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BIM in Urban Engineering – Market Dynamics, Restraint, Opportunity & Challenges

BIM Modeling Service Providers

Building Information Modeling(BIM) is a real-world model to facilitate urban engineers and civil engineers in identifying potential problems at the pre-construction stage. The technique of BIM Modeling Service Providers establishes as a collaborative process empowered by the creation and exchange of applicable digital information throughout the built asset. 3D BIM Modeling companies facilitate the civil engineers to enhance outcomes with the ability to investigate multiple scenarios, providing data-driven assurance.

Currently, Building Information Modeling market is anticipated to grow from USD 4.5 billion in 2020 to USD 8.8 billion in 2025 at a Compound Annual Growth Rate of 14.5%.The significant factors driving the growth of the BIM market consist of increased urbanization along with the development of the infrastructure projects, provided by BIM for the AEC sector. Further, an enhanced government mandate for BIM implementation is accelerating the growth of the BIM market.

Pre & Post-COVID 19 BIM in Urban Engineering:

  • Pre-COVID-19 Situation for the BIM Market:

The BIM market has seen a demand in the pre-COVID-19 set-up. Through the growth of the population and economies, the demand for housing and infrastructure development is expected to fuel the growth of the international construction business. This creates a robust demand for BIM to plan, design, and supervise building projects competently. As a result of which, the 3D model-based BIM methodology is gaining power amongst the architectural, urban engineering & construction professionals in delivering construction projects and making them successful.

Currently, the growing trends of innovative technologies have led to the growing adoption of pioneering methods in the operational standards of the construction industry. Building Information Modeling constitutes to be one such tactic of providing benefits like 3D BIM visualization, collaboration, management of design build solution and construction planning, clash detection amongst various disciplines and construction cost reduction. Even if the factors contribute to the growth of the BIM market, it will not reach its earlier projection, i.e. anticipated to reach 9.5 billion in 2025, at a CAGR of 12.7% from 2020 to 2025.

  • Post-COVID-19 Situation for BIM Market:

COVID-19 pandemic in December 2019 has ensued the quick spread of the disease in virtually 100 countries across the world. The World Health Organization has acknowledged it to be a public health emergency and COVID-19 is anticipated to bring a negative impact on the overall BIM market. According to the report of the Associated General Contractors of America, a minimum of 45% contractors is undergoing delays and disruptions owing to the outbreak. The holdups are caused by the scarcities of materials, quantities, and building equipment. In addition to this, dearth of skilled labor and construction safety equipment are amongst a few of the key aspects upsetting the global construction sector. Moreover, a few building projects are being stopped or delayed due to asymptomatic staffs as there would be temporary shutdown if any employee is tested COVID-19 positive. Since the Architectural, Engineering & Construction professionals are the biggest end users of the BIM software applications, used frequently in the building projects, a postponement or withdrawal of these projects would have a hostile impact on the whole BIM market. The market is expected to improve progressively in the subsequent 2 years and is estimated to reach 8.8 billion by 2025, at a Compound Annual Growth Rate of 14.5% from 2020 to 2025.

BIM Market Dynamics:

  • Driver of BIM Growth: Rapid Urbanization & Upsurge in Infrastructure Projects:

As per the United Nations, the world’s inhabitants will rise to 8.1 billion in 2025 and reach around 10 billion by 2050. To address a huge population, it is vital for the AEC BIM industry to deliver smart solutions in BIM urban engineering for developing future infrastructure. The growth of the populaces and markets hastened the prerequisite for housing and infrastructure to fuel the advancement of the global construction industry.With an increase in construction, there will be a greater requisite for competent techniques of operation. BIM Modeling Service providers architects, engineers, and construction professionals the expertise to plan, design, and manage building projects professionally. Consequently, 3D model-based methodology of BIM is gaining popularity, producing a global framework to the AEC professionals to advance in a proper direction with a rule-book to work with BIM.

BIM Restraint:

  • Elevated Initial Cost of Investment:

Even though there are great advantages  and cost savings from BIM, the initial establishment cost is a bit high. To take an instance, the price of Autodesk Revit hovers around USD 3,500–4,500. Despite the cost of the software application, the charge of training and services are also quite high. So, the high initial cost related to BIM would detain market growth.

Further, BIM software application gets endorsed by several vendors by providing it for free or at a low rate to students for the sake of learning. Beside the cost, BIM software applications need a longer duration of training. Irrespective of the restraints, BIM software divulges incredible productivity, which, in turn, supports a construction firm to increase the efficacy rate to 30%. BIM too aids in mitigating design catastrophes during construction, consequently saving time and resources.

