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

Construction Management

Artificial Intelligence in Construction Project Management
Construction Management

Artificial Intelligence in Construction Project Management – Guide

Artificial Intelligence in Construction Project Management

Artificial Intelligence in Construction Industry

The Construction industry is adopting cutting-edge technologies such as Artificial Intelligence (AI) and that brought unique opportunities to execute construction jobs more efficiently. Research by Construction Business Owner says about the future of AI technology in construction industry “Artificial intelligence spending in the construction industry has been forecast to reach over $4.5 billion by 2026, and has the potential to increase the construction industry’s profits by 71% by 2035.”

From Design to bidding, and financing; procurement to construction; operations and asset management to business model transformation in construction industry, AI has the potential to assist AEC professionals throughout building lifecycle. In construction AI assists in overcoming some of its major difficulties, such as labor shortages, safety concerns, cost consumption and schedule overruns.

What is Artificial Intelligence and Machine Learning in Construction?

When a machine duplicates human cognitive functions including problem-solving, pattern recognition, and learning, it is referred to as Artificial Intelligence (AI). Machine learning (ML) is just a subset of artificial intelligence. Machine learning incorporates statistical techniques into electronic devices like computer systems, to enable the capability of learning from data without having to be explicitly programmed. A machine is exposed to more data, so it improves its ability to interpret and provide insights.

For example, in construction technology, a machine learning algorithm may follow and analyze progress in a grading plan in order to discover scheduling hazards early. To establish a risk score and assess whether notifications are required, the program may ask questions regarding cut and fill volume measurements, weather trends, previous projects, machine uptime, and downtime, or any number of inputs.

AI and ML – Smart Construction Technology

AI and Machine Learning have a lot of potential in the Architectural, Engineering, Construction and Operation (AECO) industry. Making an entire list of all possible uses is not possible in a single article. For example, a few years ago, our mailboxes were filled with a lot of spam emails whereas in today’s scenario we probably receive relatively few. The reason behind it is that spam filters now rely on machine learning to detect trends and keep spam at bay, and they are really excellent at it.

While this is not a construction-specific application however the application solves the in-general issues and impacts everyone irrespective of their industry. The technology is allowing us to be more productive and focused on our work-related conversations rather than wasting time on deleting irreverent emails.

On any given day, a typical construction project may contain several change orders, hundreds of RFIs and thousands of open issues. Imagine having a smart assistant who can sift through this mound of project data and send you an alert about the top ten things that need your attention right now. Machine learning is that smart helper, assisting teams in identifying the most essential risk variables that require immediate attention from the perspective of construction safety and quality.

10 Application of Artificial Intelligence (AI) in the Construction Industry

Prevention of Project Over-budget by AI

Despite having the best project teams, most major projects go over budget. On projects, multiple AI powered software are used to anticipate cost overruns based on parameters such as project size, contract type, and project manager competence. Predictive models employ historical data such as projected start and finish dates to create realistic timetables for future projects. AI enables employees to gain remote access to real-world training materials, allowing them to quickly improve their skills and expertise. This cuts down the time it takes to onboard new professional to projects and results in faster project completion.

AI Improvised building design through generative BIM design

Building Information Modeling (BIM) is a process of generating data-rich 3D model that helps designers, architects, engineers, modelers, drafters, and construction professionals to plan, design, build, and manage buildings, facilities, infrastructure, maintenance, and operation more efficiently. The 3D models must be taken into account with respect to the architecture, engineering, mechanical, electrical, and plumbing (MEP) plans in order to plan and design the building project. The coordination and collaboration amongst multi-disciplinary project teams and models are essential to detect clashes and resolve them during the preconstruction stage. This results in efficient construction completion.

To avoid rework, the construction industry employs machine learning in the form of AI-powered generative design to discover and minimise incompatibilities between the multi-trade models generated by the multiple project teams. There is software that utilizes machine learning algorithms to investigate all possible solutions and generate design options. When a user indicates requirements into the model, the generative BIM design software develops 3D models that are optimised for the constraints, learning from each iteration until the optimal model is found.

