Want to create a lifestyle picture of your building? Adopt from Tejjy Inc. BIM service providers at 202-465-4830 or [email protected] and get a judicious project execution and management. Consult Tejjy Inc. BIM engineers to get comprehensive clash free 3D model creation with 4D construction scheduling and 5D BIM cost estimation/ quantity takeoff.
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Want to know “What is MEP drawing?” Are you looking for MEP drawings for coordination and installation? Call the expert BIM modelers of Tejjy Inc. in USA and know the details of Mechanical, Electrical and Plumbing systems.
Do you want virtual reality in BIM? Well, it’s good to use Virtual Reality with BIM in your construction projects to be at par with the global construction standards. Virtual reality is a revolutionary technology that uses mixed reality, merging that with real and virtual worlds for visualizing the co-existence and interaction of physical & digital objects. It has great potential for the construction industry that can spark the BIM revolution.
Whether VR is common to Construction Sector? Virtual reality is common in the construction sector, but a comparatively new variant of the technology is set to make an equallygreat impact. While virtual reality provides a digital environment that is a replica of the real world, the mixed reality or the augmented realityin construction gives the feeling that the real and virtual worlds are merged for producing a 3D environment where physical & digital entities can be visualized as a real-life interaction. What’s the Contribution of Microsoft HoloLens– An Augmented Reality Tool? A significant example of augmented reality construction tool is the Microsoft HoloLens, which is a self-contained mixed reality device, joining the progressions in fields like cloud computing, machine learning &robotic automation making up what is called the “Industry 4.0”, with the trend of automation and data exchange in technologies. Microsoft HoloLens is a holographic computer with a headset producing a real-time holographic depiction of reality on which the digital interface is overlaid. While a virtual reality headset looks like a helmet, a HoloLens is used for architectural visualization. The use of hologram projections in the construction enables the end-user to experience various textures or select from a wide array of in-built texture formats required for the project. AEC professionals can operate the Revit Model using hologram projections to support a collaborative design of the building. How Virtual Stairlift Rail Creation Occurs with 3D Digital Twin? The HoloLens can produce an instant 3D digital twin of the existing staircase with all the dimensions measured through a smart point survey. While the HoloLens claim accuracy with measurements, those can be cross-checked with conventional laser measuring tools. Virtual reality enables the engineer to design the key customized element required for stairlift installation at the construction place. Consequently, the stairlift rail can then be designed in full accord with the physical constraints set by the existing stair recorded in its digital twin model. How Emerging Design Visualization Proceeds through HoloLens? During this stage, the customer can view the emerging design through the HoloLens and can instantly customize elements like color and upholstery. Once a new model has been agreed, it can be instantly exported to the sales team, who makes a comprehensive bill of materials and confirms the price. Once agreed, the finalized model can be digitally exported to the factory with the construction of the stair lift rail. Throughout the entire process, all data can be constantly backed up to the cloud. How BIM VR Can Enhance Customization? BIM Virtual reality also enhances customer experience, by radically improving the quality of visualization, marking as a giant leap in the ongoing gamification of the design & manufacturing process. The immersive, augmented reality technology can be used in services and logistics. It is useful in terms of cabling and co-ordination of plants and early identification of clashes & future mistakes. This technology is effective in the type of data available in the construction industry. Combining the growths in the fields of artificial intelligence, prefabrication & modularization, open-source data and the digitized workflow beckoned with BIM could radically expand the prospects of the BIM data workflow. What are the Applications of Using BIM VR in Construction?
If the AEC industry professionals have to meet the target set as per the Construction 2025 strategy, they need to be innovative about their thinking. They should learn to use technologies on different types of project data, enhancing the prospects of the project teams as well as the clients, saving time, cost, and carbon. To know more about BIM Virtual Reality 360 Construction, get in touch with the BIM Modeling Experts of Tejjy Inc. at 202-465-4830 or [email protected]. Infrastructure & utilities are used interchangeably. The infrastructure encompasses the hard assets created by the government as well as the private entity to facilitate the comfort of the residents and the day-to-day processes of a geographical area. A community infrastructure comprises the physical piping, sewers, roads, electrical networks, water supply, bridges,whereas the homes, commercial, and industrial facilities accommodate the MEP infrastructure. The utility network includes the management of physical components that sustain &support the welfare of a population and the economy of a country.
