What is the Architectural Design Process? The whole architecture design process starts with understanding the project, researching and site analysis, concept and design development to preparation of construction documents empowering the administration of the whole project execution. Beyond the construction, there is one more step about periodically evaluating the concerned properties and facilities. Let us understand all the phases of architecture and construction design in detail by detailing on what goes into each phase and what is the most suitable way to achieve the outcome for the respect ..read more

Laser scanning’s adoption in the construction industry has completely changed the way we document our facilities and sites, or even the construction progress on them. With it’s completely accurate, precise, and data-driven approach to reality-capturing, the industry would surely be seeing an increase in its usage. For a comprehensive laser scanning strategy for your project requirements, you need to first plan for your laser scanner. Which laser scanner should you utilize for a specific project you are working on? If you see the current market share of laser scanner manufacturing, Leica Geosy ..read more

Construction projects and facility management are becoming riskier businesses. More stakeholders and investment are on the line, with greater complexities barging in. Therefore, there has to be a way that should help you visualize your project in detail from the comfort of your vicinity. It has to be an all-in-all data and coordination effort that supersedes your 3D modeling outputs. And this is where digital twinning technology comes in.  Digital twin technology links and organizes combined smart building data, eliminating noise while boosting value. It delivers contextual awareness by ..read more

What Is 3D Laser Scanning? 3D Laser scanning also known as high-definition surveying (HDS) or reality capture,  is a non-destructive technology that is used to capture the spatial geometry of the structure in the form of a point cloud in order to develop accurate multi-dimensional digital representations of the built asset.  It captures the finest geographical details with the precision of the targeted points of the structure regardless of its surface features or dimensions. 3D laser scanning also facilitates the construction industry with accurate topographical data of the land/contour a ..read more

What is BIM Management? BIM management is overseeing Building Information Modeling operations and utilizing the BIM data for managing Architectural, Engineering, and Construction (AEC) projects throughout their lifespan.  It involves the organization, implementation, and maintenance of Building Information Modeling standards, protocols, and workflows for a trouble-free collaboration of the stakeholders.   Building Information Modeling Project Management is crucial in AEC projects as it facilitates improved communication, coordination, and decision-making among architects, engine ..read more

Cloud-based BIM is a cloud computing technology that supports and provides BIM models to many stakeholders in the building industry. Building Information Modeling (BIM) is a digital representation of a building’s physical and functional properties, facilitating real-time communication, data exchange, and visualization and enhancing decision-making.    Ready to unlock the full potential of BIM? Explore our BIM services   Cloud BIM is the next-level BIM technology that extends BIM to the cloud with the help of cloud computing. Here’s how it works: Intelligent Model: Cloud BIM ..read more

What is construction risk management?  Risk management in construction involves recognizing possible hazards, assessing their consequences, and putting policies in place to lessen their financial impact on the company. A construction risk management strategy is created during the first phases of the construction planning process. It describes potential project hazards in detail and the risk response to address them by assigning someone on the staff to own and resolve the issue. Ready to unlock the benefits of outsourcing construction management? Contact us today for a free consultation ..read more

An overview of the importance of collaboration in AEC design When BIM came to the AEC market, the intent was to prioritize intelligent orientation and information sharing during the design process. Collaboration and communication are key features of BIM and critical for the success of any AEC project. And that is why, with BIM advancements, we do have considerable software options for project collaboration for your AEC needs. One such option is BIM 360, or now Collaborate Pro. It is a tool that is particularly being developed for a more collaborative BIM approach. Design team collaboration is ..read more

As our buildings and built-environments are going more complex, our reliance on complex building systems is inevitably increasing. And therefore, clash-coordinated building system i.e., MEP coordination is a necessity to ensure streamlined functioning of your space.  It starts with extensive planning with architects and engineers to create systems that are specific to the project’s requirements and regulations. During construction, it is necessary to monitor installation to guarantee optimal performance and compliance. Industrial and commercial projects need even more thorough planning d ..read more

In the past, to ensure that concrete floors were level and flat, floor inspectors and contractors would use electronic floor profilers. Leading building experts now, however, use laser scanning—a far more precise, effective, and adaptable method. Contractors and inspectors can easily determine the exact flatness of any concrete floor thanks to laser scanning instruments, which completely comply with industry norms such as ASTM, ADA, and AISC. Laser scanning, as opposed to traditional measurement techniques, collects thorough, incredibly precise, as-built data to preserve project tolerances. U ..read more