The Implementation Of Rilpot Sensor Integration In The Real Blindspot Application As A Media For Millennial Generation Driving Safety Learning In The Era 4.0 Winoto Hadi (a*), Kencana Verawati (a*), Anthony Costa (b*), Egy Andarwati Sulistyaning Trias Febriyanti (a*), Monica Wulandari (a*)
a) Transportation - Faculty of Engineering
Universitas Negeri Jakarta
Indonesia
b) Civil Engineering - Faculty of Engineering
Universitas Sriwijaya
Indonesia
The high rate of traffic accidents in Indonesia in 2020 was reported by Media Indonesia on September 30, 2020, who stated that traffic accidents (Lakalantas) increased by 1.28 percent in the 39th week compared to the previous week, with one of the factors contributing to traffic accidents being blind spots on vehicles, particularly container trucks passing through the port hinterland area. One of them is in Jakarta^s northwestern outskirts. As a result, an application that has the potential to minimize the rate of accidents is required. These accidents frequently occur as a result of the driver^s inability to detect and know the existence of other vehicles in the vehicle^s blind areas. The ADDIE approach was used to conduct the study. This application will provide a warning sign of a vehicle passing on the vehicle^s blind spot, also known as a blindspot, which comes from sensors installed on the vehicle^s blind spot. It will also provide additional features such as blindspot understanding, blindspot simulators, blindspot detectors, equipment driving, driving procedures, and ethics. Regarding driving regulations, this feature will educate Indonesians, particularly the millennial age, on how to be more self-conscious and aware of the dangers of blindspots while driving, potentially lowering the likelihood of road accidents and assisting in the realization of several crucial aspects. Quality education is one of the Sustainable Development Goals (SDGs).