BIM Opportunity:

  • Growing Emphasis Introducing Novel Standards like ISO 1965 in BIM Market:

The International Organization for Standardization issued the BIM standards in January 2019. The newfangled standards constitute to be the “Concepts & Principles” and “Delivery Phase of the Assets” of ISO 19650 for the organization and digitization of information regarding buildings and civil engineering appliances, including BIM. The novel standards, as per the ISO is expected to provide the essential context for facilitating structural designers, MEP BIM services firm, urban engineers, architects and contractors from diverse countries to work together. All AEC project stakeholders can collaborate competently throughout the phases of construction project operations, stimulating extensive BIM practice. ISO 19650 is established as per the British standard BS 1192 as well as the public standard PAS 1192-1, helping users to reduce costs by 22%. ISO also has the plan to develop and release further standards, for handling the operational phase of assets and dealing with BIM safety, digital design build milieus, and asset management.

After the release of the ISO standards, numerous countries are making the use of BIM mandatory. All such standards are mainly used in commercial as well as infrastructure projects. Nevertheless, the standards are projected to be used extensively for numerous applications, like building, infrastructure, and industrial, throughout the period of prognosis. Many authorities have already authorized the use of BIM to some extent. Starting from 2019, it has turned out to be mandatory for the architects in Abu Dhabi and the UAE to use Building Information Modeling for all key projects. United Kingdom, in a bid to accomplish improved efficacies in the public project maintenance, rolled out a Level 2 BIM mandate in 2016. All the construction project stakeholders, including urban engineers, architects, material vendors and MEP BIM Modeling Service Providers are required to communicate through common file formats like the Construction Operations Building Information Exchange (COBie) or Industry Foundation Class (IFC).

Building Information Modeling Challenge:

  • Low Digitization in Construction Industry:

A low digitization in construction sector compared to the other industries ensues to be a challenge. Through streamlining construction processes with BIM Modeling companies, about 20% efficiency can be attained in a short time with greater quality, and reduced costs. Often, it is witnessed that large construction projects take an extended time to finish and go beyond the budget. This leads to lower commercial returns for the contractors. In addition, lower digitization hinders productivity as the construction industry has been sluggish in adopting the BIM process and technology modernization. To take an example, project scheduling and coordination between office & on-site are often accomplished on paper. Performance management in the construction management sector is insufficient, and supply-chain practices are still naive. The construction industry has not yet incorporated new digital technologies that need forthright investment, albeit the long-term reimbursements are substantial. Research & Development outlay in the construction industry runs behind the schedule of other industries. The construction business is lagging virtually 15 to 20 years from diverse industries like automotive Information & Communications Technology.

Tejjy Inc. is a Construction Management, Architectural, Urban Engineering, Permit Expedition & BIM Services Company in USA serving various areas like Maryland, Washington DC, Virginia, Baltimore, New York, New Jersey, Delaware, Richmond, Connecticut and Philadelphia. Consult the competent BIM Modelers of the BIM Modeling Service Providers in USA for comprehensive MEP BIM services in urban engineering & construction project management requirements at 202-465-4830 or info@tejjy.com.

Tejjy Inc. | BIM Risk Management | construction management in DC
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How to manage Risk in Construction Projects?

Risk Management with BIM Modeling Companies in US Tejjy

 

Tejjy Inc. Risk Management with BIM Construction

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

 How BIM manages Construction Project:

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

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

4D BIM Helps in Risk Mitigation and Planning:

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

BIM Controls Negative Events of Construction Projects:

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

BIM Delivers Construction Projects in a Safe Environment:

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

BIM Ensures Commercial Building Longevity:

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

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

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

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

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Which BIM Software is better – ArchiCAD or Revit?

BIM Software ArchiCAD or Revit in DC, MD, Baltimore

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

So What is BIM? 

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

Who Created Revit Software?

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

What is ArchiCAD?

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

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

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

Benefits of Revit BIM Software:

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

Limitation of Revit BIM Software:

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

Benefits of ArchiCAD:

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

Limitation of ArchiCAD:

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

Understanding the Features of Revit & ArchiCAD Software Applications

User Interface:

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

Conceptual Design:

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

Visualization:

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

Rendering:

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

Interoperability:

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

Pricing:

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

Experts’ Opinion on ArchiCad vs. Revit

Those who prefer ArchiCAD:

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

Those who worth Revit Architecture:

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

The crux of the Matter

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

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5 Building Inventions for the AEC Industry

5 Building Inventions for the AEC Industry

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

·Kinetic Roads:

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

·Predictive Software:

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

·Modular Construction:

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

·Cloud Collaboration:

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

·Asset Mapping:

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

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

Tejjy Inc. COBie BIM services in usa
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COBie & its Relation to BIM

Tejjy COBie Companies in DC, MD, VA , Baltimore

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

What is COBie?

