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

Tag: BIM

BIM Building Information Service Providers near me
3D Modeling Services, BIM Service

Perspective of AEC Industry on BIM (Building Information Modeling)

what is BIM building Information modeling | tejjy.com

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

Fundamentals of BIM Building Information Modeling:

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

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

Building Information Modeling in Construction:

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

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

Benefits of Revit BIM Services in Construction:

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

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

Why include BIM techniques?

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

Building Information Modeling -the New Frontline:

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

BIM isn’t new:

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

What Can You Do with BIM?

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

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

How the Industry Defines Revit BIM Services?

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

What does Autodesk have to say about Revit BIM?

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

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

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

What do Bentley Systems state about BIM?

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

Common BIM Misconceptions:

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

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

 

Misconception 1: BIM is only for the Architects

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

BIM Reality:

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

·         Architecture & Building Design

·         Civil & Structural Engineering

·         Energy & Utilities

·         Highway & Road Engineering

·         Landscape & Land Surveying

·         Offshore & Marine Architecture

·         Rail & Metro Transportation engineering

·         Tunnel & Subway Architecture

·         Urban Master Plan & Smart City Design

Misconception 2: BIM is only a tool for Designing

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

BIM Reality:

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

Misconception 3: BIM is available in a box.

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

BIM Reality:

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

 

The Bottom Line: What is BIM?

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

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

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

 

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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.

BIM Building Information Modeling Service Providers in USA
Blog, Construction Management

BIM Market Share by 2027

BIM Building Information Modeling Companies in USA

Building Information Modeling (BIM) refers to the procedure involving digital design, documentation, and depiction of building & infrastructure plans. BIM is a technique, used by real estate, construction firms, architecture and engineering  professionals for construction project life cycle management throughout pre-construction, construction & facility operation. The prime objective of the BIM softwares like Revit is to improve project performance and yield improved outcomes. BIM in construction facilitates construction managers for detailed analysis along with  information collection from relevant disciplines. Building design tools ensure consistent flow of information. and communicate them effectively.

Improved data communication and coordination among  stakeholders like contractor, architect, MEP consultants, designer enhances construction productivity. BIM users ability for clash detection makes MEP consultant job easy. There has been a selective adoption of BIM in construction, architecture and engineering sector. But now understanding the digitized need governments are ensuring the adoption of BIM. As BIM modeling companies in UK implement BIM Level2 . The upsurge in government adoption of BIM services throughout the world fuels the market growth.

Nevertheless, the augmented cost of the software application and the limitation of skilled professionals hamper the growth if the market. Further, technological advancements for managing data at remote servers and improvised coordination between users. Through point cloud solutions are projected to offer lucrative opportunities for the advancement of the BIM Market Share.

The size of the global BIM market in USA was valued at $5.20 billion in 2019 and is anticipated to reach $15.06 billion by 2027, increasing at a CAGR (Compound Annual Growth Rate) of 14.3% from 2020 to 2027. The BIM services market is anticipated to grow during the forecast period.

 

The segment of the architect/engineer is anticipated to bring in a noteworthy share during the forecast period. BIM allows architects and engineers to build and communicate design intent and comprehend performance, appearance, and essential capital at the initial stages in building the design process, driving the market growth in this segment. Nevertheless, the contractor is projected to grow at the highest rate during the forecast period, due to the fast adoption of this system by numerous contractors for reducing delay and decreasing the cost of the construction project, thus driving the BIM growth in this segment. 

BIM services encompass architectural, structural & MEP modeling, including the provision of cloud to BIM services and infrastructure modeling to architects, engineers, general contractors and the developers. The services facilitate in cost estimation along with the material requirement and their quantity, as per project types and requirements for residential, commercial, healthcare & other buildings.

Segment review

The global BIM market is segmented as per the component, deployment model, application, end-user & region. In terms of components, it is divided into solutions and services. Based on the deployment model, it is segmented into on-premise & cloud. Considering the application, Building Information Modeling is segmented into commercial, residential & industrial sectors. As per the users, it is segregated into engineers, contractors, architects and others project stakeholders. Based on the region, it is evaluated across Europe, North America, Asia Pacific, and LAMEA.

The crucial players outlined in the BIM market analysis are:

  • ABB Ltd – Automation company
  • Autodesk – American multinational software corporation
  • Asite Solution – Software Company
  • Beck Technology – Construction Estimating Software Company
  • Bentley Systems – American based Software Development Company
  • Cadsoft Corporation – Premier Software Developer of Building Information Modeling
  • Dassault Systèmes – French Software Company
  • Hexagon AB – Global leader in Sensor, Software & Autonomous Solutions
  • Nemetschek SE – Vendor of Software for Architects, Engineers & Construction Industry
  • Pentagon Solution – Software Company in Belfast, Northern Ireland
  • Trimble -Agriculture Company

The players have implemented numerous strategies for enhancing market penetration and reinforcing their industry position.

