeration system or the maintenance of the plumbing system for a commercial facility. They interact with clients, monitor timelines and manage construction workflow as per the budget.
Handling Mechanical Systems
Mechanical contractors are proficient at handling the mechanical systems of the building. They assemble the systems in advance with the support of BIM engineering company and install them on-site. They also supervise virtual teams through multiple locations, keeping the project on schedule with MEP BIM services, ensuring production within budget.
Dealing with On-Site Jobs
Mechanical contractors also have to deal with unfinished tasks. They oversee staff, monitor the use of resources, and manage construction and maintenance. They also evaluate the risks and eliminate obstacles for project accomplishment.
Responsibilities of an Electrical Contractor
Electrical contractors are able to undertake various tasks, as per their specialty. They provide input into the constructability design and planning submission with a higher Level of Detail. Through an approved design and budget, the electrical contractors schedule their work and start construction, checking MEP drawings.
Working with Voice/Data/Video
The electrical contractors often have to work with low-voltage systems such as power controls, wireless networks, power backup, telecommunications, fiber optics and security systems.
Dealing with High Voltage Power Transmission
Electrical contractors also work outside with high-voltage power for transmission and distribution of lines at power plants or other locations. They ensure that electrical power gets transmitted to every home and building.
Inside Building Property
Many of the electrical contractors also work within a property, performing cabling, installation, repairing, rewiring and maintenance within various buildings.
Many construction professionals want to know about Mechanical Contractor VS Electrical Contractor. The difference between mechanical contractor and an electrical contractor is pertaining to their respective field of operations. Let’s now find out the variance based on the perspectives of BIM service providers in USA.
BIM Services for Mechanical Contractors
Competent BIM services provided by BIM engineering company comprise of 3D BIM modeling, clash detection and resolution, design validation, constructability review, 5D BIM quantity take-off, mechanical shop drawings, spool drawings, prefabrication, etc.
Mechanical Model Creation
BIM engineering company creates a model of the HVAC system, with the details of hangers, trapeze and seismic restrainers. The information is required for architectural services, structural engineering and other utility sources. The final 3D BIM model is produced after resolving clashes by re-routing ductworks, modifying elevations and re-sizing ducts. The detailed mechanical shop drawings are produced from the model for mechanical system installation, spool-drawings are generated for prefabrication and other MEP drawings are created for field automation using GPS equipment. Usually, SMACNA and other local codes as followed for MEP BIM services. Compressor, hot water pump, valve, etc. are some examples of mechanical models created by BIM service providers in USA.
Mechanical Shop Drawings
BIM mechanical shop Drawings are produced as per project standards and they are beneficial to the contractors, suppliers and manufacturers during construction. MEP BIM services are extremely useful for constructing complex structures. Competent BIM engineering company generates accurate sleeves, penetration and hanger locations from the 3D BIM model before the onset of the construction work. MEP drawings are usually obtained directly from the coordinated BIM models and they are comprehensive enough for workshop fabrication and on-site construction. The popular BIM mechanical shop drawings encompass block-out drawings, equipment pad layout, sleeve, inserts and hanger drawings.
Quantity Take-off / Bill of Materials
One of the primary benefits of 3D modeling for MEP BIM services includes the production of accurate quantity information. Bill of Materials obtained from 3D BIM models are detailed enough as per the client requirement for procurement, fabrication and installation.
BIM Services for Electrical Contractors
BIM service providers in USA facilitate the electrical contractors through 3d electrical modeling, design validation, clash coordination, shop drawing creation, and quantity take-off or 5D BIM cost estimating services.
Electrical Model Creation
Top BIM engineering company specializes in the construction of virtual 3D BIM electrical models of cable trays, light fixtures, conduits, fire alarms, and other electrical equipment as per MEP drawings. Comprehensive electrical room models are produced showing electrical connections amongst the panels and transformers. Design Validation is also provided for improving the efficacy of projects, saving construction costs. Some of the instances of the electrical BIM modeling include feeder conduit, electrical room, substation, and conduit rack.
Electrical Design Validation
Validation of connected loads is produced from the 3D BIM model by producing the circuits in Revit MEP BIM services. The prerequisite of CB Rating of circuits is measured to design a well-organized wiring system. Voltage ratings are also verified by BIM engineering company for components and distribution system.
Electrical Shop Drawings
Electrical BIM shop drawings are created as per project standards from the BIM model before construction and are detailed enough for workshop fabrication. The MEP drawings are directly downloaded into GPS instruments for accurate layout creation. Some of the instances of electrical shop drawings encompass layouts of power, containment, lighting, specialty system, structured cabling system, and fire alarm.