Normally, utilities are accepted as a public or private service supplying the energy & natural resources distributed by the infrastructure of the area. The water, gas, electricity, sewage, and telecommunication comprising of broadband internet utilities hinge on a consistent infrastructural base for safe delivery or reoccurrence of utility service for clientele. Wondering, why the distinction is significant? This is because, in the past, the utilities & infrastructure of a community traditionally belonged to the government. However, the utilities are becoming more privatized these days. Utility cooperatives owned by the citizens areprogressively on the rise along with investor-owned utilities to serve the purpose of the company’s shareholders. The market model for public & private utilities is shifting as per the Harvard Business Review describing the utility management privatization with stimulating governmental facts. Scenario across the World
BIM Modeling Facilitating Utility Ownership As utilities continue to shift from the public to private segments, analysts take a crucial look at making utility ownership a smart asset. The features are acknowledged by the industrialists as crucial for making private utility investments profitable. Planning investment in revamping the infrastructure of a utility can take advantage of BIM technology fora new approach& innovative resources for the next generation of natural resources and distribution. Pioneering engineering & design software applications like the AutoCAD & Revit BIM for Utility Infrastructure take the benefit of BIM Modeling to speed up project approval time and enhance communications and decision-making amongst project stakeholders. The 3D BIM infrastructure workflow facilitates the coordination of human or automated processes on a single computer platform. Starting from as-built utility certification, resolving conflicts, building a package from a 3D model,BIM for utility design can streamline calculations, enhance facility automation, decrease material waste, and enhance real performance. 3D BIM modeling helps to reduce project costs, modernize the project workflow, and enhance profits for utility owners. Global Utility Set-up As the utility market continues to shift from public to private ownership, aging utility infrastructure validates that the physical assets continue to compromise the competent& safe supply & demand of utility products. A reliable infrastructure is crucial to the achievement of private & public utilities, though the cost of substituting the old utility equipment & decaying transmission mediums continues to be a prime concern for utility investors. Revamping the aging utility system is recognized as a major challenge for the electrical industry. Updating distribution transformers, enhancing the power distribution levels and mechanization of metering are considered as the fundamental requirements for taking an electrical utility from rising outages & failures to augmented efficacy. The problem has been recognized by private utility owners who wanted to spend more on infrastructure. BIM Applications for Utility Construction Management Utility businesses have been slow for implementing BIM for their design and engineering requirements. Yet, this has started changing, as major utility projects have been accomplished using BIM. Building Information Modeling provides a lot of data to enhance operational efficiency and augmenting utilities & facilities management. Power and gas are seeking laser scanning technology & BIM reality computing for delivering accuracy& decreased cost with civil & landscaping design. UK government entailing BIM Level 2 maturity for its construction projects maintains both the graphical as well as the non-graphical data for the project lifecycle. Benefits of BIM mandates for the Utilities in the UK include:
BIM Applications for Design & Construction
Benefits of BIM for Utility Construction 3D BIM Model for utilities provides several benefits to the owners, AEC associates, and the end-users:
While working with an outsourced architectural BIM engineering services firm, you can expect competent construction documentation, from the conceptual through the design development stage. You can get documented BIM models with an enhanced workflow for project utilities that can be upgraded. Call the BIM Modeling experts of Tejjy Inc. at 202-465-4830 or [email protected] for discussing your utility management project requirement in construction. Do you want BIM (Building Information Modeling) Services for General Contractors in the USA? Find out a competent BIM Service Provider, who empowers the general contractors to control the construction projects. Equipped with BIM technology, the BIM Service firms can use data and provide improved coordination and decisions. The BIM companies can eliminate incompetence and plan construction projects effectively for reducing cost and ensuring improved outcomes in less time. Moreover, you can outsource BIM services for generating profits and getting a higher return on investments. Benefits of Using BIM for General Contractors
