Construction Management

Architecture Firm in Construction
Architectural Services, Construction Management

Role of Design Build Architecture Firm in Construction

Role of Design Build Architecture Firm in Construction

Today, top architectural firms are providing designs, construction documentation, and construction management services for diverse residential and commercial construction projects. Architecture design firms are playing a key role in pre-design services encompassing master planning of an existing building.

The architectural design process implemented by architectural design firm endorses that the building requirements are comprehended prior to the creation of construction documents. Architectural firms in DC enable marketing BIM presentation, bidding & negotiation for home remodeling in Washington DC. Further, commercial architects support construction & contract administration. Proficient DC residential architects and permit expediters are competent with DCRA codes and thus are able to manage approvals for building permits, facilitating home addition, renovation & remodeling.

Before, delving deep into the role of design build architecture firm in construction, let’s take a look at the design build solution provided by DC residential architects in construction:

What is Design Build Solution?

Design-build firms constitute an emergent part of the building landscape. Architectural design firms take care of the design and construction phase of a project. Many architecture firms in DC prefer to work with skilled general contractors on their home, kitchen and bathroom remodeling in Washington DC. Through a design–build solution, commercial architect as well as residential architects bring all project stakeholders together during the pre-construction stage for identifying and addressing issues related to construction cost, schedules and construct ability. As a result of which, many of the design-build architecture firms in DC are able to mitigate conflicts between architects and contractors, reducing the risk of design errors.

Role of Design Build Architecture Firm in Construction with BIM

Top architectural service providers in USA deliver BIM services for home remodeling in Washington DC, kitchen renovation, room remodeling and bathroom remodeling in Washington DC, MD, VA & Baltimore areas. Best architectural designers assess client property and discuss the scope of work for conceptual/schematic  and detailed design development and also for construction documentation with detailing, sections and formation of material schedules. They deliver digital drawings of existing rooms, renovation plans in 3D views and make a rough 5d BIM cost estimate after completion.

  • Schematic Design Development in Revit LOD 200 Model 

Design build architecture firms in DC deliver 3D floor plans at all levels with MEP equipment, structural elevations and wall sections, with Revit modeling. The schematic design build phase is associated with the understanding of the architect’s sketch for several projects. Associated with LOD 200 Revit Modeling, the stage of schematic design development encompasses building masses substituted with generic components. Constructability review and 5D BIM quantity extraction/takeoff based on explicit elements are conducted during this stage.

  • Detailed Design Development in Revit LOD 300 Model

Residential and commercial architectural services firm provide 3D floor plans in Revit 3D BIM model with design & plumbing layout, structural networks and exterior elevations with the design of openings & finishes. At this stage of design development, the schematic design decisions are accomplished in greater details, corresponding to LOD 300. 5D BIM quantity takeoffs, construct ability review and architectural, structural and MEP shop drawing preparation are performed at this stage for BIM clash detection, energy analysis & cost study. BIM design development services also help to make accurate pre-purchase evaluation for construction project during the design build stage.

  • Construction Documentation in Revit LOD 400 Model

Models of BIM architecture firms in DC embrace design modifications coming from clash resolution. The architectural service firms provide interpreted 3D floor plans along with dimensions of rooms, walls, doors, window layout, exterior elevations,  shop drawings and as-built drawings. Construction documentation produced from 3D BIM modeling acts as a bridge between building design and physical building stage, including shop drawing preparation as per building requirement. This stage of construction documentation matches roughly with LOD 400 Revit Model, encompassing accurate elements in terms of shape, size, orientation and location with fabrication, assembly & other details.

To get the design build services from top architecture firm, seek one of the best Revit BIM Modeling companies in USA. Tejjy Inc. is one of the best BIM service providers in USA, delivering construction drawings, design collaboration, 3D modeling, Revit family content creation, 4d scheduling and 5d BIM cost estimation. Call at 202-465-4830 or info@tejjy.com for discussing your construction project with BIM modeling experts.

bim 360 design collaboration
3D Modeling Services, BIM Service, BIM Virtual Reality, Construction Management, Structural Design, Structural Engineering Services

How BIM 360 Document Management Helps Construction?

BIM virtual reality 360

Building from inaccurate drawings, incorrect models, and improper construction documents are a sure fire way to request for rework and delayed schedules. BIM 360 document management is a process through single, cloud-based platform which helps to organize, distribute and share files. Point cloud data provides an ideal base for successful construction project outcomes.

