쌍용건설

System enables monitoring of the field sites with smartphones or PC in real-time through helmet-mounted Action-cam using LTE technology
SsangYong has been rapidly adopting high-tech solutions such as Drones, BIM, and 3D modeling

SsangYong Engineering & Construction recently stated that they have adopted the Action-cam LTE(Long Term Evolution) system, which can be used to manage the field sites with live video feeds.

This system, first adopted in the Milyang-Ulsan Highway project, uses helmet-mounted Action-cam LTEs to monitor the live video feed with smartphone or PC without any time or space constraints.

This system can be useful for many construction sites as the field site and the office are often located far away from each other, and construction work tends to happen simultaneously in multiple locations. In particular, this system will be deployed to manage critical processes, as well as difficult and hazardous construction efforts.

Furthermore, by leveraging the video feeds from the drones, the managers can monitor the neighboring work conditions, heavy machinery dispatches, and worker safety procedure compliance in real-time.

Jonguk Ha, the director of SsangYong E&C, said that "After we introduced the Action-cam LTE Field Management System, it was very helpful for the workers in the field to improve their safety awareness and prevent accidents", and "recent trends have introduced the notion that the construction site is no more a menial workplace, and industry players are strengthening the introduction of cutting-edge technologies such as IoT, drones, and BIM."

Meanwhile, SsangYong E&C has adopted the 3D design BIM(Building Information System) in 2009 to preemptively recognize flaws in flat-surface design phase, and now upgraded the system into a industry-leading '5D BIM' type, which enables users to calculate time-based progress, material input, and periodical construction costs.

In the Dongbu Mountain Tourism Complex site, the company is leading the charge to adopt advanced technologies, photographing the vast construction site as large as 10 football fields(370 million ㎡) and rendering the data into a 3D modeling to calculate the construction quantity and monitor its progress.