AI for Improved Risk Management

Every construction project has some risk, which can take numerous forms, including quality, safety, timeliness, and cost. Because several subcontractors are working on different disciplines on job sites at the same time, hence the greater the project, the higher the risk. Today, general contractors employ AI and machine learning technologies to monitor and prioritise risk on the construction site, allowing the project team to spend their limited time and resources on the most critical risk variables. AI is used to assign priority to issues automatically. Construction managers can engage closely with high-risk teams to decrease risk by assigning a risk score to subcontractors.

AI for Strategic Project Planning

In 2017, one construction intelligence start-up announced that their robotics and artificial intelligence would be the solution of fixing late and overbudget building projects. Robots acquire 3D scans of construction sites autonomously, which are then fed into a deep neural network that classifies how far along different sub-projects are. If things begin to go wrong, the management team can intervene to address minor concerns before they become large problems. Future algorithms will employ an AI approach known as “reinforcement learning.” Algorithms can be learned through trial and error using this technique. It can evaluate an infinite number of combinations and alternatives depending on previous work. Because it optimizes the optimal path and corrects itself over time, it helps with project planning.

AI for More Productive Job-site

Some construction companies are offering self-driving AI-powered construction machinery to execute repetitive operations more efficiently than human counterparts, such as welding, bricklaying, demolition, and pouring concrete. Excavation and preparation work is done by semi-autonomous or autonomous bulldozers with the help of a human programmer to prepare a specified job site. This frees up human labor for the actual construction job and cuts the overall completion time of a project in half. Project managers can also monitor work on the job site in real-time. They monitor worker productivity and process compliance using facial recognition, Unmanned Aerial vehicles (UAV), Drones, onsite cameras, and other similar technology.

AI for Better Safety

As per a report by Occupational Safety and Health Administration (OSHA) “FALLS ARE THE LEADING CAUSE OF DEATH IN CONSTRUCTION. In 2018, there were 320 fatal falls to a lower level out of 1,008 construction fatalities (BLS data).” An algorithm developed by a Boston-based construction technology company analyzes photos from its job sites, identifies safety dangers such as construction staffs not wearing protective equipment, and compares the images to its accident data. According to the company, it may theoretically compute risk ratings for projects in order to hold safety briefings when an elevated threat is discovered.

AI Identifies Labor Shortages

Construction companies are investing in AI and data science due to labor constraints and a drive to improve the industry’s low productivity. Construction firms are beginning to adopt artificial intelligence (AI) and machine learning for construction management resulting better arrangement of manpower distribution and equipment across jobs.

With the help of Artificial Intelligence and robots, project managers can instantly know which job sites have enough people and equipment to complete the project on time, and which are falling behind and might use additional personnel. Robot continually analyses job progress and the placement of workers and equipment. Spot the Dog, an AI-powered robot, can independently inspect a project every night to assess work progress, allowing contractor to complete more work in remote places where trained labour is scarce.

AI-Powered Off-site Construction

Off-site facilities staffed by automated systems are increasingly utilized by construction businesses to piece together building components, which are subsequently patched together on-site by human workers. For example, Walls can be built more effectively on an assembly line by autonomous machinery than by humans, leaving human workers to handle the specific work such as HVAC, Mechanical, electrical and systems once the building structure is put together.

AI Integrated with Big-data in Construction

AI systems are vulnerable to an infinite quantity of data to learn from and develop data on every day at a time when vast amounts of data are being created every day. Every building construction site becomes a possible data source for artificial intelligence. Data collected from building information modelling (BIM), drone captured data, mobile device photos, onsite security sensors, and other sources has accumulated into a pool of data. With the use of AI and machine learning systems, construction industry professionals and clients will be able to identify and get an overview from the data.

AI for Maintenance and Operation

Long after the work is finished, building managers can use AI. Advanced analytics and AI-powered algorithms generate useful insights into the operation and performance of a road, bridge, building, and nearly anything in the built environment by gathering information about a structure using drones, 3D Laser Scanners, sensors, and other wireless technologies. This implies Artificial Intelligence can be used to track the progression of issues, identify when preventative maintenance is required, and even identify human nature for maximum security and safety.