• General contractors are using 4D BIM (Building Information Modeling) based simulations and 3D BIM renderings for presenting to AEC (Architectural, Engineering & Construction) clients. The intelligence 3D BIM Modeling based design approach assists the contractors to win the best projects. • Building Information Modeling also enables accurate clash detection, before the onset of construction, thus enhancing the construction planning and project implementation, enabling the project to get completed with more efficacies in reduced time. • BIM allows off-site fabrication to make on-site fabrication processes accurate and faster, resulting in fewer conflicts. Hence, through less iteration during construction, it saves a lot of expenses and improves yard management activities. Top 10 BIM Services for General Contractors: 3D BIM Modeling: BIM companies provide a wide array of BIM 3D modeling services for structural elements such as steel, concrete, slabs, beams, and columns as well as architectural elements like internal walls, stairs, doors, and windows. Expert BIM Modelers use 3D BIM Modeling allowing contractors to review design elements concerning other building systems & services on a project. Moreover, 3D BIM Visualization allows project participants to effectively share design, identify errors & inconsistencies in the early stages of construction. Navisworks software platforms are used for clash detection and iterating the models for eliminating clashes. MEP BIM Services: General contractors are also using BIM for MEP coordination. During this stage, the clashes between MEP and building structure can be perceived and eliminated, helping contractors to save costs and manage the onsite construction process with ease. BIM team with proficiency in Revit & AutoCAD create 3D coordinated MEP models for construction. Whether it’s for MEP BIM Modeling, Constructability Analysis, Design Validation, Design Development & Coordination through various stages of design evolutions like Conceptual, Schematic, Detailed Design or Construction Documentation, a good BIM service company accurately resolves all MEP issues for a seamless construction and future maintenance. 4D BIM Construction Scheduling & Site Logistics: 4D BIM Construction Phasing & Simulation play a significant part in project planning. 4D BIM Model adds a new dimension - visualization of project timeline phase-wise, helping project team members to get simplest details, visualizing construction process & checking diverse design options. Various items are incorporated into the model as a part of the logistic plan, using BIM tools for improving construction planning & monitoring on-site health and safety measures. BIM models authenticate site logistics with tools for depicting job site utilization visually through various stages of the construction project. 3D BIM walkthroughs reveal every slant of construction space, comprising the landscape, interior light, natural light, material representation, and moving objects. BIM presentations for site logistics help in accurate construction equipment position, crane placement, store documents, and parking space allocation. 5D BIM Cost Estimation, Monitoring & Procurement Management: 5D BIM modeling generates automated & accurate quantity for the construction industry to determine associated labor & material cost. Quantity take-off/BOQ for general contractors helps in detecting asset conditions through visualization & model exploration, providing adequate time for price optimization. The contractors can get an accurate cost estimate of components from the BIM model and can get automatic notification of updating the information model, saving project time. Point Cloud to BIM: 3D Laser scanning Point Cloud to BIM helps various stages of construction such as 3D modeling, visualization, rendering & quality inspection. Point Cloud Service to BIM is required by AEC professionals & firms for preparing various models of Architectural, Structural, and MEPF (Mechanical, Electrical, Plumbing, Fire Protection) elements. Point Cloud to BIM facilitates general contractors & architects to take decisions regarding wanted or unwanted components and structures of the building. Scan to BIM helps to create a clash simulation analysis for MEP services at an early stage of feasibility inspection while adding new services. Revit BIM Family Creation: Revit BIM Modeling Services facilitate all AEC professionals including General Contractors to create sustainable environment-friendly building designs. BIM Modeling experts in Baltimore, MD, Washington DC & Virginia help to minimize physical work, enhancing productivity and profitability by implementing Revit families as objects with information stored about building components for AEC professionals. The BIM professionals design building modeling components in Revit like curtain wall panels, ceilings, fixtures, elevators, pumps, etc. and re-model the components in the projects by amending the family parameters. 