3D BIM model produces accurate quantities of all materials that are automatically updated with any change in the BIM model. Quantity Take-Off reports are formatted in Excel and exported to a database for comprehensive analysis. Top BIM service providers in USA generate quantities for a specific project area (4D/5D) for facilitating material procurement and saving inventory costs. Quantity Take-Off services can be obtained for conduits, hangers, light fittings, outlets and other electrical equipment like security devices, communication devices, etc.
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.
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.
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.
Since 1957, virtual reality (VR) has been used for manifold purposes – starting from gaming, music videos to simulations and product prototyping. Construction professionals are also choosing BIM vr in architecture, structural and MEP services to underpin digitized technologies for efficient building design, delivery and maintenance of physically built asset throughout the project lifecycle.
Virtual reality in construction takes the building design engineers to 3D environment, which is a different from an actual situation. The 3d effect provides an accurate representation of the construction with various elements as if in reality. In 2016, BIM engineers first used VR models to assess the feasibility of building plans. In 2017, a national initiative of the construction sector – Open Construction Day was arranged to provide VR demo to the general public. The demonstration was aimed at visiting construction sites that are normally inaccessible. The demo was executed using Samsung Gear helmets to walk through a VR model of a finished construction. Currently, construction professionals, including design build firms, contractors, structural engineers and architects have started exploring the advantages of 3D BIM Virtual Reality.
What is virtual reality in construction?
Virtual reality in construction happens to be the next level of 3D modeling. Just like 3D modeling, it comprises a comprehensive virtual model of the project. VR takes the users directly inside the virtual environs, immersing users into a virtual design build space. Using high-precision infrared sensors of virtual design and construction (VDC construction), enhanced tracking of construction is undertaken. VDC integrated Building Information Modeling or VDC BIM helps to accurately replicate an entire building, providing a perfect BIM execution plan for building design project compared to a computer screen or a print-out.
Advantages of BIM Virtual Reality:
Project Viability – VDC engineers assess the project viability at its inception. Using VDC BIM at the design stage, engineers are able to visualize the real picture of the project, considering the environmental elements. VDC construction integrated with BIM helps to make an accurate project estimate without any scope for errors, simulating the completed project as it would be.
Design Fine-Tuning – BIM VR in architecture helps to fine-tune the design build solution. VDC BIM engineers show their clients the virtual walkthroughs of projects, exploring the finished projects at different stages. VDC construction provides customers greater transparency about the design build changes. Consequently, this helps to make design changes before construction without wasting any time, resource, or money.
Construction Safety – VDC engineers pick up potential hurdles before construction through virtual reality and prevent safety issues like space constraint and tricky maneuvering of significant elements throughout the area of the new building.
Improved Planning – VR in architecture, structure and mep services provider improved planning for construction using BIM virtual reality, avoiding additional costs and problems throughout the project. Clients are able to make necessary changes by visualizing building designs before installation.
Tejjy Inc. BIM service provider in USA takes pride in using latest technology for construction. Using virtual reality in construction, Tejjy engineers are able to complete client projects on time and budget. Contact experienced VDC engineers of Tejjy Inc. today at 202-465-4830 or send mails at email@example.com for delivering your latest project integrated with BIM modeling.
Once buildings were designed and erected by “master builders.” An instance is U.S Patent Office in Washington, D.C. that opened in 1942. A master builder designed it and the building continues to be a functional and bustling place, even today. Now, it is the house of the National Portrait Gallery and Smithsonian American Art Museum. Similarly, Arlington House– a historical design build structure in 1800s is serving as a beautiful and functional space. These buildings stand the test of time and a share of the acclaim go to the general contractors. It’s the general contractors who are responsible for property damage restoration services. They act as a property manager during the time of crisis and support building reinforcement, assessing construction project requirements.
Why choose BIM for general contractors?
Now, since the architecture, engineering and construction industry is very competitive today, the general contractors are choosing digitized construction technology like Building Information Modeling (BIM). BIM services company in DC, Baltimore, MD & VA areas in USA are delivering high-quality architectural BIM engineering and construction drawings for reducing cost and enhancing turnaround time for general contractors. Implementing digitized BIM execution plan for architectural and engineering, comprehensive BIM services help to improve visualization through automation. BIM for general contractors brings inventiveness to a new level through the architectural transformation from ink and paper to digitized screens for 3D floor plan, site plans and detail drawings for a project. Using BIM engineering, clarity is brought to design build objectives regarding performance parameters, clearance, and ease of maintenance. This helps construction professionals to reduce rework & make essential changes to eliminate work-stop page. BIM is also delivered as a part of Integrated Project Delivery process, allowing a framework to streamline construction projects. BIM services facilitate projects across industries including residential, commercial, infrastructural, educational, healthcare, sports and mixed-use projects.
Top BIM Benefits for General Contractors
Visualization & Walkthrough – BIM for General contractors are able to show clients the actual representation of the projects, rather than depending on 2D drawings and plans. They can virtually build projects with BIM before construction with kinks and road blocks. The technology provides the confidence to visualize the entire construction from inception to the final built.