Factors influencing the growth of BIM Market Share:

Enhanced Production through Interoperability:

  • Construction projects entail decent coordination & understanding among various project stakeholders, due to the collaborative structure of the architect, engineer and construction sector.
  • Typically, there are various elements associated with a construction project like engineers, architects, builders, suppliers, and MEP consultant. For several years, the exchange of information among the elements was documented through graphs, tables & drawings.
  • Further, AEC professionals favor automatic devices, conveying results in less time, saving money & reducing manual operations. BIM provides the ability to support the solutions.
  • Demand for mechanized systems has increased popularity in the construction sector, which is projected to lessen human errors & provide accurateness in a digital representation of models, thus leading to cost savings and enhanced productivity.
  • Hence, there is a need for an interface that could integrate issues and provide a common platform for successful operation.

Increase in Environmental & Energy Concerns:

  • Future of BIM market 2027 is projected to see promising growth soon, due to the growth in environmental and energy concerns arising from the number of construction activities worldwide.

  • BIM solutions delivers various benefits like green build designing, reducing the energy consumption of the building & increasing the efficacy by installing assorted equipment used for underfloor air distribution systems. Through as-built drawings and models coordination for prefabrications, renovations, remodeling will be easier done than said.

  • The continuous improved energy management process reduces electricity consumption used during construction as well as during the maintenance phase of a building. Additionally, BIM in construction industry is one of the main contributors to environmental degradation, including climate change, enhancing pollution, along with carbon emissions.

  • Government agencies across the globe are enthusiastic about implementing regulatory norms for reducing the effect and focusing on the building of green buildings for sustainable development. There are government mandates for an eco-friendly green structure in various countries like the U.S., the U.K., Singapore & the UAE, which are projected to boost BIM adoption in the future.

Key BIM Market Being Served

There are various facets of Building Information Modeling Services. Every stage of BIM model from 3D to 8D is adopted as per requirement. When which BIM model is to be adopted? This depends on the services required. By Deployment Model

  • On-Premise

  • Cloud

       

 

The benefits of BIM has no boundaries. The transformation of 2D to 3D models facilitates collaborative environment. The benefit of BIM ensures execution of small to high level complex projects to be managed easily. No longer innovation in design build solution has boundaries with BIM in construction, architectural BIM engineering services. BIM modeling companies facilitate to commercial(healthcare, city centre, railways, bridges, restaurants, banks), residential , government sector.

By End-User

  • Architects
  • Engineers
  • Contractors
  • Others

BIM Adopted Regions

North America

  • United States
  • Canada

European Countries

  • UK
  • Germany
  • France
  • Italy
  • Remaining European Countries

Asia Pacific Countries

  • China
  • India
  • Japan
  • Singapore
  • Remaining Asia-Pacific Countries

LAMEA (Latin America, Middle East & Africa)

To know more about BIM Market Share, get in touch with Tejjy Inc.– A competent Construction Management, BIM (Building Information Modeling), Permit Expedition Services, Architectural & Engineering Services Company at 202-465-4830 or info@tejjy.com based in Washington DC, USA.

Architectural 3D Rendering Services in DC
3D Modeling Services, Architectural Services, BIM Facility Management, BIM Service, Blog, Construction Project, Construction Project Management Services

Showcase Photo-realistic Output with Architectural 3D Rendering Services

Showcase Photo-realistic Output with Architectural 3D Rendering Services

Want quality Architectural 3D Rendering Services for residential, commercial and institutional structures? 3D Rendering can help to showcase quality photorealistic output to potential clients before the actual commencement of the project.

Architectural 3D Rendering Services add value to realtors, architects and property developers in the minimum time frame and optimal prices. A competent architectural 3D rendering service provider can accentuate your property marketing, using quality visuals across social media platforms such as YouTube, Instagram and Facebook.

Bunch of Architectural 3D Rendering & Visualization Services:

  • Architectural 3D Renderings:
  • 3D Exterior, Interiors & Floor Plans
  • 3D Aerial Visualization
  • Virtual Staging
  • Architectural 3D Animation:
  • 3D Walkthroughs &Virtual Tour
  • BIM Virtual Reality 360 Construction
  • Architectural BIM Modeling & Drafting:
  • 3D BIM Revit Modeling
  • AutoCAD Drafting
  • Construction Detailing

What is 3D Architectural Rendering?

Whenever a CAD or PDF file including site plan, floor plans, elevations, and sections are converted into a 3D model and applied with furnishings to build a photo-realistic image, it’s entitled as a 3D render.

