Desapex Engineering Consultants

  How AI is Transforming the Construction Industry Artificial intelligence (AI)  is rapidly transforming the construction industry, and its impact is being felt in a variety of areas, including construction progress reporting. Traditional methods of progress reporting are often time-consuming, inaccurate, and lack detail. AI-based progress reporting offers a more efficient, accurate, and data-driven approach. What is Construction Progress Reporting? Construction progress  reporting refers to the ongoing measurement and tracking of the progress of a construction project. It includes tracking the completion of specific tasks, reporting the status of materials and equipment, and measuring the progress of work against the project schedule. Progress reporting helps managers identify any potential issues or delays early on and allows them to take corrective action to keep the project on track. Challenges of Traditional Progress Reporting Traditionally, construction progress reporting relied

The construction industry is witnessing a transformative shift, driven by technological advancements and innovative construction methods. One such advancement is the integration of   Building Information Modeling (BIM)   into prefabrication and modular construction processes. This integration offers substantial benefits for   subcontractors , who play a crucial role in modern construction projects. In this   blog , we will explore how BIM empowers subcontractors for better prefabrication, highlighting key benefits, supporting statistics, and addressing the challenges they face. Understanding BIM and Prefabrication Building Information Modeling (BIM)  is a digital representation of a building's physical and functional characteristics. It serves as a collaborative platform where stakeholders can access and share information throughout the project lifecycle. BIM enhances design accuracy,  visualization , and coordination, thereby facilitating efficient project delivery. Prefabrication

  Construction Industry overview The construction industry is a complex and dynamic sector which involves professionals from different backgrounds required to collaborate and design, construct and maintain a built asset. This revolves around production, managing and exchange of information among all the stakeholders in the project. As the project becomes more complex, this process results in chaos if it is not regulated and streamlined. This inefficiency further affects the overall budget, schedule and sometimes the end result, the building functionality. Over the years, the Construction industry has seen very little development in adopting digital technologies and efficient processes to convert an idea to reality. Building information modeling as an overall approach to the project is now becoming more popular allowing major developments in project delivery. In traditional 2D CAD design, the different participants must wait for each other’s design completion; the data deliverables are

Problem Statement from the client The client was coming up with an internal road infrastructure project with utilities. The problem here was their design team was working on 2d drawings and the client's goal was to implement the complete digital framework for this project and implement the latest innovation technologies. Some of the requirements from the client are to Develop the 3D model, Implement the coordination activities and resolve the clashes frontend, Implement 4D simulation, and track the project with reality capture technology. Implement augmented and virtual reality technologies to show the infrastructure to their investors. Internal Road BIM model Scope of Work The solution provided to meet the goal and requirements of client was “ BIM ,  DPM using Reality capture  &  AR/VR  for infrastructure project”  which included: During Detail design Phase Implement the  ISO 19650  framework like File naming convention,  CDE , BEP and TIDP. Develop the 3D BIM Model from the 2

Problem Statement from the client : The client, a multinational pharmaceutical company involved in the manufacture of pharmaceutical products, pharmaceutical substances, and intermediates, is planning to convert one of their oldest properties in Bengaluru, a non-operational glass  factory  for decades, into a convention center and other commercial blocks. However, the lack of accurate as-built information posed a significant obstacle to the client's design and execution planning. Without a comprehensive understanding of the existing  infrastructure , the client encountered unexpected design challenges, including structural limitations, hidden utility lines, and others. This resulted in numerous design modifications, reworks, and increased expenses. Additionally,  accurate   quantification  of the building's existing assets, such as steel structure quantity and mechanical and electrical equipment, was unavailable. This information is crucial for future procurement planning. Scop