Global warming causes climate change with extreme intensity, and other impacts are rising sea levels along with increasing global temperature variability. The research problem located at a remote area in Sidoarjo Regency, East Java Province Indonesia. On December 06, 2017, dozens of houses flooded as high as 60 to 70 cm, resulting in losses of 5 billion rupiahs. Then, it needs to conduct research and design for answering this challenge, but the measurement data was expensive. Thus, the goal of this study, as well as a challenge as Indonesian Engineers, is responsible for taking action through the professionalism of engineers with science and technology by implementing the photography technically. In construction 4.0 era, the new method of aerial photography had introduced. The methodology in this study carried out by making nearshore bathymetry maps with drones along with taking pictures, then it processed and analysed with MenciAPS software and ArcGIS, which was cheaper and safe than using an aeroplane. The outcomes show that the situation nearshore bathymetry map can support measurement data. It can help improve the quality of an engineer, because of the self-development has been done. Thus, the results obtained can be used as a reference for inter-community planning.

全球变暖导致极端强度的气候变化，其他影响是海平面上升以及全球温度变化增加。研究问题位于印度尼西亚东爪哇省 Sidoarjo 县的一个偏远地区。2017 年 12 月 6 日，数十间房屋被淹，水深高达 60 至 70 厘米，造成 50 亿印尼盾的损失。然后，它需要进行研究和设计以应对这一挑战，但测量数据昂贵。因此，这项研究的目标，以及作为印尼工程师的挑战，是负责通过技术上实施摄影，通过科学技术工程师的专业精神采取行动。在建筑4.0时代，引入了新的航拍方式。本研究的方法是用无人机制作近岸水深图并拍照，然后用 MenciAPS 软件和 ArcGIS 进行处理和分析，这比使用飞机更便宜、更安全。结果表明，近岸测深图可以支持测量数据。它可以帮助提高工程师的素质，因为已经完成了自我开发。因此，所得结果可作为社区间规划的参考。