There are 5 main types of 3D rendering options for the property developers including:

  • 3D Exterior Rendering – This emphasizes on the outside of the property and the surroundings.  You may choose only on the building or get a render including the surrounding neighborhood and landscapes such as water bodies, fences, vegetation, and porches. Different lighting conditions can also be tried around like the Morning, Dusk or Daylight. Weather conditions like the Rainy or Snowflake can also be manifested into striking marketing collaterals.
  • 3D Interior Renders – Interior renders divulge the vantage point of the insides of the property. Developers can show a specific view to their customers capturing several zones like the entrances, halls, and arrangement of diverse facilities in the lobby.
  • 3D Aerial Render – This helps to showcase the property from the above, focusing on the neighboring environment of the building. 3D Aerial renders are perfect for showcasing how the new building will fit into the existing environment.
  • 3D Floor Plan – The rendering of the 3D Floor Plan gives a penetration to the conventional 2D floor plans. The floor cut renderings let prospective purchasers visualize themselves in the home or building and comprehend the spatial arrangement of several areas within the property.
  • 3D Walkthroughs – It is the most valuable deliverable that provides a video output where a client can take a virtual tour of the property in a lifelike manner. The 3D animation facilitates the prospective buyers to take a simulated tour of the building before the beginning of the actual construction for providing a strong sense of the feel, layout & features of the property.

What are the Common Practices for 3D renders?

Image marketing is the pivot of real estate marketing and 3D renders play a key role in this regard.

  • Obtaining Permits & Approvals of Local Bodies: Depending on the place where you want to develop the property, there could be an obligation for presenting your project plan with the local associations for permits. Showcasing 3D Aerial Views together with 3D Exteriors reveal the way newfangled structure shall merge with the current surrounding or neighborhood.
  • Promotion: Property development agencies are often required to undertake extensive promotion of their building process. This helps in attracting prospective tenants or buyers to the property. 3D renderings are indeed spectacular, facilitating the property developers to develop an interest in the local community.
  • Ongoing Marketing: Animations and virtual 3D floor plans let the property development companies seek ongoing marketing schemes without leaving their offices. This helps in showcasing the properties on the website or social media and makes them available to interested parties.
  • Quick Financing: Using 3D renders, it is easy to get apt financing for a property, which is often challenging in the development cycle. Laying technical reports before a financier could be a bit confusing. However, 3D render facilitates in revealing the vision in an accurate way.
  • Enhanced Communication: 3D rendering helps in comprehending blueprints within a team of technocrats, which can otherwise be frustrating and time-consuming.
  • Reduced Cost of Development: Errors may occur during the design phase, which one wants to identify before the onset of a building process. 3D renderings facilitate the project stakeholders to detect and correct errors quickly, thus reducing the costs of project delays.

What could be the expected price of Architectural 3D Rendering Services in the USA?

  • Exterior Rendering for Residential Project @ $325-600 per image
  • Interior Rendering for Residential Project @ $250-500 per Image
  • Exterior Rendering for Commercial Project @ $375-850 per Image
  • Interior Rendering for Commercial Project @ $275-650 per Image
  • Exterior Rendering for High Rise Buildings @ $725-1500 per image
  • 3D Floor Plans @ $215-450 per floor
  • 360° Virtual Reality @ $385-1500 per camera shot
  • 360° Virtual Reality @ $385-1500 per camera shot
  • Animation @ $65-100 per sec

Choose a Professional 3D Rendering Company in the USA

Get in touch with Tejjy Inc.– an architectural & engineering service provider in DC at 202-465-4830 or info@tejjy.com to get 3D Architectural Rendering, 3D Visualization & Animation Services for commercial & residential projects. Experienced professionals of Tejjy Inc. build impactful marketing creative for AEC projects. Be it 3D Interior Rendering of Living Area, 3D Renders of Living Room in High Rise Tower, 3D Daylight Rendering of Living cum Kitchen, 3D Commercial Exterior Rendering, Exterior Front view of HD Theatre or 3D Interior Living Room Rendering with Style & Simplicity, Tejjy Inc. delivers all with a unique grace & finesse.

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Architectural Services, BIM Facility Management, BIM Service, Blog, Construction Project, Construction Project Management Services

BIM (Building Information Modeling) in Plumbing

MEP BIM Modeling services in DC, MD, VA, Baltimore

Initiating the construction project lifecycle from design to operation and then to maintenance through facility management Building Information Management is integral for construction. BIM supports design build solution through quantity estimation with 5D BIM modeling, clash coordination and 4D scheduling. Different BIM stages and level of Detailing involve diverse expertise in adopting the correct stage. 

Implementing BIM (Building Information Modeling) techniques before the project commencement, facilitates MEP consultants, designers , structural engineers to make better decisions in the design building process. 

                            What is Plumbing System?