How Does AI Work?

Artificial intelligence uses the cognitive power of computers to simulate human intelligence. Artificial intelligence can be gained in two ways:

Machine learning – Machine learning (ML) is the study of computer algorithms that can learn and develop on their own with experience and data. Computers are capable of recognizing patterns and learning from examples. For instance, Machine learning keeps spam out of email inboxes. Examples of emails categorized as spam and non-spam have been fed into the algorithms.

Deep learning – Deep learning simulates the neurons in the brain, taking machine learning to the next level. As computers and algorithms process more data over a longer period of time, they learn and adapt their algorithms in the same way that humans do. Deep learning in construction is utilized to recognize project type, material requirements, scheduling, predict scenarios, and respond accordingly.

Advantages of Artificial Intelligence in Construction Management

Artificial intelligence is built on data. This data provides rich learning information for artificial intelligence applications because data is collected at various stages of the construction project across multiple distinct projects in the AEC industry. Artificial intelligence is beneficial at every stage of the construction process.

AI for Designing Stage

Designers utilizing AI-based computer applications can quickly generate complicated building designs. Designers can enter diverse design goals and criteria using tools like Autodesk’s Generative Design solutions. The solution makes use of artificial intelligence to produce alternatives for designers to choose from and edit as needed.

Artificial Intelligence for Cost Estimation

Estimators benefit greatly from generative design mixed with data on costs and schedules of similar projects. To create early cost and schedule estimations, machine learning systems evaluate data from similar projects. Combining BIM and AI estimators provide more accurate construction estimating services c in less time.

AI for Onsite Safety Management

For safety managers, AI-based systems that use visual processing algorithms are a significant risk monitoring and prevention tool. Photos and videos from the project are examined for potential safety issues, such as missing personnel who are not wearing the proper PPE. Many safety managers, like project managers, are responsible for several projects and are unable to physical present on-site at all times. The field team, on the other hand, is photographing the jobsite. AI-based safety monitoring solutions scan massive amounts of pictures and swiftly identify workers and incidents that violate safety protocols.

AI for Project Management in Preconstruction Stage

To monitor job site activity, project managers use autonomous devices such as drones, cameras and sensors. Data is used by AI-based tools like Doxel to calculate the Bill of quantity (BOM) installed by studying the project site in 3D. The learning algorithms compare the progress to the initial plans, schedule, and budget in real time. Project managers use real-time data to monitor worker productivity and make modifications as needed to keep the project on track.

AI for Construction Stage

The quality of work is measured using the same AI-based technologies that were used to measure the number of installed materials. The original design is compared to the 3D model collected through drones and UAVs to find any flaws or discrepancies. Foreman can receive fast information to act on corrections right away before the scope of rework expands.

Guidelines to Implement AI in Construction Management

For a building, construction artificial intelligence (AI) is a tremendously powerful technology. It is, however, easily accessible to anyone with a computer and Internet access. Because of this combination of power and accessibility, some people are calling for more strict ethical standards to be implemented.

The following rules present a set of seven basic conditions that AI systems must achieve in order to be considered trustworthy.

Human Engagement and Supervision: AI systems should empower people by allowing them to make informed decisions and promoting their basic rights. Ensure proper supervision mechanisms at the same time, which can be accomplished by continual human involvement, continuous human control and oversight.

Robust and Secure Technology: AI systems must be both resilient and secure. They must be cautious and have a back-up plan in case something goes wrong. They must also be dependable, repeatable, and precise. This is the only way to assure that harm, especially unintended injury, is minimized and avoided.

Privacy and data governance: In addition to ensuring complete respect for data protection and privacy, suitable data governance processes must be given, assuring legitimate access to data and considering integrity and quality of data.