3D As-Built Documentation: As-Built Drawings from 3D Building Information Model act as a complete reference tool for AEC clients, helping to make future project planning including renovation, modernization & redevelopment. As-Built BIM model is used for field verification of building components and mark-up As-built drawings help to convert existing data during the pre-construction stage into 3D models. BIM Clash Detection & Risk Mitigation: BIM identifies potential spatial conflicts & forecasts building performance at the early stages of design. Owing to parametric dimensional view, automated collision check & clash coordination leads to risk mitigation & error correction, improving the overall building quality. BIM saves time, allowing easy & accurate modeling of complex elements & irregular shapes. Architectural BIM Engineering: BIM Services Company in Washington DC, Baltimore, Maryland & Virginia areas in the USA deliver high-quality Architectural BIM Engineering and Architectural Construction Drawings to reduce cost and improve turnaround time for the general contractors through digitizing architectural and engineering plans. The comprehensive Architectural BIM Engineering services enhance visualization through automation, bringing inventiveness to a new level with an architectural transformation from ink and paper to the digitized screens for floor plan, site plans, elevation, cross-sections & detail drawings for a project. Using 3D BIM Engineering for architects, clarity is brought to design objectives regarding performance parameters, clearance, and ease of maintenance, helping construction professionals reduce rework & make necessary changes to remove work-stoppages. Green BIM: BIM energy modeling is also one of the popular services used by the general contractors for introducing sustainability and energy efficiency in building construction. This promising technology for general contractors provides improved construction management through reduced energy consumption and enhanced usage of renewable or natural resources of energy. Consult the dedicated team of engineers and architects who skillfully use BIM technology for green building design and energy modeling. BIM is also delivered as a part of the IPD (integrated project delivery) process, enabling a framework to allow reduced wastage and streamline construction projects. BIM services facilitate projects from various sectors including residential, infrastructural, commercial, educational, sports, healthcare, and mixed-use construction sectors. If you are searching for a BIM Service Provider in the USA, especially in the Washington DC, Baltimore, Virginia, Maryland areas, you may check out Tejjy Inc. – A BIM, Construction Management, Engineering, Permit Expedition, and Architectural Service Provider. The company caters to various sectors including retailers, home-builders, architects, engineers, general contractors. MEP contractors, MEP design firms, drywall contractors, fire protection contractors and more. For any query, get in touch at [email protected] or call at 202-465-4830. Do you want to construct a healthy home with DCRA Home ownership track permit? The DC Department of Consumer & Regulatory Affairs (DCRA) Homeowners Center facilitates homeowners get building permits for home improvement projects such as decks, fences, interior renovations, repairs as well as window replacement.
The Homeowner Center of DCRA facilitates ‘Home ownership Track Permit’ for homeowners in DC to plan the building review process from the very beginning. As a home builder, you will get the support and resources regarding general information on permit regulations and procedures. If you have the problems in understanding the home ownership permit prerequisite, the DCRA homeowner center will help you explain the permit application requirements for your building project through reviewing and approving your construction plans and issuing permits once your plan is approved. The experts help to make your experience convenient for any homeowner of 1 or 2-family homes or an agent on behalf of the homeowner with written authorization. What Types of Permits are Reviewed in the DCRA Homeowner Permit Review Center?
How much time does it take to get your DCRA Homeowner Track Permit? The Homeowners Center has the objective of issuing a permit within 1 or 2 visits including consultation, permit review plan, and the final stage of permit issuance. When should you visit the DCRA Homeowners Center for Permitting Need? You should visit the DCRA Homeowners center while starting the permitting process in DC. If you want, you can make an online appointment or walk-in during operating hours for questions & guidance about how to start the permitting process. What should you bring with you to the DCRA Homeowners Center? Once you get the confirmed work scope of a construction project, you need to submit a permit application at the Citizens Access Portal. However, you have to review the permit types for submission requirements & submittal documents for completing the permit review. If you can’t gauge your full work scope regarding whether a permit is required or not, you can visit the Homeowner’s Center for guidance and seeking the next step. Call Tejjy Inc. at 202-465-4830 or send an email to [email protected] for permit expedition in DC to schedule your DCRA appointment online.Permit experts of the company help to manage your building permit process from the initial stage, making your DCRA Walkthrough accepted. Outsource your permitting needs from Tejjy Inc. and enjoy a hassle-free construction in DC for a healthy home with DCRA Homeowner Track Permit. Tejjy Inc. worked with various software applications like Revit, MEP Fabrication, Navisworks, and PDF viewer for error-free shop drawings and 3D model creation of DC Courthouse Project.
