How are drones helpful for construction managers?

After a certain time, in every sector – enters a technology that shapes the whole functioning of the sector – and in construction management sector the technology in focus that has modified and enhanced the functioning is – the introduction and usage of drones. Drones are unmanned aerial vehicles (UAV) that have the potential to drastically enhance efficiency, accuracy and pace of the construction management industry. Mounted with HD cameras and other pieces of equipment, drones are playing a critical part in conducting land surveys, improving site visibility, reporting progress and conducting site inspection – therefore, easing the work of construction managers, allowing them to focus energies in other constructive areas.

Some areas that essentially reflect how drones are helpful for construction managers are:

Conducting Land Surveys: Drones have reduced the burden of construction managers by performing surveys of land in question. These unmanned aerial vehicles have replaced traditional and manual surveying methods. Drone-based surveys are very helpful in case of constrictive and hazardous land, where an adequate level of manual analysis is difficult and dangerous. Drone surveys help save time, money, labour, while also eliminating human error.

Improving Visibility: Drones help investigate construction progress in-depth by providing real-time images of the site. They also help to visualise the final project before completion, promoting efficient planning and management. Drones provide highly skilled intelligence on job sites that helps construction managers make necessary improvements and also complete work on time.

Enhancing asset and material management: Drones can be used to monitor the construction site for any suspicious activity, negligence or theft. Moreover, an analysis of the stock of materials can be taken, and the required quantity can be ordered in-time, to avoid delays or breaks.

Transportation and Inspection: Drones are also being increasingly used in the transportation of goods aerially since they have higher maneuverability. Also, drones are small and do not have to comply with traffic rules, which helps save time and resources.

Improving Quality: Drones enable construction managers to keep a hawk’s eye on the job site, which prevents mistakes, reduces rework and thereby improves quality. Detailed and continuous inspections of site help in better quality management.

Increasing Sales: Drones can also help to improve sales since they allow the customers to view real-time progress and also take a remote tour of the site and be assured. Moreover, in-depth surveying and planning done through drones provide a competitive advantage.

Ensuring Safety: Drones help construction managers perform inspections even in remote and dangerous areas, allowing them to identify and mitigate any security risks efficiently.

That said, even though drones require a considerable amount of investment, they are now becoming increasingly critical to the construction project management sector. Also, drones offer a great return on investment since they are effectively deployed across the entire lifecycle of construction management, be it feasibility, bidding, building, inspecting, handover or maintenance.

With drones changing the face of the construction management industry, it is critical to be wary of other emerging technologies that have the power to disrupt the construction management industry potentially. In that regard, it becomes very important for students aspiring to make a career in advanced construction management and real estate to learn the new-age technologies and facets. On that note, withholding the promise to produce future-ready professionals, RICS School of Built Environment is just the right platform for students who aim to make a mark in this dynamically changing sector. RICS School nurtures individuals through a new-age digital curriculum including AI, IoT, AR, Big Data, BIM, etc. It enriches students with such skills so that they are welcome new challenges and quickly adapt to newer and more enhanced technologies in the future.

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