Plumbing system is the entire set of pipe fittings and appliances used for water supply and drainage. There are different types of supply and drainage pipe system. Supply pipes also known as service pipes. They supply water from the main system to the house plumbing system. Whereas the drain pipes or water disposal pipes are placed in kitchen, bathroom etc to dispose the waste. 

Benefit of MEP BIM in Plumbing Design

BIM (Building Information Modeling) entails a collaboration of softwares like Autodesk Revit, Bentley, Vectorwoks for plumbing designs. 3D, 4D, 5D, 6D & 7D in a single unit with all activities associated with project completion can be accomplished easily. Using MEP BIM modeling services MEP engineers can perform time and cost estimation, visualization of design objectives, clash detection and facility management of a plant for mechanical, electrical and plumbing sector. BIM modelers who are planning, designing, constructing, operating and maintaining diverse physical infrastructures like water, gas and electricity. Plumbing system in building sector gets enhanced with BIM to meet the requisite of the building water supply and sanitation during the construction planning stage for the better maintenance of the system. 

 

Applications of BIM in Plumbing Sector:

  • 3D Collaborative BIM Design:

BIM helps in creating 3D BIM Services model for water supply & drainage design. The design information contain all data associated with water supply and drainage like pipe size, material & type including soil pipe, cold pipe, slope and pump power. The 3D BIM model can be updated automatically. If changes are made in one view, those can be automatically updated in all views. BIM (Building Information Modeling) in Plumbing provides the opportunity to all the AEC professionals to work simultaneously through a central system, thus reducing coordination issues and improving the workflow efficacy.

  • Design Build Optimization:

Design Optimization through BIM facilitates in resolving the problems involved in the traditional design. 3D BIM Services information data can be transmitted by the intuitive BIM technology to achieve good transmission. In case of a certain degree of difference in the model design, the model can be divided on the basis of the floor, and the building water supply & drainage design can be based as per civil and architectural engineering designs. Using BIM technology, the other data can be automatically updated, and the system can be controlled in a convenient way.

  • Pipe Designing:

Water supply & drainage lines can be also be created easily with BIM technology. The software application takes care of all the pipe fittings such as the tees and elbows according to the pipe network. The pipe slopes can be drawn as per specific inputs, mechanically analyzing the level, and hence time can be saved, compared to the 2D drawing and 3D BIM Services, calculating the slope and indicating the level. BIM also helps in assigning pipes with the right color codes in the application, eliminating any incorrect pipe routing like placing of supply pipe instead of drainage pipe, leading to errors in quantification.

  • Parametric Revit Families:

BIM includes readymade parametric families such as water tank, urinals, and water closet and other information such as inlet as well as outlet dia, of pipe, pressure loss methodology and flow rate. The size and the dia of the pipe can be customized. Using 3D BIM Revit Parametric Model, a beginner can start designing easily and detect the clashes at an earlier stage. The BIM application can also generate pressure loss reports, reducing the pressures at fittings owing to the coarseness of the material or other reasons.

  • BIM Clash Detection:

Details of the clash report can be produced through BIM, after completion of all services in Navis Works. MEP professionals can know the location with the grid coordinates through complete design and attach every point for design visualization at site. Clash free drawings produced from the 3D BIM Model help to reduce space constraints. Further, BIM helps in generating the reports and making changes to the model to make it clash free.

  • 4D BIM Scheduling

Time estimation & scheduling is another positive aspect of BIM, which helps in providing time estimation for the installation of plumbing service of the project, fed with the activities of the work to be done. The report can be connected in Navis Works and the scheduling of the work to be executed can be prepared.

  • 5D BIM Cost Estimation

The 5D BIM Model contains detailed information to execute the essential task as per the budgeting. To estimate the project budget, the cost estimation can be made based on the selected material and products. This helps to generate the cost estimation for the piping & pipe fitting. With a single click, quantities can be generated and the cost can be applied for the quantities, giving accurate estimation.

  • 7D BIM Facility & Asset Management

With a single click on the equipment in the 7D BIM Model, information related to the Plumbing Operation & Maintenance, can be obtained and the schedule of the maintenance& activities can be executed with the selected equipment. However, there should be a steady up-gradation of information about the condition of the system or equipment by the maintenance person into the application. 

So, Building Information Modeling has several advantages in designing and maintenance of Plumbing systems. Implement BIM in your construction workflow from the best BIM Service Provider and get an edge over your competitors. Get in touch with Tejjy Inc. for BIM (Building Information Modeling) in Plumbing at 202-465-4830 or info@tejjy.com for discussing your construction project requirements.

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10 Steps of Constructing a New Home

10 Steps of Constructing a New Home

Creating a new home for staying is exciting, especially when you understand the work process. As a homeowner, you will enjoy watching Constructing a new home from the start to completion.

