siliconindia | | December 20179determining existing conditions and new building elements. They capture very detailed geometric information in the form of `point cloud' data that can be fed into BIM or CAD files. Further improvements can come in the form of quick data incorporation and seamless software interfacing.Drone is a millennial favorite. Capturing images from drones can be used to backup site assessment and inspections, throw light on project team's understanding of progress and monitor logistics, deliveries and the workforce. Some companies take drone footage and convert it into 3D pictures to compare it with architectural plans. Expected improvements would include advanced cameras & lenses and enhanced communication in real time between drones and software on the receiving end. GPS tracking is a boon for any company that manages an equipment fleet that enables managers to see where their vehicles are in real time. Future trends in GPS tracking likely involve greater interconnectedness with other systems and instant data about field conditions and equipment condition that feeds this information into a central dashboard can improve operations.The world's first 3D-printed office was recently constructed in Dubai. Robotic arms in conjunction with 3D printers were used to print a variety of forms. Robots also are being used for demolition, layering bricks, exca-vation, and many other tasks. Indus-try conversations about big data have been limited to asset management such as sensors in buildings to collect readings. Contractors already use tech to monitor equipment, fuel usage, and maintenance. Building materials sup-pliers are capitalizing on the Internet of Things for quality control, delivery and forecasting; but in the future, big data is going to unite and transform other technologies. Experts anticipate a turn from proprietary products and movement towards open source soft-ware to support this synergy. As the demand is increasing day by day for affordable housing, there has to be an equal supply for the demand. Precast construction is cost-efficient, fast and sustainable building technology for large housing projects that does not compromise on quality. Precast is a standard building system based on ready-made, factory-manufactured elements, and intelligent connections. It provides how to style and construct an ample range of appropriate homes to fulfill the requirements of city dwellers in an exceedingly affordable timeframe and at an affordable price. Such new technologies will help boost the supply faster for affordable housing at a reasonable price. Different technology for smart buildings is widely used by the developers. Smart buildings use information technology to stay connected to building systems and people and use automated processes to control building operations such as air conditioning, lighting, heating, security and other home systems. The different types of modernized technologies being used in construc-tion are: Pre-fabricated structures, MIVAN Technology, Avanse Technol-ogy, ACRYSOL for construction ap-plications, DURAMOULD moulding systems, ROPAQUE and ROVACE. Technological innovations are hap-pening and the industry is changing faster than anyone had thought. New technology and construction practices that make prefabrication even more beneficial are emerging. The growth in green building has also impacted the use of prefabrication in construc-tion. Using prefabrication and energy simulation, teams can design and con-struct buildings which are more envi-ronmentally friendly. Industry conversations about big data have been limited to asset management, such as sensors in buildings to collect readingsShubika Bilkha
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