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

Journey Of COBie:

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

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

Fundamental Values of COBie:

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

COBie includes:

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

Structure of COBie Data Model:

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

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

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

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

Architectural 3D Rendering Services in DC
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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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What is the Best Residential Design Build Solution ?

Best Residential Design Build Firm in DC

Worried about your commercial or residential building restoration, renovation or remodel? What do you think will be the best solution for your home improvement project? Do you want interior design to be done or change the entire outlook along with exterior and landscape. Before starting your building project, it’s good to know the difference between restoration, remodeling, and renovation. Opt for a licensed architect or architecture firm to help in design build solution. The architect or residential architecture firm or commercial architecture firm will help you choose the right route as per your building design requirement.

What is Home Restoration?

In case of commercial or residential design build solution Restoration is the technique, which returns the construction to its original state. Historestoration of Historic buildings are the common sites for restoration projects, though modern buildings also undertake the restoration. Restoration projects normally encompasses:

  • Hole Repair in Walls
  • Fixing Old Fixtures
  • Replacement of Old Fixtures with Replicas of the Original
  • Old Carpet Removal
  • Wood Floor Refinishing

Starting from an environmental standpoint, restoration uses fewer resources and are energy efficient. Further, restoration can be cost-effective if the house has a robust foundation as it entails minimal repairs. If the aim is to make construction look like the original structure, the restoration will surely be the right solution for you. Nevertheless, you may have to undertake some renovations & remodeling as some parts of the buildings cannot be fully restored.

What are Home Renovations?

Renovation is the method of renovation of building or structure by fixing what’s presented beforehand and in some cases by adding some new mechanisms. The home renovation techniques inclines to be cheaper than remodeling and restoration solution.

Usually, renovations are executed along with restorations. For instance, somebody may want to do bathroom renovations, kitchen renovations along with restoration process. Restoring the old home remodelers and general contractors can add latest interiors, with changing fixtures, lights, tiles, paint. Commercial or Residential renovations when outsourced to licensed architect can add new life to the old in a cost-effective manner.

     What is House Remodeling Solution ?

House Remodeling comprises altering an entire room or building. The modes operandi of Remodeling tends to be an elaborate process compared to restoration or renovation, as it involves making modifications of residential or commercial building structure. Some of the instances of remodeling include:

  • Expansion of the Building sq. ft.
  • Gutting, Elimination, or Additionof Walls
  • Raising of Ceilings
  • Addition of Plumbing Lines
  • Addition of Heating or Cooling Ducts

Remodels ensure the utmost cost of all the three alternatives and require the maximum materials and time for completion. Remodeling a building entails a lot of work. You should remodel if the major components of your building are missing or need to function properly. Before remodeling, you should make a cost-estimate to ensure that you have a sufficient budget for the project.

Remodel vs. Renovation for Building Design

A renovation entails fixing up a room without altering its use, whereas remodeling deals with renovating the whole purpose of the building space. The differences between Restoration Renovation or Remodel can bring a change in how worthy will it be for your project investment.

While selecting between a renovation and a remodel, consider the following factors like the Price, Time, Project Scope & Customization:

  • Price: Irrespective of what you choose to do with your home, remodeling costs more than a renovation as it involves intricate construction with electrical & plumbing work. You may also have to get permits for a complete remodeling project, increasing your bill.

  • Time: A trivial cosmetic touch-ups can be done quickly but remodeling entails a considerably long time as the planning & construction of your remodeling take several months. Bathrooms and living spaces usually take around 3 months to complete after the planning, whereas kitchen remodeling may take up to 5 months.
  • Scope of Project: Renovation projects emphasize the presence of your home or commercial building, whereas remodeling transforms its whole function. Using building renovation, you can install new applications&fittings and upgrade your building technology. Conversely, a remodeling lets you transform your space completely when cosmetic changes aren’t sufficient to fix the problem.
  • Customized Options: Renovations can bestow a modern look to your building, adding several functional elements to your building. However, that cannot change the structure. If you like to open the room by ripping a wall or entirely transforming the space, you should opt for a complete remodeling.

How to Select the Best Design Build Solution?

For a commercial or residential architecture project that you’d like to transform, initially , ask a few questions to yourself about your budget, how much change you want and whether you prefer the interior design to be changed or the entire outlook with exterior? The foremost point, certain areas like Washington DC requires construction building permit. DCRA approval is no stress with an experienced permit expediting company. Rather to reduce stress outsource permit expediting company your permit approval.

How much would Renovation or Remodeling cost?

A complete home Restoration Renovation or Remodel normally costs 7% to 10% of the building value. In case you’re remodeling a room in a $500,000 commercial building, you can expect to pay within $35,000 to $50,000. However, if you can’t put aside so much money, a renovation or a simple restoration could be the best way.

How many modifications do you want?