So, why don’t you take the initiative to build your dream home from pouring the foundation to framing and watch how your home takes shape.

As soon as your home has drywall, you can visualize your living in the space and envisage placing of the furniture and how they will be a source of entertainment to your friends and family.

Here are the 10 Steps of Constructing a new Home:

1. Preparing Building Site & Pouring Foundation

  • Leveling of Site by Construction Crew
  • Building Wooden Forms for Temporary Foundation
  • Installing Footings

2. Completing Rough Framing

  • Completing Floor, Walls & Roof Systems 
  • Protecting Application to Exterior Walls, Safeguarded with Wrap

3. Finishing Rough Plumbing, Electrical & HVAC

  • Pipes & Wires
  • Sewer Lines & Vents
  • Water Supply Lines
  • Bathtubs, Shower Units
  • HVAC System Ductwork & Vent Pipes

4. Installing Insulation in New Home

  • Fiberglass
  • Foam Mineral Wool
  • Cellulose
  • Blocks of Concrete
  • Concrete Forms&Spray Foam
  • Insulated Panels of Structure
  • Foam Board

5. Completing Drywall, Interior Fixtures & Exterior Finishes

  • Suspending & Fastening Drywall
  • Texturing
  • Applying the Primary Coat of Paint 
  • Installing Exterior Finishes including Brick, Stucco & Stone

6. Finishing Interior Trim, Installing Exterior Walkways & Driveway

  • Installing Doors, Window Sills, Decorative Trim, Cabinets, Vanities & Fireplace Mantles 
  • Applying Final Coat of Paint

7. Installing Hard Surface Flooring, Countertops & Completing Exterior Grading

  • Installing Ceramic Tile, Vinyl & Wood Flooring & Countertops

8. Finishing Mechanical Trims & Installing Bathroom Fixtures

  • Installing Light fixtures, Outlets & Switches
  • Finishing of Electrical Panel 
  • Installing of HVAC Equipment & Registers
  • Placing Sinks, toilets & faucets in place

9. Installing Shower Doors, Mirrors, Flooring & Landscaping of Exterior

  • Installing of Mirrors, Shower Doors & Carpeting 
  • Making the Final Clean-up
  • Planting of Trees, Shrubs & Grass 
  • Completing other exterior landscaping 

10. Making the Walk-Through at the Final Stage of Construction

  • Spotting items that need to be corrected or adjusted
  • Examining the surfaces of countertops, fixtures, floors & walls for possible damage

To know more about new Constructing a new home, consult with Tejjy Inc. – A Construction Management, BIM, Engineering, Permit Expedition & Architectural Services Company in Washington DC, USA

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Add Colors to Home with Revit BIM Interior Design Services

Add Colors to Home with Revit BIM Interior Design Services

Are you seeking an interior designing service provider that can add colors to your home? So, why don’t you opt for interior designers who are using Home with Revit BIM (Building Information Modeling) technology? This will help you to stay updated & understand how your customers want to visualize products in a virtual space, enabling collaboration among various disciplines on the project.

Top 3 Benefits of Interior Designing with Revit BIM:

  • 3D Visualization:
  • Revit BIM supports designers to create & visualize space in 3D.
  • BIM Clash detection enables interior designers to avoid errors when objects are laid in the same area.
  • Interior Designers can use 3 Dimensional views to create rendered images, supporting the designers to discuss ideas for the layout of allocated space within the building.
  • Virtual Collaboration:
  • Interior designers can visualize & collaborate in a 3D BIM model virtually to work on various design disciplines simultaneously.
  • BIM facilitates multiple disciplines to work for a building involving all project stakeholders.
  • Using Revit BIM, the interior designers can capture and manage designs with space layout & material selection, within a model, while working together with associates in other disciplines.
  • Improved Accuracy          
  • Using Revit BIM, interior designers can obtain fewer change orders and RFIs from the subcontractors.
  • Revit doesn’t allow anybody to be dishonest with the figures as it is a 3D application.
  • BIM facilitates object to get emphasized and fixing the errors at the initial stage.

Why don’t you utilize the real BIM power to design in 3D with smooth data management for planning your Home with Revit BIM interior space? BIM also encompasses valuable information supporting LEED (Leadership in Energy and Environmental Design) requirements of space.

So, are you willing to implement BIM technology for interior design? For any query about Home Remodeling Services Washington DC with Revit BIM Services, contact at 202-465-4830 or email at info@tejjy.com.

Design build firms in DC | tejjy inc.
Architectural Services, BIM Service, Blog, Construction Project Management Services

Design Home in Style with Commercial Architectural Service in DC

Design Home in Style with Commercial Architectural Service in DC

Are you looking for a licensed commercial architectural company in DC? Just like the doctors and lawyers, architects are licensed professionals with completed university programs and extensive internships. They have also undertaken rigorous exams and training, encompassing several areas, from landscape design to structural engineering. This diversity in the activity of the architects helps to find solutions to your requirements. If a home designer makes certain alterations at your request, a competent architect will anticipate your needs.

