DAEBU KIM
Research Engineer
Air Traffic Controller & Research Engineer of AAM/UAM field and AI-based optical detection/surveillance.
RUDASYS CO., LTD.
Incheon, South Korea
Aerospace
Navigating the Future of Urban/Advanced Air Mobility
① Optical-Based Vertiport Surveillance System
Utilizes advanced optical sensors to support precise final approach guidance for UAM/AAM and enable remote apron monitoring.
② UAM/AAM Corridor Design
Analyzes ground risk and ATM flight procedures to design corridors for UAM/AAM
③ Vertiport Geographical Analysis
Identifies optimal vertiport locations using up-to-date regulations, demand analysis, and GIS-based analytical tools.
Part of the Advanced Air Mobility Pavilion at Seoul ADEX 2025.
① Optical-Based Vertiport Surveillance System
Utilizes advanced optical sensors to support precise final approach guidance for UAM/AAM and enable remote apron monitoring.
② UAM/AAM Corridor Design
Analyzes ground risk and ATM flight procedures to design corridors for UAM/AAM
③ Vertiport Geographical Analysis
Identifies optimal vertiport locations using up-to-date regulations, demand analysis, and GIS-based analytical tools.
Part of the Advanced Air Mobility Pavilion at Seoul ADEX 2025.