A restoration provides you the opportunity to make some simple fixes to improve your room’s appearance and functionality. Do you want to make your building look modern or update some elements to make it more practical? In that case, a renovation project can give you what you need. Or, if you like to return to a completely different room once the construction is completed, you’ll seek a complete remodeling.

Want to Retain the Room Interior Design?

Renovations as well as restorations can transform the entire look and feel of your space. Nevertheless, if you don’t like the room’s complete layout and want to demolish a wall, extend something or move the washbasin to the other end of your room, you have to spend some extra bucks for remodeling.

If you understand the difference between restoration, renovation, or remodel, you will get an idea of which route to opt for and whether it’s time to make a fresh plan for your building. Choose an expert architectural design services firm in Washington DC and effectively utilize space to design a room or floor for your residential or commercial building projects. Proficiency in design and a process-based methodology adopted by the Tejjy Inc. team improves the ROI of AEC clients, providing visualization support with seamless design coordination & accurate estimation with BIM services.

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BIM (Building Information Modeling) in Plumbing

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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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Automated Structural Design Optimization for Reinforced Concrete with BIM

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

Research Undertaken in RC Structural Engineering Design Optimization

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

Need for Implementing Clash Mitigated Rebar Design for Structural Engineering

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

Challenges of Manual Rebar Design Process

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

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

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

Holistic BIM Methodology using Meta-heuristic Algorithms

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

Process of BIM Optimized Structural Engineering

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

Optimum Design Solution with BIM Model for Structural Engineering

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

Seek the best Structural Engineering Company for Design Optimization

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

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3D Laser Scanning Vs. Photogrammetry Technology for Construction

Today, it’s difficult to envisage the world without digital technology. Nevertheless, the physical world is getting designed & constructed using conventional 2D blueprints, which is yet to be seized in a digital setup. This creates a challenge for the AEC (Architectural, Engineering & Construction) professionals to integrate the as built designs into renovation projects.

3D Laser Scanning Vs. Photogrammetry Technology for Construction

Conventional Imaging Technique – Photogrammetry:

Conventional imaging techniques like Photogrammetry facilitated this process by letting engineers reconstruct photographs of as-built situations and weave in GPS (Global Positioning System) coordinates for creating collaborative 3D models. BIM Laser Scanning Vs Photogrammetry indeed allows you to encompass a considerable amount of ground, but it does with low accuracy.

3D Laser Scanning for Building Renovation & Retrofitting:

3D laser scanning consists of a smaller footprint of data, collected to a higher level of accuracy. Laser scanners collect surface data through a laser beam pointed at the surface. The technology often uses drones or UAVs (eradicating expensive LiDAR assembly methods) and transforms that data into a point cloud. Then the point cloud data gets imported into tools like Autodesk ReCap, transforming it into a 3D model or 2D drawing equipped for additional design in just a matter of minutes. Besides laser scanning, Autodesk Recap converts aerial as well as to object photographs of 3D models.

Why should you consider 3D Laser Scanning to BIM Technology?

Check out the deliverables and benefits of laser scan point cloud to BIM:

Deliverables from Point Cloud to BIM include:

  • 3D BIM Model Creation for Renovation & Extension – 3D Model gets created using BIM (Building Information Modeling), according to point cloud scan to BIM for enhancing transparency & streamlining communication. BIM technology also facilitates quick decision making during the As-Built Phase.
  • As-Built BIM Drawing PreparationAs-Built drawings can be created for Plan, Elevation & Section Sheet. As-Built also provides a comprehensive tool for the planning of future projects, like extension &renovation from laser scan point cloud.
  • 4D BIM Construction Scheduling4D BIM is used for construction scheduling of renovation. Point Cloud or 3D laser scanning to BIM Modeling facilitates the revamp of old buildings for creating interest among architects.
  • BIM Facility Management –BIM engineers enable project team members to combine submittals from point cloud scan during project renovation through facility management. Our experts accomplish complete contact records of the project in the required fields.

Benefits of using 3D Laser SCANNING to BIM services:

  • Create as-built 3D BIM models for existing buildings & renovation.
  • 3D models are updated as per the contractors, facility managers, or architect’s prerequisites in a simulated environment. 
  • Modeling using point cloud to BIM Services data helps the architecture to make decisions about wanted or unwanted components and structures of the building.
  • Laser Scanning to BIM technology creates a clash simulation analysis for Architectural & MEP services at an initial phase of feasibility review while adding new services.

Nowadays people look for more accuracy and in this regard, 3D BIM Laser Scanning matches the perfect requirement of the construction domain compared to conventional imaging technique BIM Laser Scanning Vs Photogrammetry . For more information, contact Tejjy Inc. BIM Service Provider at 202-465-4830 or email at info@tejjy.com to discuss your construction project idea. Read more about Scan to BIM technology.