Why Need Commercial Architectural Services in DC?

Usually, home designers don’t have the required training for creating complex or unusual designs. If you have special requirements, or if you want a unique home, you’ll need to appoint a commercial architect. The commercial architecture firm Washington DC apply construction and engineering skills artistically to design an assortment of commercial buildings and structures. They also play a part in every step of the building process and work with a squad of other experts to complete the projects.

How Does a Commercial Architectural Service Firm Work?

In some projects, architects wear several hats through design creation, undertaking the drafting, choosing the materials, and managing the complete work process. Architects also visit a building site and perceive the track of the sun, note the prevailing breezes, sketch the prevalent vegetation, and anticipate some of the best views. In the case of building renovation projects, an architect knows the structural work and can also appreciate symmetry and quantity. Architects are also involved in drafting the blueprints. If you get stock blueprints like your dream house, you can appoint an architect for making modifications. Altering a current plan is less expensive than designing a home from scratch.

What are the Considerations of a Commercial Architect in DC?

Before making a design, a competent architect spends time talking with their clients and asking several questions like:

  • Who will reside in the house and what are their ages?
  • Whether the client wants space to promote group or family activities, like watching television?
  • How significant is an informal & formal dining room?
  • Whether the bedroom is treated as a sanctuary for spending most of the time of the day or, is simply a place to sleep?
  • Do you want a private space for your computer, or would want a media center centrally located, where children can be supervised?
  • What do you love about your current home?
  • Whether an automobile is a part of your family or not?

Although you have a tight budget, it does not make a good sense to cut corners on design. Skilled commercial architects can help you evade expensive errors and can assure that the home you construct is perfectly matched for the way of your living.

Why Seek the Best Commercial Architectural Firm?

A professional commercial architectural firm can help you to ensure that the building’s flow is making sense, confirming that your building is easy to move around. Apart from the building, architecture and design convey a balance to people’s lives. You need to carefully choose the best commercial architectural company for getting a better design environment for your commercial buildings.

Where Can You Find The Best Commercial Architectural Company In DC?

Consult a Commercial Architectural Firm, Tejjy Inc. – who also provides BIM (Building Information Modeling), Engineering, Construction Management, Permit Expedition & Architectural Services. Tejjy Inc. is all set to make your commercial building development project a reality. Contact at 202-465-4830 or info@tejjy.com to visualize your future with commercial architecture firm Washington DC

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Top 7 Architectural Commercial Building Designs

Architectural BIM Service provider in DC, MD,VA,Baltimore

Today, futuristic architectural designs are carving out with technological innovations. Architectural Commercial Building Designs go hand-in-hand for creating a powerful building design, addressing a level of sustainability. Buildings act as a symbol of urban corridors of biodiversity and some of the resilient designs can endure extreme weather conditions. The critical thinking of the architects and designers goes towards creating the forward momentum for regenerating the world and making it more equitable and healthy for humans, plants, and animals.

Architectural & Engineering Commercial Buildings Design around the World:

Agora Garden Tower, Taipei, Taiwan

  • High-Rise Luxury Residential Building in Xinyi District broke ground for construction in March 2013 and was completed in September 2017.
  • Green & Twisting Eco-friendly Tower designed by Paris-based Vincent Callebaut Architecture achieved Leadership in Energy & Environmental Design (LEED) Gold Accreditation.
  • The 42,335m² Building accommodates Rooftop Clubhouses, Swimming Pool, Gymnasium, Parking Floors of Cars & Luxury Apartments (42).
  • The Agora Tower of 20-Storey height  resembled the Double Helix DNA Structure, with 2 Helical Towers twisted near a fixed central core.
  • Each 540m² apartment is completely free of columns, providing spatial flexibility in terms of interior layout & partitioning inside.
  • Identical linear crystalline façades cover all levels of the tower to protect the apartments from the solar radiation in summers & reduce thermal loss during winters.
  • With 1,000m² surface area, the photovoltaic pergola integrates electricity produced from solar rays into the electric network of the building.
  • The exterior of the building has a cascading layer of greenery with balconies on the periphery of each apartment, containing fruit trees, organic vegetable gardens as well as aromatic & medicinal plants.

Penumbra, Adaptive Window Shading System

  • Designed by Tyler Short, the Kinetic Window Day Lighting & Shading System acts as a giant sundial.
  • Moves in 3 Dimensions to Screen Sunlight from any angle.
  • It provides a kinetic & mechanical solution to a problem that would be impossible to solve with static architectural components.
  • Offers shading across a building facade for both low evening sun & high afternoon sun conditions.