BIM Scope of Work for DC Court House Project: BIM Team members of Tejjy Inc. used Autodesk Revit & Autodesk Navisworks to create the 3D BIM Model (LOD 400) for MEP & Fire Protection trades for DC Court House Project to meet the objectives like: • 3D Model Creation for MEPFP Trades & Coordination (Clash Detection & Mitigation, Visualization) • Constructability Review (Model Update) to reflect changes from Design Changes, RFI Generation & As-Built Update • Coordinated Service Drawings Facilitating complete coordination among all trades using Auotdesk Navisworks to generate clash report and resolve issues between various trades • Detailed Quantity Take-off (QTO) incorporating manufacturer’s reference Tejjy Inc.’s Approach to Work: The MEP design validation engineers of Tejjy Inc. checked and compared the IFC design documents of the client for inconsistencies and recalculated the data (size of pipes, ducts, fluid flow rate, etc.). RFIs were raised by Tejjy Inc., where the client's decision was necessary. The RFIs were inspected by the client, who in turn escalated the same to the consultant for a probable solution. Project Challenge: Coordination Problem Coordination among various services was difficult as the structure did not allow any service to pass through the beam/concrete wall unless conceived at the design stage.Being a renovation project, the hard trades like Structure and Architecture were already finalized and there was limited room to run other services without making major impact on the existing conditions. Solution: Tejjy’s BIM modelers made all efforts to ensure that the pipes and ducts can pass through the selected cut-outs in the walls and available dedicated spaces for services through designed routes with minimum impact on the existing services. This was done by shifting and changing the service routes, considering the clearance required, and modifying the sizes of ducts & pipes within acceptable limits. How BIM helped in resolving fundamental challenges for the Project?
Tejjy Inc.’s Value Addition to the Project: Tejjy Inc. performed coordination work among various trades that reduced clashes, saving time and money for the project.
Project Participants:
Final Thought: BIM Software Applications like Revit and Navisworks helped Tejjy Inc. progress through MEP clash detection. BIM Engineers of Tejjy Inc. reviewed critical areas in 3D for any changes made and evaluated space constraints successfully. BIM facilitated various design disciplines to collaborate flawlessly on a single information platform, improving work efficiency, reducing errors, verifying aesthetic looks, and enhancing building performance. Project Facts at a Glance: Project Type: Court House Interior Renovation & MEPF upgrades Trades Covered: MEPFP (Mechanical, Electrical, Plumbing, Fire Protection) Scope of Work: 3D BIM Model Creation, Clash Coordination LOD: 400 Average BIM Team Size: 3 BIM Engineers from Tejjy Inc. Software Applications Used for the Project: Revit BIM, Navisworks, Bluebeam PDF 3D Modeling services are making a significant impact on modern society. Professionals from various industry sectors are adopting the 3D visualization and rendering in their work process to gain substantial advantages and elevate the level of deliverables.
As per the industry research, it is found that the size of Building Information Modeling (BIM) market is projected to grow from USD 4.9 billion in the year 2019 to USD 8.9 billion in the year 2024, at a compound annual growth rate of 12.7%. The major factors driving the growth of the BIM in USA market especially are increasing population and on-going urbanization. Software applications will account for a large amount of building information modeling market by 2024. Major players in the sectors include Autodesk, Bentley Systems, Nemetschek, Dassault Systèmes, Trimble and 20 other software companies. Another industry research conducted by a Technology and Telecommunication states that the 3D Display market revenue in North America to grow from 7.48 billion US dollar in 2012 to 51.2 billion US dollar in 2022. Now, How 3D Modeling has become the main contributor? The modus operandi involves a digitized platform combining the use of advanced computer software application for creating a comprehensive 3D model. The process entails the use of combining polygons, spline curves, 3D shapes as well as NURBS (non-uniform rational B-splines). Initially, you can create a simple shape and progressively you can consider several other aspects like joints, movement path and so on. Furthermore, you can apply a texture to provide a realistic look to the model. You can get every detail in the 3D model. Several highly advanced software programs help to create the model such as Revit, 3DS Max, AutoCAD, Rhino, Blender, Cinema 4D and more. Industries Enveloping 3D Modeling Services for Higher Success Rates. Now, let’s focus on the industries that are using 3D modeling techniques frequently in their work process to improve productivity and efficiency.
So, it’s evident that 3D modeling has myriad uses, opening up new prospects and driving forward innovation and ingenuity. Tejjy Inc. – Construction management, engineering, 3D BIM Modeling Company in Washington DC, USA, boasts of expert engineers and BIM modelers who implement 3D BIM Modeling solutions for construction clients. Connect with BIM experts at Tejjy Inc. for MEP, structural and architectural 3D modeling services serving Washington DC, Baltimore, Virginia, and MD areas in USA and get the perfect way to execute your projects. Contact us at 202-465-4830 or [email protected] for a free quote today. Do you want to manage construction on-time and budget? What is your formula to success? Do you think that the most significant promise lies in the new technologies? Find the answers to all these questions from this blog. However, before delving deep into the latest technologies and the key trends, let’s take a look at the Global Construction Statistics and the challenge faced by construction firm for being slow at technology implementation.