Transparency: The data system as well as the AI business models should be available to project team members. Traceability methods can aid in this endeavour. Furthermore, AI systems and their conclusions should be conveyed in a way that is tailored to the specific stakeholder. Humans must be aware that they are engaging with an AI system, as well as its capabilities and limitations.

Diversity, Non-discrimination, and Fairness: Bias must be avoided since it can have a variety of harmful consequences, ranging from marginalizing vulnerable populations to intensifying prejudice and discrimination. In order to promote diversity, AI systems should be accessible to everyone, regardless of any disability, and collaborated with all key stakeholders throughout their life cycle.

Well-Being of Society and The Environment: AI systems should benefit all humans, including future generations. They should be environmentally friendly and long-lasting. Furthermore, they must consider the environment, including other living beings, as well as their social and societal implications.

Accountability: Establish methods to ensure that AI systems and their consequences are held responsible and accountable. Auditability, which allows for the evaluation of algorithms, data, and design processes, is crucial in critical applications. Furthermore, ensure that proper and accessible remedies is available.

The Future of AI in Construction

A survey by McKinsey says “Asset productivity increases of up to 20% are possible, and overall maintenance costs may be reduced by up to 10%” utilizing AI and advanced Internet of Things (IoT) sensors. Engineers can wear virtual reality (VR) goggles and dispatch mini-robots into under-construction buildings. These robots utilize cameras to monitor the progress of the work. In modern structures, artificial intelligence is being utilized to plan the routing of electrical and plumbing systems. AI is being used by businesses to construct workplace safety solutions. Artificial intelligence (AI) is being used to track the real-time interactions of construction professionals, machinery, and materials on the job site and warn supervisors about potential productivity concerns, construction errors, and safety hazards.

Despite projections of significant job losses, AI will not be able to completely replace the human workforce. Instead, it will change the business models of Architecture, Engineering, Construction and Operation (AECO) industry mitigating jobsite injuries, reducing costly errors, and increasing the efficiency of construction operations.

Construction professional should focus their investments on areas where AI may have the greatest influence on their business and project specific demands. Early adopters will shape the industry’s future and benefit in both the short and long term. Tejjy Inc. being one of early adopter of advanced technology like AI-powered Virtual Reality (VR), Augmented Reality (AR), Drone and 3D Laser Scanning technology, providing ISO-certified quality assured construction project management and BIM services to the Architecture Engineering and Construction (AEC) industry in the USA. With the presence in multiple locations in the USA including Maryland, Washington DC and Alaska our expert BIM professionals, Engineers, Architects and Drafters served over 2400+ happy clients.

bim 360 design collaboration
Construction Management

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

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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 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.

    Tell us your requirements:

      BIM Facility management | 7d bim in usa
      Construction Management

      What is Facility Management?

      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 to discuss your project ideas.

      To Know more about us:

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

      How to manage Risk in Construction Projects?

      Risk Management with BIM Modeling Companies in US Tejjy


      Tejjy Inc. Risk Management with BIM Construction

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

       How BIM manages Construction Project:

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

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

      4D BIM Helps in Risk Mitigation and Planning:

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

      BIM Controls Negative Events of Construction Projects:

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

      BIM Delivers Construction Projects in a Safe Environment:

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

      BIM Ensures Commercial Building Longevity:

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

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

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

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

      3d visualization companies near me
      Construction Management

      5 Building Inventions for the AEC Industry

      5 Building Inventions for the AEC Industry

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

      ·Kinetic Roads:

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

      ·Predictive Software:

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

      ·Modular Construction:

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

      ·Cloud Collaboration:

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

      ·Asset Mapping:

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

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

      iot in construction management in DC
      Construction Management

      How 5G in IoT Can Facilitate Construction Management?

      iot applications in industry| iot services provider

      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

      3D BIM Modeling Companies in houston
      Construction Management

      Construction Engineering Design Optimization with 3D BIM

      3D BIM for construction engineering

      Today, with a complex construction project, the need for Construction Engineering Design Optimization is increasing in demand. The effective and accurate coordination and interaction with 3D BIM (Building Information Modeling)model for design build services help to avoid inefficiency in production and reduced construction rework, cost & wastage. Intelligent 3D BIM Modeling services deliver AEC professionals the insight to design, construct and manage buildings in an improved way.