Raffles City Chongqing, Yuzhong District, China

  • A suite of 8 buildings, featuring a 300-metre-long horizontal sky bridge called “Crystal” connecting the top of 4 of skyscrapers.
  • The Sky bridge is projected to be the second-highest in the world after the Kingdom Centre.
  • The entire project comprises of 8 towers with a total of 817,000 square metres of floor space.
  • Designed by Israeli-Canadian architect Moshe Safdie, the Construction began in 2013 and is expected to be completed in 2020.
  • Atop four of the 250-metre-tall towers are an enclosed Skyway, called the Crystal.
  • Two 350-metre-tall towers connect through a cantilever bridge.
  • The project contains 1.12 million sq. mt. of space with offices, residences, hotels, shopping malls & landscaped grounds.
  • The buildings are made with reinforced concrete with steel columns & floor spanning. The elevation is 354.5 metres with 79 above the ground floors & 3 below.

Dynamic Tower, Dubai, United Arab Emirates

  • 420-metre, 80-floor moving skyscraper, designed by architect David Fisher, where each floor can rotate independently, leading to a varying shape of the tower.
  • Each of the building’s apartments rotates 360°, & movement can be programmed in line with the wishes of the homeowners.
  • Proposed as the world’s 1st prefabricated skyscraper with 40 factory-built modules for each floor.
  • The entire tower is proposed to be powered from wind turbines and solar panels to produce enough surplus electricity to power 5 other similar sized buildings in the vicinity.
  • The Construction started in 2008 & is expected to be completed in 2020.

Songjiang Hotel, Shanghai

  • World’s 1st Underwater Quarry Hotel 100 metres beneath ground level & 2 floors underwater.
  • Approximately 35 kms from Shanghai, it is created adjacent to a disused, 90-metre-deep, quarry filled with water, which is of the magnitude of 5 football fields.
  • With 16 of its 18 floors underground, it has been called a wonder of modern engineering.
  • Designed by Atkins, Architectural Commercial Building Designs consultant firm behind the Dubai Hotel – Burj Al Arab.
  • It’s a fight against gravity with over 5,000 engineers, architects & designers from the preliminary phase of designing in 2006 to the interior decoration of today.
  • The futuristic hotel comprises of 383 bedrooms, underwater areas, guest accommodations & conferences for 1,000 people & also encompass sport and leisure facilities.
  • A transparent glass ‘waterfall’ situated in the center of the building is a major architectural feature of this building.

Sands SkyPark Building, Singapore

  • A wondrous act of engineering by the architect Moshe Safdie, the SkyPark hovers over the 3 hotel towers of Marina Bay Sands.
  • Located 57 stories up from the heart of the Marina Bay area, the Observation Deck brags the amazing views of Marina Bay & Singapore’s cityscape.
  • A luxurious dip in the Infinity Pool – the iconic rooftop Singapore pool offers spectacular views of the city at sunset.
  • The 150-mtr infinity pool on Marina Bay Sands SkyPark is the world’s largest elevated body of waters outdoors.
  • The SkyPark (1.2-hectare) is longer than the Eiffel Tower and can park four & a half A380 Jumbo Jets.

X Seed Building, Japan

  • The XSeed 4000 is projected to be double the height of Shimizu Mega-City Pyramid standing at 2,004 mtr.
  • An eco-utopian environment of 4 km high with  800 floors in the open framework of a concave shape, resembles Mt Fuji.
  • Its design calls for the use of solar power to maintain internal environmental conditions. 
  • If the huge, 13,000 ft. X-Seed structure gets constructed in Tokyo – it will win the tallest-building competition of the world. 

To know more about Architectural Commercial Building Designs, Home remodeler Washington DC, call Tejjy Inc. at 202-465-4830 or info@tejjy.com for Architectural & Engineering Services, BIM Services, BIM Engineering Services, BIM Consulting Services, Construction Management Services, and Permit Expedition Services.

Structural BIM Engineers in US | BIM engineers
3D Modeling Services, BIM Service, Blog, Engineering Services, Structural Design, Structural Engineering Services

How BIM is Transforming Structural Engineering Companies?

Planning and design coordination are the keys to successful project execution in for construction companies. BIM VDC technology allows project stakeholders to create and examine virtual representations of the Architectural, Structural engineering, MEP as well as other utilities. The bim vdc construction adopts bim 3d model for creating accurate shop drawings services and addressing design issues before construction. Developments in 3D BIM Modeling technology together with the onset of BIM have also transformed the Architectural, Engineering & Construction industry. With a deep understanding of international building codes & processes, BIM Modelers can recognize the significance of effective work process management.

structural engineering companies near me, structural engineers maryland

What are BIM Benefits for Structural Engineers?