Global Construction Statistics – Longer Time with Budget Overrun: As per Oxford Economics’ Global 2030 forecast, the construction market is expected to grow over 4% annually, with a projection of 6% per year in the US, reaching US$1.5 trillion by 2020. Large construction projects take a longer time to complete, which exceeds their original budgets. According to the McKinsey Global Institute report, capital projects take about 20% longer to finish than the scheduled and run about 80% more over budget. Challenge of Construction Firm – Slow to Implement Technology: What’s the reason for taking more extended time than the planned program? Why is there a budget overrun? The problem is that the construction firms are often slow to implement technologies that would help to cash in on their growth. They fail to improve project portfolios and update delivery techniques. Consequently, the global firms leave over US$1 trillion on the table per year as per McKinsey. Promise Lies in Technologies – Adopt the latest to Anticipate problem: Several construction firms are adopting the most recent technologies but at different speeds and level of sophistication. You need to understand and evaluate the technological maturity of your organization for taking the first step towards digital transformation. Latest Technologies:
We at Tejjy believe in the power of technology to transform your business. We use Virtual Design & Construction like BIM, VR, Drones, Robotics, and Big Data. Our construction management solutions support various stages of the project lifecycle, including pre-construction, construction, quality management, program management, bidding and negotiation management, commissioning, and risk management, and project management. Get in touch with us for your complete construction management needs. Why AEC Firms Should Invest in BIM,Building Information Modeling?
The core efficacy of Building Information Modeling helps a business to save money and enhance productivity and profitability. The SmartMarket reports by ENR, CITA and the Wikipedia page for BIM emphasizes the bottom-line benefits of BIM technology. But, what are the top-line benefits that allow a business to use Building Information Modeling to fuel growth and obtain new construction projects? How can you use BIM for enhancing your firm’s ability to get new projects? Check out the top 5 ways BIM helps to improve the top-line growth for the AEC firms. 1) Proving Competitive Building Information Modeling Benefits: BIM brings competitive advantages for AEC firms. While competing for new projects, a firm that uses Building Information Modeling can convince clients easily. If a firm implements 4D BIM Construction Simulation, 5D BIM Cost estimation and monitoring or BIM for energy modeling, it will get an edge over its competitors. On the other hand, if a firm is not using BIM sub-specialties, the client may exclude you from a new project. In short, Building Information Modeling can be used as a competitive advantage for creating a top-line growth. 2) Enhancing Capability through BIM: Building Information Modeling determines whether you have a capacity for growth or not. Investing in BIM allows you to get more work. However, investing in BIM doesn’t entail adding more staff. Building Information Modeling is an operational group within architecture, engineering, and construction (AEC) firms. The capacity of BIM determines whether you have the potential for growth. Investing in BIM allows you to take on more work in the field of construction. However, investing does not just mean adding more staff. BIM resources are often easy to find. Hence, adding people isn’t always a good option. Other factors are also included in increasing the capacity of an organization such as construction planning, automated workflow, and improved technology.
4) Augmenting Prospects with BIM Leadership – If your firm leads in BIM technology, it is obvious that you will get more leads. Companies will search for assistance in the projects when the complexity increases as they know that they will get the best from BIM experts. And it is the leadership that leads you to prospects. 5) BIM Transforms Bottom-Line Efficacies to Top-Line Growth - AEC industry is quick to provide its bottom-line efficacies. If 3D Building Information Modeling is used to create a bottom-line efficiency of 5% on production, Architecture Engineering Construction firms lower their prices on the next project to beat the competition. This is an example of converting the bottom-line efficiency (improved productivity) into top-line growth (leading to the winning of a project). Concluding Thought We often mention bottom-line efficiencies in BIM but the reasons why AEC firms should invest in BIM staff, software, processes, and technology include top-line advantages. BIM innovation continues to give Architecture, Engineering and Construction firms an edge over their competitors and so the investments in BIM by the AEC professionals are some of the smartest ways for fueling top-line growth. |
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