      BIM Engineering Design Tools For Construction

      BIM Engineering companies has brought a revolution in the field of construction after 2D CAD technology. Construction projects can be designed, built, and managed with digital model. Best 3D BIM Modeling service companies aim at managing problems of construction design build firms through improved information technology and information management of the design and boost the key competitiveness of design enterprise. It also plays a constructive role in the advancement of BIM.

      3D Modeling Improves Building Design Management 

      Nowadays best construction firms are using building information management systems as tools in construction management throughout project lifecycle. The  building information has data accumulation with time about productive elements like labor, machine and material and encompassing managerial subjects like schedule, cost and quality.  To facilitate information resources, a conceptual framework is used for reusing the information resources based on 3D BIM Modeling service technology for extracting information resources per project and managing them in the standard format.

      Phases of Construction Design Build framework 

      • Extraction
      • Standardization
      • Management
      • Detailed Analysis of Information Resources

      Reuse of Information in Construction

      • Information resources reuse system called Info Reuse in construction firm gets developed, where the object-oriented database and programming methodologies are taken into consideration.
      • Information resources could be managed and retrieved in the system and the technique acts as a multi regression algorithm for applying to analyze the building information.
      • The system when applied in construction using real information resources to verify the feasibility and effectiveness, resulted in the organization of information resources and representation through standard BIM data, providing a solution to construction firms for significant decision-making.


      BIM for Construction Process Simulation 


      • BIM can be used for design building support. Based on the two-dimensional drawing, 3D BIM Modeling service can be created for structural, mechanical & electrical services for collision check.
      • 3D virtual constructions through the BIM model can be used to assist the design and construction.
      • The BIM model can also be saved for the operation & maintenance at a later time.
      • A collision can be detected in the schematic diagram for the 3D BIM Model on the computer in advance.


      Design Collaboration with AEC Project Stakeholders


      • A building model can be created with a large number of pipelines, components and equipment. 
      • The 3D model is designed by various project stakeholders, leading to interference and collision checking among the AEC professionals before the construction.
      • The team members involved in the project can find out the problem and can tag the collision point.
      • A design request can be put forward through the owner party to revise the design of a unit, avoiding cost during midway because of design change.


      For accurate BIM Construction Engineering Design Services , opt for Tejjy Inc. design build services – a BIM, Construction Management, Permit Expedition, and Architectural & Engineering Service Provider in Washington DC, Baltimore, Maryland, Virginia & other areas in the USA. 

      Construction Management

      Architectural BIM Services for Construction Project Lifecycle

      Architectural BIM Services for Construction Project Lifecycle

      Architects are the connoisseurs who bring life to the concept of a construction project. They constitute being a vital part of architectural project planning and execution. BIM Service companies act as a support to architects and engineers in their design development process. Architectural Revit Services is a great mode of this collaborative and innovative solution. 3D BIM models use inputs, such as the construction & design documents as well as hand sketches. The team of BIM professionals creates the final model after resolving potential construction problems through raising RFIs (Request for Information) and checking with architects and other project consultants.

      How BIM facilitates Architects in Design Development?

      BIM supports architects in the various stages of design development through conceptual, schematic & detailed designs, as well as construction documentation with the help of 3D Modeling. Architects are able to create the interior design for the renovation and new building creation. BIM also provides virtual mock-ups of building components and creates a comprehensive 360-degree view of the projected building. 

      BIM Supporting Various Stages of Construction Project Lifecycle

      • Conceptual Designing: Architectural BIM Modeling provides an edge to the whole design process. BIM is used for creating manifold design routes for presentation with variations in layout and space planning. 3D Rendering Services Models with diverse colors and material specifications provide a realistic feel to the virtual building structure. During the concept designing stage, the design of the projected building structure is created using Revit Models, focussing on the looks, behaviors, and structural properties. The stage can be related to the Revit LOD 100 Model including numerous elements as Masses, Conceptual Design & overall project phasing. Location & Orientation analysis can be executed at this stage and quantities based on overall area & volume can also be obtained.