Marketing presentation –General contractors as well as mep contractors use 4D BIM based simulations and 3D renderings for giving marketing presenting to your clients. 3D BIM Modeling design build technique enables contractors to win projects.
Clash Detection& Coordination –BIM modeling enables clash detection, before the onset of construction, thus enhancing construction planning and project implementation, helping projects to get completed with more efficacy in reduced time.
Off-site fabrication – BIM enables off-site fabrication for making on-site fabrication processes accurate and faster, resulting in fewer conflicts, thus saving expenses and improving yard management activities.
How do general contractors use BIM services?
3D BIM Modeling– General contractors use BIM 3D modeling services for structural elements like steel, slab, concrete, beams, columns and various architectural elements like walls, doors, stairs, and windows. Expert modelers use 3D BIM modeling, enabling contractors to analyze design components of a project. BIM 3D Visualization facilitates project participants to effectively share design, detect errors & inconsistencies at the pre-construction stage through Navisworks software application. BIM modelers with expertise in Autodesk Revit & AutoCAD create MEP models for Design Validation, Design Development & Coordination through various stages like Conceptual, Schematic, Detailed Design or Construction Documentation. General contractors are able to resolve MEP issues through BIM for seamless construction and future maintenance.
4D BIM Construction Scheduling – 4D Scheduling or construction simulation plays a vital part in project planning. General contractors are using 4D BIM Modeling to add up new dimension to visualize project timelines phase-wise, letting team obtain simplest details, visualizing construction process & checking various design options. Building items are incorporated into the model as a part of the logistic plan, using BIM for improving construction planning & monitoring on-site health and safety. 3d BIM modeling authenticate site logistics to visualize job site utilization through various stages of the construction project. BIM walkthroughs visualize construction space with surrounding landscape, interior and natural lights, material depiction, and other moving objects. BIM presentations for site logistics also facilitate accurate positioning of construction equipment, crane placement, document storage, and allocation of parking space.
5D BIM Cost Estimation & Procurement Management – 5D BIM modeling produces automated & accurate quantity for determining labor & material cost. Quantity take-off/BOQ/BOM for general contractors helps to detect asset conditions through model exploration, providing adequate time for price optimization. MEP contractors, general contractors as well as architects and structural engineers are able to obtain an accurate cost estimate of the components from the BIM model, saving project time.
Point Cloud Laser Scan to BIM– Point Cloud laser scan to BIM services are required by AEC professionals, general contractors, mep contractors and design build firms for preparing various models of Architectural, Structural, and MEP services. Point Cloud scan to BIM empowers general contractors to take decisions about building components. Point cloud scan to BIM creates a clash analysis for MEP services during feasibility inspection, adding new components.
Revit BIM Family Creation – Revit BIM Modeling services enable all AEC professionals, including mep contractors, general contractors, architects and other design build firms to create sustainable environment-friendly designs. BIM consultants in Baltimore, MD, DC & Virginia help to minimize physical work, improving productivity and profitability by adopting Revit families with information stored about building components. BIM companies design building modeling components in Revit such as curtain wall panels, ceilings, fixtures, elevators, pumps and re-model the components by amending family parameters.
As Built Documentation – As built drawings from 3D BIM Model act as a complete reference tool for the general contractors and other AEC clients to make future project planning through renovation, modernization and redevelopment. 3D as-built BIM model helps the general contractors in field verification of components and as-built drawings help to convert existing data during pre-construction stage into 3D models.
Final Thought – Use BIM to collaborate & win over competitors
Earlier contractors used to win a bid and turned over the project to the owner, once completed. However, today, the building owners engage in regular meetings with construction companies throughout the project lifecycle to stay updated on time and budget, and BIM plays a crucial role in such meetings. The owners can see the work progress, access information and answer questions about specifications and permits right on the 3D Model. Using BIM for general contractors, collaboration with all project stakeholders become easy. In various parts of the globe like United Kingdom, BIM services have become a mandate on public works, and as per ISO 19650, project teams are likely to work with BIM in several ways. The Mandates for using BIM execution plan will increase for complex projects like airports, hospitals, and university campuses.
Construction clients also want BIM services to be a part of their project. So, If you are not using BIM as a contractor, you may get disqualified from even bidding on specific projects. You can be out of the game if you can’t demonstrate your BIM expertise to clients. So, why are you getting stuck? Get friendly with BIM and enhance your chance of winning more work. Stay connected with this digital technology and get an edge over your competitors. Call at 202-465-4830 or email firstname.lastname@example.org to discuss modeling requirements of BIM for general contractors.
Tejjy Inc. – A Women Minority Business Enterprise(MBE/DBE/WBE). Being experienced BIM service providers in USA we facilitate services to Architecture Engineering and Construction Industry.