With structural engineers in DC, Houston Construction clients have reported 15% cost savings with BIM technology design collaboration. The entire construction lifecycle management for both commercial structural engineering projects and residential engineering projects are at benefit. The fact is that whether it is conversion from 2d drawings to 3d model , shop drawings, cost estimation or scheduling of activities BIM balances all stakeholders. The real power of design coordination and collaboration is the success key for structural engineering companies in usa.

Few of the benefits that are silver lining for structural engineers responsibilities are:

  • VDC: visualization companies in collaboration with structural engineers are able to streamline communication. 3D visualization , BIM with VR virtual reality, augmented reality has taken visualization to one stage up before actual construction. Benefit of vdc is customer satisfaction .
  • Efficiency: Elimination of RFI’s, work stoppage & rework by checking accuracy & completeness of drawings before construction on-site and off-site.
  • Quality: Enhanced Quality by producing accurate drawings from the 3D BIM model.
  • Savings: With 5d bim modeling surveyors and estimators perform cost estimation as well as cost monitoring. The digitized platform maintains the consistency of information during change management in a design build process. Quantity take off helps structural engineers in maryland and in construction industry to evaluate resource utilization. 
  • Project Management: Material quantity & shop drawings with 3D Visualization enabling a better look at the project, facilitating review, scheduling & project monitoring.

Process of  BIM Structural Engineering Execution

  • Structural engineers provide accurate, reliable & cost-effective BIM solutions for Structural Engineering services.
  • The Engineers create virtual 3D BIM modeling using a wide array of inputs such as contract documents, sketches & design documents.
  • During the Modeling, the Structural Engineers validate the design for constructability, performance & maintenance of various structures like the wood, steel & concrete structures including column, structural openings, beam depths & clashes.
  • Through BIM Modeling, quality structural drawings are produced for the AEC industry.
  • A comprehensive analysis of the structural elements is undertaken for project delivery in a risk-free environment.

How Structural Detailing Services helps Construction:

From commercial structures including monuments, high rise building bim engineers in usa do get benefited while creating complex large commercial structures. Commercial structural engineering projects have created remarkable structures with bim design collaboration. From bridges to railway tracks, highway to roads , hospital to residential complexes structural engineering firms are able to succeed in every phase. 

AutoCAD , Revit, Tekla are amongst the few best structural engineering softwares available

 BIM Services for Structural Engineering Firms?

BIM Design Coordination:

BIM Modelers have the competence and technology to assist Structural Engineering services in the design development stage.  The dedicated team of BIM Engineers interacts with structural clients to understand the design intent and provide value-added support with design evolution from the conceptual or schematic stage to the construction stage. Different types of input are used for structural engineer BIM design development & coordination such as the Conceptual Drawings, Hand-sketches, Mark-ups, Line Diagram as well as 2D Drawings.

BIM Modeling Services

3d bim model involves creation & usage of design coordinated 3D model. The building design are associated to an intelligent database for a building information. The technology, when applied to the Structural Engineering firm facilitates seamless collaboration, aiding quick decision making, accurate construction documents. Accurate BIM 3d model of wood, steel, concrete & pre-stressed & post-tensioned Structures are produced for the Structural Engineers from an approved set of structural drawings. BIM 3d modelling solutions are competently used for structural design, detailing & prefabrication. Working in BIM helps the structural Engineers to manage complex structural design projects,  including wood framing and modeling of Buildings, Tanks, Residential, Mixed-use & Pre Engineered Buildings.

Construction Drawings

Construction drawings provide a representation of a building with a sequential description of every phase including the floor plans, elevations, ceiling, and other detailed drawings. The drawings are essential for residential and commercial works such as the renovations or new structural additions. Assemblies and detailed construction drawings are used for wooden structures from the 3D BIM Models. Structural drawings delivered from bim 3d model includes rebar detailing / Post Tension Details, Concrete Drawings, Sections, Elevations of Wood Structure & Schedule including Column, Beam & Slab.

Quantity Take-Off

Quantities of all materials can been calculated through 5d bim quantity take off by surveyors accurately for Structural Engineering services. The quantities are automatically updated in case of a change made to the BIM model. BOM and estimation solutions for pre-construction, construction & coordination help to enhance productivity and execute constructability analysis.

Hire a competent BIM consultant for Structural Engineering companies to plan, prepare and update your construction project schedules. BIM engineers can visualize the benefits of integrating BIM data with business functions like procurement, contract management, innovative document management, project cost control, project management, budget evaluation & project risk management. Call Tejjy Inc. BIM consultants  at 202-465-4830 or info@tejjy.com– A Construction Management, BIM Services, Engineering & Architectural Service Company in the USA and capitalize on project decision-making opportunities to improve facility design, construction & project life-cycle performance.