Implementing Autodesk BIM 360 document management software, construction teams are able to deal with blueprints, construction plans, 3D BIM models, as well as other project documents. BIM software application helps in streamlining construction document management processes, by consolidating all sheets and designs. Further, this helps in setting up standard templates and workflows for maximizing efficacy. You are able to save your precious time and money, through evading incompetent communication with colleagues and other stakeholders. In addition, models, drawings and other documents are collaborated in a single location, with BIM 360 Docs, ensuring all project stakeholders build up the most recent version.

Let’s check out how BIM 360 construction document management facilitates design build services?

  • Providing access to construction drawings and documents

With autodesk BIM 360 you can connect securely, publish and distribute construction drawings, as well as 3d models in a single, cloud platform. Whether you are in the office or on-site, you are able to get a complete access to your drawings and construction documents. Further, mobile access helps you to keep every stakeholder in sync throughout the project. By accessing drawings and documents, all project stakeholders ensure that they get the access to the information on whatever device they are working on. Strong search capabilities, offline synchronization with mobile devices and a single viewer for construction plans, models and photographs enable the entire project team to stay on the same page.

  • Controlling precise construction document

BIM 360 document management solution facilitates in eliminating the risks of managing the volume of project information by sharing standard construction project document control process. As a result of which, there is standardized approval workflow, control access to information, and maintenance of version history. It provides the path to the right information at the right time.

  • Centralizing document management

Keeping accurate information at one centralized location provides the key for avoiding mistakes, without wasting time and searching for answers. You are able to get almost everything required for your project like construction drawings, BIM models, Request for Information (RFI), photos, and markups in a single document management platform.

  • Managing construction documents

Another advantage of BIM 360 is managing 2D plans, 3D models, and other project documents in a single place. The advanced BIM software acts as a flexible document library providing special folders and extracting individual 2D documents from 3D project models. This denotes the fact that you are able to separate and organize complex resources, and quickly add databases to your folders.

  • Platform for design collaboration

Point to cloud data ing BIM 360, project administrators are able to invite team members to their projects from different location across the world. The project stakeholders work  on-site with iPad Go from offices to the job site with a phone or tablet, supporting flexible functioning of the entire workforce. Since, a construction project team consists of different professionals with different expertise, you are able to combine their knowledge for finding an apt solution. The diverse tools of BIM 360 Docs like remark addition in 3D models, comparison tool usage, change markup, and addition of hyperlinks help to improve project work processes. As a result, while inviting collaborators, you are able to create, view and assign project issues to an apt person. Similarly, you can easily navigate  through different documents,  naming files automatically.

  • Storage and communication

Through BIM 360 Docs, you are able to enjoy unlimited cloud storage. Your team gets the access to data through different devices such as the smartphones, tablets, laptops and computers. Hence, everyone can check data at any time and at any place in the course of the project. Nevertheless, you are able to control and grant access to specific information. BIM 360 Docs also put an end to disorganized communication through e-mail, Dropbox or FTP. The architectural, engineering and construction project stakeholders always get the access to the latest versions of your project documentation. Saving data in one central place, helps you to maintain an overview of the project, avoiding all mistakes. Further, BIM 360 docs support more than 100 file formats, enabling saving of documents from different disciplines in the same place.

Optimize your construction process with BIM 360

It is evident that BIM 360 Document is a competently designed construction document management software for the construction industry. This software helps you complete your projects successfully from the conceptual stage to delivery. Implement BIM 360 Docs to improve your team communication and stay on track with your construction schedule easily. Collaborate with your entire team, from designer to the contractor, in one central location with BIM 360 Docs.

BIM 360 acts as a collection of different products that let your team collaborate smoothly on construction projects. The software provides you the tools for speeding upturn-around times, saving costs and reducing project risk. So, don’t waste your precious time on ineffective workflows and poor communication. Find out with the best BIM service provider in USA about what BIM 360 Docs mean for your complete project management.

Look no further and  seek the best BIM 360 construction document management services from Tejjy Inc. – one of the top BIM modeling companies in USA at 202-465-4830 or info@tejjy.com.

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    Best BIM Strategy for Successful Construction Management
    Construction Management

    Best BIM Strategy for Successful Construction Management

    Best construction management companies aim to deliver on time quality assured services. But outbreak of covid-19 stirred every market. Earning profits became a  struggling situation as after effects of lockdown. But an undiscussed fact is that BIM Services for construction management did not face any setback. Is it really true? How BIM survived COVID effects? 