      • Pre-Construction Phase: BIM experts can develop detailed and accurate Construction Drawing Services from Architectural 3D Model. The Revit parametric features presented in a BIM Model facilitates in accomplishing a high level of detailing with precision. Changes made in the plans automatically get reflected in all the associated areas of the sheets. 3D Model for BIM Coordination Services can then be used collaboratively, detecting the clashes before construction. This controls the construction cost by reducing design changes at the time of construction.

      • Construction Phase4D BIM Construction Sequencing and 5D BIM Costing facilitate the planning of the construction phase effectively, enabling on-site coordination with the aid of Architectural BIM Modeling. On-site changes can also be fixed as per the virtual BIM design model. The construction design stage acts as a bridge between building design and physical building stages, encompassing the creation of drawings & specifications for the comprehensive requirements of a building project. The stage matches with LOD 400 Revit Model, comprising elements that are accurate in shape, size, location, quantity & orientation with complete fabrication, assembly, and detailed information.

      • Post Construction Phase: Architectural Modeling Services also help during the post-construction phase for presenting an as-built model that can be used later for the renovation and reconstruction of a building. BIM ensures methodical facility management using a comprehensive Architectural model encompassing various asset details.

      Prime Architectural BIM Services include:

      • BIM Consulting Services for seamless BIM applications
      • LOD Based BIM from a conceptual stage to a well-defined Facility Management model
      • Construction Documentation set of sequential drawings for construction management
      • BIM Design Development of BIM design build services
      • Custom Revit Family Creation Services for all building products
      • Point Cloud to BIM for renovation, retrofitting & as-built projects
      • Landscape BIM Models for creating & coordinating Landscape data
      • Underground Modeling  for improved visualization & clash detection
      • Architectural 3D Modeling to facilitate the design, planning & visualization
      • Procurement BIM through openly shared project models for lucrative project procurement
      • Architectural Detailing for transforming design into technical diagrams & plans
      • 4D Scheduling with data-rich 4D BIM models for early detection & resolution of conflicts
      • Infrastructure BIM Modeling to make civil projects resilient & productive
      • Modular BIM for prefabrication & modular building projects
      • Facility Management BIM to create, utilize & manage building information throughout the lifecycle of the structure
      • BIM for Energy Analysis with virtual 3D energy models

      Architectural Detailing Services across the Sectors:

      Residential, Hospital & Commercial Buildings:

      • Architectural Layouts & Floor Plans
      • Elevations & Sections
      • Door-window Details
      • Sanitation & Piping Plans
      • As-Built Drawings
      • Architectural Elevations & Sections
      • Ceiling & Foundation Plans
      Interior Decorations
      • Floor & Roof Framing Plans
      • Building Sections
      • Interior & Exterior Designs & Plans
      • Furniture Layouts
      Urban Planning
      • Building Block Detailing or Drafting
      • Landscape Drafting with BIM
      • Contour Mapping
      • Drawing development
      • Site Plan Drawings

      BIM software applications used for Architects

      • AutoCAD
      • 3DS Max
      • Photoshop
      • Illustrator
      • SketchUp
      • Revit Software Suite
      • MicroStation
      • Navisworks
      • Bluebeam
      • Civil 3D
      • BIM 360 Glue

      To know more about Architectural BIM services in Washington DC, Baltimore, MD & Virginia areas in the USA consult the BIM experts of Tejjy Inc. at 202-465-4850 or

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

      Wearable Technology Revolutionizing Construction Safety

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

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

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

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

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

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

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

      Wearabale Technology in Construction Management

      Wearable Devises Improving Safety

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

      Kinds of Wearables

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

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

      Typical wearables for the construction sites include:

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

      Value Addition for Construction Managers

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

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

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

      Final Thought

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

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

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

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

      Tejjy INC