    How BIM Strategy Management helps AEC?

    There is no Murphy’s law in this. Fact is digital platform of BIM services is holding the reins.  New building designs of 3D BIM Modeling techniques through VDC Virtual Design & Construction, pre-fabrication & modularization, big data and AI ensures a sail through. Even with global risk management in construction. 

    Best BIM Strategy for Successful Construction Management

    BIM modeling companies perform BIM maturity measure with 3D-8D BIM Services. The accurate BIM maturity measure is a necessity. If you know its great! else still you have 2 options. Either master through the tips listed below or outsource to BIM modeling companies.

    However, before delving deeper into BIM Modeling strategies, let’s weigh up how construction companies are responding to BIM adoption.

    BIM Construction Management Adoption in COVID

    In today’s scenario project management teams collaboratively work with point cloud data accessibility features. The collaborative framework allows data to be shared across various disciplines of architectural, structural & MEPFP trades, facilitating smarter construction.

    BIM consulting team ability of asset management and facility management too. BIM facility management maintenance phase was missing in traditional construction environments.

    Controlled cost, transparency, consistent data-handling , quality are ensured with Revit BIM Modeling techniques by residential and commercial construction companies. Benefit of 3D construction model is visualization, proficient communication, information re-usage as well as complexity management.

    Benefits of BIM in construction kills the myth BIM is for designing only. It delivers every concern but when planned and executed perfectly.

    revit steel detailing services

    BIM Services Map  for Construction Management:

    Before structuring building design self reliance is to be conducted. BIM maturity measure map will let us understand “what is the need?”. 

    1. Evaluating Existing Competences 

    You can achieve if you know your milestones. Before walking ahead resource management has to be done. Strategy management acts as a framework to assess the capability and maturity of building facilities. Through Revit BIM 3D Model Services, construction companies analyze and review their construction execution process. This helps them in-depth analysis and bring collaborative design models.

    2. Determining Long Term Goals

    Setting milestones and maintaining data consistency is the key to successful construction management. BIM services helps you. With BIM-MM (maturity measure) AEC BIM companies set metric and benchmarks for perfect execution. 

    Revit BIM modeling Services facilitates design collaboration amongst all stakeholders. BIM modelers, architects, structural engineers, MEP consultants collaboratively workspace brings BIM collaboration model. Progress indicators can be marked , tracked and measured by bim engineers .

    3. Support during Pre-construction & Design Stages

    Pre-construction planning involves time to resolve construction issues. All construction plans and architectural designs need to be checked, scrutinized before implementing. This is where BIM services helps in smooth operation, empowering the act of facilities management. Acting as a communication channels BIM design collaboration model resolves early clashes. 

    To handle clashes mechanical drawings, shop drawings, construction drawings are created in design phase. Design build firms in us pay special attention to shop drawings as it is the blueprint of building designs. Shop drawings , mechanical and electrical drawings benefit contractor with clear visualization and BIM content management. In structural engineering process for MEPFP services customized revit family creation can be a solution.

    BIM Clash coordination services helps to visualize site status information, changing impacts & supporting communication in situations of risks by notifying site staff. Estimators and surveyors adopt 5D BIM modeling for cost estimation.

    Silver lining to the cloud is material estimation in construction through quantity takeoff services. It even changes  automatically with any design change.

    4. Outlining BIM Process

    Devising a BIM execution plan, BIM service providers can assess changes, develop a strategic plan and make changes happen. 

    Thus, BIM companies identify steps for attaining goals, supporting hardware requirements for achieving desired consequences as well as through training resources for BIM adoption.

    This is a crucial phase. An important decision has to be taken. Whether all construction sections need to be created on site or to be outsourced. Prefabrication and modularization are techniques adopted if the portion needs to be outsourced. Benefit of prefabrication for BIM engineers is the cost efficiency. To avoid clashes pipe fittings comes with spool drawings where setting up of the prefabricated parts becomes a cakewalk for the MEPFP engineer.

    MEP engineers role is main in decision making for opting prefabrication and modularization.

    5. Execution & Monitoring

    The construction management is the real litmus test of planning . Real-time point cloud data environments manage consistency in data handling. Benefit of point cloud The information model is accessible to everyone.

    4D scheduling facilitates on-site and offsite tracking for risk mitigation. For commercial construction management projects 4D BIM with VR can be an awesome resort. Drones, virtual reality and augmented reality helps maintaining risk free construction in covid. BIM Engineering companies adopt 4D Scheduling in all structural engineering and architectural engineering projects.

    Based on rich information model 6D bim modeling helps to create energy efficient building environment. Detailed analysis and impact of decision can be evaluated throughout entire lifecycle with benefits of 6d bim.

    6. Construction Phase Support

    There’s no denial of the fact that BIM is a model and a working method. Building Model enables close cooperation amongst AEC project participants. At project closeout stage, accurate as built drawings are created with BIM . As built drawings assists in future renovation , remodeling or restoration process.

    BIM facility management supports commercial construction companies for asset management and long phase maintenance. Benefit of 7D BIM modeling is asset and facility management from design stage till you demolish your structure. 7D streamlines the process for contractors and subcontractors with easy repair and maintenance option.

    Final Word:

    A simple rule of winning is what you concentrate on is  what you get. Similar is with BIM planning. Following step-by step BIM map you will definitely rule the strategy management of BIM for construction. If still there is a doubt hire top BIM consulting companies. Experienced BIM modeling companies in US including Tejjy Inc. deliver affordable construction services.

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      BIM Modeling Service Providers | bim and urban engineering
      3D Modeling Services, Architectural Services, BIM Facility Management, BIM Service, Blog, Construction Management, Construction Project, Revit BIM Modeling Services

      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.

      BIM Facility management | 7d bim in usa
      Construction Management

      What is Facility Management?

       

      Asset and BIM Facility Management Company in US Tejjy

      Facility Management (FM) is a business, encompassing manifold disciplines to safeguard functionality, comfort, safety, and efficacy of the built set-up by integrating people, place, process & technology. The scope of facilities management is fairly large. While a Sales Manager is accountable for dealing with the performance of sales people, the purpose of BIM Facility Management services extends beyond managing the facilities.

      Now, what’s the significance of BIM facility management? To understand the activity of the facility managers, their responsibilities, and their influence on a company, it’s good to analyze their scope of work. The four pillars of facilities management include human resources, procedures, the building, and technology.

      Facility managers are also accountable for keeping the facilities moving along smoothly. The job entails day-to-day oversight with the capacity to implement the varying needs of the facility. However, FMs need the farsightedness to involve in facility planning for keeping pace with the demands of the workplace. A forward-looking mindset helps the facility managers to maximize space, enhance the workplace experience, and keep up reduced low. This starts by discerning current trends and identifying the essential workplace requirements.

      Who is the Facility Manager?

      A facilities manager is responsible for ensuring that the constructions and their services match the requirements of the people working with them. The experienced BIM companies near me facilitates BIM Facility Management services. These BIM companies are responsible for cleaning, security and parking, making the surrounding environment an apt condition to work. Facilities managers are responsible for the security, maintenance, and services of work facilities for ensuring that they meet the requirements of the organization and its work forces. Further, facilities managers look after all services that facilitate business or other organizations do the work. They observe, understand, and act on crucial areas for planning future developments. The objective is to optimize the diverse façades of the business by improving one thing and touching all facilities.

      How Facility Management is Creating Efficiency?

      Understanding the significance of facility planning entails looking at competence. It depends on the way how effectively you can use the space available to you. Are you catering to employee efficiency? Where does the waste exist in your workstation and what can you do for minimizing it?

      The objective of facility planning is to make out opportunities for efficiency and anticipate them. Easing inadequacies within the workplace has rippling effects throughout the entire business.

      • Identifying workspace prevents congestion and the dip in efficiency coming with it. This also serves as the basis for a cost-saving hot desk or remote work plan.

      • Reviewing vendor contracts enable Facilities Managers to move to an integrated BIM Facility Management services method, consolidating costs, and reshuffling the property management facet of facilities oversight.

      • Top BIM modeling companies in USA evaluate tenancy data from an office IoT provides facility managers the required information to anticipate space requirements for a growing workforce, supporting improved planning for expansion of costs & logistics.

      Responsibility of Facility Manager:

      The four main functions of Facilities Management include:

      1. Supporting People
      2. Establishing Procedures
      3. Maintaining & Improving Facilities
      4. Integrating Technologies

      1. Supporting People:  

      Being top BIM service provider  the key objective of a facility manager is to create an accommodating work environment for the employees serving extensive goals, including attracting & retaining talent, improving efficiency, and producing a progressive workplace culture. Facility managers support employees in several ways such as:

      • Synchronizing desk arrangements
      • Supervising employee directories
      • Enabling space utilization
      • Managing emergency planning

      Facility managers serve as a bond within the workplace and the employees. Each time problems of accommodation, safety, or comfort crop up, the facility managers help to resolve them. Facility managers are also accountable for providing vital planning data and determining the long-term tactic for optimizing workplaces. Their daily communication with the workstation throws light on accurate costs, providing competitive benefits to the employees.

      • Establishing Procedures:

      What are the roles of BIM facility management without a method of governing them? Establishing procedure fetches order to the workplace. Order produces a method of expectations, positively impacting the utilization of the workplace. The workstation operates on various practices, including:

      • Submitting a Request of Work Order
      • Space Reservation within the facility
      • Checking Guests & Visitors
      • Preparing an Emergency Action Plan

      • Maintaining & Improving Facilities

      Best facility and operation management BIM companies is mostly rooted in the maintenance and improvement of the facilities. It encompasses future planning, asset management, and undertaking a wide array of responsibilities including:

      • Detecting & Maintaining Vendor Contracts
      • Repairing, Maintenance & Building Improvement
      • Cleaning & Decoration of the Work Place
      • On-site & off-site Property Management

      • Integrating Technologies

      A competent facility manager should understand the right usage of technology. Workplace management systems collect data, driving vital decisions about executing the business, and shaping the workplace. Detecting and adopting the right technology is one of the prime responsibilities of facility managers. They should know the use and the process of leveraging technology like:

      • Exploring IoT strategies as per the data collection requirement
      • Integrating IoT devices into day-to-day facilities procedures
      • Assessing the cost, ROI, and benefit of smart technologies
      • Using aggregated data to comprehend the workplace in an improved manner

      How to become a Facility Manager?

      To become a facility manager, one has to acquire certifications with a blend of education and experience. The CFM (Certified Facility Manager) certification has certain eligibility requirements like a Master’s or Bachelor’s degree in Facility Management.

      Relationship between BIM & Facility Management:

      BIM (Building Information Modeling) is beneficial in existing facilities, which are not created using an integrated, 3D digital model. Through the usage of innovative design plans and laser scanning technology, the Building Information Model can be produced from a prevailing facility. The system can then be utilized for monitoring & standardizing systems and recommending retrofit opportunities for operational efficacy & cost-savings. All ongoing benefits of a BIM platform are accessible to the building owners and managers. The ability to trace contracts & performance over the extended period of the facility is priceless. It becomes easier to analyze the contracts and ensure fulfillment through an integrated BIM Model.

      BIM is characteristically used in association with cloud architecture. This method allows contractors and participants to access and review building information remotely, increasing the collaborative potential and productivity gains.

      Role of BIM in Facilities Management:

      While the value proposition throughout the initial stages of design & construction is noteworthy and can be gauged directly in ROI, other benefits of this methodology on the facility’s usefulness include:

      • Improvement in the facility designs for occupants’ comfort & safety for office or residential facilities through:
      • Creation of security concerns & evacuation plans in an intuitive way to promote the health & well-being of the occupants.
      • Detection of radio frequency interrogators & smart planning negating security flaws on a facility with the low negative impact on comfort & ease of access for the inhabitants.
      • Improvement in manufacturing plants, through enhanced efficiency through:
      • 3D BIM Modeling & Control of the manufacturing process by designing the most efficient assembly line possible
      • Accomplishing product modeling, analyzing off-site processes, and testing digitally before implementation, with huge potential savings.

      BIM for Smart Buildings:

      • BIM (Building Information Modeling) is efficiently used in tandem with the smart building process, involving the dynamic integration of building & information systems. This helps in automatic clash detection, responding to environmental changes through using wireless sensors entrenched in the exterior & interior surfaces.
      • Sensors can identify and respond to daylight levels, outdoor temperatures, systems performance & conceivable deterioration, and mechanically correct window tint, blind positioning, and HVAC settings along with alert facilities workforces to any incongruities.
      • The systems can anticipate conditions to respond on time. Through synchronizing integrated intelligent building systems with BIM, you can get a complete depiction of a building’s status in real-time.

      Using best BIM companies for smart building technology helps civil engineers to provide cost-savings through the building’s life cycle for making it a pleasant & desirable place to live. Building planning & construction in a multi-disciplinary industry has integrated information & collaborative communication between contractors & owners. 3D digital model stored in the cloud resolves all the problems, paving the way for increased usage in the future.

      To know more about BIM facility management services, call the BIM Engineers of Tejjy Inc. at 202-465-4830 or info@tejjy.com to discuss your project ideas.

      To Know more about us:

      ArchiCAD or Revit | Tejjy Inc.
      3D Modeling Services, Architectural Services, BIM Facility Management, BIM Service, Blog, Construction Management, Construction Project Management Services

      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.

      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.

      3d visualization companies near me
      3D Modeling Services, Architectural Services, BIM Facility Management, BIM Service, Blog, Construction Management, Construction Project

      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.

      iot in construction management in DC
      3D Modeling Services, Architectural Services, BIM Service, Blog, Construction Management, Construction Project Management Services, Engineering Services

      How 5G in IoT Can Facilitate Construction Management?

      How 5G in IoT Can Facilitate Construction Management?

      5G is the fifth-generation wireless network technology. It is significant to the Internet of Things due to the requirement of an improved network with greater capacity of serving connectivity needs. The 5G spectrum augments the frequencies on which digital technologies transfer data. Through high data speed, low latency, added flexibility, and reduced energy consumption to endure a greater number of devices, the 5G is perfect for the Internet of Things. It is projected that the use of Benefits of the Internet of Things (IOT) in Construction will enhance considerably with the adoption of 5G technology.

      What are the Benefits of the Internet of Things (IoT) in Construction?

      Creating New Models & Sources of Revenue – With lots of devices available around, every creative mind can benefit from this.

      • Achieving Operational Efficiency – Automated business and manufacturing process helps to save significant energy and resources with enhanced efficiency and reduced waste.

      Providing Customer – Centric Services – Quality of the construction can be enhanced to a great extent. If the data and pattern are according to customer product usage, the products get designed, as per individual requirement, leading to higher customer satisfaction.

      • Improving Work Safety – The construction sector could utilize IoT for preventing equipment failure and improving worker safety, among others. IoT can be used for avoiding accidents on the construction site.

      Why Combine 5G & Internet of Things (IoT)?

      5G technology has the potential to affect the Internet of Things (IoT). Most of the IoT applications like asset tracking & remote monitoring data in the construction sector do not need lightning-fast, ten gigabit-per-second download speeds. As per the market research, 2/3rd of the enterprises have the plan of deploying 5G by 2020, which implies that 5G could be a pivotal support in bringing the industry shift.

      How 5G Construction will become the Catalyst for Next-Generation IoT?

      • Advanced Modulation Schemes for Wireless Access

      • Network Slicing Competences

      • Automated Network Application Lifecycle Management

      • Software Defined Networking & Virtualization of Network Function

      • Cloud – Optimized Distributed Network Application Support

      What is the Potential Usage of 5G in IoT for Construction Management?

      • Construction Planning & Control
      • Progress Monitoring
      • Scheduling
      • Cost Monitoring
      • Human Resource Management
      • Communications Management
      • Risk Management
      • Construction Quality Management
      • Quality Assurance & Control
      • Non Conformity Tracking
      • Contractor Performance Evaluation
      • Construction Safety Management
      • Hazard Recognition
      • Safety Equipment Checking
      • Worker Monitoring
      • Emergency Identification & Response
      • Working Condition Monitoring
      • Construction Equipment Management
      • Equipment Tracking
      • Autonomous Machinery
      • Equipment Health Monitoring
      • Construction Procurement Management
      • Inventory Tracking
      • Order Tracking
      • Contingency Detection & Ordering
      • Construction Execution
      • Productivity Monitoring
      • Resource Allocation
      • Rework & Waste Monitoring

      Final Thought

      5G will continue to play a crucial role in supporting next-generation IoT services across various industry verticals.Even if there are some potential 5G challenges like functioning across manifold bands, slow up-grade from 4G to 5G, data interoperability, and establishing 5G business models, 5G opportunities can make a great impact on the construction industry.To implement 5G in IoT for construction project management, call the construction management experts of Tejjy Inc.– a BIM, Engineering, Architectural, Permit Expedition & Construction Management Service Provider in the USA at 202-465-4830 or info@tejjy.com.

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      3D Modeling Services, BIM Facility Management, BIM Service, Blog, Construction Management, Construction Project Management Services, Engineering Services, Revit BIM Modeling Services, Structural Design, Structural Engineering Services

      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.